Source: https://patents.google.com/patent/CN201740121U/en
Timestamp: 2020-08-08 16:06:13
Document Index: 70745620

Matched Legal Cases: ['art, 40', 'arts 4', 'art 29', 'art 29', 'art 29', 'art 29']

CN201740121U - Vertical indoor air conditioning - Google Patents
Vertical indoor air conditioning Download PDF
CN201740121U
CN201740121U CN2010200044153U CN201020004415U CN201740121U CN 201740121 U CN201740121 U CN 201740121U CN 2010200044153 U CN2010200044153 U CN 2010200044153U CN 201020004415 U CN201020004415 U CN 201020004415U CN 201740121 U CN201740121 U CN 201740121U
conditioner indoor
CN2010200044153U
2010-01-10 Application filed by 珠海格力电器股份有限公司 filed Critical 珠海格力电器股份有限公司
2010-01-10 Priority to CN2010200044153U priority Critical patent/CN201740121U/en
2011-02-09 Publication of CN201740121U publication Critical patent/CN201740121U/en
238000004378 air conditioning Methods 0.000 title abstract description 8
The utility model provides a vertical indoor air conditioning which has novel structure, is changeable, meets the requirements of personalized products, and is applicable to different types of refrigerating and heating machines. The vertical indoor air conditioning is realized by the following technical scheme: the vertical indoor air conditioning comprises a main body part and an outer shell, wherein the main body part comprises an inner shell, a heat exchange component, a ventilation component and an electrical appliance component, wherein the heat exchange component and the ventilation component are positioned in the inner cavity of the inner shell; the inner shell is provided with an inner air inlet and an inner air outlet; the outer shell is positioned outside the main body part and covers the whole or local of the top, bottom and side part of the main body part; a gap is reserved between the side part of the outer shell and that of the main body part; the bottom of the inner shell of the main body part is rotatably arranged at the bottom of the outer shell by a moving component; and the vertical indoor air conditioning has a whole cylindrical structure.
The vertical air conditioner indoor set
The utility model belongs to the room air conditioner technical field, is specifically related to a kind of vertical air conditioner indoor set.
In the prior art, the whole cabinet shape of adopting similar cuboid of vertical air conditioner indoor set, as shown in Figure 1, 2, its casing is made up of panel component etc.This vertical air conditioner indoor set comprises wind outlet panel parts, air intake surface plate member, back cover, inner part and top cover, vehicle chassis component; employing between the parts is assembling form fixedly; usually the casing lower end is that air inlet, upper end are air outlet; general described air inlet or air outlet are arranged on front or the side; except the air outlet blade can be swung, air inlet or air outlet position also all were changeless.Simultaneously, this vertical air conditioner indoor set because the body type is bigger, only is applicable to the type of bigger refrigeration, heating capacity, on the less type of can't applying in a flexible way usually.
So, vertical air conditioner indoor set of the prior art, contour structures is single, does not meet the demand of personalized product.
The purpose of this utility model is to provide a kind of vertical air conditioner indoor set, and novel structure is full of variety, and has satisfied the demand of personalized product, and is applicable to the type of different refrigeration, heating capacity.
The vertical air conditioner indoor set includes main element and outer cage, and described main element includes inner casing, heat exchanger components, ventilating part and electric component, and described heat exchanger components and ventilating part are arranged in the inner chamber of inner casing; Air inlet and interior air outlet in described inner casing is provided with; Wherein, described outer cage is positioned at the outside of main element, and described outer cage is with the whole or local covering of top, bottom and the sidepiece of main element; Has the gap between the sidepiece of outer cage and the sidepiece of main element; The bottom of the inner casing of described main element is rotatably installed in the bottom of described outer cage by moving component; Described vertical air conditioner indoor set integral body is column structure.
The chassis assembly that described outer cage includes the cap assembly that is positioned at the top, the left plate assembly that is positioned at sidepiece and right plate assembly and is positioned at the bottom; Described cap assembly, left plate assembly, right plate assembly and chassis assembly are surrounded as a semi-enclosed space, and main element is arranged in described semi-enclosed space; The front of described outer cage is provided with air outlet, and sidepiece or back are provided with air inlet.
Described inner casing includes front panel and back casing, and described back casing comprises left side inner panel and right side inner panel; Air outlet is positioned on the front panel in described, and interior air inlet is arranged on the back casing.
Described vertical air conditioner indoor set comprises and is positioned at inner casing below base member, and moving component is fixed on the described base member, and chassis assembly is positioned at the below of base member.
In sum, the beneficial effects of the utility model are:
Vertical air conditioner indoor set of the present utility model, owing to include main element and outer cage, outer cage is positioned at the outside of main element, described outer cage is with the whole or local covering of top, bottom and the sidepiece of main element; Has the gap between the sidepiece of outer cage and the sidepiece of main element; The bottom of the inner casing of described main element is rotatably installed in the bottom of described outer cage by moving component; Described vertical air conditioner indoor set integral body is column structure; The front of outer cage is provided with air outlet, and sidepiece or back are provided with air inlet; Described inner casing includes front panel and back casing, and described interior air outlet is positioned on the front panel, and interior air inlet is arranged on the back casing.The technical scheme that the utility model provides is to break through above-mentioned traditional framework, machine structure in a kind of novel cabinet is provided, thereby reach new space and the height of opening up the exploitation cabinet-type air conditioner, traditional relatively room air conditioner is lighter, have on epoch science and technology sense and the cost and have superiority.
Vertical air conditioner indoor set of the present utility model, whole class prismoid, the lower end is respectively base and chassis, middle-end is main element and left plate assembly right plate assembly and moving component, wherein shell body comprises air outlet and air inlet, the upper end is a cap assembly, and sidepiece is left plate assembly and right plate assembly; The left side inner panel of inner casing, right side inner panel are decorative position, air inlet and interior air outlet are not hidden in both sides left plate assembly and the right plate assembly in when the vertical air conditioner indoor set does not move, when operation, interior air inlet and interior air outlet drive inner casing with moving component and rotate 90 degree positions respectively at front and back realization air-out and air inlet function, fluid is implemented refrigeration or is heated exchange by inner part, thereby reaches the function of air-conditioning.
Fig. 1 is the Facad structure schematic diagram of prior art vertical air conditioner indoor set;
Fig. 2 is the side structure schematic diagram of prior art vertical air conditioner indoor set;
Fig. 3 is the perspective view of the utility model vertical air conditioner indoor set run-stopping status;
Fig. 4 is the perspective view that the utility model vertical air conditioner indoor set has just been opened rotary state when moving;
Fig. 5 is the perspective view of the utility model vertical air conditioner indoor set blowing refrigeration or heating operation state;
Fig. 6 is the decomposition texture schematic diagram of the utility model vertical air conditioner indoor set main element and moving component;
Fig. 7 is the heat exchanger components and the ventilating part structural representation of the utility model vertical air conditioner indoor set main element;
Fig. 8 is the heat exchanger components and the ventilating part mounting structure schematic diagram of the utility model vertical air conditioner indoor set main element.
1, cap assembly, 2, the left plate assembly, 3, the right plate assembly, 4, main element, 4a, front panel, 4b, the right side inner panel, 4c, the left side inner panel, 5, base member, 6, chassis assembly, 7, the side plate fixed head, 8, axle sleeve, 9, the evaporimeter fixed head, 10, sweep aerofoil, 11, sweep the wind-powered electricity generation machine, 12, the air channel, 13, axial-flow leaf, 14, rolling bearing, 15, evaporator assemblies, 16, evaporimeter left side bracing frame, 17, motor fixing frame, 18, motor, 19, the drip tray assembly, 20, the right bracing frame of evaporimeter, 21, gear cap, 22, planetary gear, 22a, first spider gear, 22b, second spider gear, 22c, the asterism gear, 23, plane bearing, 24, base cover, 25, driving gear, 26, drive motors, 27, internal gear, 28, moving component, 29, internal part, 40, the tubular casing.
The utility model discloses a kind of vertical air conditioner indoor set, shown in Fig. 3 to 8, include main element 4 and outer cage, described main element 4 includes inner casing, heat exchanger components, ventilating part and electric component, and described heat exchanger components and ventilating part are arranged in the inner chamber of inner casing; Air inlet and interior air outlet in described inner casing is provided with; Wherein, described outer cage is positioned at the outside of main element, and described outer cage is with the whole or local covering of top, bottom and the sidepiece of main element; Has the gap between the sidepiece of outer cage and the sidepiece of main element; The bottom of the inner casing of described main element 4 is rotatably installed in the bottom of described outer cage by moving component 28; Described vertical air conditioner indoor set integral body is column structure.
The chassis assembly 6 that described outer cage includes the cap assembly 1 that is positioned at the top, the left plate assembly 2 that is positioned at sidepiece and right plate assembly 3 and is positioned at the bottom; Described cap assembly 1, left plate assembly 2, right plate assembly 3 and chassis assembly 6 are surrounded as a semi-enclosed space, and main element 4 is arranged in described semi-enclosed space; The front of described outer cage is provided with air outlet, and sidepiece or back are provided with air inlet.
As Fig. 3,4, the space between the leading edge of the leading edge of described left plate assembly 2 and right plate assembly 3 is an air outlet, and the space between the trailing edge of the trailing edge of described left plate assembly 2 and right plate assembly 3 is an air inlet; Described left plate assembly 2 and right plate assembly 3 all adopt the curved thin plate structure, and the bottom is fixed on the chassis assembly 6; The outline of described chassis assembly 6 is wider than the outline of left plate assembly 2 and right plate assembly 3; Cap assembly 1 fastening is at the top of left plate assembly 2 and right plate assembly 3.
As Fig. 5,6, described inner casing includes front panel 4a and back casing, and described back casing comprises left side inner panel 4c and right side inner panel 4b; Air outlet is positioned on the front panel 4a in described, and interior air inlet is arranged on the back casing.
The sidewall of described inner casing is divided into 4 parts, and each several part is curved-surface structure; First surface is positioned at the front portion, by front panel 4a form, second curved surface is positioned at left part, sidepiece by left side inner panel 4c forms, the 3rd curved surface is positioned at right part, by the sidepiece of right side inner panel 4b form, the 4th curved surface is positioned at the rear portion, form by the rear portion of left side inner panel 4c and right side inner panel 4b; Air outlet is positioned on the first surface in described, and interior air inlet is arranged on the 4th curved surface; The width of described first surface, second curved surface, the 3rd curved surface and height dimension are more than or equal to the width and the height dimension of air outlet; The width of described the 4th curved surface, second curved surface, the 3rd curved surface and height dimension are more than or equal to the width and the height dimension of air inlet.
Described vertical air conditioner indoor set comprises and is positioned at inner casing below base member 5, and moving component 28 is fixed on the described base member 5, and chassis assembly 6 is positioned at the below of base member 5.
Shown in Fig. 3,4,5,6, it is vertical air conditioner indoor set of the present utility model, whole similar oval column is made up of several major parts shown in the figure: comprise that cap assembly 1, left plate assembly 2, right plate assembly 3, main element 4, base member 5, chassis assembly 6 etc. form.As shown in Figure 3, chassis assembly 6 be arranged on base member 5 just below, be used to place and support the weight of whole air-conditioner.Wherein chassis assembly 6 also is supported with assembly relation with left plate assembly 2, right plate assembly 3, and the left side plate assembly is embedded in respectively on the chassis assembly, by chassis assembly 6 support fixation.Main element 4 is arranged on directly over the middle part and base member 5 of whole air-conditioner, is accepted by base member.The upper end of main housing member 4 is limited by cap assembly 1 simultaneously, guarantees main housing member perpendicularity and assembling firmly.Cap assembly 1 is arranged on the top of whole air-conditioner, and both sides are connected and fixed by left plate assembly 2 and right plate assembly 3 respectively.Fig. 3 is this novel vertical air-conditioner situation when closed, air outlet and air inlet all be hide, lay respectively in left plate assembly 2, the right plate assembly 3, it is whole to become a sealing in appearance, causes in the housing stopping up and damaging to guarantee to prevent that foreign matters such as dust worm mouse from entering.
As shown in Figure 4, be stereogram when machine has just been opened main element 4 and rotated in the novel vertical air-conditioner of the present utility model.Main element 4 begins to rotate by moving component 28 relative to base member 5, and direction of rotation is rotated 90 degree and arrived preposition by motor and controller control in setting-up time.This process is air-conditioning begin to dry a warming-up exercise before refrigeration or the heating operation, promptly is the air outlet on the front panel 4a, and the air inlet on left side inner panel 4c and the right side inner panel 4b takes the position of work to.
Stereogram when as shown in Figure 5, being novel vertical air-conditioner of the present utility model interior machine blowing refrigeration or heating operation.Main element 4 has forwarded desired location to: the air inlet on left side inner panel 4c and the right side inner panel 4b is in the back of main element 4, front panel 4a goes up the front of air outlet at main element 4, fluid enters through the back air inlet under the drive of axial-flow leaf, fully exchange after air outlet blows out with the evaporimeter of main housing member the inside, implement the function of air-conditioning.
As shown in Figure 6, can fix composition tubular casing 40, i.e. an inner casing with screw and buckle-type between front panel 4a, left side inner panel 4c and the right side inner panel 4b; Front panel 4a is provided with air outlet, and left side inner panel 4c and right side inner panel 4b are provided with air inlet, is used for flow through path in the air-conditioner of air fluid.Tubular casing 40 interior lower end and moving component 28 are fixing.
Shown in Fig. 6,7,8, described moving component 28 includes drive motors 26, be fixed on driving gear 25 on the described drive motors axle, with the ring-type internal gear 27 of described driving gear 25 engagements, respectively ring-type internal gear 27 in and a plurality of planetary gears 22, gear cap 21 and the plane bearing 23 that mesh; Base member 5 includes base cover 24, described gear cap 21, and spider gear 22, plane bearing 23, internal gear 27 and drive motors 26 are installed on the base cover 24, form a motion module by the engagement of star gear train.Moving component 28 is carried out under drive motors 26 drives and is rotated, tubular casing 40 is owing to rotate with moving component fixed random moving component 28, can implement two kinds of schemes in this rotation process: tubular casing 40 rotation separately, also can rotate together by entire body parts 4.
Described moving component 28 includes 3 spider gears 22, i.e. the first spider gear 22a, the second spider gear 22b, asterism gear 22c are distributed on the inner periphery of internal gear 27 with driving gear 25.
Include evaporator assemblies 15 in tubular casing 40 inner chambers, it is tabular to be curved surface; The top of evaporator assemblies 15 is fixing by evaporimeter fixed head 9, and the bottom is fixing by evaporimeter left side bracing frame 16 and evaporimeter right side bracing frame 20; Evaporimeter fixed head 9 is fixed on the cap assembly 1 reliable to assemble, and the right bracing frame 20 of evaporimeter left side bracing frame 16 and evaporimeter is fixed on the base member 5; The positive bottom of evaporator assemblies 15 also is provided with drip tray assembly 19.
In the space between described evaporator assemblies 15 and the tubular casing 40, also include air channel 12 and columned axial-flow leaf 13, motor 18 is positioned at the below of axial-flow leaf 13, and the top of axial-flow leaf 13 is connected with air channel 12 by rolling bearing 14, and axial-flow leaf 13 is positioned at 12 inside, air channel; Be used for fixing in the cavity of motor fixing frame 17 between evaporimeter left side bracing frame 16 and the right bracing frame 20 of evaporimeter of motor 18.
The wind passage mouth place in described air channel 12 is provided with sweeps wind-powered electricity generation machine 11 and sweeps aerofoil 10, and when being in running status, the wind passage mouth in described air channel 12 is positioned at the rear portion of air outlet.
During installation, at first motor 18 is assemblied on the air channel 12, fix by motor fixing frame 17, load onto drip tray assembly 19 and evaporator assemblies 15 then, again the rolling bearing 14 of axial-flow leaf 13 and its upper end is contained on motor 18 and the air channel 12, is contained in 12 tops, air channel and goes up the plane and be contained in 12 wind passage mouth places, air channel sweeping wind-powered electricity generation machine 11 at last sweeping aerofoil 10.Because whole inner part is included evaporimeter etc., its weight is quite heavy, for guaranteeing vertical assembling steadily, needs evaporimeter left side bracing frame 16, the right bracing frame 20 of evaporimeter to be loaded onto to guarantee having enough faces to support again.
Be set to the only form of tubular casing 40 rotations as main element 4, then an axle sleeve 8 is fixed at the top of tubular casing 40, between described axle sleeve 8 and the cap assembly 1 side plate fixed head 7 is set, axle sleeve 8 is buckled on the side plate fixed head 7, forms the axis hole rotating manner with tubular casing 40 upper ends and is connected.Friction is big between owing to slide, and described axle sleeve 8 is local or all adopt the POM material to make, and axle sleeve 8 must be lubricated with the POM material.
As shown in Figure 7, be novel vertical air conditioner main body inner part stereogram of the present utility model, it is more that tubular casing 40 internal parts relate to part, can be used as the existing one that is assembled into of pre-parts, again with other parts assemblings of complete machine.
As shown in Figure 8, be internal part 29 and the assembling stereogram of moving component 28 on complete machine in the novel vertical air-conditioner tubular casing of the present utility model 40.Can see the assembling situation of on complete machine moving component 28 and internal part 29: chassis assembly 6, base member 5 all maintain static, and moving component 28 is arranged on the base member 5.Tubular casing 40 rotates among Fig. 8, and internal part 29 does not rotate, so internal part 29 directly is fixed on the motionless base member 5,40 on shell is arranged on the moving component with its rotation.
[0043] above-mentioned listed specific implementation is nonrestrictive, and to one skilled in the art, in not departing from the utility model scope, various improvement and the variation carried out all belong to protection domain of the present utility model.
1. the vertical air conditioner indoor set includes main element (4) and outer cage, and described main element (4) includes inner casing, heat exchanger components, ventilating part and electric component, and described heat exchanger components and ventilating part are arranged in the inner chamber of inner casing; Air inlet and interior air outlet in described inner casing is provided with; It is characterized in that: described outer cage is positioned at the outside of main element, and described outer cage is with the whole or local covering of top, bottom and the sidepiece of main element; Has the gap between the sidepiece of outer cage and the sidepiece of main element; The bottom of the inner casing of described main element (4) is rotatably installed in the bottom of described outer cage by moving component (28); Described vertical air conditioner indoor set integral body is column structure.
2. vertical air conditioner indoor set according to claim 1 is characterized in that: the chassis assembly (6) that described outer cage includes the cap assembly (1) that is positioned at the top, the left plate assembly (2) that is positioned at sidepiece and right plate assembly (3) and is positioned at the bottom; Described cap assembly (1), left plate assembly (2), right plate assembly (3) and chassis assembly (6) are surrounded as a semi-enclosed space, and main element (4) is arranged in described semi-enclosed space; The front of described outer cage is provided with air outlet, and sidepiece or back are provided with air inlet.
3. vertical air conditioner indoor set according to claim 2, it is characterized in that: the space between the leading edge of the leading edge of described left plate assembly (2) and right plate assembly (3) is an air outlet, and the space between the trailing edge of the trailing edge of described left plate assembly (2) and right plate assembly (3) is an air inlet; Described left plate assembly (2) and right plate assembly (3) all adopt the curved thin plate structure, and the bottom is fixed on the chassis assembly (6); The outline of described chassis assembly (6) is wider than the outline of left plate assembly (2) and right plate assembly (3); Cap assembly (1) fastening is at the top of left plate assembly (2) and right plate assembly (3).
4. vertical air conditioner indoor set according to claim 1 is characterized in that: described inner casing includes front panel (4a) and back casing, and described back casing comprises left side inner panel (4c) and right side inner panel (4b); Air outlet is positioned on the front panel (4a) in described, and interior air inlet is arranged on the back casing.
5. vertical air conditioner indoor set according to claim 4 is characterized in that: the sidewall of described inner casing is divided into 4 parts, and each several part is curved-surface structure; First surface is positioned at the front portion, by front panel (4a) form, second curved surface is positioned at left part, sidepiece by left side inner panel (4c) forms, the 3rd curved surface is positioned at right part, sidepiece by right side inner panel (4b) forms, the 4th curved surface is positioned at the rear portion, is formed by the rear portion of left side inner panel (4c) and right side inner panel (4b); Air outlet is positioned on the first surface in described, and interior air inlet is arranged on the 4th curved surface; The width of described first surface, second curved surface, the 3rd curved surface and height dimension are more than or equal to the width and the height dimension of air outlet; The width of described the 4th curved surface, second curved surface, the 3rd curved surface and height dimension are more than or equal to the width and the height dimension of air inlet.
6. vertical air conditioner indoor set according to claim 1, it is characterized in that: described vertical air conditioner indoor set comprises and is positioned at inner casing below base member (5), moving component (28) is fixed on the described base member (5), and chassis assembly (6) is positioned at the below of base member (5).
7. according to any one described vertical air conditioner indoor set in the claim 1 to 6, it is characterized in that: whole similar oval column; Screw or buckle-type fix a composition tubular casing (40) between described front panel (4a), left side inner panel (4c) and the right side inner panel (4b), and tubular casing (40) interior lower end and moving component (28) are fixing.
8. vertical air conditioner indoor set according to claim 7 is characterized in that: described moving component (28) includes drive motors (26), be fixed on driving gear (25) on the described drive motors axle, with the ring-type internal gear (27) of described driving gear (25) engagement, respectively ring-type internal gear (27) in and a plurality of planetary gears (22), gear cap (21) and the plane bearing (23) that mesh; Base member (5) includes base cover (24), described gear cap (21), and spider gear (22), plane bearing (23), internal gear (27) and drive motors (26) are installed on the base cover (24), form a motion module by the engagement of star gear train.
9. vertical air conditioner indoor set according to claim 8, it is characterized in that: described moving component (28) includes 3 spider gears (22), i.e. first spider gear (22a), second spider gear (22b), asterism gear (22c) are distributed on the inner periphery of internal gear (27) with driving gear (25).
10. vertical air conditioner indoor set according to claim 7 is characterized in that: include evaporator assemblies (15) in described tubular casing (40) inner chamber, it is tabular to be curved surface; The top of evaporator assemblies (15) is fixing by evaporimeter fixed head (9), and the bottom is fixing by evaporimeter left side bracing frame (16) and the right bracing frame of evaporimeter (20); Evaporimeter fixed head (9) is fixed on cap assembly (1) and goes up to assemble reliably, and evaporimeter left side bracing frame (16) and the right bracing frame of evaporimeter (20) are fixed on the base member (5); The positive bottom of evaporator assemblies (15) also is provided with drip tray assembly (19).
11. vertical air conditioner indoor set according to claim 10, it is characterized in that: in the space between described evaporator assemblies (15) and the tubular casing (40), also include air channel (12) and columned axial-flow leaf (13), motor (18) is positioned at the below of axial-flow leaf (13), the top of axial-flow leaf (13) is connected with air channel (12) by rolling bearing (14), and axial-flow leaf (13) is positioned at inside, air channel (12); The motor fixing frame (17) that is used for fixing motor (18) is arranged in the cavity between evaporimeter left side bracing frame (16) and the evaporimeter right side bracing frame (20).
12. vertical air conditioner indoor set according to claim 11 is characterized in that: the wind passage mouth place of described air channel (12) is provided with sweeps wind-powered electricity generation machine (11) and sweeps aerofoil (10).
13. vertical air conditioner indoor set according to claim 7, it is characterized in that: an axle sleeve (8) is fixed at the top of described tubular casing (40), between described axle sleeve (8) and the cap assembly (1) side plate fixed head (7) is set, axle sleeve (8) is buckled on the side plate fixed head (7), forms the axis hole rotating manner with tubular casing (40) upper end and is connected.
14. vertical air conditioner indoor set according to claim 13 is characterized in that: described axle sleeve (8) is local or all adopt the POM material to make.
CN2010200044153U 2010-01-10 2010-01-10 Vertical indoor air conditioning CN201740121U (en)
CN2010200044153U CN201740121U (en) 2010-01-10 2010-01-10 Vertical indoor air conditioning
CN201740121U true CN201740121U (en) 2011-02-09
ID=43555396
CN (1) CN201740121U (en)
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2013-12-25 RGAV Abandon patent right to avoid regrant
2013-12-25 AV01 Patent right actively abandoned
Effective date of abandoning: 20100110