CN207778926U - Door seal, door seal component and side by side combination refrigerator - Google Patents

Abstract

The utility model discloses a kind of door seal, door seal component and side by side combination refrigerator, the door seal component includes：There is mounting portion, the outside of the door seal to have sticking part for the inside of door seal and actuation part, the door seal, and the actuation part is fixed with the door seal and the actuation part is opposite up to small part in inward-outward direction with the sticking part.According to the door seal component of the utility model embodiment, when the sticking part of two door seal components is oppositely arranged and is moved closer to, the actuation part of two door seal components is attracted and opposite sticking part is driven mutually to fit each other, pass through the fitting of the sticking part of two door seal components in this way, the region between two door seal components is set to be sealed, so that door seal component has preferable leakproofness and thermal insulation.

Description

Door seal, door seal component and side by side combination refrigerator

Technical field

The utility model is related to refrigeration technology fields, in particular to a kind of door seal, door seal component and clamshell doors ice Case.

Background technology

Side by side combination refrigerator is generally made of refrigeration left-hand door body, the right door body of refrigeration and babinet, cold in order to ensure refrigerating chamber Effect is hidden, needs to ensure that the leakproofness between refrigeration left-hand door body and the right door body of refrigeration is good.It in the related technology, can be in refrigeration left-hand door Body and the mating area for refrigerating right door body are arranged flip beam, flip beam and refrigeration left-hand door body or refrigerate right door body and connect, with It is flipped outward when opening refrigerator doors, and blocks the gap between refrigeration left-hand door body and the right door body of refrigeration in closing refrigerator door, To ensure the leakproofness of refrigerating chamber.

But flip beam is not only complicated, but also processing request it is high, it is of high cost, be difficult to assemble.

Utility model content

The utility model aims to solve at least one of the technical problems existing in the prior art.For this purpose, the utility model carries Go out it is a kind of sealing, good heat-insulation effect door seal component.

The utility model also proposes a kind of side by side combination refrigerator with above-mentioned door seal component and a kind of door seal.

Door seal component according to the utility model first aspect embodiment includes：Door seal and actuation part, the door seal There is mounting portion, the outside of the door seal to have sticking part for inside, and the actuation part is fixed with the door seal and the actuation part It is opposite up to small part in inward-outward direction with the sticking part.

According to the door seal component of the utility model embodiment, when the sticking part of two door seal components is oppositely arranged and is gradually leaned on When close, the actuation part of two door seal components is attracted and opposite sticking part is driven mutually to fit each other, passes through two door seals in this way The fitting of the sticking part of component makes the region between two door seal components be sealed, so that door seal component is with preferable close Envelope property and thermal insulation.

Some embodiments according to the present utility model, the sticking part, the number for being attracted part are multiple, multiple actuations Part is corresponded with the multiple sticking part respectively, and each sticking part extends along the length direction of the door seal and multiple The sticking part is separated from each other.

In some embodiments, the actuation part is magnetic part, and the number for being attracted part is two, and two are attracted part It is magnetic opposite.

Optionally, the lateral surface of the door seal has a recess portion between adjacent sticking part, the recess portion relative to Plane where the sticking part is recessed inwardly.

Further, the cross section of the recess portion is arc, and the recess portion is connect with the sticking part positioned at its both sides respectively, The recess portion from its junction with one of sticking part to the junction of itself and another sticking part in first extend internally, after Extend outwardly trend.

Some embodiments according to the present utility model, the door seal have the first cavity, and first cavity is in the suction The inside of component is opposite with the actuation part.

Further, the door seal have multiple second cavitys, second cavity the inside of the recess portion with it is described Recess portion is opposite.

Optionally, there is the door seal third cavity, the actuation part to be embedded in the third cavity, and the third is empty Chamber is opposite with the sticking part on the inside of the sticking part.

In some embodiments, the door seal includes：First door seal section and the second door seal section, it is the sticking part, described It is attracted part, the recess portion, a part of first cavity, second cavity, the third cavity and is both formed in described first In door seal section, the first cavity described in another part is located in the second door seal section, the first door seal section with described second Envelope section connects and substantially constitutes L-shaped structure.

Further, the mounting portion is the grab being connected on the inside of the first door seal section and the second door seal section.

Some embodiments according to the present utility model, at least described sticking part use TPE material.

Some embodiments according to the present utility model, the end that the door seal component is included in door seal carry out the door seal The blanking cover of closure.

Side by side combination refrigerator according to the utility model second aspect embodiment includes：Babinet, left-hand door body and right door body, institute It includes left-hand door body ontology and left-hand door envelope component to state left-hand door body, and the left-hand door body and the right door body pivot with the babinet connect respectively It connects and is symmetrical arranged in left and right directions, the right door body includes right door body ontology and right door seal component, the left-hand door body and described Right door body is in the left-hand door envelope component and the right door seal component opposite actuation in the lateral direction when closed position.

Further, the left-hand door envelope component and the right door seal component are the door seal portion as described in above-described embodiment Part, left-hand door envelope component and the right door seal component are symmetrical arranged in left and right directions, the mounting portion of the left-hand door envelope component with The left-hand door body ontology connection, the mounting portion of the right door seal component are connect with the right door body ontology.

Optionally, the left-hand door envelope component and the right door seal component are the door seal component as described in above-described embodiment, The recess portion of the left-hand door envelope component and the recess portion of the right door seal component are collectively formed and are sealed in a ring in upper and lower directions The soak chamber closed.

In a specific embodiment, at least one of the left-hand door body and the right door body include heating member, institute Heating member is stated between left-hand door envelope component and the left-hand door body ontology and/or the heating member is set to the right door seal Between component and the right door body ontology.

Further, the left-hand door envelope component and the right door seal component are the door seal portion as described in above-described embodiment Part, the heating member are opposite with the recess portion of corresponding door seal.

Optionally, the left heating member or the right heating member include mounting base and heater strip, the mounting base quilt It is configured to be detachably connected on door body ontology.

In some embodiments, door seal, the door seal of the right door seal component of the left-hand door envelope component are elastic component, institute The actuation part of the actuation part and the right door seal component of stating left-hand door envelope component is attracted by cordless.

Optionally, the actuation part of left-hand door envelope component, the right door seal component actuation part number be two and It is sequentially distributed in front-rear direction, the actuation part is magnetic stripe, and two actuation parts of the left-hand door envelope component are bonded with described The magnetism of the opposite side in portion on the contrary, the side opposite with the sticking part of two of right door seal component actuation parts magnetic Property on the contrary, and be opposite to each other in the lateral direction the left-hand door envelope component actuation part and the right door seal component actuation part Opposite side magnetism it is identical.

Further, the vertical interval between the pivotal axis and the sticking part of door seal of the left-hand door body is d1, the right door Vertical interval between the pivotal axis of body and the sticking part of door seal is d2, the pivot of the pivotal axis of the left-hand door body and the right door body The centre-to-centre spacing of shaft is L, and the unilateral maximum distortion compensation rate of the door seal of the left-hand door body is a1, the list of the door seal of the right door body Side maximum distortion compensation rate is a2, and is met：L-(d1+d2)≤a1+a2.

Further, one in the left-hand door body and the right door body is in the open state and another door body is in and closes When closed state, the maximum distance of side wall and the pivotal axis of the door body where the sticking part of the door seal of door body in the open state For Rmax, the pivotal axis of side wall and door body in the open state where the sticking part of the door seal for the door body being closed Minimum range be rmin, meet：Rmax<rmin.

Optionally, 0.5mm≤rmin-Rmax≤3mm.

According to the door seal of the utility model third aspect embodiment, the door seal is the door mentioned in above-described embodiment Envelope.The additional aspect and advantage of the utility model will be set forth in part in the description, and will partly become from the following description It obtains obviously, or recognized by the practice of the utility model.

Description of the drawings

The above-mentioned and/or additional aspect and advantage of the utility model will in the description from combination following accompanying drawings to embodiment Become apparent and is readily appreciated that, wherein：

Fig. 1 is the stereoscopic schematic diagram according to the side by side combination refrigerator of the utility model embodiment.

Fig. 2 is the broken section signal of the left-hand door body and right door body according to the side by side combination refrigerator of the utility model embodiment Figure.

Fig. 3 is the close-up schematic view of a-quadrant in Fig. 2.

Fig. 4 is the schematic diagram according to the heating member of the door seal component of the utility model embodiment.

Fig. 5 is the schematic diagram according to the blanking cover of the door seal component of the utility model embodiment.

Fig. 6 is the schematic diagram according to the door seal of the utility model embodiment.

Fig. 7 is a schematic diagram of the left-hand door body and right door body according to the side by side combination refrigerator of the utility model embodiment.

Fig. 8 is the schematic diagram according to the door seal component of the utility model embodiment.

Reference numeral：

Side by side combination refrigerator 1000, door body 100, left-hand door body 100a, right door body 100b, babinet 200,

Door seal component 10, door seal 11, recess portion 111, sticking part 112, the first cavity 113, the second cavity 114, third cavity 115, actuation part 12, heating member 13, the first door seal section 14, the second door seal section 15,

Left-hand door seals component 10a, and left-hand door seals 11a, the first recess portion 111a, the first sticking part 112a, the first left cavity 113a, the Two left cavity 114a, the left cavity 115a of third, flange 116, the first grab 117, the second grab 118, first is attracted part 12a, left Heating member 13a, mounting base 131, heater strip 132, blanking cover 133,

Right door seal component 10b, right door seal 11b, the second recess portion 111b, the second sticking part 112b, the first right cavity 113b, the Two right cavity 114b, the right cavity 115b of third, second is attracted part 12b, right heating member 13b,

Door body ontology 20, pivotal axis 21, left-hand door body ontology 20a, right door body ontology 20b, insulating layer 21, door liner 22, door Frame 23, built-in fitting 24.

Specific implementation mode

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar unit or unit with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and should not be understood as to the utility model Limitation.

Below with reference to Fig. 1 to Fig. 8 descriptions according to the door seal component 10 of the utility model embodiment.

As shown in figure 8, including according to the door seal component 10 of the utility model first aspect embodiment：Door seal 11 and actuation Part 12.

There is mounting portion, mounting portion can be used for door seal 11 being installed to zero needed using door seal 11 for the inside of door seal 11 On part, the outside of door seal 11 is attracted part 12 and fixes and be attracted including part 12 and sticking part 112 with door seal 11 with sticking part 112 It is at least partly opposite in outside direction.

It should be noted that the inside of door seal 11 refers to door seal 11 be installed on parts after and parts it is close one Side, the outside of door seal 11 refer to the side that after door seal 11 is installed on parts and parts deviate from.From the inside of door seal 11 to Outside, door seal 11 gradually increase at a distance from parts.

According to the door seal component 10 of the utility model embodiment, when the sticking part 112 of two door seal components 10 is oppositely arranged And when moving closer to, the actuation part 12 of two door seal components 10 is attracted and opposite sticking part 112 is driven mutually to fit each other, this Sample makes the region between two door seal components 10 be sealed by the fitting of the sticking part 112 of two door seal components 10, so that Door seal component 10 has preferable leakproofness and thermal insulation.

Here, door seal 11 is the elastic component that flexible deformation can occur to be moved with part 12 is attracted, and such door seal 11 can be Certain deformation-compensated amount is provided when actuation, to ensure two door seal components 10 to be applied to door structure (including but unlimited In the door body 100 of side by side combination refrigerator 1000) on when, can ensure close actuation of the door structure in closed position, at the same After two seal members 10 overcome the suction-combining force to detach, mutual movement interference can be reduced.

As shown in Figures 2 and 3, sticking part 112, be attracted part 12 number be it is multiple, multiple actuation parts 12 respectively with it is multiple Sticking part 112 correspond, each sticking part 112 along the length direction of door seal 11 extend and multiple sticking parts 112 to each other It separates.Specifically, multiple actuation parts 12 are equipped on the mounting portion of door seal component 10 side opposite with sticking part 112, with Pass through multiple sticking parts 112 of multiple actuation parts 12 on the left or right side of sticking part 112 and another door seal component 10 It is attracted positioned at the actuation part 12 in right side or left side, to form multilayer in the inward-outward direction of door seal 11 in door seal component 10 Protection, the space interval of 10 front and rear sides of door seal component is opened.

Multiple actuation parts 12 not only on two door seal components 10 are attracted correspondingly as a result, and door seal component 10 is made to have Have better heat insulation, as long as and the part 12 that is attracted a pair of at least within be closely attracted, so that it may with will be where door seal component 10 Space interval open, improve the job stability of door seal component 10.

Further, it is magnetic part to be attracted part 12, and the number for being attracted part 12 is two, the magnetic phase of two actuation parts 12 Instead.That is, there are two actuation parts 12 for installation in door seal 11, and two are attracted parts 12 and are spaced apart (ginseng in the longitudinal direction See Fig. 2 and Fig. 3), two magnetism for being attracted the opposite side of part 12 are opposite.Opposite two actuations in the lateral direction as a result, Part 12 automatically moves, and fit to together under the action of magnetic attraction, so that the sticking part 112 of left-hand door envelope 11a and right door seal The fitting of sticking part 112 of 11b more fastens, so that two adjacent be attracted in the space limited between part 12 has preferably Heat insulation.

Optionally, the lateral surface of door seal 11 has the recess portion 111 between adjacent sticking part 112, recess portion 111 opposite It is recessed inwardly in the plane where sticking part 112.The lateral surface between two sticking parts 112 of door seal 11 is set to concave as a result, It falls into, so that sticking part 112 is outwardly protruded relative to recess portion 111 in the lateral direction, when two door seal components 10 are attracted, to lead to Cross two opposite recess portions 111 and limit soak chamber, so can be made by soak chamber door seal component have preferably every Exhausted effect.

As shown in Fig. 2, the cross section of recess portion 111 is arc, recess portion 111 connects with the sticking part 112 positioned at its both sides respectively Connect, recess portion 111 from its junction with one of sticking part 112 to the junction of itself and another sticking part 112 in first to It is interior extend, after extend outwardly trend.In other words, recess portion 111 gradually extends outwardly from centre to both ends, so that the two of recess portion 111 End reaches and 112 flush of sticking part.Make the transition between sticking part 112 and recess portion 111 more smooth as a result, and then makes Open door body 100 or close door body 100 make it is simpler, conveniently.

In specific embodiment shown in Fig. 8, there is door seal 11 first cavity 113, the first cavity 113 to be attracted part 12 Inside with to be attracted part 12 opposite.The setting of the first cavity 113 allows the first cavity 113 that elastic deformation occurs as a result, with for The actuation for being attracted part 12 provides enough compensation rates, ensures to be attracted stability and reliability that part 12 is attracted, and then improve door seal The job stability of component 10.

Further, door seal 11 has multiple second cavitys 114, and the second cavity 114 is in the inside of recess portion 111 and recess portion 111 is opposite.Not only the parts that door seal 11 is installed can be made to be spaced apart with recess portion 111 by the second cavity 114 as a result, with Further improve the heat insulation of door seal component 10.

Optionally, door seal 11 has third cavity 115, is attracted part 12 and is embedded in third cavity 115, third cavity 115 It is opposite with sticking part 112 in 112 inside of sticking part.As a result, by the way that third cavity 115 is arranged, not only make actuation part 12 in door seal Installation on 11 is simpler, and fixation of the actuation part 12 on door seal component 10 is made more to stablize, to improve door seal component 10 job stability.

With reference to shown in Fig. 6, door seal 11 includes：First door seal section 14 and the second door seal section 15, sticking part 112 are attracted part 12, recess portion 111, a part of first cavity 113, the second cavity 114, third cavity 115 are both formed in the first door seal section 14, separately A part of first cavity 113 is located in the second door seal section 15, and the first door seal section 14 connect with the second door seal section 15 and substantially constitutes L Shape structure.

Not only the first cavity 113 is multiple as a result, and multiple first cavitys 113 are distributed in the first door seal section 14 and second In door seal section 15, to improve sealing and the heat-proof quality of door seal component 10, and L-shaped door seal 11 can be in two planes Upper and door body 100 is fixed, and so that refrigerator 1000 is installed in door body 100 more stable.

As shown in fig. 6, mounting portion is the grab for being connected to 15 inside of the first door seal section 14 and the second door seal section.In this way, not Only door seal component 10 is to be engaged by clamping with door body 100, easy disassembly, replacement, and the grab of the first door seal section 14 is in front and back Door seal 11 is fixed upwards, the grab of the second door seal section 15 is in the lateral direction fixed door seal 11, to improve door The connective stability of envelope 11 and door body 100 makes the connection of door seal 11 and door body 100 more stablize, is reliable.

Some embodiments according to the present utility model, using TPE material, (english name is sticking part 112 Thermoplastic Elastomer, thermoplastic elastomer (TPE)).It should be noted that TPE material, which refers to one kind, having high intensity And the material of high resilience, and soft-touch, skin-friction coefficient is low and wearability is high.The fitting of TPE material is used as a result, Portion 112 has longer service life, and reduces the abrasion that sticking part 112 is mutually attracted, and improves two door seal components 10 The fluency and stability of actuation.

As shown in figure 5, door seal component 10 is included in the blanking cover 133 that the end of door seal 11 blocks door seal 11.In this way, Door seal 11 is blocked in the both sides of door seal 11 by blanking cover 133, to reduce multiple chambers in door seal 11 and extraneous air stream It is logical, to further improve the air-tightness of door seal 11, and then the thermal insulation effect of door seal 11 is improved, to efficiently reduce 11 institute of door seal Cold in the space of sealing is lost in.

Further, it is also possible to be limited by blanking cover 133 to being attracted part 12, the tearing open in door seal 11 of part 12 is attracted to facilitate Dress.

Referring to Fig. 1 to Fig. 6 descriptions according to the side by side combination refrigerator 1000 of the utility model second aspect embodiment.

As shown in Figure 1, side by side combination refrigerator 1000 includes：Babinet 200, left-hand door body 100a and right door body 100b, left-hand door body 100a includes that left-hand door body 100a ontologies and left-hand door envelope component 10a, left-hand door body 100a and right door body 100b are pivoted with babinet 200 respectively It connects and is symmetrical arranged in left and right directions, right door body 100b includes right door body 100b ontologies and right door seal component 10b, left-hand door body Left-hand door envelope component 10a and right door seal component 10b is opposite in the lateral direction when 100a and right door body 100b are in closed position It is attracted.

According to the side by side combination refrigerator 1000 of the utility model embodiment, pass through the actuation part 12 and You Men on left-hand door body 100a Actuation part 12 on body 100b is attracted so that left-hand door envelope 11a is bonded with right door seal 11b, to block refrigerating chamber, prevents refrigerating chamber Cold draining, wherein component 10a and right door seal component 10b is sealed by left-hand door and is attracted with closing refrigerator 200, traditional flip beam is replaced, The difficulty of processing of door seal component 10 is lower, can reduce the difficulty of processing and production cost of door body 100.

As shown in Figure 2 and Figure 7, left-hand door envelope component 10a and right door seal component 10b is such as the door seal component in above-described embodiment 10, left-hand door envelope component 10a and right door seal component 10b is symmetrical arranged in left and right directions, and left-hand door seals the mounting portion and left-hand door of component 10a Body 100a ontologies connect, and the mounting portion of right door seal component 10b is connect with right door body 100b ontologies.

Specifically, left-hand door envelope component 10a is mounted on the sides opposite with right door body ontology 20b left-hand door body ontology 20a, it is right Door seal component 10b is mounted on the right door body 100b ontologies side opposite with left-hand door body 100a ontologies, and then by mounting portion by two A door seal component 10 is fixed in corresponding door body 100, so that two door seal components 10 are symmetrical arranged in the lateral direction.By This, can be such that left-hand door body 100a and right door body 100b is attracted by being attracted part 12 by symmetrically arranged two door seal components 10 When, it is fixed more to stablize.

In specific embodiment shown in Fig. 3, it is above-mentioned door seal portion that left-hand door, which seals component 10a and right door seal component 10b, The recess portion 111 of part 10, the recess portion 111 and right door seal component 10b of left-hand door envelope component 10a is collectively formed in upper and lower directions Closed soak chamber in a ring.

It is recessed towards left side to be formed specifically, adjacent two of left-hand door envelope 11a are attracted the lateral surface between part 12 The lateral surface between part 12 is attracted towards right side recess to be formed as recess portion for adjacent two of recess portion 111, right door seal 11b 111, and then when the actuation part 12 being attracted on part 12 and right door body 100b on left-hand door body 100a is attracted, opposite two recess portions Closed soak chamber is limited between 111.Made as a result, by the soak chamber limited between two opposite recess portions 111 Door seal component 10 has better heat insulation.

As shown in figure 3, at least one of left-hand door body 100a and right door body 100b include heating member 13, heating member 13 is set to Left-hand door seals between component 10a and left-hand door body ontology and/or heating member 13 is set between right door seal component 10b and right door body ontology.

That is, heating member 13 can only be arranged on left-hand door body 100a, can also only be arranged on right door body 100b Heating member 13 can also be all arranged in heating member 13 in two door body 100, and then the setting of heating member 13 is in left-hand door body ontology and a left side Between door seal component 10a or it is arranged between right door body ontology and right door seal component 10b.In this way, can be by least one Heating member 13 heats door seal component 10, to prevent side by side combination refrigerator 1000 in use, the condensation in door body 100 Or frosting.

Further, left-hand door envelope component 10a and right door seal component 10b is the door seal component 10 in such as above-described embodiment, is added Warmware 13 is opposite with the recess portion 111 of corresponding door seal 11.In other words, heating member 13 is located in door seal 11 and opposite with recess portion 111, And then recess portion 111 can be heated by heating member 13.It as a result, not only can be indoor to incubation cavity by heating member 13 Air is heated, so that the temperature of soak chamber is consistent with ambient temperature, process is being used to avoid refrigerator 1000 In, condensation or frosting in door body 100, and heating member 13 is opposite with recess portion 111, improves heating speed and heating effect Fruit.

Optionally, left heating member 13a or right heating member 13b includes mounting base 131 and heater strip 132, mounting base 131 It is configured to be detachably connected in door body 100.

Specifically, heating member 13 is made of mounting base 131 and heater strip 132, so as to be incited somebody to action by mounting base 131 Heating member 13 is fixed on left-hand door body 100a or heating member 13 is fixed on right door body 100b, and is installed in mounting base 131 Heater strip 132 is to heat soak chamber.Heating member 13 is set to seal 11a, heating member 13 and right door seal 11b with left-hand door as a result, Fixation more stablize, and conveniently on door seal component 10 dismantle heating member 13.

Further, door seal 11, the door seal 11 of right door seal component 10b of left-hand door envelope component 10a is elastic component, left-hand door envelope The actuation part 12 of the actuation part 12 of component 10a and right door seal component 10b are attracted by cordless.In other words, it is attracted part 12 Make the actuation part 12 on left-hand door body 100a and You Men in third cavity 115, and by left-hand door envelope 11a and right door seal 11b Actuation part 12 on body 100b is spaced apart.The actuation part 12 being attracted on part 12 and right door body 100b on left-hand door body 100a as a result, After stopping being attracted, it will not be influenced by the suction of some actuation part 12, cause actuation part 12 that can not detach, and then improve door Seal the job stability of component 10.

As shown in fig. 7, the vertical interval between the pivotal axis 21 of left-hand door body 100a and the sticking part 112 of door seal 11 is d1, Vertical interval between the pivotal axis 21 of right door body 100b and the sticking part 112 of door seal 11 is d2, the pivotal axis of left-hand door body 100a The centre-to-centre spacing of the pivotal axis 21 of 21 and right door body 100b is L, and the unilateral maximum distortion compensation rate of the door seal 11 of left-hand door body 100a is The unilateral maximum distortion compensation rate of a1, the door seal 11 of right door body 100b are a2, and are met：L-(d1+d2)≤a1+a2.

That is, sealing the right door seal 11b of 11a and right door body 100b to door body 100 by the left-hand door of left-hand door body 100a Gap when closing is blocked, to make left-hand door seal 11a maximum compensation rate a1 and right door seal 11b maximum compensation rate a2 With gap when being closed not less than door body 100 so that between two door seals 11 can be blocked completely between two door body 100 Gap, and then improve leakproofness when door body 100 is closed.

As shown in fig. 7, one in left-hand door body 100a and right door body 100b is in the open state and another door body 100 at When closed state, the pivot of side wall and the door body 100 where the sticking part of the door seal 11 of door body 100 in the open state The maximum distance of axis 21 is Rmax, side wall where the sticking part of the door seal 11 for the door body 100 being closed in beating The minimum range of the pivotal axis 21 of the door body 100 of open state is rmin, is met：Rmax<rmin.In other words, left-hand door body 100a Door seal 11 sticking part 112 be configured to when left-hand door body 100a is opened with the sticking part 112 of the door seal 11 of right door body 100b It is detached from, and will not be contacted with the sticking part 112 of the door seal 11 of right door body 100b in opening procedure；The door seal 11 of right door body 100b Sticking part 112 be configured to when right door body 100b is opened with the sticking part 112 of the door seal 11 of left-hand door body 100a be detached from, and It is not contacted with the sticking part 112 of the door seal 11 of left-hand door body 100a in opening procedure.As a result, in the left-hand door body for only opening refrigerator 1000 When 100a or right door body 100b, another door body 100 will not interfere therewith.

Optionally, 0.5mm≤rmin-Rmax≤3mm.Make the gap between left-hand door body 100a and right door body 100b as a result, Size reasonable not only facilitates the assembly of door body 100, but also the better tightness of the door body 100 after assembly.

As shown in fig. 6, according to the door seal 11 of the utility model third aspect embodiment, door seal 11 is institute in above-described embodiment The door seal 11 referred to.

It according to the door seal 11 of the utility model embodiment, is installed to after can individually processing in door body 100, and left-hand door body Door seal 11 on 100a and right door body 100b is general, and then can improve the production efficiency of door seal 11, and facilitates door seal 11 Installation in door body 100.Referring to Fig. 1 to Fig. 6 descriptions according to the door seal portion of one specific embodiment of the utility model Part 10.

As shown in Figures 2 and 3, the door seal component 10 of side by side combination refrigerator 1000 includes：Left-hand door seals component 10a and right door seal Component 10b, left-hand door envelope component 10a include left-hand door envelope 11a and the first actuation part 12a on left-hand door envelope 11a, right door seal component 10b includes right door seal 11b and the second actuation part 12b on right door seal 11b, and first, which is attracted part 12a and second, is attracted part 12b It is opposite in the lateral direction to be attracted, so that left-hand door envelope 11a and right door seal 11b is bonded each other in the lateral direction.

Left-hand door envelope component 10a be fixedly connected with left-hand door body ontology 20a with formed left-hand door body 100a, right door seal component 10b and Right door body ontology 20b is fixedly connected to form right door body 100b, wherein left-hand door body ontology 20a and right door body ontology 20b include Cladding is collectively formed in door liner 22, built-in fitting 24, doorframe 23 and insulating layer 21, door liner 22, doorframe 23 and built-in fitting 24 The shell of insulating layer 21, left-hand door seal component 10a can left-hand door body 100a right relief angle and left-hand door body 100a it is detachably connected, Right door seal component 10b can be detachably connected in the left rear corner of right door body 100b and right door body 100b.

In this way, when left-hand door body 100a and right door body 100b turn to closed position, it is mounted on outside left-hand door body 100a Left-hand door seals the component 10a and right door seal component 10b outside right door body 100b and is attracted each other, and left-hand door seals the top of component 10a And the top of right door seal component 10b respectively cold house corresponding to the babinet of refrigerator 1,000 200 roof, bottom wall mutually only support, with Prevent cold air from going out from the top of two door seal components 10, bottom leakage.

According to the door seal component 10 of the utility model embodiment, it is attracted part 12a and second by first and is attracted part 12b actuations So that left-hand door envelope 11a is bonded with right door seal 11b, to block refrigerating chamber, refrigerating chamber cold draining is prevented, and then can prevent from refrigerating Under the premise of the cold draining of room, it is attracted part 12a by first and is attracted part 12b actuation with second to substitute traditional flip beam, not only the The difficulty of processing that one actuation part 12a and second is attracted part 12b is lower, can reduce difficulty of processing and the life of door seal component 10 Produce cost.

Some embodiments according to the present utility model, the first actuation part 12a, the second actuation part 12b number be it is multiple, Multiple first actuation part 12a, multiple second actuation part 12b are respectively spaced apart in front-rear direction successively, and multiple first inhale Component 12a is attracted part 12b with multiple second can correspond actuation.

Specifically, on the sides opposite with right door seal component 10b left-hand door envelope component 10a, it is respectively equipped with multiple first It is attracted part 12a and multiple second and is attracted part 12b, to be existed by the be mutually attracted first actuation part 12a and the second actuation part 12b Front and back are upwardly formed multilayer proofing, and refrigerating chamber is spaced apart with external environment.Not only multiple first it is attracted part 12a as a result, It is attracted correspondingly with multiple second actuation part 12b, makes door seal component 10 that there is preferably isolation effect, as long as and at least One pair of which is attracted part 12 and is closely attracted, so that it may to open refrigerating chamber and external environment isolation, improve the work of door seal component 10 Make stability.

As shown in figure 3, the right side wall of left-hand door envelope 11a, which has, is located at the first recess portion that adjacent first is attracted between part 12a The left side wall of 111a, right door seal 11b, which have, is located at the second recess portion 111b that adjacent second is attracted between part 12b, the second recess portion 111b and the first recess portion 111a are corresponding in the lateral direction, and first, which is attracted part 12a and second, is attracted part 12b actuations so that first Recess portion 111a and the second recess portion 111b is collectively formed in the closed soak chamber in a ring in upper and lower directions.

Wherein, it is recessed to be formed as first towards left side recess to seal 11a for adjacent two first left-hand doors being attracted between part 12a Portion 111a, adjacent two the second right door seal 11b being attracted between part 12b are recessed towards right side to be formed as the second recess portion 111b, and then when first is attracted part 12a and second and is attracted part 12b actuations, the first opposite recess portion 111a and the second recess portion Closed soak chamber is limited between 111b.As a result, by limiting between the first recess portion 111a and the second recess portion 111b Soak chamber makes door seal component 10 have preferably isolation effect.

Further, in conjunction with shown in Fig. 3 and Fig. 4, it further includes left heating member 13a, left heating member 13a that left-hand door, which seals component 10a, It is faced in the left side of the first recess portion 111a and the first recess portion 111a.Right door seal component 11b includes the right side in yet other embodiments, Heating member 13b, right heating member 13b are faced on the right side of the second recess portion 111b and the second recess portion 111b.It is understood that left It can be equipped with heating member 13 with only one in door body 100a and right door body 100b, in this way or soak chamber is heated.

Specifically, in the left and right sides of the first recess portion 111a and the second recess portion 111b soak chamber limited, first The left side of recess portion 111a is arranged left heating member 13a, right heating member 13b is arranged on the right side of the second recess portion 111b, so as to logical It crosses left heating member 13a and right heating member 13b heats soak chamber.Make the temperature and ambient temperature of soak chamber as a result, It is close, and then outside air can be effectively prevented, liquefaction is pre-chilled on the outside of soak chamber, avoid condensation on door seal component 10.

In specific embodiment shown in Fig. 3, left-hand door seal 11a have at least each first be attracted the left side of part 12a with First is attracted the corresponding at least one first left cavity 113a of part 12a, and right door seal 11b has at least is attracted part each second The right side of 12b first right cavity 113b corresponding with the second actuation part 12b.The first left right skies of cavity 113a and first as a result, The setting of chamber 113b allows the first left right cavity 113b of cavity 113a and first to deform upon, with for the first actuation part 12a and Second, which is attracted being attracted for part 12b, provides enough compensation rates, ensures that the first actuation part 12a and second is attracted the steady of part 12b actuations Qualitative and reliability, and then improve the job stability of door seal component 10.

Optionally, left-hand door envelope 11a also has second left side opposite with the first recess portion 111a in the left side of the first recess portion 111a Cavity 114a, right door seal 11b also have the second right cavity opposite with the second recess portion 111b on the right side of the second recess portion 111b 114b.Soak chamber can be not only set to be spaced with door body 100 by the second left right cavity 114b of cavity 114a and second as a result, It opens, to further improve the heat insulation of door seal component 10, and facilitates left heating member 13a in the left side of the first recess portion 111a Arrangement and right heating member 13b are arranged on the right side of the second recess portion 111b, make the sky between each part in door seal component 10 Between arrange more rationally.

In a specific embodiment, left-hand door envelope 11a also has the left cavity of third for accommodating the first actuation part 12a 115a, the left cavity 115a of third and the first left cavity 113a are adjacent or spaced apart, and right door seal 11b also has to be inhaled for accommodating second The right cavity 115b of third of component 12b, the right cavity 115b of third and the first right cavity 113b are adjacent or spaced apart.

As a result, by the way that the left cavity 115a and right cavity 115b of third of third is arranged, not only make the first actuation part 12a in left-hand door The installation of installation and the second actuation part 12b on right door seal 11b sealed on 11a is simpler, and makes the first actuation part 12a And second be attracted fixations of the part 12b on door seal component 10 and more stablize, to improve the job stability of door seal component 10.

With reference to shown in Fig. 3 and Fig. 4, left heating member 13a and right heating member 13b include mounting base 131 and heater strip 132, mounting base 131 is configured to be detachably connected on 100 ontology of door body.

Specifically, left heating member 13a and right heating member 13b are made of mounting base 131 and heater strip 132, to Left heating member 13a can be fixed on left-hand door body 100a by mounting base 131, right heating member 13b is fixed on right door body On 100b, and heater strip 132 is installed to be heated to soak chamber in mounting base 131.Make as a result, left heating member 13a with Left-hand door seals 11a, right heating member 13b and the fixation of right door seal 11b is more stablized.

In addition, having grab on left-hand door envelope 11a and right door seal 11b, the card slot of grab and door body ontology 20 is clamped, will Heating member 13 is fixed in corresponding door seal 11, not only more securely, reliably to the fixation of heating member 13, but also facilitates heating member 13 Dismounting in door seal 11.Door liner 22 also has the card slot for being clamped with another part grab.

Further, left-hand door envelope component 10a and right door seal component 10b includes respectively at the both ends of door seal 11 to door seal 11 The blanking cover 133 that is blocked of chamber.The chamber in door seal 11 is filled by blanking cover 133 as a result, to reduce door seal 11 On chamber and the extraneous or air circulation with refrigerating chamber, to further improve the air-tightness of door body 100, and then improve door The thermal insulation effect of body 100, the cold to efficiently reduce refrigerating chamber are lost in.

As shown in Figure 3 and Figure 6, left-hand door envelope 11a and right door seal 11b includes：First door seal section 14 and the second door seal section 15, First door seal section 14 extends along the longitudinal direction and the corresponding part 12 that is attracted is set in the first door seal section 14,15 edge of the second door seal section Left and right directions extends and, first door seal section 14 He opposite in left and right directions with the rear portion of the first door seal section 14 and the first door seal section 14 Second door seal section 15 substantially constitutes L-shaped, and the first door seal section 14 has the first grab 117 positioned at L-shaped inside, the second door seal section 15 have the second grab 118 positioned at L-shaped inside.

Door seal component 10 is fixed with door body 100 in the lateral direction by the first grab 117 of the first door seal section 14 as a result, Connection is fixed by the second grab 118 in the second door seal section 15 with door body 100, in the longitudinal direction so that door seal component 10 Connection with door body 100 more fastens, is reliable.

In addition, left-hand door envelope 11a, right door seal 11b, the first actuation part 12a, the second actuation part 12b, heating member 13 may each be The bar shape vertically extended.

The mounting base 131 of left heating member 13a and the mounting base 131 of right heating member 13b are embedded in 11 side of corresponding door seal, door The shell of 100 ontology of body includes doorframe 23 and the built-in fitting being fixedly connected with doorframe 23 24, is more convenient adding for doorframe 23 as a result, Work is molded.Mounting base 131 connects with the clamping of built-in fitting 24 and limits annular sealed space between the two, and heater strip 132 is located at In the annular sealed space.

For compactness and stability that enhancing door seal is connect with 100 ontology of door body, (left-hand door seals 11a or right door seals to door seal 11 The front end of the first door seal section 14 11b) also has the flange 116 being only against in mounting base 131.

Some embodiments according to the present utility model, the first actuation part 12a and the second actuation part 12b pass through cordless It is attracted.In other words, the first actuation part 12a is located in the left cavity 115a of third, the second actuation part 12b is located at the right cavity 115b of third It is interior, and sealing 11a and right door seal 11b by left-hand door makes the first actuation part 12a be spaced apart with the second actuation part 12b.As a result, first It is attracted part 12a and second and is attracted part 12b after stopping being attracted, will not be influenced by the suction of some actuation part 12, lead to first Being attracted part 12a can not detach with the second actuation part 12b, and then improve the job stability of door seal component 10.

That is, the first actuation part 12a and the second actuation part 12b are embedded seal 11a and right door seal 11b in left-hand door respectively Interior, left-hand door, which seals 11a, has first sticking part 112a corresponding with the first actuation part 12a, and right door seal 11b has and second is attracted part 12b corresponding second sticking part 112b, the first sticking part 112a and the second sticking part 112b are attracted part 12a and second first and inhale It is bonded between component 12b.

Further, using TPE material, (english name is the first sticking part 112a and the second sticking part 112b Thermoplastic Elastomer, thermoplastic elastomer (TPE)).It should be noted that TPE material, which refers to one kind, having high intensity And the material of high resilience, and soft-touch, skin-friction coefficient is low and wearability is high.The first of TPE material is used as a result, Sticking part 112a and the second sticking part 112b has longer service life.

Reduce the abrasion that the first sticking part 112a and the second sticking part 112b are attracted as a result, improve left-hand door envelope 11a and The fluency and stability that right door seal 11b is attracted.

Some embodiments according to the present utility model, first is attracted part 12a, the second actuation part 12b is magnetic part.By This, first, which is attracted part 12a and second, which is attracted part 12b, automatic pick to be dropped without installing energized equipment additional under the action of magnetism The low production cost of door seal component 10.

Further, the actuation part 12 of left-hand door envelope component 11a, right door seal component 11b the number of actuation part 12 be two A and be sequentially distributed in front-rear direction, it is magnetic stripe to be attracted part 12, left-hand door seals two actuation parts 12 of component 11a and sticking part The magnetism of 112 opposite sides is on the contrary, the sides opposite with sticking part 112 of two of right door seal component 11a actuation parts 12 It is magnetic on the contrary, and the actuation of the actuation part 12 and right door seal component 11b of left-hand door envelope component 11a that is opposite to each other in the lateral direction The opposite side magnetism of part 12 is identical.

As a result, when above-mentioned door seal component 10 is applied in the door body 100 of side by side combination refrigerator 1000, left-hand door body 100a is pulled When with any one in right door body 100b, the magnetic part in fixed door body 100 is applied to the door body 100 being pulled with elder generation The active force denounceed after suction, on the one hand facilitates the unlatching of door body 100, on the other hand avoids the actuation of 100 inside of door body of movement Part and the enabling that part 12 generates caused by suction that is attracted in 100 outside of fixed door body are blocked.Similarly, when needs close wherein one When a door body 100, the actuation part 12 in fixed different door body 100 is applied to the door body 100 being pulled first to denounce the work inhaled afterwards Firmly, power-assisted is provided with the closing for door body 100.

As shown in Figure 1, side by side combination refrigerator 1000 includes：Left-hand door body ontology 20a, the right door body ontology 20b being oppositely arranged with And the door seal component 10 in such as above-described embodiment, left-hand door seal component 10a in the right side of left-hand door body 100a and rear side and left-hand door body sheet Body 20a is connected together to left-hand door body 100a, right door seal component 10b in the left side of right door body ontology 20b and rear side and right door body 100b is connected together to the left side wall that right door body 100b, left-hand door body 100a and right door body 100b are pivotably attached to babinet 200 respectively On right side wall.

According to the side by side combination refrigerator 1000 of the utility model embodiment, by the way that the left-hand door of door seal component 10 is sealed component 10a Be separately mounted on left-hand door body 100a and right door body 100b with right door seal component 10b in this way, when need open left-hand door body 100a or When right door body 100b, the effect for pulling corresponding door body 100 that the door body being pulled 100 can be made gradually to overcome magnetic attraction, when need When closing door body 100, the second actuation part 12b that left-hand door seals the first actuation part 12a and right door seal component 10b of component 10a is mutual Attracted, door seal component 10 blocks the gap between two door body 100 in the longitudinal direction at this time, indoor to reduce refrigeration Cold is lost in, and improves the cold storage effect of refrigerator 1000.

It is understood that above-mentioned door seal component 10 can be applied on the refrigeration door body 100 of side by side combination refrigerator 1000, but It is not limited to this, every occasion for needing to play split door sealing, can apply the door seal according to the utility model embodiment Component 10.

Referring to Fig. 3 and Fig. 6 descriptions according to the door seal component 10 of one specific embodiment of the utility model.

Door seal component 10 includes：Door seal 11 and two actuation parts 12, door seal 11 include first be generally vertically arranged Section 14 and the second door seal section 15 are sealed, the first door seal section 14 and the second door seal section 15 all have a plurality of cavities (as shown in Figure 8 first Cavity 113, the second cavity 114, third cavity 115), the inside of the first door seal section 14 and the second door seal section 15 all has installation knot Structure, the outer surface of the first door seal section 14 include two sticking parts 112 and recess portion 111 between two sticking parts 112 (such as Shown in Fig. 8), two are attracted part 12 and are embedded respectively in the cavity of door seal 11 and are equipped at least one sky on the inside of each actuation part 12 Chamber, two be attracted parts 12 respectively with two sticking parts 112 (as shown in Figure 8) relatively, it is the opposite magnetic of magnetism that two, which are attracted parts 12, Body.Wherein, the magnet close to the setting of the second door seal section 15 is referred to as head magnetic, and the magnet far from the setting of the second door seal section 15 is referred to as Tail magnetic.

In the description of the present invention, it should be understood that term "center", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom" "inner", "outside", " suitable The orientation or positional relationship of the instructions such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumferential direction " is orientation based on ... shown in the drawings Or position relationship, be merely for convenience of describing the present invention and simplifying the description, do not indicate or imply the indicated structure or Unit must have a particular orientation, with specific azimuth configuration and operation, therefore should not be understood as the limit to the utility model System.In addition, defining " first ", the feature of " second " can explicitly or implicitly include one or more this feature. In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two or more.

In the description of this specification, reference term " one embodiment ", " some embodiments ", " illustrative examples ", The description of " example ", " specific example " or " some examples " etc. means specific features described in conjunction with this embodiment or example, knot Structure, material or feature are contained at least one embodiment or example of the utility model.In the present specification, to above-mentioned art The schematic representation of language may not refer to the same embodiment or example.Moreover, description specific features, structure, material or Person's feature can be combined in any suitable manner in any one or more of the embodiments or examples.

While there has been shown and described that the embodiments of the present invention, it will be understood by those skilled in the art that： Can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and objective, modification, replaced And modification, the scope of the utility model are limited by claim and its equivalent.

Claims (24)

1. a kind of door seal component, which is characterized in that including：

There is mounting portion, the outside of the door seal to have sticking part for the inside of door seal, the door seal；And

Be attracted part, the actuations part and the door seal fix and the actuation part and the sticking part in inward-outward direction up to few portion Split-phase pair.

2. door seal component according to claim 1, which is characterized in that the sticking part, the number for being attracted part are more A, multiple actuation parts are corresponded with the multiple sticking part respectively, and each sticking part is along the length side of the door seal To extend and multiple sticking parts be separated from each other.

3. door seal component according to claim 2, which is characterized in that the actuation part is magnetic part, the actuation part Number is two, and the magnetism of the side opposite with the sticking part of two actuation parts is opposite.

4. door seal component according to claim 2, which is characterized in that the lateral surface of the door seal, which has, is located at adjacent patch Recess portion between conjunction portion, the recess portion are recessed inwardly relative to the plane where the sticking part.

5. door seal component according to claim 4, which is characterized in that the cross section of the recess portion is arc, the recess portion It is connect respectively with the sticking part positioned at its both sides, the recess portion is from its junction with one of sticking part to itself and another The junction of sticking part in first extend internally, after extend outwardly trend.

6. door seal component according to claim 4, which is characterized in that the door seal has the first cavity, and described first is empty Chamber is opposite with the actuation part in the inside for being attracted part.

7. door seal component according to claim 6, which is characterized in that the door seal has multiple second cavitys, and described the Two cavitys are opposite with the recess portion in the inside of the recess portion.

8. door seal component according to claim 7, which is characterized in that the door seal has third cavity, the actuation part It is embedded in the third cavity, the third cavity is opposite with the sticking part on the inside of the sticking part.

9. door seal component according to claim 8, which is characterized in that the door seal includes：

First door seal section, the sticking part, the actuation part, the recess portion, a part of first cavity, second sky Chamber, the third cavity are both formed in the first door seal section；And

Second door seal section, the first cavity described in another part are located in the second door seal section, the first door seal section with it is described Second door seal section connects and substantially constitutes L-shaped structure.

10. door seal component according to claim 9, which is characterized in that the mounting portion is to be connected to first door seal Grab on the inside of section and the second door seal section.

11. the door seal component according to any one of claim 1-10, which is characterized in that at least described sticking part uses TPE material.

12. the door seal component according to any one of claim 1-10, which is characterized in that the door seal component is included in door The blanking cover that the end of envelope blocks the door seal.

13. a kind of side by side combination refrigerator, which is characterized in that including：

Babinet；

Left-hand door body, the left-hand door body include left-hand door body ontology and left-hand door envelope component；And

Right door body, the left-hand door body and the right door body are pivotally connected with the babinet and are symmetrical arranged in left and right directions respectively, The right door body includes right door body ontology and right door seal component, and the left-hand door body and the right door body are in closed position when institute State left-hand door envelope component and the right door seal component opposite actuation in the lateral direction.

14. side by side combination refrigerator according to claim 13, which is characterized in that the left-hand door envelope component and the right door seal portion Part is the door seal component as described in any one of claim 1-12, and the left-hand door envelope component and the right door seal component are in left and right Direction is symmetrical arranged, and the mounting portion of the left-hand door envelope component is connect with the left-hand door body ontology, the installation of the right door seal component Portion is connect with the right door body ontology.

15. side by side combination refrigerator according to claim 14, which is characterized in that the left-hand door envelope component and the right door seal portion Part is the door seal component as described in any one of claim 4-10, the recess portion and the right door seal component of the left-hand door envelope component Recess portion collectively form in the closed soak chamber in a ring in upper and lower directions.

16. side by side combination refrigerator according to claim 13, which is characterized in that in the left-hand door body and the right door body extremely Few one includes heating member, the heating member be set between left-hand door envelope component and the left-hand door body ontology and/or it is described plus Warmware is set between the right door seal component and the right door body ontology.

17. side by side combination refrigerator according to claim 16, which is characterized in that the left-hand door envelope component and the right door seal portion Part is the door seal component as described in any one of claim 4-10, and the heating member is opposite with the recess portion of corresponding door seal.

18. side by side combination refrigerator according to claim 16, which is characterized in that be set to left-hand door envelope component and the left-hand door The heating member between body ontology is left heating member, is set to described between the right door seal component and the right door body ontology Heating member is right heating member, and the left heating member or the right heating member include mounting base and heater strip, the mounting base It is configured to be detachably connected on door body ontology.

19. side by side combination refrigerator according to claim 14, which is characterized in that the door seal of the left-hand door envelope component, the right side The door seal of door seal component is elastic component, and the actuation part of left-hand door envelope component and the actuation part of the right door seal component pass through non- The way of contact is attracted.

20. side by side combination refrigerator according to claim 19, which is characterized in that the actuation part of left-hand door envelope component, described The number of the actuation part of right door seal component is two and is sequentially distributed in front-rear direction, and the actuation part is magnetic stripe, described Left-hand door seals the magnetism of the sides opposite with the sticking part of two of component actuation parts on the contrary, two of the right door seal component The magnetism of the side opposite with the sticking part of part is attracted on the contrary, and the left-hand door envelope portion that is opposite to each other in the lateral direction The actuation part of part is identical as the actuation opposite side magnetism of part of the right door seal component.

21. side by side combination refrigerator according to claim 14, which is characterized in that the patch of the pivotal axis and door seal of the left-hand door body Vertical interval between conjunction portion is d1, and the vertical interval between the pivotal axis and the sticking part of door seal of the right door body is d2, institute The centre-to-centre spacing for stating the pivotal axis of left-hand door body and the pivotal axis of the right door body is L, the unilateral maximum change of the door seal of the left-hand door body Shape compensation rate is a1, and the unilateral maximum distortion compensation rate of the door seal of the right door body is a2, and is met：L-(d1+d2)≤a1+ a2。

22. side by side combination refrigerator according to claim 14, which is characterized in that one in the left-hand door body and the right door body When a in the open state and another door body is closed, where the sticking part of the door seal of door body in the open state The maximum distance of pivotal axis of side wall and the door body be Rmax, where the sticking part of the door seal for the door body being closed The minimum range of side wall and the pivotal axis of door body in the open state is rmin, is met：Rmax<rmin.

23. side by side combination refrigerator according to claim 22, which is characterized in that 0.5mm≤rmin-Rmax≤3mm.

24. a kind of door seal, which is characterized in that the door seal is the door seal as mentioned in any one of claim 1-12.