CN101131285B - Sealing component for refrigerator door - Google Patents
Sealing component for refrigerator door Download PDFInfo
- Publication number
- CN101131285B CN101131285B CN2006100153869A CN200610015386A CN101131285B CN 101131285 B CN101131285 B CN 101131285B CN 2006100153869 A CN2006100153869 A CN 2006100153869A CN 200610015386 A CN200610015386 A CN 200610015386A CN 101131285 B CN101131285 B CN 101131285B
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- China
- Prior art keywords
- holddown groove
- main body
- chamber door
- medial surface
- convex
- Prior art date
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Abstract
This invention provides a sealing component of fridge door. It includes: fridge door and gasket for covering fridge storage chamber; projections cleaving to two ends of fridge door inner face; fixing trough arranging at the edge of fridge door inner face; fixing stand arranging at the end of fixing trough; sealing component at the outer face of projection. The said sealing component includes: main body; rib that protrudes towards the storage chamber inner face corresponding to the said projection; fixing clasp which is on the main body and merged into one piece with fridge door along inner face direction. The fixing clasp cleaves to the inner face of fixing trough. It inserts into the fixing trough and fixes the sealing component on the fridge door inner face. Thus, it increases the fixing strength of fixing clasp. There is contacting part between the contacting plate of gasket and fixing trough fixing stand superior face. It increases the fixing strength of main body, fixing clasp and contacting part.
Description
Technical field
The present invention relates to refrigerator, particularly be used for the seal member of the refrigerator door that plays sealing function that is provided with on the chamber door of each storeroom of capping refrigerator.
Background technology
Usually, possessed the refrigerating chamber of freezing preservation food or beverage and under low temperature environment, preserve a plurality of storerooms such as refrigerating chamber of described food or beverage on the refrigerator.
Certain of described storeroom simultaneously forms open surface, and the user can deposit or take out stored food thus.
Described open surface is generally opened/is closed by the chamber door that is used for this open surface of capping.
Described door of refrigerator and storeroom generally adopt metal or resin material to make, and according to the material characteristics of described chamber door and storeroom, the place of connecing of described door of refrigerator and storeroom evolution face part can be close to mutually.
Thus, the junction surface branch of described chamber door and open surface produces small gap, perhaps can stick out when engaging, thereby produce clearance leakage that cold air that described compartment interior the fills bonding part by described chamber door and open surface the forms problem to the outside.
Existing refrigerator is provided with the rubber-like sealing gasket on the bonding part of described chamber door and evolution face, prevented to form the gap on the bonding part of described chamber door and open surface.
The common use of described sealing gasket can be close to the medial surface of described chamber door and the elastomeric element that the elastomeric material on the described open surface is made simultaneously, and described sealing gasket has certain thickness in described chamber door and open surface engaging portion when promptly being provided with on the medial surface edge of described chamber door.
When closing the chamber door that is arranged on the described refrigerator storeroom open surface, be arranged on the edge that sealing gasket on the described chamber door medial surface edge is close to described open surface.
The one side of described sealing gasket is installed on the described chamber door medial surface and forms sealing, in the time of the edge join of the another side of sealing gasket and described storeroom open surface, forms between described chamber door and open surface and seals.
But, in the above-mentioned open surface that utilizes existing sealing gasket and the sealing means of chamber door, the one side of described sealing gasket is installed in and forms sealing on the chamber door medial surface, and the another side of sealing gasket is by when closing chamber door and the edge join of described open surface, form sealing, on the part of the edge join of described sealing gasket and described open surface, can produce small gap thus, exist the cold air that makes compartment interior can be by this clearance leakage to outside problem.
Be used for the auxiliary accessories such as magnet that increase the power that is bonded with each other at described sealing gasket and open surface edge though developed, but, still there is the problem that engages that described open surface can't be complete owing to the aging of described sealing gasket and the sealing gasket made by elastomeric material produce reasons such as distortion under the effect of the engaging force of chamber door and open surface.
Described sealing gasket can be cooled off by the cold air of compartment interior, and the sealing gasket that is cooled can cool off airborne moisture after engaging with the refrigerator air outside, lateral surface at the chamber door of described refrigerator and baffle plate and sealing gasket forms the globule thus, and these globules need the user to clear up these globules when can reduce the cosmetic look of refrigerator.
Summary of the invention
The present invention proposes in view of the above problems, and its purpose is to provide a kind of seal member of refrigerator door, can seal for the open surface of refrigerator storeroom and the composition surface of chamber door.
Another object of the present invention is to improve the sealability of described bonding part, can prevent that thus the cold air that described compartment interior is filled from flowing by the open surface of refrigerator storeroom and the bonding part of chamber door.
Another object of the present invention is that this refrigerator is provided with the sealing gasket of seal member on being arranged on door of refrigerator.
Another object of the present invention also be this refrigerator with seal member by the sealing gasket of chamber door is set, can obtain firmer fixing.
In order to achieve the above object, the technical solution used in the present invention provides a kind of seal member of refrigerator door, include the chamber door of capping refrigerator storeroom, be located at the sealing gasket on the chamber door inside edge, wherein: be close to described chamber door medial surface two ends and be provided with outstanding convex, be recessed at described chamber door medial surface edge and be provided with holddown groove, port at holddown groove is provided with fixed station, be provided with seal member at described convex lateral surface, the sealing parts include main body, on main body, be provided with towards the outstanding rib of the storeroom medial surface direction relative with described convex, described main body also be provided with chamber door medial surface direction on form the stay hook of one, described stay hook is set to the cross section identical with the medial surface shape of described holddown groove, and with the inlet of described holddown groove with the identical opening of one side, and be close to the medial surface of holddown groove on the described chamber door medial surface edge.
The inside that the head end of described stay hook inserted holddown groove when described main body was lined up and formed horizontal state with described chamber door medial surface, described main body is rotated towards the direction of convex, makes described stay hook be engaged in the medial surface of holddown groove.
Described main body favours the interior side direction of described convex, on the lateral surface that is close to convex.
Described sealing gasket includes clip, auxiliary seal pad, contact plate, and described clip sandwiches among the stay hook of being close to holddown groove, and stay hook is supported in respectively between the medial surface of described clip and holddown groove.
Be provided with contact site between described stay hook and main body, contact site places above the fixed station on the described holddown groove two ends, meanwhile by the contact plate of the described sealing gasket chucking of exerting pressure.
Described main body is close to a side-prominent auxiliary seal pad that joins with described convex lateral surface of described sealing gasket, and presses to the lateral surface of convex.
Effect of the present invention is that this structure is passed through the inboard recessed holddown groove inside of stay hook insertion door of refrigerator with the end formation of seal member, and seal member has been fixed on the chamber door medial surface, makes that thus fixing of seal member is very simple.Simultaneously, the stay hook head end of seal member is inserted the inside and the rotary seal parts of holddown groove, make the lateral surface of described stay hook be supported in the medial surface of holddown groove, by fixing described stay hook, make the assembling operation of described seal member become simpler thus.Stay hook is securely fixed between the medial surface of the clip of sealing gasket and holddown groove, has improved the bed knife of described stay hook.Insert contact site at the contact plate of sealing gasket with between above the holddown groove fixed station, improved the bed knife of seal member contact site thus.The main body of seal member has been pressed between the lateral surface of the auxiliary seal pad of sealing gasket and convex, has improved the bed knife of described main body thus.
Description of drawings
Fig. 1 is the stereogram of door of refrigerator part provided by the invention;
Fig. 2 is the stereogram of door of refrigerator sealing gasket part provided by the invention;
Fig. 3 is the stereogram of seal member provided by the invention;
Fig. 4 is the cutaway view of door seal gasket part provided by the invention;
Fig. 5 is the cutaway view of seal member provided by the invention;
Fig. 6 is the assembly drawing of seal member provided by the invention.
Among the figure:
10-refrigerator 20-baffle plate
30-chamber door 31-basketry
32-convex 33-holddown groove
34-fixed station 40-sealing gasket
41-clip 42-auxiliary seal pad
43-contact plate 50-seal member
51-main body 52-rib
53-stay hook 54-afterbody
The 55-contact site
F1-the 1st fixed part
F2-the 2nd fixed part
F3-the 3rd fixed part
The specific embodiment
Below, be described with reference to the accompanying drawings embodiments of the invention.
Expressed the seal member 50 that on refrigerator 10 chamber doors provided by the invention 30 medial surface edges, is provided with among Fig. 1 and Fig. 2, Fig. 3 has expressed at seal member 50 provided by the invention, Fig. 4 has expressed seal member 50 provided by the invention and has engaged with sealing gasket 40, and chamber door 30 closing state of refrigerator 10, Fig. 5 has expressed the state that seal member 50 pressurizeds provided by the invention are close to convex 32, and Fig. 6 represents the process of seal member 50 assemblings provided by the invention.
Among the present invention, hermetically-sealed construction 50 is fixing with sealing gasket 40 on the medial surface edge of refrigerator 10 chamber doors 30.
Described refrigerator 10 is to have possessed can accommodate and the common refrigerator 10 of a plurality of storerooms of cooling beverage or food, and in the present embodiment, described storeroom 10 is promptly arranged on a left side/right, and is provided with the baffle plate 20 of next door shape at critical place at width.
Therefore the open surface of described each storeroom of described chamber door 30 cappings is formed by the shape platy structure identical with described open surface.
The open surface of described storeroom is formed at convenient front of using the storeroom of described refrigerator 10, and described chamber door utilizes hinge to be connected on the side of described open surface front, can rotate thus.
Be provided with the basketry 31 that can accommodate the box-like of opening above the container for drink etc. on chamber door 30 medial surfaces of described refrigerator 10, described basketry is supported or is installed on the described convex 32 with the outstanding a pair of convex of next door shape structure side direction in chamber door 30 by the medial surface two ends at described chamber door 30.
On chamber door 30 inside edges of described refrigerator 10, be provided with sealing gasket 40, be used for sealing the bonding part that joins previously of the medial surface and the described storeroom of described chamber door 30.
Described sealing gasket 40 is made of auxiliary seal pad 42 and contact plate 43 and clip 41, and described clip 41 inserts the medial surface edge that is fixed at described chamber door 30 to holddown groove 33 inside that internal recess forms, and is provided with fixed station 34 at the port of holddown groove 33.
Described sealing gasket 40 includes clip 41, auxiliary seal pad 42, contact plate 43 as Fig. 1 and Fig. 2 and shown in Figure 4, forms banded structure, is arranged on the edge of medial surface of described chamber door 30, and its cross section forms the tetragonal structure of inner hollow.
Described sealing gasket 40 for Elastic Contact on described chamber door 30 and storeroom edge, should adopt elastomeric material.
The clip 41 of described sealing gasket 40 is outstanding on certain one side of described chamber door 30 medial surface directions, and its cross section is similar to the arrow cross section, is clipped in the internal fixation of holddown groove 33.And, should adopt the resin material of hard in order to keep certain bed knife.
Described clip 41 be arranged on chamber door 30 medial surface directions certain the one side whole on, form long rod shape structure.
Described auxiliary seal pad 42 is to be extended and form to the side at the one side by described sealing gasket 40, in the present embodiment, in order to block the convex 32 that forms on described chamber door 30 medial surfaces and the medial surface of described storeroom one side, be the whole space between the medial surface of baffle plate 20, auxiliary seal pad 42 joins in the convex 32 direction sides of described sealing gasket 40 and the lateral surface of described convex 32.
Described auxiliary seal pad 42 is for corresponding with the shape of described sealing gasket 40, and its inside forms hollow tubular structure, and forms one with described sealing gasket 40.
Described contact plate 43 forms so that platy structure is outstanding between described auxiliary seal pad 42 and clip 41 laterally, the arrow end of described clip 41 is fixedly supported on fixed station 34 medial surfaces of holddown groove 33 inside, and described contact plate 43 engages with the lateral surface of fixed station 34, improves the bed knife of described clip 41 thus.
Described seal member 50 comprises: main body 51, rib 52, stay hook 53, afterbody 54 and contact site 55 constitute.
Described main body 51 is in order to be engaged on described chamber door 30 edges, formed platy structure, in the present embodiment, in order to be close to, formed and the similar platy structure of the lateral surface shape of described convex 32 at outstanding convex 32 lateral surfaces in the medial surface two ends of described chamber door 30.
As shown in Figure 5, described main body 51 with perpendicular to the angle beta of formed its inclination of line of chamber door 30 medial surfaces greater than described convex 32 and the formed angle [alpha] of line perpendicular to chamber door 30 medial surfaces.
Described rib 52 is outstanding on described main body 51, when described chamber door 30 is closed, towards outstanding with platy structure with chamber door 30 inboard convex 32 lateral surfaces that form side direction in relative baffle plate 20.
Described rib 52 is for the whole space between the medial surface of the lateral surface that cuts off described convex 32 and baffle plate 20, is formed on the long slab shape structure of extending to a certain direction on the whole lateral surface of described main body 51.
Can on the lateral surface of described main body 51, give prominence to forming a plurality of ribs 52, in the present embodiment, on the moving direction of the cold air that moves to the space between described convex 32 and the baffle plate 20, arrange 2 ribs that are provided with the prescribed distance of being separated by.
Described stay hook 53 is at the end of described main body 51, promptly be inserted at described chamber door 30 medial surface edges and be recessed in the holddown groove 33 that forms at the chamber door medial surface direction end of described main body, it forms the semi-circular cross-section identical with the interior shape of holddown groove 33 for this reason, is arranged on the whole end of described main body 51.
Described stay hook 53 has simultaneously formed open architecture in the same manner with the inlet of holddown groove 33, and in the present embodiment, the one side of main body 51 directions of described seal member 50 has formed open architecture.
Described holddown groove 33 forms so that the joint-cutting shape is recessed to the inside at described chamber door 30 medial surface edges, inserts the clip 41 of fixing described sealing gasket 40.
Described holddown groove 33 is in order to insert described clip 41 with arrow-shaped cross section, also has adopted and the similar structure in the cross section of clip 41 in its cross section, can also adopt the quadrangle or the circular cross section that can hold described clip 41, in the present embodiment, formed dimetric cross section, inserted and support described clip 41.
Described holddown groove 33 comprises fixed station 34, and described fixed station 34 is to be given prominence to and form to center direction by the inlet both sides head end of the opening of holddown groove 33.
The cross section of described stay hook 53 is identical with the cross section of described holddown groove 33, stay hook 53 can be close to the internal fixation of described holddown groove 33 thus, and the cross section of described stay hook 53 can also form identical cross section of the cross sectional shape with described clip 41 of the clip 41 that surrounds described sealing gasket 40 or the semi-circular cross-section of surrounding described clip 41.
Described afterbody 54 is further crooked and form to convex 32 directions that engage with described main body 51 by the head end of main body 51.
Described contact site 55 is in order to be arranged on the outstanding fixed station 34 in the opening two ends of described holddown groove 33, by the expansion of the part between described stay hook 53 and the main body 51 and form.
Described contact site 55 is in order to adopt the top identical shape with described fixed station 34, forms the platy structure with the medial surface level of described chamber door 30.
Below, for as above the assembling process and the effect of the seal member of the refrigerator door provided by the invention of formation describe.
The installation of seal member 50 provided by the invention as shown in Figure 6, being inserted in holddown groove 33 inside that form on the edge of refrigerator 10 chamber doors 30 medial surfaces by the stay hook 53 with described seal member 50 carries out, in order to make described stay hook be close to the inner face of holddown groove, the width of the width of described stay hook 53 and holddown groove 33 is close, and in the porch of described holddown groove 33 the outstanding fixed station 34 that formed, therefore can't directly stay hook 53 be inserted in the inlet of holddown groove 33.
Described stay hook 53 as shown in Figure 6, make the main body 51 of seal member 50 and the medial surface of chamber door 30 form after the level, make the Way in of a side open portion of described stay hook 53 towards described holddown groove 33, the head end of described stay hook 53 is inserted after the inlet of holddown groove 33 earlier thus, inside at holddown groove 33, with described stay hook 53 and main body 51 half-twists, thereby described stay hook 53 is inserted in the inside of holddown groove 33.
Because the shape of described stay hook 53 is identical with described holddown groove 33 inner surface configurations, therefore described stay hook 53 is close to the inner surface of holddown groove 33.
Described stay hook 53 insert be fixed on the inside of described holddown groove 33 after, the main body 51 that forms one with described stay hook 53 is close to the lateral surface of the convex 32 that the medial surface at chamber door 30 forms.
Because the angle beta that described main body 51 tilts is greater than the tilt angle alpha of the lateral surface of described convex 32, therefore described main body will be close on the lateral surface of convex 32.
After described main body 51 is close to the lateral surface of convex 32, the afterbody 54 that forms on main body 51 head ends will be close to the lateral surface of described convex 32.
Because greater than main body 51, so afterbody 54 will be close on the lateral surface of described convex 32 with relative main body 51 bigger pressure to the inclined degree of described convex 32 directions for the head end of described main body 51.
When described stay hook 53 insertions are fixed on holddown groove 33 inside, described main body 51 is close on the lateral surface that is fixed on convex 32, when described main body 51 is fixed, the afterbody 54 that forms on described main body 51 head ends is close on the lateral surface of convex 32, thereby seal member 50 is fixed on the medial surface of described chamber door 30.
Be fixed at described seal member 50 under the state of chamber door 30 medial surface holddown grooves 33 and convex 32, clip 40 is fixed in insertion in the described holddown groove 33.
Described sealing gasket 40 sandwiches in the holddown groove 33 fixing by the outstanding clip 41 on chamber door 30 contact-making surfaces with described sealing gasket 40.
When the clip 41 of described sealing gasket 40 inserts the inside of described holddown groove 33, the head end of described clip 41 is when the inlet by holddown groove 33 inserts, the end of the clip 41 that the head end of the described relatively clip of width is bigger will be pressed between the fixed station 34, thus described clip 41 will be inserted in the inside of holddown groove 33.
When described clip 41 inserts holddown grooves 33 inside, be inserted in the inboard of the stay hook 53 that is fixed on described holddown groove 33 inside, and the clip 41 that is inserted in stay hook 53 inside applies laterally pressure for the medial surface of described stay hook 53.
Be inserted under the state of stay hook 53 inside at described clip 41, stay hook is applied laterally pressure, and because described stay hook 53 is supported in holddown groove 33 medial surfaces, described stay hook 53 is supported between the medial surface and clip 41 of holddown groove 33 more securely, as shown in Figure 4, form the 1st fixed part f1.
Being supported by the 2nd fixed part f2 and the 3rd fixed part f3 when described seal member 50 is supported by the 1st fixed part f1, will be firmer therefore.
The stay hook 53 of described the 2nd fixed part f2 by described seal member 50 is inserted in holddown groove 33 when inner, be placed on the fixed station 34 that forms on the inlet of holddown groove 33 at the contact site 55 that forms between described holddown groove 33 and the main body 51, place at contact site 55 under the state of described fixed station 34 upsides, the inside that sealing gasket 40 inserts holddown groove 33, be close to above the contact site 55 with the outstanding laterally contact plate 43 of platy structure between described sealing gasket 40 and clip 41 thus, described thus contact site 55 is formed by the following support of the top and contact plate 43 of fixed station 34.
Described the 3rd fixed part f3 is contacted with the lateral surface of described convex 32 by the outside head end of the side-prominent auxiliary seal pad 42 of the convex 32 of described sealing gasket 40, therefore when the clip 41 of described sealing gasket 40 sandwiches in the described holddown groove 33 fixing described sealing gasket 40, main body 51 lateral surfaces of seal member 50 of being close to convex 32 lateral surfaces by the side head end of described auxiliary seal pad 42 to the pushing of convex 32 directions and form.
The process that seal member 50 is installed at described refrigerator 10 chamber doors 30 medial surfaces is as follows.Described seal member 50 turned to described chamber door 30 medial surfaces form under the horizontal state, the head end of the stay hook 53 that forms on the end with described seal member 50 partly inserts fixed station 34 inboards of holddown groove 33, and insert at the head end of described stay hook 53 under the state of holddown groove 33 inboards, with described seal member 50 half-twists, make described stay hook in holddown groove 33 inner rotation and insertions.
When described stay hook 53 is inserted in holddown groove 33 inside, the outer surface of described stay hook 53 is close on the inner surface of holddown groove 33, stay hook 53 supported the time, the seal member 50 that forms one with described stay hook 53 is fixed in the described holddown groove 33 thus.
When being fixed in holddown groove 33 inside, inserts by described stay hook 53 clips 40 of sealing gaskets 40 in holddown groove 33 inside, make the medial surface of clip 41 administration of fixed hooks 53 apply pressure laterally, and the lateral surface of described stay hook 53 is fixed in the 1st fixed part f1 thus by the inner surface support of described holddown groove 33.
When described stay hook 53 is inserted in the inside of described holddown groove 33, the contact site 55 of described seal member 50 places above the fixed station 34 of holddown groove 33, and contact plate 43 pushings that between described clip 41 and sealing gasket 40, form place contact site 55 above the fixed station 34 above, make seal member 50 be fixed in medial surface the 2nd fixed part f2 of chamber door 30 thus.
The clip 41 of described sealing gasket 40 inserts when being fixed in the inside of holddown groove 33, the auxiliary clip 42 outstanding in a side of described sealing gasket 40 engages with described convex 32 lateral surfaces, make main body 51 lateral surfaces of the seal member 50 be close to described convex 32 lateral surfaces be close on the lateral surface of described convex 33 by the outside head end of described auxiliary seal pad 42, described thus seal member 50 is fixed in the 3rd fixed part f3.
The stay hook 53 of seal member 50 inserts and is supported in the holddown groove 33 of chamber door 30 medial surfaces, the stay hook 53 of fixing seal parts 50, and be close on the convex 32 with main body 51 that described stay hook 53 forms one, make at the afterbody 54 that forms on the head end of described main body 51 and be close on the convex 32.
After in holddown groove 33, sandwiching the clip 41 of sealing gasket 40, stay hook 53 is supported between the medial surface of described clip 41 and holddown groove 33, firmer thus support stay hook 53, and the contact plate 43 of described sealing gasket 40 is exerted pressure above fixed station 34 for the contact site 55 of described seal member 50, thus seal member 50 is fixed on the medial surface of chamber door 30, the auxiliary seal pad 42 of described sealing gasket 40 is pressed to the lateral surface of convex 32 with the main body 51 of seal member 50, the firmer thus main body 51 of having fixed.
By above explanation as can be known, scope of the present invention is not limited to the content of mentioning in an embodiment, and within the scope of the present invention, technical staff of the same trade can propose other embodiment, and can carry out other change, but these changes all belong to scope of the present invention.
Claims (4)
1. the seal member of a refrigerator door includes the chamber door of capping refrigerator storeroom, is located at the sealing gasket on the chamber door inside edge, it is characterized in that:
Be close to described chamber door (30) medial surface two ends and be provided with outstanding convex (32), be recessed at described chamber door (30) medial surface edge and be provided with holddown groove (33), port at holddown groove (33) is provided with fixed station (34), be provided with seal member (50) at described convex (32) lateral surface, sealing parts (50) include main body (51), on main body (51), be provided with towards the outstanding rib (52) of the storeroom medial surface direction relative with described convex (32), described main body (51) also be provided with chamber door medial surface direction on form the stay hook (53) of one, described stay hook (53) is set to the identical cross section of medial surface shape with described holddown groove (33), and with the inlet of described holddown groove (33) with the identical opening of one side, and be close to the medial surface of holddown groove (33) on described chamber door (30) the medial surface edge;
Be provided with contact site (55) between described stay hook (53) and main body (51), contact site (55) places above the fixed station (34) on described holddown groove (33) two ends, meanwhile by the contact plate (43) of described sealing gasket (40) chucking of exerting pressure;
Described sealing gasket (40) includes clip (41), auxiliary seal pad (42), contact plate (43), described clip (41) sandwiches among the stay hook (53) of being close to holddown groove (33), and stay hook (53) is supported in respectively between the medial surface of described clip (41) and holddown groove (33).
2. according to the seal member of the described refrigerator door of claim 1, it is characterized in that: the inside that the head end of described stay hook (53) inserted holddown groove (33) when described main body (51) was lined up with described chamber door (30) medial surface formation horizontal state, described main body (51) is rotated towards the direction of convex (32), makes described stay hook (53) be engaged in the medial surface of holddown groove (33).
3. according to the seal member of the described refrigerator door of claim 1, it is characterized in that: described main body (51) favours the interior side direction of described convex (32), on the lateral surface that is close to convex (32).
4. according to the seal member of the described refrigerator door of claim 1, it is characterized in that: described main body (51) is close to a side-prominent auxiliary seal pad (42) that joins with described convex (32) lateral surface of described sealing gasket (40), and presses to the lateral surface of convex (32).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100153869A CN101131285B (en) | 2006-08-22 | 2006-08-22 | Sealing component for refrigerator door |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100153869A CN101131285B (en) | 2006-08-22 | 2006-08-22 | Sealing component for refrigerator door |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101131285A CN101131285A (en) | 2008-02-27 |
| CN101131285B true CN101131285B (en) | 2010-12-08 |
Family
ID=39128639
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2006100153869A Expired - Fee Related CN101131285B (en) | 2006-08-22 | 2006-08-22 | Sealing component for refrigerator door |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN101131285B (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103335477B (en) * | 2013-07-08 | 2016-05-18 | 合肥美的电冰箱有限公司 | Refrigeration plant |
| KR102267891B1 (en) | 2014-12-01 | 2021-06-23 | 삼성전자주식회사 | Refrigerator |
| KR102265911B1 (en) * | 2019-08-20 | 2021-06-17 | 삼성전자주식회사 | Refrigerator and home appliance |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1110781A (en) * | 1994-03-17 | 1995-10-25 | 松下冷机株式会社 | Door of refrigerator |
| CN1166592A (en) * | 1996-01-15 | 1997-12-03 | 伊尔皮亚工业股份公司 | Improved plastics structural shape for refrigerator cabinets and the like |
| CN1621770A (en) * | 2003-11-26 | 2005-06-01 | Lg电子株式会社 | Sealing structure of refrigerator |
| CN1680764A (en) * | 2004-04-06 | 2005-10-12 | Lg电子株式会社 | Sealing structure for refrigerator |
-
2006
- 2006-08-22 CN CN2006100153869A patent/CN101131285B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1110781A (en) * | 1994-03-17 | 1995-10-25 | 松下冷机株式会社 | Door of refrigerator |
| CN1166592A (en) * | 1996-01-15 | 1997-12-03 | 伊尔皮亚工业股份公司 | Improved plastics structural shape for refrigerator cabinets and the like |
| CN1621770A (en) * | 2003-11-26 | 2005-06-01 | Lg电子株式会社 | Sealing structure of refrigerator |
| CN1680764A (en) * | 2004-04-06 | 2005-10-12 | Lg电子株式会社 | Sealing structure for refrigerator |
Non-Patent Citations (1)
| Title |
|---|
| JP平10-259983A 1998.09.29 |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101131285A (en) | 2008-02-27 |
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