Patent Publication Number: US-2017347772-A1

Title: Compact container having discharge plate made of ceramic

Description:
CROSS-REFERENCE TO RELATED APPLICATION 
     This application claims the benefit of Korean application No. 10-2014-0184313, filed on Dec. 19, 2014 with the Korean Intellectual Property Office, the disclosure of which is incorporated herein by reference. 
     TECHNICAL FIELD 
     The present invention relates to a compact container having a discharge plate made of ceramic, and more specifically, a compact container having a discharge plate made of ceramic, wherein, since the discharge plate is made of ceramic, the discharge plate is not to be worn out when a user spreads gel contents on the discharge plate and impregnates the puff with the gel contents. The ceramic which forms the discharge plate has high hardness and excellent heat resistance and wear resistance, thereby enabling long-time use. Cosmetic is allowed to exert antibacterial and antiseptic actions and heavy metal-removing and deodorizing functions when passing through the discharge plate. In addition, since the discharge plate is made of ceramic, the discharge plate is not bent and is lowered down with the entire part thereof balanced, even when the user presses the discharge plate for use of the cosmetic. 
     BACKGROUND ART 
     Color cosmetics are used for the purpose of beautifully expressing a skin by beautifully changing the appearance. The color cosmetics are divided into a base makeup used for uniformizing the skin color and covering the defects, and a point makeup for partially enhancing the three-dimensional feeling such as lips, eyes, and nails. The base makeup is classified into a makeup base, a foundation, a powder, and so on, and the point makeup is classified into a lipstick, an eyeliner, a mascara, and so on. 
     The foundation is divided into a solid foundation, a liquid foundation, and a gel foundation according to the form of a cosmetic material. The solid foundation has a high covering power, however, agglomerates upon correction makeup, and the liquid foundation provides good adhering felling, however, has weak sustainability. Accordingly, many consumers recently prefer the gel foundation having considerable durability and good adhering feeling when applying the gel foundation onto the skin. 
     Thus, the development of a container for the gel foundation is also required. In general, the gel foundation is filled into a glass container or a tube container, and used in the manner that the gel foundation is drawn or squeezed on a hand of the user and applied onto the skin using a puff or a hand. 
     However, the related art causes the inconvenience in that the user is required to wash the cosmetic material put on the hands whenever using the cosmetic material, the cosmetic material is wasted since the cosmetic material put on the hands is washed as described above. 
     To solve the problems as the above, as shown in  FIG. 1 , Korean Patent Registration No. 10-1471339 has been disclosed, in which the gel cosmetic material filled in a compact container, so that the cosmetic material can be used without putting the cosmetic material on a hand, and it is convenient to carry the cosmetic material. 
     However, in general, the gel cosmetic material is discharged through a discharge plate, the discharged cosmetic material is rubbed and spread by a puff, and uniformly impregnated into the puff, thus the gel cosmetic material is applied to a skin to makeup. According to the related art, because the discharge plate is formed of metal, fine stone powder, which is a powder raw material of the gel cosmetic material, wears out a surface of the metal discharge plate when the gel cosmetic material is rubbed and spread on the metal discharge plate by using the puff, thus malodor generates upon wearing of the metal, and the worn metal powder discolors the cosmetic material, and is applied to the skin with the cosmetic material, thereby causing skin troubles. 
     DISCLOSURE 
     Technical Problem 
     To solve the problems as the above, the present invention provides a compact container having a discharge plate made of a ceramic material, in which the discharge plate is formed of a ceramic material so as to prevent the discharge plate from being worn out when a user spreads a gel cosmetic material on the discharge plate and impregnates the puff with the gel cosmetic material, the ceramic material forming the discharge plate has high hardness, and excellent heat resistance and wear resistance so as to use the discharge plate for a long time, and antibacterial and antiseptic actions and heavy metal-removing and deodorizing functions are exerted to the cosmetic material when the cosmetic material passes through the discharge plate. 
     In addition, the object of the present invention is to provide a compact container having a discharge plate made of a ceramic material, in which the discharge plate is formed of a ceramic material, so that the discharge plate entirely horizontally moves down while being prevented from bending when the user pressurizes the discharge plate to use the cosmetic material. 
     Technical Solution 
     There is provided a compact container of the present invention including an outer container ( 10 ) formed on one side thereof with a button ( 11 ), and an outer container lid ( 20 ) hinged to one side of the outer container ( 10 ) to be opened and closed, includes: an inner container ( 30 ) mounted inside the outer container ( 10 ); an inner container cover ( 40 ) coupled to an upper portion of the inner container ( 30 ), and formed at a center thereof with a cosmetic material suction hole ( 41 ); a pump ( 50 ) mounted on an upper portion of the inner container cover ( 40 ) to pump the cosmetic material; and a discharge plate ( 60 ) formed of a ceramic material, coupled to an upper side of the inner container cover ( 40 ) so as to be vertically movable, coupled to a top of the pump ( 50 ), formed therein with a plurality of cosmetic material exhausting holes ( 61 ), having an upper portion exposed to the outside to make contact with a puff (P) by a user, having high hardness, heat resistance and wear resistance, and having antibacterial, antiseptic, heavy metal-removing and deodorizing functions. 
     In addition, the discharge plate ( 60 ) has a thickness of 0.5 mm to 3.0 mm. 
     In addition, the cosmetic material exhausting hole ( 61 ) of the discharge plate ( 60 ) has a diameter of 0.5 mm to 1.5 mm. 
     In addition, the cosmetic material exhausting hole ( 61 ) of the discharge plate ( 60 ) has a diameter which gradually increases from a center toward an outer side of the discharge plate ( 60 ). 
     In addition, at least one of a first sealing ring ( 31 ) and a second sealing ring ( 32 ) is further coupled between an upper end of the inner container ( 30 ) and the inner container cover ( 40 ). 
     In addition, a cosmetic material storage membrane ( 33 ) in the form of a soft thin membrane is formed on an inner side of the inner container ( 30 ). 
     In addition, the pump ( 50 ) is formed at a top end thereof with a cosmetic material diffusion space ( 58 ) having a radial shape. 
     In addition, a mesh ( 70 ) is interposed between the pump ( 50 ) and the discharge plate ( 60 ). 
     In addition, the mesh ( 70 ) is attached to a top end of the pump ( 50 ) by a double-sided tape ( 71 ). 
     In addition, an adhesion space ( 59 ) attached thereto with the double-sided tape ( 71 ) is preferably formed at an outer side of the cosmetic material diffusion space ( 58 ) of the pump ( 50 ). 
     Advantageous Effects 
     According to the compact container having a discharge plate made of a ceramic material the present invention, the discharge plate is formed of a ceramic material so as to prevent the discharge plate from being worn out when a user spreads a gel cosmetic material on the discharge plate and impregnates the puff with the gel cosmetic material, the ceramic material forming the discharge plate has high hardness, and excellent heat resistance and wear resistance so as to use the discharge plate for a long time, and antibacterial and antiseptic actions and heavy metal-removing and deodorizing functions can be exerted to the cosmetic material when the cosmetic material passes through the discharge plate. 
     In addition, the discharge plate is formed of a ceramic material, so that the discharge plate can entirely horizontally move down while being prevented from bending when the user presses the discharge plate to use the cosmetic material. 
    
    
     
       DESCRIPTION OF DRAWINGS 
         FIG. 1  shows a compact container filled with a gel cosmetic material. 
         FIG. 2  is a perspective view showing a compact container having a discharge plate made of a ceramic material according to the present invention. 
         FIG. 3  is an exploded perspective view showing a compact container having a discharge plate made of a ceramic material according to the present invention. 
         FIG. 4  is a sectional view showing a compact container having a discharge plate made of a ceramic material according to the present invention. 
         FIG. 5  is a sectional view showing a state of pressurizing a discharge plate of a compact container having the discharge plate made of a ceramic material according to the present invention. 
         FIG. 6  is a sectional view showing a state of releasing the pressurization of a compact container having a discharge plate made of a ceramic material according to the present invention. 
     
    
    
     BEST MODE 
     Mode for Invention 
     An embodiment of a compact container having a discharge plate made of a ceramic material according to the present invention will be described with reference to the accompanying drawings. 
       FIG. 1  shows a compact container filled with a gel cosmetic material.  FIG. 2  is a perspective view showing a compact container having a discharge plate made of a ceramic material according to the present invention.  FIG. 3  is an exploded perspective view showing a compact container having a discharge plate made of a ceramic material according to the present invention.  FIG. 4  is a sectional view showing a compact container having a discharge plate made of a ceramic material according to the present invention.  FIG. 5  is a sectional view showing a state of pressurizing a discharge plate of a compact container having the discharge plate made of a ceramic material according to the present invention.  FIG. 6  is a sectional view showing a state of releasing the pressurization of a compact container having a discharge plate made of a ceramic material according to the present invention. 
     As shown in  FIGS. 3 and 4 , the compact container having a discharge plate made of a ceramic material according to an embodiment of the present invention including an outer container  10  formed on one side thereof with a button  11 , and an outer container lid  20  hinged to one side of the outer container  10  to be opened and closed, includes: an inner container  30  mounted inside the outer container  10 ; an inner container cover  40  coupled to an upper portion of the inner container  30 , and formed at a center thereof with a cosmetic material suction hole  41 ; a pump  50  mounted on an upper portion of the inner container cover  40  to pump the cosmetic material; and a discharge plate  60  formed of a ceramic material, coupled to an upper side of the inner container cover  40  so as to be vertically movable, coupled to a top of the pump  50 , formed therein with a plurality of cosmetic material exhausting holes  61 , having an upper portion exposed to the outside to make contact with a puff P by a user, having high hardness, heat resistance and wear resistance, and having antibacterial, antiseptic, heavy metal-removing and deodorizing functions. 
     An inner container accommodation space  12  for accommodating the inner container  30  is formed inside the outer container  10 , and a mount protrusion  13  is formed on an inner side surface of the outer container  10 . 
     A button  11  is formed on one side of the outer container  10 , in which a latching protrusion  14 , which is easily retracted upon a pressing action of the user, is integrally formed on an upper side of the button  11 . 
     The outer container lid  20  serves to open and close the outer container  10 , and a protrusion-shape hook  21  corresponding to the latching protrusion  14  of the outer container  10  is formed on one side of the outer container lid  20 , thereby being fastened to the latching protrusion  14  of the outer container  10 . 
     In addition, the outer container lid  20  is provided therein with a mirror  22 , so that the user can easily make up. 
     An inner container step  34  mounted thereon with the inner container cover  40  is formed on an outer periphery of the inner container  30 , and the inner container step  34  is formed on an upper side thereof with a coupling groove  35  coupled to the inner container cover  40 , and formed on a lower side thereof with a mount groove  36  coupled to the mount protrusion  13  of the outer container  10 . In addition, a bottom surface  37  of the inner container  30  is formed therein with an air flow hole  38  into which external air introduced. 
     A cosmetic material storage membrane  33  in the form of a soft thin membrane is formed on an inner side of the inner container  30 . 
     Preferably, the cosmetic material storage membrane  33  is formed of at least one of polyethylene phthalate PET resin, polyethylene, polypropylene and thermoplastic elastomer. 
     At least one of a first sealing ring  31  and a second sealing ring  32  may be further coupled between an upper end of the inner container  30  and the inner container cover  40  to improve sealing performance of the gel cosmetic material accommodated in the inner container  30 . 
     A first pump mount groove  42  and a second pump mount groove  43  mounted thereon with the pump  50  are sequentially spaced apart from each other at a predetermined interval on an outer upper surface of the cosmetic material suction hole  41  of the inner container cover  40 . 
     A first upper extending protrusion wheel  44  upwardly extends from an outer side of the second pump mount groove  43 , a second upper extending protrusion wheel  45  is spaced apart from an outer side of first upper extending protrusion wheel  44  at a predetermined interval and upwardly extends, and a lower extending protrusion wheel  46  downwardly extends from an outer side of the second upper extending protrusion wheel  45 . 
     A fastening protrusion  47  is formed on an upper side of the second upper extension protrusion wheel  45 , and a coupling protrusion  48  is formed on a lower side of the lower extending protrusion wheel  46 , thereby being coupled to the coupling groove  35  of the inner container  30 . 
     In addition, the lower extending protrusion wheel  46  is formed on an inner side thereof with a sealing ring insertion groove  49  into which the first sealing ring  32  and the second sealing ring  33  are inserted. 
     The pump  50  includes a pump bottom plate  51  formed thereon with a suction valve  511 , a pump body  52  integrally extending from an upper side of the pump bottom plate  51 , a pump top plate  53  coupled to an upper portion of the pump body  52 , a discharging valve  54  coupled to an upper center of the pump top plate  53 , a fixation member  55  for fixing the discharging valve  54 , and an elastic member  56  mounted on an outer side of the pump body  52 . 
     An elastic suction valve  511  for selectively opening and closing the cosmetic material suction hole  41  of the inner container cover  40  is formed at a center of the pump bottom plate  51 . 
     A first pump mount protrusion  512  and a second pump mount protrusion  513  inserted into the first and second pump mount grooves  42  and  43  of the inner container cover  40  are sequentially spaced apart from each other at a predetermined interval on an outer side of the suction valve  511 . 
     The pump body  52  is integrally formed on a top of the pump bottom plate  51 , and includes an elastic support  521  having an elastic cylindrical shape, and a horizontal extension piece  522  horizontally extending from an upper end of the elastic support  521 . 
     A blocking member  531  is formed at a center of the pump top plate  53 , a plurality of cosmetic material discharging holes  532  are formed on a lower outer periphery of the blocking member  531 , and a top plate mount protrusion  533  mounted thereon with the discharging valve  54  is formed on an outer side of the cosmetic material discharging holes  532 . 
     In addition, a first extension piece  534  is formed on a lower side of the pump top plate  53 , a second extension piece  535  and a third extension piece  536  are sequentially formed on an outer side of the first extension piece  534 , a horizontal extension piece  522  of the pump body  52  is fitted between the first extension piece  534  and the second extension piece  535 , and the third extension piece  536  is located at an outer side the first upper extension protrusion wheel  44  of the container cover  40 . 
     In addition, a pump discharging space  57  filled with the cosmetic material is formed between the outside of the blocking member  531  of the pump top plate  53  and the mesh  70 , and the pump discharging space  57  is formed on an inner side thereof with a top plate coupling groove  537  to which the fixation member  55  is coupled. 
     The discharging valve  54  is formed of an elastic material to selectively open and close the cosmetic material discharging hole  532 , while making close contact with or being spaced apart from an outer periphery of the blocking member  531  of the pump top plate  53 . 
     The discharging valve  54  is formed on a lower surface thereof with a discharging valve mount groove  541  coupled to the top plate mount protrusion  533  of the pump top plate  53 . 
     The fixation member  55  is formed on an outer periphery thereof with a fixation member coupling protrusion  551  coupled to the upper plate coupling groove  537  of the pump top plate  53 , thereby serving to fix the discharging valve  54 . 
     The elastic member  56  is mounted between an upper surface of the pump bottom plate  51  and the horizontal extension piece  522  of the pump body  52 , thereby elastically supporting the horizontal extension piece  522  of the pump body  52  and the pump top plate  53 . 
     Preferably, the suction valve  511  of the pump bottom plate  51 , the elastic support  521  of the pump body  52 , and the discharging valve  54  are formed of at least one of elastomer, silicone rubber, acrylonitrile-butadiene rubber (NBR), polyethylene (PE), and polypropylene (PP). 
     In addition, a cosmetic material diffusion space  58  having a radial shape is formed on a top end of the pump top plate  53  of the pump  50 , such that the gel cosmetic material widely spreads to be discharged through the discharge plate. 
     Preferably, an adhesion space  58  attached thereto with a double-sided tape  71  is formed on an outer side of the cosmetic material diffusion space  58  of the pump  50 . 
     An inner wall  63  coupled to the pump top plate  53  of the pump  50  downwardly extends from the discharge plate  60 , and an outer wall  64 , which is outwardly spaced apart from the inner wall  63  by a predetermined interval and coupled to the inner container cover  40  so as to be vertically movable, downwardly extends. 
     An inner wall protrusion  65  is formed on an inner periphery of the inner wall  63  and coupled to an edge of the pump top plate  53 , and an outer wall protrusion  66  is formed on an inner periphery of the outer wall  64 , and fastened to a fastening protrusion  47  of the inner container cover  40 . 
     The cosmetic material exhausting holes  61  of the discharge plate  60  are formed in a radial shape over the cosmetic material diffusion space  58 , and a diameter of the cosmetic material exhausting hole  61  gradually increases from a center toward an outer side thereof, such that the cosmetic material is uniformly discharged through each of the cosmetic material exhausting holes  61 . 
     Preferably, a thickness of the discharge plate  60  is 0.5 mm to 3.0 mm. 
     When the thickness of the discharge plate  60  is less than 0.5 mm, the discharge plate  60  may be easily cracked or broken by an external impact or pressurization of the user, and when the thickness of the discharge plate  60  exceeds 3.0 mm, the discharge plate  60  becomes heavy, which causes the carrying inconvenience and the increase of manufacturing costs. 
     In addition, preferably, the diameter of the cosmetic material exhausting hole  61  of the discharge plate  60  is 0.5 mm to 1.5 mm. 
     When the diameter of the cosmetic material exhausting hole  61  is less than 0.5 mm, the pressure of the cosmetic material discharged by the pump  50  is increased, thus the cosmetic material suddenly bounces to the outside, and when the diameter of the cosmetic material exhausting hole  61  exceeds 1.5 mm, the diameter of the cosmetic material exhausting hole  61  is so large that external foreign matter enters and contaminates contents. 
     An upper portion of the discharge plate  60  is exposed to the outside to make contact with a puff P by the user, and the discharge plate  60  is formed of a ceramic material having high hardness, heat resistance and wear resistance and having antibacterial, antiseptic, heavy metal-removing and deodorizing functions. 
     The ceramic material forming the discharge plate  60  has high hardness, and excellent heat resistance and wear resistance, thereby enabling long-time use. 
     In addition, the ceramic material exerts antibacterial and antiseptic actions and heavy metal-removing and deodorizing functions to the discharge plate  60  when the cosmetic material is discharged through the discharge plate  60 . 
     The ceramic discharge plate  60  is formed of oxide ceramics or non-oxide ceramics, in which the oxide ceramics preferably include at least one of alumina, beryllia, ceria, and zirconia, and the non-oxide ceramics preferably include at least one of carbide, boride, nitride, and silicide. 
     In order to have the antibacterial and antiseptic functions, metal, plant extract, or inorganic material is added to the ceramic material of the discharge plate  60 , in which the metal preferably includes at least one of silver, copper, and bismuth, the plant extract preferably includes pine needle extract or mustard extract, and the inorganic material preferably includes potassium sorbate. 
     In addition, in order to have the heavy metal-removing function, at least one of red clay and elvan is preferably added to the ceramic material of the discharge plate  60 . 
     In addition, in order to have the deodorizing function, at least one of charcoal, sandy soil, and clayey soil is preferably added to the ceramic material of the discharge plate  60 . 
     A mesh  70  is additionally formed between the pump  50  and the discharge plate  60 , so that the gel cosmetic material is uniformly discharged and widely diffused, and the mesh  70  is attached to the adhesion space  59  of the pump body  53  by the double-sided tape  71 . 
     In other words, as shown in  FIG. 5 , the cosmetic material discharged through the pump  50  is blocked by the mesh  70  and fully filled in the cosmetic material diffusion space  58  under the mesh  70 , and the cosmetic material is uniformly discharged through the mesh  70  and uniformly and widely diffused and discharged upon pumping. 
     In addition, because the gel cosmetic material is pumped, passes through the mesh  70 , and is discharged to the outside through the cosmetic material exhausting holes  61  of the discharge plate  60 , the cosmetic material discharged from the pump  50  may be prevented from suddenly splashing when the cosmetic material has low viscosity. 
     A method of assembling the above compact container having a discharge plate made of a ceramic material will be described as follows. 
     In order to assemble the compact container having a discharge plate made of a ceramic material of the present invention, as shown in  FIGS. 3 and 4 , at first, the inner container  30  provided therein with the cosmetic material storage membrane  33  is fitted into the outer container  10 , and the cosmetic material is injected into the cosmetic material storage membrane  33 . 
     Then, the inner container  30  is sealed by fixing the inner container cover  40  to the upper portion of the inner container  30 . The first and second sealing rings  31  and  32  may be additionally coupled between the inner container  30  and the inner container cover  40  to improve the sealing performance. 
     Then, the pump  50  is mounted on the upper portion of the inner container cover  40 . More specifically, the first pump mount protrusion  512  and the second pump mount protrusion  513  of the pump bottom plate  51 , integrally formed thereon with the pump body  52  and mounted on the outer side thereof with the elastic member  56 , are inserted into the first and second pump mount grooves  42  and  43  of the inner container cover  40 , respectively, and the pump top plate  53  is coupled to the upper portion of the pump body  52 , in which the horizontal extension piece  522  of the pump body  52  is fitted between the first extension piece  534  and the second extension piece  535  of the pump top plate  53 . 
     Next, the discharging valve  54  is mounted on the outer side of the blocking member  531  of the pump top plate  53 , the fixation member  55  is coupled to prevent the discharging valve  54  from being separated, the mesh  70  is attached to the upper end of the pump top plate  53 , and the ceramic discharge plate  60  is coupled to the upper portion of the pump top plate  53  and the inner container cover  40  so as to be vertically movable. 
     Finally, the outer container lid  20  is hinged to one side of the outer container  10 , thereby finishing the assembly of the compact container having a discharge plate made of a ceramic material of the present invention. 
     The above assembled compact container having a discharge plate made of a ceramic material is used as follows. 
     First, as shown in  FIG. 5 , in order to use the compact container having a discharge plate made of a ceramic material, the discharge plate  60  is pressurized by using the puff P. 
     When the discharge plate  60  is pressurized, the pump top plate  53  coupled to the lower portion of the discharge plate  60  downwardly moves, and the pump body  52  is pressed by the downward movement of the pump top plate  53 , thus the elastic support  521  of the pump body  52  is folded and a volume of the cosmetic material temporary storage space TR is reduced. 
     Accordingly, the pressure generates in the cosmetic material temporary storage space TR, and the discharge pressure generates as the above pressure leads the cosmetic material in the cosmetic material temporary storage space TR to be discharged to the outside, thus the suction valve  511  of the pump bottom plate  51  closes the cosmetic material suction hole  41  of the inner container cover  40 . 
     Simultaneously, the elastic discharge valve  54  making close contact to the outer surface of the blocking member  531  of the pump body  53  is spaced from the blocking member  531  by the cosmetic material in the cosmetic material temporary storage space TR, thus the cosmetic material discharging hole  532  is opened, and the cosmetic material is discharged through the cosmetic material discharging hole  532 , and introduced into the cosmetic material diffusion space  58 . 
     After the cosmetic material is fully filled in the cosmetic material diffusion space  58 , the cosmetic material is pushed out through the mesh  70 , thus the cosmetic material is simultaneously discharged through the plurality of cosmetic material exhausting holes  61  formed in the discharge plate  60 . 
     Herein, since the cosmetic material exhausting hole  61  adjacent to the center of the discharge plate has a small diameter so that the cosmetic material is slightly discharged, however, the cosmetic material exhausting hole  61  far from the center is large, so that the cosmetic material is discharged more, as a result, the cosmetic material is evenly discharged in the same amounts throughout the cosmetic material exhausting holes  61  of the discharge plate  60 . 
     Then, as shown in  FIG. 6 , when the pressurization of the discharge plate  60  is released, the elastic support  521  of the pump body  52  is restored by the elasticity of the elastic member  56  and the elastic support  521 , thus a volume of the cosmetic material temporary storage space TR increases, thereby generating vacuum pressure. 
     Accordingly, the discharge valve  54  makes close contact with the blocking member  531  of the pump top plate  53 , thus the cosmetic material discharging hole  532  is closed, and the suction valve  511  of the pump bottom plate  51  is simultaneously lifted by the vacuum pressure generated in the cosmetic material temporary storage space TR, thereby opening the cosmetic material suction hole  41  of the inner container cover  40 . 
     Accordingly, the contents accommodated in the cosmetic material storage membrane  33  of the inner container  30  are introduced into the content material temporary storage space TR through the cosmetic material suction hole  41 . 
     The present invention described in the above is just one embodiment for carrying out a compact container having a discharge plate made of a ceramic material, and the present invention is not limited to the embodiment. Although preferred embodiments have been proposed and set forth in the aforementioned description, it will be apparent to those having ordinary skill in the art in that many different substitutions, deformations and modifications are available within the scope without departing from the invention. 
     DESCRIPTION OF REFERENCE NUMERALS 
     
         
         
           
               10 : outer container  11 : button 
               12 : inner container accommodation space 
               13 : mount protrusion  14 : latching protrusion 
               20 : outer container lid  21 : hook  22 : mirror 
               30 : inner container  31 : first sealing ring 
               32 : second sealing ring 
               33 : cosmetic material storage membrane  34 : step 
               35 : coupling groove  36 : mount groove 
               37 : bottom surface  38 : air flow hole 
               40 : inner container cover 
               41 : cosmetic material suction hole 
               42 : first pump mount groove 
               43 : second pump mount groove 
               44 : first upper extending protrusion wheel 
               45 : second upper extending protrusion wheel 
               46 : lower extending protrusion wheel 
               47 : fastening protrusion  48 : coupling protrusion 
               49 : sealing ring insertion groove 
               50 : pump  51 : pump bottom plate  52 : pump body 
               53 : pump top plate  54 : discharging valve 
               55 : fixation member  56 : elastic member 
               57 : pump discharging space 
               58 : cosmetic material diffusion space 
               60 : discharge plate 
               61 : cosmetic material exhausting hole 
               63 : inner wall  64 : outer wall 
               65 : inner wall protrusion  66 : outer wall protrusion 
               70 : mesh  71 : double-sided tape 
             TR: cosmetic material temporary storage space 
             P: puff