Patent Publication Number: US-2023148283-A1

Title: Storage shelving plate and storage shelving system

Description:
CROSS-REFERENCE TO RELATED APPLICATIONS 
     This application is a National Stage application of international application No. PCT/CN2021/082421 filed on Mar. 23, 2021, which claims all benefits accruing under 35 U.S.C. § 119 from China Patent Application No. 202110158538.5, filed on Feb. 5, 2021, and titled “STORAGE SHELVING PLATE AND STORAGE SHELVING SYSTEM” in the China National Intellectual Property Administration, the content of which is hereby incorporated by reference. 
    
    
     TECHNICAL FIELD 
     The present disclosure relates to a storage shelving system, in particular to a storage shelving plate and a storage shelving system. 
     BACKGROUND 
     A net-shaped structure is simply to install and support. Many shelving storage systems use net frames to store objects. However, because the net frame itself has meshes plurality of holes, some smaller objects are likely to fall through the net. Moreover, there are also some objects that can get stuck in the holes, and when the objects are taken out, the net frame may fall off the supporting frame or bracket. In addition, in order to increase a bearing capacity of the net frame, metal materials are generally used. However, metal materials will inevitably have burrs during processing, which can easily scratch the user and cut the net. 
     SUMMARY 
     In view of above, it is necessary to provide a storage shelving plate and a storage shelving system. 
     According to embodiments of the present disclosure, in a first aspect of the present disclosure, a storage shelving system is provided. The storage shelving system includes a storage component which includes a supporting frame and a net frame, and the net frame is disposed on the supporting frame. The storage shelving system further includes a storage shelving plate, the storage shelving plate includes a mounting member, and the storage shelving plate can be disposed on the storage component via the mounting member. 
     In some embodiments, the storage shelving plate has a first side and a second side separated from each other. The mounting member includes a first mounting member at the first side of the storage shelving plate and/or a second mounting member at the second side of the storage shelving plate. The storage shelving plate is disposed on the storage component via the first mounting member  20  and/or the second mounting member. 
     In some embodiments, the first mounting member  20  and/or the second mounting member are elastic. The first mounting member  20  and the second mounting member abut against the first side and the second side of the storage shelving plate, respectively. The storage shelving plate matches with the storage component via a pretightening force between the first mounting member and the storage shelving plate and/or between the second mounting member and the storage shelving plate. 
     In some embodiments, the storage shelving plate includes a plate body. The first mounting member is located at a first side of the plate body which is close to the first side of the storage plate. A first preset angle is defined between the first preset angle and the plate body, and the first mounting member  20  elastically abuts against the storage component. 
     In some embodiments, the second mounting member is located at a second side of the plate body which is close to the second side of the storage plate, a second preset angle is defined between the second mounting member and the plate body, and the second mounting member elastically abuts against the storage component the storage shelving plate includes a plate body. 
     In some embodiments, the first mounting member includes a first bending portion fixed to the plate body, and a third preset angle is defined between the first bending portion and the plate body. The first bending portion elastically abuts against the storage component. 
     In some embodiments, the second mounting member includes a third bending portion fixed to the plate body. A fourth preset angle defined between the third bending portion and the plate body is an acute angle, and the third bending portion abuts against the net frame. 
     In some embodiments, the second mounting member includes the third bending portion and a fourth bending portion. The third bending portion is fixed to the plate body, and a fifth preset angle is defined by the third bending portion and the plate body. The fourth bending portion is fixed to the third bending portion and bends towards the first side of the storage shelving plate. The storage shelving plate is fixed to the net frame via the third bending portion and the fourth bending portion, and the fourth bending portion is configured for preventing the second mounting member from separating from the net frame. 
     In some embodiments, the second mounting member includes the third bending portion and a second hook portion. The third bending portion is fixed to the plate body and, and a sixth preset angle can be defined between the third bending portion and the plate body. The second hook portion protrudes from the third bending portion and towards the first side of the storage shelving plate, and the second hook portion is configured for preventing the second mounting member from separating from the supporting frame. 
     In some embodiments, the first mounting member further includes a second bending portion, which is fixed to the first bending portion and bends towards the second side of the storage shelving plate, and the second bending portion is configured for preventing the first mounting member from separating from the storage component. 
     In some embodiments, the first bending portion bends relative to the plate body and is integrally formed with the plate body. In some embodiments, the first preset angle is an acute angle. 
     In some embodiments, the second bending portion bends relative to the first bending portion and is integrally formed with the first bending portion. 
     In some embodiments, the second bending portion is plate-shaped, and an obtuse angle is defined between the first bending portion and the second bending portion. 
     In some embodiments, the second bending portion is arc-shaped, and the second bending portion protrudes towards the second side of the storage shelving plate. 
     In some embodiments, the net frame has a loading plane. The net frame bends at one side of the loading plane to form a laterally bending plane, and a seventh preset angle is defined between the laterally bending plane and the loading plane. At least a part of the laterally bending plane abuts against the first bending portion, and the second bending portion is configured for preventing the storage shelving plate from separating from the net frame. 
     In some embodiments, the laterally bending plane of the net frame bends towards a side away from the supporting fame. A cross section of the first bending portion is U-shaped, and the laterally bending plane is disposed in the first bending portion. 
     In some embodiments, the storage shelving plate mounting member includes a plurality of second mounting members, and the plurality of second mounting members abut against the net frame, respectively. 
     In some embodiments, the supporting frame has a first side and a second side. The first side of the supporting frame is close to the first side of the storage shelving system, the second side of the supporting frame is close to the second side of the storage shelving system. A first hook portion is fixed to the second side of the supporting frame, and the first hook portion extends away from the first side of the supporting frame. The second mounting member is elastic, and the second mounting member abuts against the first hook portion via the second hook portion. In some embodiments, the supporting frame includes a frame body and a clipping member, and the clipping member is fixed to the frame body, the clipping member includes a fourth hook portion which is elastic, the net frame is disposed on the supporting frame via the fourth hook portion, and the second mounting member abuts against the second hook portion via the fourth hook portion. 
     In some embodiments, the net frame includes a first set of rods and a second set of rods. An eighth preset angle is defined between the first set of rods and the second set of rods. The first set of rods and the second set of rods form a net-shaped structure. The storage shelving plate includes a third mounting member. The storage shelving plate is disposed to the net frame via matching between the third mounting member and the first set of rods and/or matching between the third mounting member and the second set of rods. 
     In some embodiments, the third mounting member includes a plurality of elastic clamping members which are configured for clamping the first set of rods and/or the second set of rods, so that the storage shelving plate is disposed to the net frame. 
     In some embodiments, the third mounting member includes a locating member, and a mounting groove disposed on the locating member. The storage shelving system further includes a fixing member which is detachably fixed to the mounting groove and storage shelving plate configured for fixing the net frame. 
     In a second aspect of the present disclosure, a storage shelving system is provided. The storage shelving system includes a supporting frame and a storage shelving plate. The storage shelving plate includes a mounting member, and the storage shelving plate can be fixed to the supporting frame via the mounting member. 
     In some embodiments, the supporting frame includes a first mounting position and a second mounting position separated from each other, and the mounting member storage shelving plate includes a first mounting member and/or a second mounting member. The first mounting member and the second mounting member are disposed in the first mounting position and the second mounting position, respectively. The storage shelving plate is fixed to the supporting frame via the first mounting member and/or the second mounting member. 
     In some embodiments, the first mounting member  20  and/or the second mounting member are elastic, and the storage shelving plate matches with the supporting frame via a pretightening force between the first mounting member and the storage shelving plate and/or between the second mounting member and the storage shelving plate. 
     In some embodiments, the storage shelving plate includes a plate body. The first mounting member has a first bending portion fixed to the plate body and a ninth preset angle can be defined between the first bending portion and the plate body. The first mounting position is disposed at an end of the supporting frame, and the first bending portion elastically abuts against the end of the supporting frame. 
     In some embodiments, the storage shelving plate includes the plate body. A first hook portion protrudes from the supporting frame and defines the second mounting position. The first hook portion extends away from the first mounting position. The second mounting member includes a third bending portion and a second hook portion. The third bending portion is fixed to the plate body, and a tenth preset angle can be defined between the third bending portion and the plate body. The second hook portion protrudes from the third bending portion towards the first mounting position, and the second hook is configured for preventing the second mounting member from separating from the supporting frame. 
     In some embodiments, the first mounting member further includes a second bending portion. The second bending portion is fixed to the first bending portion and bends towards the second mounting member. The second bending portion is configured for preventing the first mounting member from separating from the first mounting position. 
     In some embodiments, a second accommodating groove is disposed on the supporting frame, and the second accommodating groove is configured for fixing the net frame. An inner wall of the second accommodating groove protrudes outwards and defines a third hook portion, and the third hook portion is configured for preventing the wire from separating from the second accommodating groove. 
     In some embodiments, the supporting frame further includes a clipping member, and the clipping member includes a fourth hook portion. The fourth hook portion is elastic, and the second mounting member abuts against the second hook portion via the fourth hook portion. 
     In some embodiments, the first bending portion bends relative to the plate body and is integrally formed with the plate body. 
     In some embodiments, the ninth preset angle is an acute angle. 
     In some embodiments, the second bending portion bends relative to the first bending portion and is integrally formed with the first bending portion. 
     In some embodiments, an angle between the second bending portion and the first bending portion is an obtuse angle. 
     In some embodiments, the second bending portion is arc-shaped, and the second bending portion protrudes towards the second mounting member. 
     In a third aspect of the present disclosure, a storage shelving system is provided. The storage shelving system includes a storage shelving plate which includes a mounting member, and the storage shelving plate is fixed to the net frame via the mounting member. 
     In some embodiments, the net frame includes a third mounting position and a fourth mounting position separated from each other. The storage shelving plate mounting member includes a first mounting member and/or a second mounting member. The first mounting member and the second mounting member are disposed on the third mounting position and the fourth mounting position, respectively. The storage shelving plate is disposed on the net frame via the first mounting member and/or the second mounting member. 
     In some embodiments, the first mounting member  20  and/or the second mounting member are elastic, and the storage shelving plate matches with the net frame via a pretightening force between the first mounting member and the storage shelving plate and/or between the second mounting member and the storage shelving plate. 
     In some embodiment, the net frame has a loading plane. The net frame bends at one side of the loading plane to form a laterally bending plane, and an eleventh preset angle is defined between the laterally bending plane and the loading plane. 
     In some embodiments, the laterally bending plate bends towards a side away from a supporting surface  11  of the storage shelving plate. The storage shelving plate includes a plate body. The first mounting member  20  includes a first bending portion and a second bending portion. The first bending portion is fixed to the plate body. A twelfth preset angle is defined between the first bending portion and the plate body. The second bending portion is fixed to the first bending portion and bends towards the fourth mounting position. The second bending portion is configured for preventing the first mounting member from separating from the third mounting position. 
     In some embodiments, a third rod is disposed at the fourth mounting position of the net frame. The storage shelving plate includes the plate body. The second mounting member includes a third bending portion fixed to the plate body and defines a thirteenth present angle with the plate body. A thirteenth present angle is defined between the third bending portion and the plate body is an acute angle, and the third bending portion elastically abuts against the third rod. 
     In some embodiments, a right angle or an acute angle is defined between the laterally bending plane and the lading plane. 
     In some embodiments, the second bending portion is plate-shaped, and an obtuse angle is defined between first bending portion and the second bending portion; and/or, 
     In some embodiments, the second bending portion is arc-shaped, and the second bending portion protrudes towards the fourth mounting position. 
     In some embodiments, the laterally bending plane bends towards a side near the storage shelving plate. The storage shelving plate includes the plate body. The first mounting member includes the first bending portion. A cross section of the first bending portion is U-shaped, and the laterally bending plane is disposed in the first bending portion. 
     In some embodiments, the storage shelving plate includes the plate body. The second mounting member includes the third bending portion and a fourth bending portion. The third bending portion is fixed to the plate body. A fourteenth preset angle is defined between the third bending portion and the plate body. The fourth bending portion is fixed to the third bending portion and bends towards the third mounting position. The storage shelving plate is disposed on the net frame via the third bending portion and the fourth bending portion, and the fourth bending portion is configured for preventing the second mounting member from separating from the net frame. 
     In some embodiments, a third rod is disposed at the fourth mounting position of the net frame; the fourth bending portion is arc-shaped, and a radius of the arc of the fourth bending portion matches with that of a periphery of the third rod. 
     In some embodiments, the mounting member includes a plurality of second mounting members. The plurality of second mounting members elastically abuts against the third rod, respectively. 
     In some embodiments, the net frame includes a first set of rods and a second set of rods. A fifteenth preset angle is defined between the first set of rods and the second set of rods, the first set of rods and the second set of rods form a net-shaped structure. The storage shelving plate mounting member includes a third mounting member, and the storage shelving plate is disposed to the net frame via matching between the third mounting member and the first set of rods and/or the second set of rods. 
     In some embodiments, the third mounting member includes a plurality of elastic clamping members configured for clamping the first set of rods and/or the second set of rods, resulting in the storage shelving plate being fixed to the net frame. 
     In some embodiments, the storage shelving system further includes a fixing member detachably fixed to the third mounting member, and the storage shelving plate is fixed to the net frame via the fixing member. 
     In some embodiments, the third mounting member includes a locating member, and a mounting groove is disposed on the locating member. The fixing member includes a fixing portion having a rotating curved surface and a stopper, the fixing portion is able to rotate in the mounting groove via the rotating curved surface, and limit a rotation angle of the fixing portion via the stopper, resulting in the fixing portion being disposed in the mounting groove. 
     In some embodiments, the mounting groove is a trapezoid-shaped groove, and an inner diameter of the mounting groove gradually increases along a direction towards the net frame. The fixing portion has two rotating curved surfaces and two stoppers. The two rotating curved surfaces and the two limiting angles are staggered disposed. The two rotating curved surfaces can contact simultaneously with or separate simultaneously from an inner wall of the mounting groove, and the two limiting angles are able to contact simultaneously with or separate simultaneously from the inner wall of the mounting groove. 
     In some embodiments, a first groove is disposed on the fixing portion, a periphery wall of the first groove is regarded as the rotating curved surface and the stopper are located on the rotating curved surface, and the fixing portion forms an interference fit with the mounting groove. 
     In some embodiments, the fixing portion further includes a swirling portion, and the swirling portion is able to drive the fixing portion to rotate. 
     In a fourth aspect of the present disclosure, a storage shelving plate is provided. The storage shelving plate includes a plate body and a mounting member fixed to the plate body, and the storage shelving plate is disposed on an external structure via the mounting member. 
     In some embodiments, the mounting member is elastic, and the storage shelving plate tightly fits with the external structure via the elastic mounting member. 
     In some embodiments, the mounting member includes a first mounting member and/or a second mounting member. The first mounting member and the second mounting member are located at two sides of the plate body, respectively. The first mounting member and/or the second mounting member are elastic, and the storage shelving plate matches with the external structure via a pretightening force between the first mounting member and the storage shelving plate and/or between the second mounting member and the storage shelving plate. 
     In some embodiments, the first mounting member includes a first bending portion fixed to the plate body. A sixteenth preset angle is defined between the first bending portion and the plate body; and the first bending portion elastically abuts against the external structure. 
     In some embodiments, the first mounting member further includes a second bending portion. The second bending portion is fixed to the first bending portion and bends towards the second mounting member. The second bending portion is configured for preventing the first mounting member from separating from the external structure. 
     In some embodiments, the sixteenth preset angle is an acute angle. 
     In some embodiments, a cross section of the first bending portion is U-shaped, and the first bending portion is configured for disposing and locating the external structure. 
     In some embodiments, the second bending portion is plane-shaped, an obtuse angle or a right angle is defined between the second bending portion and the first bending portion. 
     In some embodiments, the second bending portion is arc-shaped, and the second bending portion protrudes towards the second mounting member. 
     In some embodiments, the first bending portion bends relative to the plate body, and is integrally formed with the plate body. 
     In some embodiments, the second bending portion bends relative to the first bending portion and is integrally formed with the first bending portion. 
     In some embodiments, the second mounting member includes a third bending portion, and the third bending portion is fixed to the plate body. And defines a seventeenth preset angle can be defined between the third bending portion and the plate body. The third bending portion elastically abuts against the external structure. 
     In some embodiments, the second mounting member includes the third bending portion and a fourth bending portion. The third bending portion is fixed to the plate body. An eighteenth preset angle is defined between the third bending portion and the plate body. The fourth bending portion is fixed to the third bending portion and bends relative to the third bending portion. The storage shelving plate is disposed to the external structure via the third bending portion and the fourth bending portion, and the fourth bending portion is configured for preventing the second mounting member from separating form the external structure. 
     In some embodiments, the fourth bending portion is arc-shaped, and a radius of the arc of the fourth bending portion matches with the external structure. 
     In some embodiments, the mounting member includes a plurality of second mounting members, and the plurality of second mounting members elastically abut against the external structure, respectively. 
     In some embodiments, the second mounting member includes the third bending portion and a second hook portion. The third bending portion is fixed to the plate body and defines a nineteenth preset angle with the plate body. The second hook portion protrudes towards the first mounting member from the third bending portion, and the second hook portion is configured for preventing the second mounting member from separating from the external structure. 
     In some embodiments, the mounting member includes a third mounting member disposed on the plate body, and the third mounting member includes a plurality of elastic clamping members, and the plurality of clamping members are able to be disposed on the external structure. 
     In some embodiments, the third mounting member includes a locating member. A mounting groove is disposed on the locating member, and the locating member can match with the fixing member, resulting in that the storage shelving plate is detachably disposed on the external structure. 
     In some embodiments, an opening of the mounting groove is in a trapezoid shaped, and an inner diameter of the mounting groove gradually increases outwards. 
     In some embodiments, storage shelving plate the mounting member and the plate body are integrally formed. 
     In some embodiments, the storage shelving plate is made by extrusion molding or injection molding. 
     In some embodiments, the plate body includes at least two layers. Adjacent two layers are fixed and connected by a connecting rib, and the connecting rib is sheet-shaped, honeycomb-shaped or ripple-shaped. 
     In some embodiments, the storage shelving plate includes a reserved structure, and the reserved structure is configured for avoiding the external structure. 
     In some embodiments, the storage shelving plate further includes a conjunction portion, and the two storage shelving plate s are fixed and connected via the conjunction portion therebetween. 
     In some embodiments, the conjunction portion includes a tenon portion and a blind mortise portion. The tenon portion and the blind mortise portion are located at two sides of the storage shelving plate, respectively. Two adjacent storage shelving plate s are connected and fixed with each other via a tenon portion of one of the two adjacent storage plates and a blind mortise portion of the other of the two adjacent storage plates. 
     In some embodiments, the conjunction portion includes a first slideway and a second slideway. The first slideway and the second slideway are disposed at two sides of the storage shelving plate, respectively. Two adjacent storage shelving plate s are connected and fixed with each other via a first slideway of one of the two adjacent storage plates and a second slideway of the other of the two adjacent storage plates. 
     The present disclosure provides a storage shelving plate and a storage shelving system. The storage shelving plate has successively disposed supporting surfaces, which are not only configured for disposing small objects, but also configured for avoiding movement or separation of a net frame caused by moving the objects on the storage shelving plate, thereby improving comfort of a user. Moreover, the storage shelving plate can further cover spines on the net frame, so as to avoid the metal spines on the net frame scratching the user, thereby improving safety of the user. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
       In order to better describe and explain the embodiments and/or examples of those inventions disclosed herein, one or more drawings may be referred to. The additional details or examples used to describe the drawings should not be considered as limiting the scope of any of the disclosed inventions, the currently described embodiments and/or examples, and the best mode of these inventions currently understood. 
         FIG.  1    is a structural schematic diagram of a storage shelving system in a first embodiment of the present disclosure. 
         FIG.  2    is the structural schematic diagram of the storage shelving system in  FIG.  1    from another angle. 
         FIG.  3    is a structural schematic diagram of a partial of the storage shelving system in  FIG.  1   . 
         FIG.  4    is a partial enlarged drawing of a portion A in  FIG.  2   . 
         FIG.  5    is a structural schematic diagram of a storage shelving system in a second embodiment of the present disclosure. 
         FIG.  6    is a structural schematic diagram of a storage shelving system in a third embodiment of the present disclosure. 
         FIG.  7    is a structure diagram of a supporting frame in  FIG.  6   . 
         FIG.  8    is a structure diagram of a clipping member in  FIG.  6   . 
         FIG.  9    is a structural schematic diagram of a storage shelving system in a fourth embodiment of the present disclosure. 
         FIG.  10    is a structural schematic diagram of a partial of the storage shelving system in  FIG.  9    from another angle. 
         FIG.  11    is a structural schematic diagram of a supporting frame in  FIG.  9   . 
         FIG.  12    is a structural schematic diagram of a storage shelving system in a fifth embodiment of the present disclosure. 
         FIG.  13    is a partial enlarged drawing of a portion B in  FIG.  12   . 
         FIG.  14    is a structural schematic diagram of a suspension member in  FIG.  12   . 
         FIG.  15    is a structural schematic diagram of a storage shelving plate in a sixth embodiment of the present disclosure. 
         FIG.  16    is a structural schematic diagram of a storage shelving plate in a seventh embodiment of the present disclosure. 
         FIG.  17    is a structural schematic diagram of a storage shelving plate in an eighth embodiment of the present disclosure. 
         FIG.  18    is a structural schematic diagram of a storage shelving plate in a ninth embodiment of the present disclosure. 
         FIG.  19    is a structural schematic diagram of a storage shelving plate in a tenth embodiment of the present disclosure. 
         FIG.  20    is a structural schematic diagram of a storage shelving plate in an eleventh embodiment of the present disclosure. 
         FIG.  21    is a structural schematic diagram of the storage shelving plate in  FIG.  10    from another angle. 
         FIG.  22    is a structural schematic diagram of a storage shelving plate in the twelfth embodiment of the present disclosure. 
         FIG.  23    is a structural schematic diagram of the fixing member in  FIG.  22   . 
         FIG.  24    is a structural schematic diagram of a storage shelving plate in the thirteenth embodiment of the present disclosure. 
     
    
    
     
         
         
           
               100  represents a storage shelving plate;  10  represents a plate body;  11  represents a supporting surface  11 ;  12  represents a back surface;  121  represents a reserved groove;  122  represents a first reserved portion;  123  represents a second reserved portion;  13  represents a connecting rib;  20  represents a first mounting member  20 ;  21  represents a first bending portion;  22  represents a second bending portion;  30  represents a second mounting member;  31  represents a third bending portion;  32  represents a fourth bending portion;  33  represents a second hook portion;  40  represents a third mounting member;  41  represents a clamping member;  42  represents a locating member;  421  represents a mounting groove;  50  represents a first convex rib;  60  represents a fixing member;  61  represents a fixing portion;  611  represents a rotating curved surface;  612  represents a stopper;  613  represents a first groove;  62  represents a swirling portion;  70  represents a conjunction portion;  71  represents a tenon portion;  72  represents a blind mortise portion;  73  represents a first slideway;  74  represents a second slideway;  200  represents a storage shelving system;  201  represents a storage component;  202  represents a first side;  203  represents a second side;  210  represents a supporting frame;  2101  represents a first mounting position  2101 ;  2102  represents a second mounting position  2102 ;  211  represents a frame body;  2111  represents a first frame body;  2112  represents a second frame body;  2113  represents a connecting portion;  212  represents an assembly portion;  2121  represents a first protrusion;  2122  represents a second protrusion;  213  represents a first hook portion;  2131  represents a first accommodating groove;  214  represents a third hook portion;  2141  represents a second accommodating groove;  215  represents a third protrusion;  216  represents a supporting member;  2161  represents a second groove;  2162  represents a third groove;  217  represents a fourth groove;  218  represents a second convex rib;  219  represents a clipping member;  2191  represents a fourth hook portion;  2192  represents a fourth protrusion;  220  represents a net frame;  2201  represents a third mounting position  2201 ;  2202  represents a fourth mounting position  2202 ;  2203  represents a loading plane;  221  represents a first set of rods;  2211  represents a first rod;  2212  represents a second rod;  2213  represents a third rod;  2214  represents a middle rod;  2215  represents a laterally bending plane;  222  represents a second set of rods;  223  represents a mesh;  224  represents a first end cap;  300  represents a bracket;  310  represents a longitudinal rod;  311  represents a through hole;  320  represents a transverse rod;  400  represents a suspension member;  410  represents a curving portion;  411  represents a third convex rib;  420  represents a fifth groove;  430  represents a sixth groove;  440  represents a seventh groove;  450  represents an attached rod; and  451  represents a second end cap. 
           
         
       
    
     DETAILED DESCRIPTION 
     The technical solutions in the embodiments of the present disclosure will be clearly and completely described below in conjunction with the drawings in the embodiments of the present disclosure. Obviously, the described embodiments are only a part of the embodiments of the present disclosure, rather than all the embodiments. Based on the embodiments in this application, all other embodiments obtained by those of ordinary skill in the art without creative work are within the scope of protection of this application. 
     It should be noted that when a component is referred to as being “connected to” another component, it can be directly on the other component or a central component may also exist. When a component is considered to be “disposed on” another component, it can be directly installed on another component or a centered component may exist at the same time. When a component is considered to be “fixed” to another component, it can be directly fixed to the other component or there may be a centered component at the same time. 
     Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art of this application. The terminology used in the specification of the application herein is only for the purpose of describing specific embodiments, and is not intended to limit the application. The term “or/and” as used herein includes any and all combinations of one or more related listed items. 
     As shown in  FIG.  1    and  FIG.  2   , a storage shelving system  200  can be widely used in workplaces such as supermarket, warehouse, family and the like. 
     In general, a storage shelving system  200  includes a bracket  300  and a storage shelving plate  201 . The storage shelving plate  201  can be disposed on the bracket  300 , and the storage component  201  can be configured for bearing objects. In some embodiments, the storage component  201  includes a supporting frame  210  and a net frame  220 . Wherein the bracket  300  can be provided with moving wheels (not shown in the figures) at the bottom, which can facilitate moving the storage shelving system  200 . The supporting frame  210  can be detachably disposed on the bracket  300 , and the net frame  220  can be detachably disposed on the supporting frame  210 . The net frame  220  includes a net-shaped loading plane  2203  (referring to  FIG.  10   ) being configured for bearing the objects. It should be understood that a formation and a mounting method of each component of the storage shelving system  200  are not limited in the present disclosure. The bracket  300  can be provided without the moving wheels, but disposed on the ground. The net frame  220  can be directly disposed on the bracket  300  without the supporting frame  210 . The supporting frame  210  and/or the net frame  220  can be not disposed on the bracket  300 , but disposed on other structures, such as a wall, an upright and the like. 
     Generally, the bracket can  300  include a longitudinal rod  310  and a transverse rod  320 . Both the longitudinal rod  310  and the transverse rod  320  can be made of metal. The longitudinal rod  310  can be approximately perpendicular to the transverse rod  320 . In some embodiments, the longitudinal rod  310  can slide along the transverse rod  320 . The longitudinal rod  310  can be pre-connected to the transverse rod  320  in a mounting process. This can not only facilitate operation of an operator, but also ensure uniformity of all angles between the transverse rod  320  and each longitudinal rod  310 . The specific structure of the bracket can further refer to U.S. Pat. Nos. 7,543,731 and 9,436,363. 
     It should be understood that the longitudinal rod  310  and the transverse rod  320  can be merely pre-connected by a slidable connection, alternatively, can be further fixed by methods of threaded connection, welding, clipping and the like after pre-connected. In the present disclosure, a shape and a material of the bracket  300  is not limited. The longitudinal rod  310  and the transverse rod  320  can be made from common materials such as plastic and the like. Moreover, the bracket  300  can be provided without the transverse rod  320  in some embodiments. 
     In some embodiments, the longitudinal rod  310  and/or the transverse rod  320  can be provided with a mounting hole (not numbered). The mounting hole can be configured for fixing the longitudinal rod  310  and/or the transverse rod  320  to the wall or other structures. In some embodiments, the longitudinal rod  310  and/or the transverse rod  320  can be provided without the mounting hole. 
     A through hole  311  can be disposed on the longitudinal rod  310 , and the supporting frame  210  can be disposed on the longitudinal rod  310  via the through hole  311 . In some embodiments, a plurality of through holes  311  can be disposed on the longitudinal rod  310 . The plurality of through holes  311  can be disposed along a longitude direction of the longitudinal rod  310 , so that the supporting frame  210  can be disposed on the longitudinal rod  310  at different heights. It should be understood that the plurality of through holes  311  can be uniformly disposed along the longitude direction of the longitudinal rod  310 ; alternatively, the through holes  311  can be disposed according to actual requirement. Furthermore, the plurality of through holes  311  can be disposed in pairs. Each pair of through holes  311  can be disposed at a same height along the longitudinal rod  310 , so as to enhance stability of connection between the supporting frame  210  and the longitudinal rod  310 . 
     Referring to  FIG.  3   , the supporting frame  210  can include a frame body  211  and an assembly portion  212  fixed to the frame body  211 . The frame body  211  can be configured for bearing the net frame  220 , and the assembly portion  212  can be configured for disposing the supporting frame  210  on the bracket  300 . In some embodiments, the assembly portion  212  can be detachably disposed on the bracket  300 . 
     For convenience, referring to  FIG.  7   , the frame body  211  can be generally made from metal, and includes a first frame body  2111 , a second frame body  2112  and a connecting portion  2113 . Both the first frame body  2111  and the second frame body  2112  can be triangle sheet-shaped. The connecting portion  2113  can be configured for connecting the first frame body  2111  and the second frame body  2112 . A longitudinal cross section of the first frame body  2111 , the connecting portion  2113  and the second frame body  2112  can be U-shaped. The above structure of the frame body  211  is merely one of the embodiments of the frame body  211 . In the present disclosure, a shape and a material of the frame body  211  is not limited, as long as the frame body  211  can be disposed on the bracket  300  and/or the net frame  220  and bear objects having certain weight. 
     The assembly portion  212  can include a first protrusion  2121  protruding from the frame body  211  and clamping to the through hole  311  on the longitudinal rod  310 . In some embodiments, both the first frame body  2111  and the second frame body  2112  can be provided with the first protrusion  2121 , and the two first protrusions  2121  can be located at the same height, so as to clamp to two parallel through holes  311 , thereby improving stability of a connection between the frame body  211  and the longitudinal rod  310 . 
     Furthermore, the assembly portion  212  further can include a second protrusion  2122  protruding from the frame body  211  and clamping to the through holes  311  on the longitude rod  310 . The second protrusion  2122  and the first protrusion  2121  can be located at different heights. In the same way, the assembly portion  212  can include two second protrusions  2122  disposed on the first frame body  2111  and the second frame body  2112 , respectively, and this will not be described in details hereinafter. The second protrusion  2122  can improve the stability of the connection between the frame body  211  and the longitudinal rod  310 , and provide larger bearing capacity to the frame body  211 . In the embodiment shown in  FIG.  3   , the first protrusion  2121  and the second protrusion  2122  can have different shapes. The first protrusion  2121  is rectangle sheet-shaped and the second protrusion  2122  is strip sheet-shaped. In some embodiments, the shape of the first protrusion  2121  and the shape of the second protrusion  2122  can be approximately the same. Referring to  FIG.  6   , both the first protrusion  2121  and the second protrusion  2122  can be approximately rectangle sheet-shaped. 
     For convenience, referring to  FIG.  10   , net frame  220  can include a first set of rods  221  and a second set of rods  222 . The first set of rods  221  and the second set of rods  222  can include a plurality of rods, respectively. A preset angle can be defined between each rod of the first set of rods  221  and each rod of the second set of rods  222 , and fixed with each other. In some embodiments, both the first set of rods  221  and the second set of rods  222  can be made of metal materials. Moreover, the first set of rods  221  and the second set of rods  222  can be formed, respectively; and then welded together, so as to improve mechanic strength of the net frame  220 . In general, the first set of rods  221  can be approximately perpendicular to the second set of rods  222 . In some embodiments, the first set of rods  221  can be inclined to the second set of rods  222 . For example, the first set of rods  221  and the second set of rods  222  can form a parallelogram-shaped mesh  223 . 
     In the present disclosure, the first set of rods  221  can be a plurality of rods extending along a length direction of the storage shelving plate  100  (if the storage shelving system  200  include a combination of a plurality of storage shelving plate s, the first set of rods  221  can be a plurality of rods extending along a length of combined storage shelving plate s, i.e., direction X in  FIG.  1   ). In the present disclosure, the second set of rods  222  can be a plurality of rods extending along a width direction of the storage shelving plate  100  (i.e., direction Y in  FIG.  1   ). 
     When the mounting member of the storage shelving plate  100  is fixed by a rod disposed along the length direction of the storage shelving plate  100 , the connection can be more stable. In some embodiments, an outer diameter of a rod in the first set of rods  221  can be larger than that of a rod in the second set of rods  222 , so that the mechanical strength of the first set of rods  221  can be increased. Therefore, deformation of the first set of rods  221  can be avoided while using the storage shelving system  200 . In some embodiments, the outer diameter of the rod in the first set of rods  221  can be the same as that of the rod in the second set of rods  222 . When the mounting member is fixed to the rod of the second set of rods  222 , the outer diameter of the rod in the second set of rods  222  can be larger than that of the rod in the first set of rods  221 . A structure of the net frame  220  can be defined according to actual requirement. 
     The net frame  220  can be connected to the supporting frame  210  by different methods. The storage shelving system  200  can have a first side and a second side separated with each other. The supporting frame  210  can be fixed to the net frame  220  via matching therebetween at a first side  202  and a second side  203 , or via matching therebetween at other positions. In the present disclosure, two sides divided by a trunk line (i.e., line-M shown in  FIG.  1   ) of the storage shelving system along a Direction Y as shown in  FIG.  1    can be named as the first side  202  and the second side  203 . Moreover, in the present disclosure, one side of a member near the first side  202  can be regarded as a first side of the member, and the other side of the member near the second side  203  can be regarded as a second side of the member. 
     As shown in the embodiments of  FIG.  3   ,  FIG.  5    and  FIG.  12   , the supporting frame  210  can be fixed to the net frame  220  via matching therebetween at a first side  202  and a second side  203 . The net frame  220  can include a plane net-shaped loading plane  2203 . The net frame  220  can bend at one side of the loading plane  2203  to form a laterally bending plane  2215 . A preset angle can be defined between the laterally bending plane  2215  and the loading plane  2203 , and the laterally bending plane  2215  can have the mesh  223 . In some embodiments, the laterally bending plane  2215  can be approximately perpendicular to the loading plane  2203 . In some embodiments, an acute angle or an obtuse angle can be defined between the laterally bending plane  2215  and the loading plane  2203 . 
     In some embodiments, the first set of rods  221  of the net frame  220  can include a first rod  2211  and a second rod  2212  at the first side  202 . The plurality of rods in the second set of rods  222  can have an end with a curved surface. The first rod  2211 , the second rod  2212  and the second set of rods  222  can define the laterally bending plane  2214 . The supporting frame  210  can be approximately triangle-shaped. One end of the supporting frame can insert into the mesh  223  of the laterally bending plane  2215 , so as to locate the net frame  220  and the supporting frame  210  at the first side  202 . 
     The net frame  220  can be provided with the third rod  2213  at the second side  203 . The supporting frame  210  can be provided with a first hook portion  213  at the second side  203 . The first hook portion  213  can extend along a direction away from the first side  202 . A first accommodating groove  2131  can be further disposed on the supporting frame  210 . The third rod  2213  can be accommodated in the first accommodating groove  2131 , and can be located by the first hook portion  213 . 
     Therefore, at the first side  202 , the supporting frame  210  can be located and fixed to the net frame  220  via inserting in the mesh  223  on the laterally bending plane  2215  of the net frame  220 . At the second side  203 , the net frame  220  can be located and fixed to the supporting frame  210  via the first hook portion  213 . Therefore, the net frame  220  can be disposed on the supporting frame  210 . 
     The supporting frame  210  can also be fixedly connected to the net frame  220  by a method shown in  FIG.  6    to  FIG.  8   . Referring to  FIG.  6    to  FIG.  8   , a structure of the net frame  220  can be substantially the same as the structure of the net frame  220  shown above, and will not be described in detail hereinafter. A second accommodating groove  2141  can be provided at the first side  202  of the supporting frame  210 , and an inner wall of the second accommodating groove  2141  can protrude outwards and define a third hook portion  214 . The first rod  2211  can be accommodated in the second accommodating groove  2141 , and fixed by the third hook portion  214 . The supporting frame  210  can further include a clipping member  219  at the second side  203 . The clipping member  219  can be fixed to the first frame body  2111  and the second frame body  2112 , and located in the first accommodating groove  2131 . The clipping member  219  can include a fourth hook portion  2191  which is elastic. The third rod  2213  can be accommodated in the first accommodating groove  2131 , and fixed via the fourth hook portion  2191 . Therefore, at the first side  202 , the net frame  220  and the supporting frame  210  can be fixed via the third hook portion  214 . At the second side  203 , the net frame  220  and the supporting frame  210  can be fixed via the fourth hook portion  2191 . Therefore, the net frame  220  can be disposed on the supporting frame  210 . 
     The supporting frame  210  can also be connected to the net frame  220  by a method shown in  FIG.  9    to  FIG.  11   . Referring to  FIG.  9    to  FIG.  11   , the supporting frame  210  can further include a supporting member  216 . A third protrusion  215  can be disposed at an end of the supporting frame  210  away from the first side  202 . A second groove  2161  can be disposed at one side of the supporting member  216  near the supporting frame  210 . The supporting member  216  can be inserted in and fixed to the third protrusion  215  via the second groove  2161 . A third groove  2162  can be disposed at one side of the supporting member  216  near the net frame  220 . The rod in the second set of rods  222  of the net frame  220  can be inserted in the third groove  2162 . The second sides of the net frame  220  and the supporting frame  210  can be the same as those in the embodiment shown in  FIG.  3   ,  FIG.  5    and  FIG.  12   , and can be fixed via the first hook portion  213 , which will not be described in details hereinafter. Therefore, the net frame  220  can be disposed on the supporting frame  210  via the supporting member  216  and the first hook porting  213 . 
     In some embodiments, referring to  FIG.  6   , a middle rod  2214  can be disposed between the first rod  220  and the third rod  2213  of the net frame  220 . A fourth groove  217  can be disposed at a position on the supporting frame  210  corresponding to the middle rod  2214 . When the net frame  220  is disposed on the supporting frame  210 , the fourth groove  217  can give place to the middle rod  2114 . Furthermore, if the fourth groove  217  has a small rabbet, the fourth groove  217  can further be configured for fixing the middle rod  2214 . 
     In some embodiments, the first frame body  2111  and/or the second frame body  2112  can be provided with a second convex rib  218 , so as to improve mechanical strength of the supporting frame  210 . 
     In some embodiments, referring to  FIG.  10   , a first end cap  224  can be provided on the first set of rods  221  and/or the second set of rods  222 , so as to prevent a sharp end of the net frame  220  from hurting the user. 
     In a conventional embodiment, because the net frame itself has meshes plurality of holes, some smaller objects are likely to fall through the holes when placed on the net frame. Moreover, there are also some objects that are easy to get stuck in the holes, and when the objects are taken back, the net frame easily fall from the supporting frame or bracket. In addition, in order to increase bearing capacity of the net frame, metal materials are generally used. However, metal materials will inevitably appear burrs during processing, which can easily scratch the user. 
     Therefore, the present disclosure provides a storage shelving plate  100  which can be disposed on a supporting frame  210  and/or a net frame  220 , and a storage shelving system  200  including the storage shelving plate  100 . 
     The storage shelving plate  100  can be provided with a mounting member (unlabeled). The storage shelving plate  100  can be disposed on the external structure via the mounting member. In embodiments of the present disclosure, the external structure can be the storage component  201 . Specifically, in some embodiments, the storage shelving plate  100  can be disposed on the supporting frame  210  via the mounting member; in some embodiments, the storage shelving plate can be disposed on the net frame  220  via the mounting member; in some embodiments, the storage shelving plate  100  can be disposed on the supporting frame  210 , and then disposed on the supporting frame  210  and/or the net frame  220  via the mounting member. 
     The storage shelving plate  100  can include a plate body  10 . The plate body  10  can have a supporting surface  11  and a back surface  12  separated from each other. The supporting surface  11  can be configured for supporting objects. In some embodiments, the supporting surface can be plane-shaped. In some embodiments, the supporting surface  11  can be in other shapes according to requirements. 
     It should be noted that the storage shelving plate  100  in the present disclosure can be plate-shaped made by methods of injection molding or extrusion molding. Compared with net-shaped net frame  220 , the storage shelving plate  100  of the present disclosure can have a continuous supporting surface  11 . 
     Referring to  FIG.  1    to  FIG.  11   , in some embodiments, the storage shelving plate  100  can be provided with a first mounting member  20  at the first side  202 , and a second mounting member  30  at the second side  203 . The first mounting member  20  can match with the second mounting member  30  to dispose the storage shelving plate  100  on the storage component  201 . It should be understood that, in some embodiments not shown in the present disclosure, the storage shelving plate  100  can be independently provided with the first mounting member  20  or the second mounting member  30 , and the side of the storage shelving plate without the mounting member can be disposed on the storage component  201  via the clipping member. 
     In some embodiments, the first mounting member  20  can abut against a first side  202  of the storage component  201 . The second mounting member  30  can abut against a second side  203  of the storage component  201 . At least one of the first mounting member  20  and the second mounting member  30  can be elastic. The first side of the storage component  201  can match with the first mounting member  20 , so as to avoid the storage shelving plate  100  from turning over towards the second side of the storage component  201 . The second side of the storage component  201  can match with the second mounting member  30 , so as to avoid the storage shelving plate  100  from turning over towards the first side of the storage component  201 . The storage shelving plate  100  can tightly match with the storage component  201  via a pretightening force between the first mounting member and the storage shelving plate and/or between the second mounting member and the storage shelving plate, so as to improve the stability of connection between the storage shelving plate  100  and the storage component  201 . 
     In some embodiments, the first mounting member  20  and the second mounting member  30  can be elastic, which facilitates disposing the storage shelving plate  100 . In some embodiments, only the first mounting member  20  or the second mounting member  30  can be elastic, and both the first mounting member  20  and the second mounting member  30  can tightly match with the storage component  201 . It should be understood that in some embodiments, the first mounting member  20  and the second mounting member  30  can be disposed on the storage component  201  by other conventional methods, for example, via a clipping structure and the like. This will not be described in detail hereinafter. 
     It should be noted that “elastic” represents that the first mounting member  20  and/or can slightly deform; alternatively, the first mounting member  20  and/or the second mounting member  30  can rotate through a certain degree relative to the plate body  10 . Therefore, the storage shelving plate  100  can elastically abut against the storage component  201  after being disposed on the storage component  201 . 
     Both the first side of the storage shelving plate  100  and the second side of the storage shelving plate  100  can be disposed on the net frame  220  or the supporting frame  210 . And the two methods of disposing can be combined together. How to dispose the storage shelving plate  100  on the supporting frame or the net frame  220  at the first side  202 , and how to dispose the storage shelving plate  100  on the supporting frame  210  or the net frame  220  at the second side  203  will be described in detail hereinafter. The user can choose a suitable method according to actual needs. 
     Firstly, how to dispose the storage shelving plate  100  on the supporting frame  210  at the first side  202  will be described hereinafter. 
     The supporting frame  210  can include a first mounting position  2102  and a second mounting position  2102  separated from each other. The first mounting member  20  and the second mounting member can be disposed on the first mounting position  2101  and the second mounting position  2102 , respectively. Moreover, the first mounting member  20  and the second mounting member  30  can cooperate with each other, so that the storage shelving plate  100  can be disposed on the supporting frame  210 . 
     In some embodiments, the first mounting member  20  can be elastic, and the first mounting member  20  can be located at the first side of the plate body  10 . A preset angle can be defined between the first mounting member  20  and the plate body  10 . And the first mounting member  20  can elastically abut against the first mounting position  2101  of the supporting frame  210 . In some embodiments, an end of the supporting frame  210  can be regarded as the first mounting position  2101 . 
     Specifically, in order to facilitate molding, the first mounting member  20  can include a first bending portion  21 . The first bending portion  21  can bend relative to the plate body  10  and can be integrally formed with the plate body  10 . In the present disclosure, the method for molding the first bending portion  21  and the plate body  10  is not limited. The first bending portion  21  and the plate body  10  can be molded, respectively; and then fixed and connected by methods such as gluing and the like. 
     In some embodiments, in order to prevent the storage shelving plate  100  from separating from the supporting frame  210 , the first bending portion  21  can be plate-shaped, an acute angle can be defined between the first bending portion  21  and the plate body  10 . It should be understood that in some embodiments, if another structure being configured for preventing the storage shelving plate  100  from separating from the supporting frame  210  is provided (e.g., a second bending portion  22 ), the angle defined between the first bending portion  21  and the plate body  10  can be an acute angle, a right angle or an obtuse angle. 
     Furthermore, the first mounting member  20  can further include a second bending portion  22 . The second bending portion  22  can be fixed to the first bending portion  21  and bend towards the second side  203 . The second bending portion  22  can be configured for preventing the first mounting member  20  from separating from the supporting frame  210 . 
     Specifically, in order to facilitate molding, the second bending portion  22  can bend relative to the first bending portion  21  and be integrally formed with the first bending portion  21 . In the present disclosure, the method for molding the first bending portion  21  and the second bending portion  22  is not limited. The first bending portion  21  and second bending portion  22  can be molded, respectively; and then fixed and connected by methods such as gluing and the like. 
     In some embodiments, the second bending portion  22  can be plate-shaped, and an angle defined between the second bending portion  22  and the first bending portion  21  can be a right angle or an obtuse angle. This not only can facilitate processing the second bending portion  22 , but also can facilitate disposing the first mounting member  20  on the supporting frame  210 , resulting in a relatively good limiting effect. The second bending portion  22  is not limited to in a plate shape, the second bending portion  22  can be arc-shaped and protrude towards the second side  203 . Referring to  FIG.  6   , the second bending portion  22  can be in other common shapes such as ripple-shaped and the like, as long as it can have a good limiting effect. 
     Secondly, how to dispose the storage shelving plate  100  on the supporting frame  210  at the second side  203  will be described hereinafter. 
     In some embodiments, the second mounting member  30  can be elastic, and the second mounting member  30  can be located at the second side of the plate body  10 . A preset angle can be defined between the second mounting member  30  and the plate body  10 . And the second mounting member  30  can elastically abut against the second mounting position  2102  of the supporting frame  210 . In some embodiments, the second mounting position  2102  can have a plurality of forms, such as a first hook portion  213 , a fourth hook portion  2191  and the like. 
     When the first hook portion  213  is regarded as the second mounting position  2102 , the second mounting member  30  can include a third bending portion  31  and a second hook portion  33 . The third bending portion  31  can be fixed to the plate body  10 , and a preset angle can be defined between the plate body  10  and the third bending portion  31 . The second hook portion  33  can protrude from the third bending portion  31  towards the first side  202 . The second hook portion  33  can be configured for preventing the second mounting member  30  from separating from the supporting frame  210 . 
     Furthermore, the storage shelving plate  100  can elastically abut against the first hook portion  213  or the fourth hook portion  2191  via the second hook portion  33 , so that the storage shelving plate can be clamped to the supporting frame  210 . 
     In some embodiments, in order to facilitate molding, the third bending portion  31  and the second hook portion  33  can be integrally formed with the plate body  10 . In the present disclosure, the method for molding the third bending portion  31 , the second hook portion  33  and plate body  10  is not limited. The third bending portion  31 , the second hook portion  33  and plate body  10  can be molded, respectively; and then fixed and connected by methods such as gluing and the like. 
     When the fourth hook portion  2191  is regarded as the second mounting position  2102 , the supporting frame  210  can include a clipping member  219 . The clipping member  219  can be provided with the fourth hook portion  2191 . The second mounting member  30  can abut against the second hook portion  33  via the fourth hook portion  2191 . The fourth hook portion  2191  can prevent the second mounting member  30  from separating from the supporting frame  210 . 
     Thirdly, how to dispose the storage shelving plate  100  on the net frame  220  at the first side  202  will be described hereinafter. 
     The net frame  220  can include a third mounting position  2201  and a fourth mounting position  2202  separated from each other. The first mounting member  20  and the second mounting member  30  can be disposed on the third mounting position  2201  and the fourth mounting position  2202 , respectively. The storage plate can be disposed on the net frame  220  via matching between the first mounting member  20  and the second mounting member  30 . 
     The method for disposing the storage shelving plate  100  on the first side of the supporting frame  210  can also be used for disposing the storage shelving plate  100  on the first side of the net frame  220 . The difference between the two methods can merely be the sizes of the first bending portion  21  and the second bending portion  22 , and a position at which the first mounting member  20  abuts against. When the storage shelving plate  100  is disposed on the first side of the net frame  220 , the first mounting member  20  can elastically abut against the third mounting position  2201  of the net frame  220 . The third mounting position  2201  can have a plurality of forms, such as a first rod  2211 , a third rod  2213 , or a laterally bending plane  2215  bending towards a side away from the supporting surface  11 . The first mounting member  20  can elastically abut against the first rod  2211 , the third rod  2213  or the laterally bending plane  2215  via the first bending portion  21  and/or the second bending portion  22 , respectively. 
     When the third mounting position  2201  is the laterally bending plane  2215 , and the laterally bending plane  2215  bends towards the side away from the bearing frame  210  (i.e., bending upwards), a cross section of the first mounting member  20  can be defined as U-shaped, so that the laterally bending plane  2215  can be inserted into and disposed in the first bending portion  21  (as shown in  FIG.  9    and  FIG.  10   ). It should be understood that a contact between the first bending portion  21  and the laterally bending plane  2215  can a line contact, a partial surface contact, or an overall surface contact, and will not be limited herein. 
     In order to further improve stability of a connection between the first shelving plate  100  and the laterally bending plane  2215 , the second bending portion  22  can be further provided other than the first bending portion  21 . The structure of the second bending portion can be the same as that described above and will not be described in details hereinafter. 
     Finally, how to dispose the storage shelving plate  100  on the net frame  220  at the second side  203  will be described hereinafter. 
     The second mounting member  30  can be elastic, and the second mounting member  30  can be disposed on the second side of the plate body  10 . A preset angle can be defined between the second mounting member  30  and the plate body  10 . The second mounting member can elastically abut against the fourth mounting member  2202  of the net frame  220 . In some embodiments, the fourth mounting position  2202  can be the third rod  2213 . 
     In some embodiments, the second mounting member  30  can include a third bending portion  31 . The third bending portion  31  can be fixed to the plate body  10 . A preset angle can be defined between the third bending portion  31  and the plate body  10 , and the preset angle can be an acute angle. The third bending portion  31  can elastically abut against net frame  220 . Furthermore, when the third rod  2213  is regarded as the fourth mounting position  2202  rod, the third rod  2213  can be located via a first accommodating groove  2131  and a fourth hook portion  2191 , or located via other external structures. One side of the third rod  2213  can elastically abut against the third bending portion  31  or abut against a corner defined by the third bending portion  31  and plate body  10 . This can provide relatively good fixing effect. 
     In some embodiments, in order to improve stability of connection between the storage shelving plate  100  and the net frame  220 , the second mounting member  30  can include the third bending portion  31  and a fourth bending portion  32 . The third bending portion  31  can be fixed to the plate body  10 , and a preset angle can be defined between the third bending portion  31  and the plate body  10 . The fourth bending portion  32  can be fixed to the third bending portion  31 , and bend towards the first side  202 . The storage shelving plate  100  can be disposed on the net frame  220  via the third bending portion  31  and the fourth bending portion  32 . The fourth bending portion  32  can prevent the second mounting member  30  from separating from the net frame  220 . 
     In some embodiments, the fourth bending portion  32  can be arc-shaped, and a radius of the arc of the fourth bending portion  32  can match with that of a periphery of the third rod  2213 . 
     In some embodiments, the net frame  220  can be disposed on the external structure (e.g., a bracket) via the supporting frame  210 . In order to avoid interference between the second mounting member  30  and supporting frame  210 , the storage shelving plate  100  can include a plurality of second mounting members  30 . The plurality of second mounting members  30  can elastically abut against the third rod  2213 , respectively, and give place to the supporting frame  210 . 
     It should be understood that when the net frame  220  is fixed by other methods, the second mounting member  30  can have a continuous structure, as long as the structure does not influence matching between the second mounting member  30  and the fourth mounting position  2202 . If the second mounting member  30  should give place to other structures, the storage shelving plate  100  can include a plurality of second mounting members  30 . The first mounting member can be in the same way, and will not be repeated again herein. 
     In some embodiments, the third bending portion  31  and/or the fourth bending portion  32  and the plate body  10  can be integrally formed. In the present disclosure, the method for molding the third bending portion  31 , the fourth bending portion  32  and the plate body  10  is not limited. The third bending portion  31 , the fourth bending portion  32  and the plate body  10  can be formed, respectively, and then fixed and connected together by methods of gluing and the like. 
     The matching between the first mounting member  20  and the second mounting member  30  will be further described hereinafter in conjunction with some embodiments. 
       FIG.  1    to  FIG.  4    are schematic diagrams of a first embodiment of the present disclosure. In the first embodiment, the first mounting member  20  and the second mounting member  30  can elastically abut against the laterally bending plane  2215  and the third rod  2213  of the net frame  220 , respectively. 
     A laterally bending plane  2215  bending downwards can be disposed at the first side of a net frame  220 . A first mounting member  20  of a storage shelving plate  100  can include a first bending portion  21  and a second bending portion  22 . An angle defined between the first bending portion  21  and the plate body  10  can be approximately a right angle. Moreover, an angle between the second bending portion  22  and the first bending portion  21  can also be approximately a right angle. The first bending portion  21  and the second bending portion  22  can surround an outer surface of the laterally bending plane  2215  (i.e., a left side of the laterally bending plane in  FIG.  3   ). The second bending portion  22  can elastically abut against one side of the laterally bending plane  2215  (i.e., the downside of the laterally bending plane  2215  in  FIG.  3   ), and prevent the first mounting member  20  from separating from laterally bending plane  2215 . 
     Furthermore, if a length of the supporting frame  210  in the present embodiment is increased and make the supporting frame  210  protrude from the laterally bending plane  2215  for certain distance at the first side  202 , (i.e., referring to  FIG.  3   , a left side of the supporting frame  210  protrudes from the laterally bending plane  2215 ), the first mounting member  20  can also elastically abut against an end of the supporting frame  210 . At this time, the first mounting member  20  can be disposed on the end of the supporting frame  210  at the first side  202 . 
     The net frame  220  can be provided with a third rod  2213  at the second side  203 . The second mounting member  30  of the storage shelving plate  100  can include a third bending portion  31  and a fourth bending portion  32 . The third bending portion  31  can be approximately perpendicular to the plate body  10 . The fourth bending portion  32  can be fixed to the third bending portion  31  and be approximately arc-shaped. A radius of the arc of the fourth bending portion  32  can match with that of a periphery of the third rod  2213 . 
     Referring to  FIG.  1    to  FIG.  4   , the net frame  220  can be disposed on the bracket  300  via the supporting frame  210 . Accordingly, a plurality of second mounting members  30  can be provided to give place to the supporting frame  210 . It should be understood that the net frame  220  can be fixed to other external structures by other methods. That is, both the supporting frame  210  and/or the bracket  300  can be omitted. A specific shape and a number of the second mounting member  30  can be defined according to requirements. 
     In order to facilitate molding a plurality of second mounting members  30 , the storage shelving plate  100  in the present embodiment can be made by injection molding. Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
       FIG.  5    is a structural schematic diagram of a second embodiment. In the second embodiment, the first mounting member  20  and the second mounting member  30  can elastically abut against a laterally bending plane  2215  of a net frame  220  and a first hook portion  213  of a supporting frame  210 , respectively. 
     In the second embodiment, a structure of the storage shelving system  200  at the first side  202  can be substantially the same as that of the first embodiment. Compared with the first embodiment, the angles between the first bending portion  21  and the plate body  10  are different; and the angles between the first bending portion  21  and the second bending portion  22  are different. In the second embodiment, an angle defined between the first bending portion  21  and the plate body  10  can be an acute angle, and the angle defined between the second bending portion  22  and the first bending portion  21  can be an obtuse angle. 
     A first hook portion  213  can be disposed on the second side of the supporting frame  210 . The second mounting member  30  of the storage shelving plate  100  can be stripe-shaped, and include a third bending portion  31  and a second hook portion  33 . An angle between the third bending portion  31  and the plate body  10  can be approximately a right angle. The second hook portion  33  can protrude towards the first side  202 . The second hook portion  33  can abut against the first hook portion  213 , so as to prevent the second mounting member  30  from separating from supporting frame  210 . That is, the first hook portion  213  in the present disclosure not only can limit the third rod  2213 , but also can cooperate with the second hook portion  3 . 
     The third rod  2213  can be fixed in the first accommodating groove  2131  by the second mounting member  30 , and be limited by the first hook portion  213 . This can prevent the third rod  2213  from separating from the first accommodating groove  2131 , and improve stability of connection between the net frame  220  and the supporting frame  210 . 
     In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
       FIG.  6    to  FIG.  8    are structural schematic diagrams of the third embodiment. In the third embodiment, the supporting frame  210  can be provided with a clipping member  219 , and the clipping member  219  can include a fourth hook portion  2191  which is elastic. The first mounting member  20  can elastically abut against an end of the supporting frame  210 , and the second mounting member  30  can elastically abut against the fourth hook portion  2191  of the clipping member  219 . 
     The first mounting member  20  can include a first bending portion  21  and a second bending portion  22 . An angle between the first bending portion  21  and the plate body  10  can be approximately a right angle, and the second bending portion  22  can be arc-shaped, and protrude towards the first side  202 , so as to prevent the first mounting member  20  from separating from the end of the supporting frame  210 . 
     The second mounting member  30  can have a continuous stripe-shaped structure can have a continuous stripe-shaped structure, and can include a third bending portion  31  and a second hook portion  33 . An angle between the third bending portion  31  and plate body  10  can be approximately a right angle, and the second hook portion  33  can protrude towards the second side  203 . The second hook portion  33  can abut against the fourth hook portion  2191  of the clipping member  219 , so as to prevent the second mounting member  30  from separating from supporting frame  210 . 
     In the present disclosure, the clipping member  219  can be disposed on the first accommodating groove  2131 . The clipping member  219  can further include a fourth protrusion  2192 . The fourth protrusion  2192  can be clamped to a through hole  311  of a longitudinal rod  310 , so as to improve strength of connection between the supporting frame  210  and the longitudinal rod  310 . 
     In some embodiments, the fourth hook portion  2191  can be arc-shaped. When the net frame  220 , the supporting frame  210  and the storage shelving plate  100  cooperate with each other, the third rod  2213  can be accommodated in the first accommodating groove  2131 , and then be tightly clamped in the first accommodating groove  2131  via the fourth hook portion  2191 . At the same time, the second hook portion  33  can apply a force on the fourth hook portion  2191  from another side of the fourth hook portion  2191 , so as to further prevent the third rod  221  from separating from the first accommodating groove  2131 , thereby improving stability of connection between the net frame  220  and the supporting frame  210 . Furthermore, the fourth protrusion  2192  and the first protrusion  2121  can insert into the through hole  311  at the same time to improve the connection strength between the supporting frame  210  and the bracket, thereby increasing a bearing capacity of the supporting frame  210 . 
     In the storage shelving system  200  of the present embodiment, due to the clipping member  219 , the bearing capacity of the storage component  201  can be largely increased, so that the storage shelving system  200  can bear objects having larger mass. 
     In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
       FIG.  9    to  FIG.  11    are structural schematic diagrams of a fourth embodiment. In the fourth embodiment, the supporting frame  210  can be provided with a supporting member  216 , and the net frame  220  can be detachably disposed on the supporting frame  210  via the supporting member  216  and a first hook portion  213 . A first mounting member  20  and a second mounting member  30  can be disposed on the laterally bending plane  2215  of the net frame  220  and the third rod  2213 , respectively. 
     A net frame  220  can be provided with a laterally bending plane  2215  bending upward at a first side of the storage shelving plate. The first mounting member  20  of the storage shelving plate  100  can include a first bending portion  21  and a second bending portion  22 . A cross section of the first bending portion  21  can be approximately U-shaped, and an outer surface of the first bending portion  21  slightly bends inwards (i.e., on the left side of  FIG.  10   ). An angle defined between the outer surface and a top surface of the first bending portion can be an acute angle. The second bending portion  22  can further bend towards the second side  203 , so as to improve the stability of connection between the first mounting member  20  and laterally bending plane  2215 . 
     The net frame  220  can be provided with a third rod  2213  at the second side of the storage shelving plate  100 . The second mounting member  30  of the storage shelving plate  100  can have a continuous stripe-shaped structure. The second mounting member  30  can include a third bending portion  31 . The storage shelving plate  100  can elastically abut against the third rod  2213  via the third bending portion  31 , so as to prevent the second mounting member  30  from separating from net frame  220 . Moreover, the third rod  2213  can be tightly fixed in the first accommodating groove  2131  by the third bending portion  31  and limited by the first hook portion  213 . This can prevent the third rod  2213  from separating from the first accommodating groove  2131  and improve the stability of connection between the net frame  220  and the supporting frame  210 . 
     When the storage shelving system  200  in the present embodiment is actually used, a supporting surface  11  of the storage shelving plate  100  can be inclined (i.e., the second side of the storage shelving plate  100  can be higher than the first side of the storage shelving plate  100 ). The first bending portion  21  can limit the object and prevent the object from falling off from the storage shelving plate  100 . Therefore, the object can be closer to the user, and facilitate the user to fetch the object. 
     The storage shelving system  200  in the present disclosure can be used as a shoe rack. In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
     In some embodiments (e.g., the embodiments shown in  FIG.  5   ,  FIG.  6   ,  FIG.  9    and  FIG.  10   ), the plate body of the storage shelving plate  100  can have two layers. The two layer of the plate body  10  can be connected by a sheet-shaped connecting rib  13 . This not only decreases a weight of the storage shelving plate  100 , but can also increase mechanical strength of the storage shelving plate  100 , and ensure supporting capacity of the storage shelving plate  100 . It should be understood that the plate body  10  of the storage shelving plate  100  is not limited to two layers, but can have more layers. The connecting rib  13  is not limited to sheet-shaped, but can be other common shapes, such as is honeycomb-shaped or ripple shaped, as long as the connecting rib can connect the two plate bodies  10 . Furthermore, a multi-layered plate body  10  and the connecting rib  13  can be integrally formed, so as to improve the integrality of the storage shelving plate  100 , so that force on the storage shelving plate  100  can be balance when it is used. In some embodiments, the multi-layer plate body  10  and the connecting rib  13  can be formed, respectively, and then connected by methods such as gluing, thermosetting, and the like, and will not be repeated again herein. 
     Referring to  FIG.  12    to  FIG.  13    and  FIG.  22    to  FIG.  24   , in some embodiments, the storage shelving plate  100  can be provided with a third mounting member  40 . A storage shelving plate  100  can be disposed on the net frame  220  via the third mounting member  40 . 
     In some embodiments, the third mounting member  40  can be disposed in the middle of the storage shelving plate  100 , so that the storage shelving plate  100  can be stably disposed on the net frame  220 . It should be understood that the storage shelving plate  100  can be disposed on the net frame  220  merely via the third mounting member  40 . Alternatively, the storage shelving plate can be disposed on the net frame  220  via matching between the third mounting member  40  and other mounting members. 
     In some embodiments, the third mounting member  40  can be elastic, and the third mounting member  40  can be configured for elastically clamping the first set of rods  221  and/or the second set of rods  222 . It should be understood that the third mounting member  40  can be disposed on the net frame  220  by other methods such as clipping. 
     In some embodiments, the third mounting member  40  can include a plurality of clamping members  41 , and the plurality of clamping members  41  can be disposed along a lengthwise direction of the storage shelving plate  100  (i.e., the Direction X in  FIG.  12   ). 
     In some embodiments, the storage shelving plate  100  can be provided with a first mounting member  20 . The first mounting member  20  can have a structure similar to the first mounting member  20  described above. The storage shelving plate  100  can be disposed on the net frame  220  via the first mounting member  20  and the third mounting member  40 . Wherein, the first mounting member  20  can limit the storage shelving plate  100  at the first side of the storage shelving plate  100 , and the third mounting member  40  can limit the storage shelving plate  100  in the middle of the storage shelving plate  100 , so as to improve stability of connection between the storage shelving plate  100  and the net frame  22 . 
     In an embodiment not shown herein, the storage shelving plate  100  can be provided with a second mounting member  30  at the second side of the storage shelving plate  100 . The second mounting member  30  can be similar to the second mounting member  30  described above. The storage shelving plate  100  can be disposed on the net frame  220  via the second mounting member  30  and the third mounting member  40 . The second mounting member  30  can limit the storage shelving plate  100  at the second side of the storage shelving plate  100 , and the third mounting member  40  can limit the storage shelving plate  100  in the middle of the storage shelving plate  100 , so as to improve stability of the connection between the storage shelving plate  100  and the net frame  220 . 
     In some embodiments, the third mounting member  40  can be disposed on a first set of rods  221  and limited by the second set of rods  222 . Specifically, referring to  FIG.  13   , movement of the third mounting member  40  along a length direction of the third mounting member  40  (i.e., the direction X in  FIG.  12   ) can be limited by adjacent two of the second set of rods  222 . 
     The method for disposing the third mounting member  40  can be further described in conjunction with the fifth embodiment shown in  FIG.  12    to  FIG.  14   . 
     In the present disclosure, a back surface  12  of the storage shelving plate  100  can be provided with a plurality of clamping members  41 . The plurality of clamping members  41  can be disposed along a length direction of the storage shelving plate  100 , and the clamping members  41  can be configured for clamping the middle rod  2214  of the first set of rods  221 . 
     In some embodiments, the net frame  220  can be provided with a laterally bending plane  2215  at the first side of the net frame  220 , and the laterally bending plane  2215  and the loading plane  2203  can be approximately a right angle. The storage shelving plate  100  can be provided with a first bending portion  21  at the first side of the storage shelving plate  100 , and an angle between the first bending portion  21  and the plate body can be approximately a right angle. A first side of the first bending portion  21  can elastically abut against laterally bending plane  2215 , so as to improve stability of connection between the storage shelving plate  100  and the net frame  220 . It should be understood that the first bending portion  21  can separate from the laterally bending plane  2215 , i.e., the first bending portion  21  can merely play a role of covering the laterally bending plane  2215 , and the storage shelving plate  100  can be disposed on the net frame  220  merely via the clamping member  41 . 
     In some embodiments, an inner diameter of the clamping member  41  can be smaller than an outer diameter of the middle rod  2214 , and a length of a clamping arm of the clamping member  41  can be greater than the diameter of the middle rod  2214 , so as to increase a clamping force of the clamping member  41  to the middle rod  2214 , thereby increasing the stability of the clamping. 
     In the present embodiment, the back surface  12  of the storage shelving plate  100  can be further provided with a first convex rib  50 , which can fill up a gap between the back surface  12  of the storage shelving plate  100  and the loading plane  2203 , so as to prevent the plate body of the storage shelving plate  100  from deforming in use. The first convex rib  50  can have a structure similar to that described above, and will not be repeated again herein. 
     In the present embodiment, the storage shelving plate  100  can be made by method of injection molding, which can facilitate processing a plurality of clamping members  41 . Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
     Referring to  FIG.  14   , the storage shelving system  200  of the present embodiment can further include a suspension member  400 . The suspension member  400  can be detachably disposed on the net frame  220 , and the suspension member  400  can be configured for hanging more objects, so that the storage shelving system  200  can be used in more workplaces. 
     Specifically, the suspension member  400  can include a curving portion  410 , and a fifth groove  420  can be disposed on an end of the curving portion  410 . Referring to  FIG.  1   , the storage shelving system  200  can further include an attached rod  450 , which can be disposed in the fifth groove  420 . It should be understood that, in order to prevent the attached rod  450  from separating from the fifth groove  420 , an inner wall of the fifth groove  420  can be a little smaller than a diameter of the attached rod  450 . Moreover, a length of a clamping arm of the clamping member  41  can be greater than the diameter of the middle rod  2214 , thereby increasing the stability of the clamping. 
     In some embodiments, both sides of the curving portion  410  can be provided with the third convex rib  411  to increase the strength of the curving portion  410 , so that the attached rod  450  can support objects having larger weight. 
     In some embodiments, the back surface  12  of the storage shelving plate  100  can be provided with a first reserved portion  122  configured for giving way to the suspension member  400 . In the present embodiment, the first bending portion  21  and a first convex rib  50  (which is closest to the first bending portion  21 ) can define the first reserved portion  122 . 
     A sixth groove  430  and a seventh groove  440  can be further disposed on the suspension member  400 . The suspension member  400  can be detachably disposed on the net frame  220  via the sixth groove  430  and the seventh groove  440 . 
     In some embodiments, an angle can be defined between an opening direction of the sixth groove  430  and an opening direction of the seventh groove  440 . In the present disclosure, the opening direction of the sixth groove  430  can be approximately perpendicular to the opening direction of the seventh groove  440 . The opening direction of the sixth groove  430  can be downwards, and the opening direction of the seventh groove  440  can be along a horizontal direction. This not only can limit the movement of the suspension member  400  along the vertical direction, but also can limit the movement of the suspension member  400  along the horizontal direction. 
     In the present embodiment, the attached rod  450  can be hollow to decrease a weight itself. In some embodiments, in order to improve mechanical strength of the attached rod  450 , the attached rod  450  can be defined as a solid construction, or other supporting structures can be disposed in the attached rod  450 , which is not limited herein. 
     Furthermore, both ends of the attached rod  450  can be provided with a second end cap  451 , which can prevent the user from scratching by the end of the attached rod  450 . 
     Furthermore, an outer diameter of the second end cap  451  can be larger than the outer diameter of the attached rod  450 . The second end cap  451  can further prevent the attached rod  450  from separating from the fifth groove  420  along a length direction of the attached rod  450 . 
     The storage shelving plate  100  can have a plurality of kinds of structures. The plurality of kinds of storage shelving plate  100  will be described hereinafter. The method for connecting the storage shelving plate  100  to the net frame  220  and/or the supporting frame  210  can be the same as that described above, and will not be repeated again herein. 
     Referring to  FIG.  15    to  FIG.  21   , the plurality of kinds of storage shelving plates  100  are shown in  FIG.  15    to  FIG.  21   . In these embodiments, all of the storage shelving plates  100  are disposed on the storage component  201  via matching between a first mounting member  20  and a second mounting member  30 . 
     Referring to  FIG.  15   , a sixth embodiment provides a storage shelving plate  100 , a first mounting member  20  of the storage shelving plate  100  including a first bending portion  21  and a second bending portion  22 . The second mounting member  30  can include a third bending portion  31  and a second hook portion  33 . In the present embodiment, a reserved groove  121  can be further disposed on a back surface  12  of the storage shelving plate  100 , and the reserved groove  121  can be configured for giving place to a middle rod of the net frame  220 . It should be understood that in other embodiments, a shape of the reserved groove  121  can be adjusted according to requirements, so that the reserved groove  121  can give place to rods in the first set of rods  221  and/or rods in the second set of rods  222 , e.g., the reserved groove  121  in  FIG.  10   . 
     In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
     Referring to  FIG.  16   , a seventh embodiment is provided a storage shelving plate  100 , the first mounting member  20  of the storage shelving plate  100  can include a first bending portion  21  and a second bending portion  22 , and a cross section of the first bending portion  21  can be U-shaped. The second mounting member  30  can include a third bending portion  31 . In the present embodiment, a reserved groove  121  can further be disposed on a back surface of the storage shelving plate  100 , which will not be repeated again herein. Furthermore, the back surface  12  of the storage shelving plate  100  in the present embodiment can further be provided with a second reserved portion  123 . The second reserved portion  123  can be configured for giving way to the storage component  20  at the second side  203 , so as to avoid influencing connection between the second mounting member  30  and the storage component  201 . 
     In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
     Referring to  FIG.  17   , an eighth embodiment provides a storage shelving plate  100 , a first mounting member  20  of the storage shelving plate  100  can include a first bending portion  21 , and a cross section of the first bending portion  21  can be U-shaped. The second mounting member  30  can include a third bending portion  31 , and the third bending portion  31  can be arc-shaped. In the present embodiment, a reserved groove  121  can further be disposed on a back surface of the storage shelving plate  100 , which will not be repeated herein. Furthermore, the back surface of the storage shelving plate  100  in the present embodiment can further be provided with a first convex rib  50 . The first convex rib  50  can be configured for filling up a gap between the storage shelving plate  100  and the storage component  201 , and can increase mechanical strength of the storage shelving plate  100 , so as to improve supporting force of the storage shelving plate  100 . 
     In the present embodiment, the shelving storage plate  100  can be molded by a method of extrusion molding. The processing technology is mature and the manufacturing cost is low. 
     Referring to  FIG.  18   , a ninth embodiment provides a storage shelving plate  100 , a first mounting member  20  of the storage shelving plate  100  can include a first bending portion  21  and a second bending portion  22 . The storage shelving plate  100  can include a plurality of second mounting members  30 , and each of the plurality of second mounting members  30  can include a third bending portion  31  and a fourth bending portion  32 , wherein the fourth bending portion  32  can be arc-shaped. In the present embodiment, a back surface of the storage shelving plate  100  can further be provided with a first convex rib  50 , which will not be repeated again herein. 
     In order to facilitate molding a plurality of second mounting members  30 , the storage shelving plate  100  in the present embodiment can be made by injection molding. Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
     Referring to  FIG.  19   , a tenth embodiment is provided a storage shelving plate  100 , a first mounting member  20  of the storage shelving plate  100  can include a first bending portion  21 , and an angle defined between the first bending portion  21  and the plate body can be approximately a right angle. The storage shelving plate  100  can include a plurality of second mounting members  30 , and each of the plurality of second mounting members  30  can include a third bending portion  31  and a fourth bending portion  32 , wherein the fourth bending portion  32  can be arc-shaped. In the present embodiment, a back surface of the storage shelving plate  100  can further be provided with a first convex rib  50 , which will not be repeated again herein. 
     Furthermore, in the present embodiment, the storage shelving plate  100  can be further provided with two conjunction portions  70 . Adjacent two storage shelving plates  100  can be connected via two conjunction portions  70  to increase total length of the storage shelving plate  100 . Furthermore, this can decrease processing difficulty of injection molding, and avoid deformation caused while processing a large thin plate by injection molding. Moreover, a size of each of the storage shelving plate  100  can be smaller, so that a volume of transportation packaging, production cost and storage cost can also be reduced. 
     In some embodiments, the conjunction portion  70  can include a tenon portion  71  and a blind mortise portion  72  matching with each other. The tenon portion  71  and the blind mortise portion  72  can be disposed at two side of the storage shelving plate  100 , respectively. The tenon portion  71  can be clamped in the blind mortise portion  72 , resulting in forming a fixed connection. 
     Furthermore, the tenon portion  71  can be approximately trapezoid-shaped. A groove of the blind mortise portion  72  can be approximately trapezoid-shaped to avoid forming a gap between two adjacent storage shelving plates  100 . 
     Furthermore, in the present embodiment, both the tenon portion  71  and the blind mortise portion  72  can be disposed on the first convex rib  50 , so as to provide a more compact structure to the storage shelving plate  100 . 
     For facilitating molding the tenon portion  71  and the blind mortise portion  72 , the storage shelving plate  100  in the present embodiment can be made by injection molding. Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
     Referring to  FIG.  20    to  FIG.  21   , an eleventh embodiment provides a storage shelving plate  100 , a first mounting member  20  of the storage shelving plate  100  can include the first bending portion  21 . An angle between the first bending portion  21  and the plate body can be approximately a right angle. The storage shelving plate  100  can include a plurality of second mounting members  30 , and each of the plurality of second mounting members  30  can include a third bending portion  31  and a fourth bending portion  32 , wherein the fourth bending portion  32  can be arc-shaped. In the present embodiment, a back surface of the storage shelving plate  100  can further be provided with a first convex rib  50 , which will not be repeated again herein. Furthermore, in the present embodiment, the storage shelving plate  100  can further be provided with a conjunction portion  70 . The conjunction portion  70  can play a similar role as the conjunction portion in the tenth embodiment. Compared with the tenth embodiment, the specific structure of the conjunction portion  70  in the present embodiment is different. In the present embodiment, a first slideway  73  and a second slideway  74  can be provided at both sides of the storage shelving plate  100 , respectively. The two adjacent storage shelving plates  100  can be connected via matching between the first slideway  73  and the second slideway  74 . 
     In some embodiments, in the present disclosure, the first slideway  73  can protrude from a broadside of the storage shelving plate  100 , and the second slideway  74  can dent in the broadside of the storage shelving plate  100 . It should be understood that in other embodiments, the first slideway  73  and the second slideway  74  can have other shapes, as long as they can clamp to each other. 
     For facilitating the molding process of the first slideway  73 , the second slideway  74  and the plurality of the second mounting members  30 , the storage shelving plate  100  in the present embodiment can be made by injection molding. Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
     Referring to  FIG.  22    to  FIG.  24   , two kinds of the storage shelving plates  100  are shown in  FIG.  22    to  FIG.  24   . In the two embodiments, both kinds of the storage shelving plates  100  can be disposed on a storage component  201  via a third mounting member  40 . 
     Referring to  FIG.  22    and  FIG.  23   , a twelfth embodiment is provided a storage shelving system  200 , the storage shelving system  200  can further include a fixing member  60 , which can be detachably disposed on the third mounting member  40 . Moreover, the fixing member  60  can be configured for disposing the storage shelving plate  100  on the net frame  220 . 
     Specifically, the third mounting member  40  can include a locating member  42 . A mounting groove  421  can be disposed on the locating member  42 . The fixing member  60  can include a fixing portion  61 . The fixing portion  61  can include a rotating curved surface  611  and a stopper  612 . The fixing portion  61  can rotate in the mounting groove  421  via the rotating curved surface  611  and limit a rotation angle of the fixing portion via the stopper, resulting in the fixing portion  61  being disposed in the mounting groove  421 . Therefore, a connection between the storage shelving plate  100  and the net frame  220  can be relatively stable, facilitating molding the storage shelving plate  100 . 
     In some embodiments, the mounting groove  421  can be a trapezoid-shaped groove, and an inner diameter of the mounting groove  421  can gradually increase along a direction towards the net frame  220 . The fixing portion  61  can include two rotating curved surfaces  611  and two stoppers  612 , and the two rotating curved surfaces and the two stopper are staggered disposed. The two rotating curved surfaces  611  can be able to contact simultaneously with or separate simultaneously from an inner wall of the mounting groove  421 , and the two stoppers  612  can be able to contact simultaneously with or separate simultaneously from the inner wall of the mounting groove  421 . It should be understood that a number of the rotating curved surface  611  and a number of the stopper  612  in the present embodiment are not limited. The numbers of the rotating curved surface  611  and stopper  612  can further be one, three or more, as long as they can work. 
     In order to ensure the stability of connection between the storage shelving plate  100  and the net frame  220 , the fixing portion  61  can form an interference between the fixing portion  61  and the mounting groove  421 . 
     In some embodiments, a first groove  613  can be disposed on the fixing portion  61 , and a periphery wall of the first groove  613  can define a rotating curved surface  611  and a stopper  612 . Therefore, the fixing portion  61  can slightly deform via the first groove  613 , and this can facilitate forming the interference fit between the fixing portion  61  and the mounting groove  421 . 
     Furthermore, the fixing portion  61  can further include a swirling portion  62 . The swirling portion  62  can drive the fixing portion  61  to rotate. The swirling portion  62  can facilitate using the fixing member  60 . In some embodiments, the swirling portion  62  can be provided with a rotating symbol, so that the user can distinguish a direction to screw up and screw off. 
     After the storage shelving plate  100  is disposed on the net frame  220 , in order to improve the stability, the back surface  12  of the storage shelving plate  100  can be provided with a plurality of reserved grooves  121 . A first rod and/or a second rod can be accommodated in the reserved groove  121 , and this can prevent the storage shelving plate  100  from moving by a large margin along a width or a length of the storage shelving plate  100 . 
     Furthermore, in the present disclosure, the storage shelving plate  100  can further include a first mounting member  20 . The first mounting member  20  can include the first bending portion  21  and the second bending portion  22 . An angle between the first bending portion  21  and the storage shelving plate  100  can be approximately a right angle. An angle between the second bending portion  22  and the first bending portion  21  can be approximately a right angle. The first bending portion  21  can play a role similar to the first bending portion  21  in the fifth embodiment, the second bending portion  22  can play a role similar to that above, and will not be repeated again herein. 
     Referring to  FIG.  24   , a thirteenth embodiment provides a plurality of storage shelving plates  100  being connected via a plurality of conjunction portions  70 . A back surface  12  of the storage shelving plate  100  can be provided with a clamping member  41 , defining a third mounting member  40 . The clamping member  41  can elastically clamp a middle rod  2214  of a first set of rods  221 . 
     Wherein, the conjunction portion  70  can include a tenon portion  71  and a blind mortise portion  72 . The conjunction portion  70  can be disposed on the first convex rib  50  and play a similar role as that in the tenth embodiment, which will not be described in details hereinafter. 
     In the present embodiment, the storage shelving plate  100  can further be provided with a first mounting member  20 . The first mounting member  20  can be a first bending plane. The first bending plane and the plate body can approximately define a right angle. The first bending portion plays a similar role as that in the fifth embodiment and will not be described in details hereinafter. 
     In order to facilitate processing and molding of the clamping member  41 , the storage shelving plate  100  in this embodiment can be made by injection molding. Injection molding can be used for processing discontinuous structures, and the processing technology is mature. 
     The present disclosure provides a storage shelving plate  100  and a storage shelving system  200 . The storage shelving plate  100  can have successively disposed supporting surfaces  11 , which not only can be configured for disposing small objects, but also can prevent metal spines of the net frame  220  from scratching a user. Moreover, the storage shelving plate  100  can also match with a conventional net frame and a supporting frame, and be widely used. 
     The technical features of the above-described embodiments may be combined in any combination. For the sake of brevity of description, all possible combinations of the technical features in the above embodiments are not described. However, as long as there is no contradiction between the combinations of these technical features, all should be considered as within the scope of this disclosure. 
     The above-described embodiments are merely illustrative of several embodiments of the present disclosure, and the description thereof is relatively specific and detailed, but is not to be construed as limiting the scope of the disclosure. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the disclosure. Therefore, the scope of the disclosure should be determined by the appended claims.