CN108118962B - Handle assembly and refrigerating device for refrigerating device - Google Patents

Abstract

The present invention relates to the handle assemblies and refrigerating device for refrigerating device.Handle assembly includes: pedestal, is fixed on the outer surface of door body, which is provided with the mounting portion to door body inner recess；Handle, the second end for having the first end being pivotally connected with mounting portion and being slidably disposed in mounting portion, when the second end of handle is in the first position in mounting portion, handle is placed in mounting portion；With pressing retaining mechanism, it is set on pedestal, and it is configured to: applies the active force away from mounting portion so that the second end of handle slides into the second position in mounting portion by first position to handle when depressed operation, so that handle generates flexible deformation and towards arching upward on the outside of mounting portion；The active force applied to handle is released when depressed operation again so that the second end of handle slides into first position by the second position, so that handle is placed in mounting portion again.

Description

Handle assembly and refrigerating device for refrigerating device

Technical field

The present invention relates to refrigerating technologies, more particularly to a kind of handle assembly for refrigerating device and refrigeration Refrigerating plant.

Background technique

Handle on refrigerating device such as refrigerator common at present has bright handle and two kinds of dark handle.Bright handle is exactly convex The handle of the arc of refrigerator door plane or straight type out, is fixed by the fixing bolt at both ends.But it is bright entire The exposed outside in door body of hand, the installation site bulk of handle is bigger, and the outer dimension of entire refrigerator is made to become larger, because This, bright handle product gradually is fewer and fewer.Refrigerator with dark handle starts largely to occur, and common dark handle is exactly in ice Recess forms the gap for being used as attacker inwardly in the door body of case.But due to the limitation of depth of foam, handle The space very little in gap, more seriously, hiding handle needs to be inlaid in inside door body, occupies the appearance of door foaming layer Product, can reduce door body thermal insulation property, be easy to produce condensation.In addition, being sunken in order to not influence the heat insulation function of foaming layer Part can occupy the volume of refrigerator inside again, and the available space of refrigerator is made to become smaller.

Summary of the invention

One purpose of first aspect present invention is intended to overcome at least one defect in the prior art, provides one kind and does not account for Minimum handle assembly is influenced with refrigerating device internal capacity and on the performance of refrigerating device.

Another purpose of first aspect present invention is to reduce the occupied space of handle assembly.

One of first aspect present invention is further objective is that improve the usage experience that user uses handle assembly.

One purpose of second aspect of the present invention is to provide a kind of refrigerating device.

According to the first aspect of the invention, the present invention provides a kind of handle assembly for refrigerating device, is set to In the door body of the refrigerating device, comprising:

Pedestal is fixed on the outer surface of the door body, which is provided with the mounting portion to the door body inner recess；

Handle, the second end that there is the first end being pivotally connected with the mounting portion and be slidably disposed in the mounting portion, When the second end of the handle is in the first position in the mounting portion, the handle is placed in the mounting portion；With And

Retaining mechanism is pressed, is set on the pedestal, and be configured to: being applied when depressed operation to the handle Active force away from the mounting portion is so that the second end of the handle is slid by the first position second in mounting portion Position, so that the handle generates flexible deformation and towards arching upward on the outside of the mounting portion；When depressed operation again When release the active force applied to the handle so that the second end of the handle slides into described first by the second position Position, so that the handle is placed in again in the mounting portion.

Optionally, the pressing retaining mechanism includes:

Locking member is fixed on the inside towards the door body of the mounting portion bottom wall；

Push rod is telescopically arranged in the locking member, close to the first end of the handle and the court of the handle It offsets to the inner surface of the mounting portion bottom wall, and the push rod is configured to stretch out the locking member in depressed operation To apply the active force away from the mounting portion to the handle, be retracted in depressed operation again and be maintained at the lock In tight part, to release the active force applied to the handle.

Optionally, the inside of the locking member is equipped with lock, and the push rod is equipped with grab, and the grab is arranged in institute Lock when stating the depressed operation of push rod with the lock so that in the push rod retraction locking member, the push rod again It is unlocked with the lock so that the push rod stretches out the locking member when depressed operation.

Optionally, the pressing retaining mechanism further include:

Pressure spring is set on the push rod, and between the mounting portion bottom wall and the first end of the push rod, with Compressive state is kept in the case where the lock is in locking state with the grab, is in unlock shape in the lock and the grab Apply the thrust for deviating from the mounting portion under state to the first end of the push rod, so that the push rod is stretched out the locking member, in turn Handle described in bullet is pushed away by the push rod.

Optionally, the fixation hole for installing the locking member, the fixation hole are offered on the bottom wall of the mounting portion Around be equipped with annular convex rib, the pressure spring mounting portion for installing the pressure spring is limited with the inside in the annular convex rib.

Optionally, the first pivot pin corresponding with the first end and second end of the handle respectively is equipped in the mounting portion With the second pivot pin；And

The first end of the handle is equipped with the pivoted hole for being pivotally connected with first pivot pin, and the second end of the handle is set Have for the bar shaped sliding slot with the second pivot pin slidable connection, to make when the second end of the handle is in first position Second pivot pin is in the first end of the sliding slot, makes when the second end of the handle is in the second position described the Two pivot pins are in the second end of the sliding slot.

Optionally, the first connector and the second connector, first connector and described the are equipped in the mounting portion Two connectors are located at position corresponding with the first end and second end of the handle；And

The first axle pin is formed on first connector, and second pivot pin is formed in second connector On.

Optionally, the quantity of first pivot pin and second pivot pin is two；

First connector includes being supported on the bottom wall of the mounting portion and the support being fastenedly connected with the bottom wall is flat Platform and the convex block being arranged in the support platform, two first pivot pins be respectively formed at two of the convex block it is opposite and On parallel surface；And

Second connector is identical as the structure of first connector, and two second pivot pins are respectively formed at institute State that two of the convex block of the second connector opposite and on parallel surface.

Optionally, the handle assembly further include:

Two outer covers, are located at respectively in the first end and second end of the handle, with prevent first connector and Second connector is detached from the handle.

According to the second aspect of the invention, the present invention provides a kind of refrigerating device, comprising:

Cabinet inside defines storage space, and has front openings；

At least one door body is set to the front side of the cabinet, is opened with being used to open and/or closing on front side of the cabinet Mouthful；Wherein

Handle assembly described in an any of the above-described scheme is equipped in each door body.

Handle assembly of the invention has pedestal and handle, and pedestal is fixed on the outer surface of door body, and handle selectively holds It sets in the mounting portion on pedestal, therefore entire handle assembly need to only be set outside door body in door body for handle assembly It sets minimum installation space and designs recess even without for handle assembly, the thickness of door foaming layer will not both be thinned and influence door Body thermal insulation property will not cause inner side of door bulge and occupy the storage space inside refrigerating device.

Further, the handle of handle assembly is specifically designed to be pivotally connected its first end and mounting portion by the present invention, and special The pressing retaining mechanism that She Jiyongyu do not promote handle second end to slide between the first position and the second position in mounting portion, Handle assembly can be made to have and use and stand two states.In use state, user can apply pressing to pressing retaining mechanism Operation, to promote handle second end to slide into the second position, so that handle be made to present towards the shape to arch upward on the outside of mounting portion, just It is held in user, and then applies the bigger active force that can open door body to handle convenient for user；In static condition, user Pressing operation can be applied to pressing retaining mechanism again, to promote the second end of handle slidably to restore to first position, thus So that entire handle is accommodated in mounting portion.I.e. handle is only stretched out in use state, in static condition and is not take up additional Space, the occupied space of entire handle assembly is reduced, so that using the refrigerating device institute of the handle assembly The space occupied becomes smaller.

Further, the present invention drives handle in the static condition for being placed in mounting portion and from peace by pressing retaining mechanism The switching of use state that dress portion arches upward outward, user need to only apply pressing operation to pressing retaining mechanism, high stability, It is easy to operate, improve the usage experience of user.

According to the following detailed description of specific embodiments of the present invention in conjunction with the accompanying drawings, those skilled in the art will be brighter The above and other objects, advantages and features of the present invention.

Detailed description of the invention

Some specific embodiments of the present invention is described in detail by way of example and not limitation with reference to the accompanying drawings hereinafter. Identical appended drawing reference denotes same or similar part or part in attached drawing.It should be appreciated by those skilled in the art that these What attached drawing was not necessarily drawn to scale.In attached drawing:

Fig. 1 and Fig. 2 is the schematic diagram that handle assembly according to an embodiment of the invention is under different conditions；

Fig. 3 and Fig. 4 is the schematic structure exploded view of the different direction of handle assembly according to an embodiment of the invention；

Fig. 5 is the schematic cross sectional views intercepted along the vertical cutting plane of handle assembly shown in Fig. 1；

Fig. 6 is the schematic expanded view of part C in Fig. 5；

Fig. 7 is the schematic cross sectional views intercepted along the vertical cutting plane of handle assembly shown in Fig. 2；

Fig. 8 is the schematic expanded view of part D in Fig. 7；

Fig. 9 is the schematic diagram of refrigerating device according to an embodiment of the invention.

Specific embodiment

The embodiment of the present invention provides a kind of handle assembly for refrigerating device first, and handle assembly is set to refrigeration In the door body of refrigerating plant.Fig. 1 and Fig. 2 is the signal that handle assembly according to an embodiment of the invention is under different conditions Property structure chart, Fig. 3 and Fig. 4 are that the schematic structure of the different direction of handle assembly according to an embodiment of the invention is decomposed Figure.Referring to Fig. 1 to Fig. 4, the handle assembly 1 of the embodiment of the present invention includes pedestal 10 and handle 20.It is cold that pedestal 10 is fixed on refrigeration Freeze the door body outer surface of device, and which is provided with the mounting portion 110 to door body inner recess, is i.e. mounting portion 110 is recessed backward. Hand 20 is selectively accommodated in the mounting portion 110 on pedestal 10, therefore entire handle assembly 1 is located at outside door body, door On body only need to be handle assembly 1 be arranged minimum installation space even without for handle assembly 1 design recess, door will not both be thinned The thickness of body foaming layer and influence door body thermal insulation property, inner side of door bulge will not be caused and occupied inside refrigerating device Storage space.

Further, handle 20 has the first end 210 being pivotally connected with mounting portion 110 and is slidably disposed in mounting portion 110 second end 220.When the second end 220 of handle 20 is in the first position in mounting portion 110, handle 20 is placed in peace In dress portion 110 (state shown in Figure 1).

Particularly, handle assembly 1 further includes pressing retaining mechanism 40, is set on pedestal 10, and be configured to: when being pressed Apply the active force away from mounting portion 110 so that the second end 220 of handle 20 is slided by first position to handle 20 when press operation The second position into mounting portion 110 (is joined so that handle 20 generates flexible deformation and arches upward towards the outside of mounting portion 110 State as shown in Figure 2, such as the archwise that can arch upward)；The work applied to handle 20 is released when depressed operation again Firmly so that the second end of handle 20 slides into first position by the second position, so that handle 20 is placed in mounting portion again In 110.

That is, the position of handle first end 210 is relatively fixed, and the second end 220 of handle 20 and first end 210 Relative position can change under the driving effect of pressing retaining mechanism 40.That is second end 220 and the sliding of mounting portion 110 connects It connects, handle assembly 1 can as a result, had and uses and stand two states.In use state, can be applied to pressing retaining mechanism 40 Add pressing operation, to promote handle second end 220 to slide into the second position, so that handle 220 be made to present towards the outer of mounting portion 110 The shape that side is arched upward holds convenient for user, and then applies the bigger active force that can open door body to handle 20 convenient for user； In static condition, user can apply pressing operation to pressing retaining mechanism 40 again, to promote the second end 220 of handle 20 sliding Restore dynamicly to first position, so that entire handle 20 is accommodated in mounting portion 110.That is handle 20 is only in use state It stretches out, in static condition and does not take up extra space, reduce the occupied space of entire handle assembly 1, so that Become smaller using the occupied space of refrigerating device of the handle assembly 1.

The material of handle 20 is chosen to make it that elastic deformation can occur under external force, after external force disappears, and can To restore to the original state.Specifically, handle 20 can be made of silica gel, rubber elastomeric material.

Connecting line between the first position and the second position of handle second end 220 is parallel to the extension side of handle 20 itself To.Specifically, pedestal 10 and handle 20 are substantially in the strip component vertically placed, and the mounting portion 110 in pedestal 10 is also big Cause the strip cavity to match in the shape with handle 20.The first end 210 of handle 20 can be one end in top, the Two ends 220 can be the one end being below.Connecting line between the first position and the second position of handle second end 220 is along perpendicular Histogram is to extension.

Fig. 5 is the schematic cross sectional views intercepted along the vertical cutting plane of handle assembly shown in Fig. 1, and Fig. 6 is part C in Fig. 5 Schematic expanded view, Fig. 7 be along handle assembly shown in Fig. 2 vertical cutting plane intercept schematic cross sectional views, Fig. 8 is Fig. 7 The schematic expanded view of middle part D.In some embodiments of the invention, pressing retaining mechanism 40 includes locking member 410 and pushes away Bar 420.Locking member 410 is fixed on the inside towards door body of 110 bottom wall of mounting portion.Push rod 420 is telescopically arranged in locking In part 410, offset close to the first end of handle 20 and the inner surface towards 110 bottom wall of mounting portion of handle 20, and push rod 420 are configured to stretch out locking member 410 in depressed operation to apply the active force, the In that deviate from mounting portion 110 to handle 20 It is retracted and is maintained in locking member 410 when depressed operation again, to release the active force applied to handle 20.

Specifically, the first end of push rod 420 can be connected to the middle part of 20 inner surface of handle, avoid push rod 420 from handle It is detached from 20.Further, the first end of push rod 420 can be equipped with a top pressing board 422, the inside table of top pressing board 422 and handle 20 Face offsets, to increase the contact area of push rod 420 Yu handle 20, so that it is guaranteed that the stationarity that handle 20 slides.The of push rod 420 Two ends are equipped with end plate 423, to stretch out locking member 410 to making end plate 423 be connected to locking member afterwards to a certain degree in push rod 420 410 port periphery, to limit the extension of push rod 420.

When push rod 420 stretches out locking member 410 and applies the active force for deviating from mounting portion 110 to handle 20, handle 20 Second end 22 slides into the second position, so as to which handle 20 is ejected mounting portion 110 outwardly, makes it that arch be presented.Work as push rod 420 are retracted and when being maintained in locking member 410, do not apply active force, elastic restoring force of the handle 20 at itself to handle 20 Effect is lower to restore to original state, and second end 220 slides into first position again.

In some embodiments of the invention, the inside of locking member 410 is equipped with lock 411, and push rod 420 is equipped with grab 421, grab 421 is arranged to be locked with lock 411 in 420 depressed operation of push rod so that push rod 420 is retracted locking member 410 In, in 420 depressed operation again of push rod with lock 411 unlock so that push rod 420 stretch out locking member 410.

Further, pressing retaining mechanism 40 further includes pressure spring 430, is set on push rod 420, and is located at mounting portion Between 110 bottom walls and the first end of push rod 420, with lock 411 and grab 421 be in holding compressive state under locking state, In lock 411 and the lower thrust for deviating from mounting portion 110 to the application of the first end of push rod 420 in the unlocked state of grab 421, make to push away Bar 420 stretches out locking member 410, and then is pushed away by push rod 420 and play handle 20.

In some embodiments of the invention, the fixation for installation locking part 410 is offered on the bottom wall of mounting portion 110 Hole 113 is equipped with annular convex rib 114 around fixation hole 113, is limited with the inside in annular convex rib 114 for installing pressure spring 430 pressure spring mounting portion, to prevent pressure spring 430 from shaking and cause force uneven.

In some embodiments of the invention, in mounting portion 110 be equipped with respectively with the first end 210 and second end of handle 20 220 corresponding first pivot pins 1111 and the second pivot pin 1121.The first end 210 of handle 20 be equipped with for the first pivot pin 1111 The pivoted hole 211 of pivot joint, the first pivot pin 1111 are inserted into pivoted hole 211.The second end 220 of handle 20 be equipped with for the second axis The bar shaped sliding slot 221 of 1121 slidable connection of pin, to make the second pivot pin when the second end 220 of handle 20 is in first position 1121 are in the first end of sliding slot 221, when the second end 220 of handle 20 is in the second position the second pivot pin 1121 are in The second end of sliding slot 221.Specifically, the second pivot pin 1121 can be inserted into sliding slot 221, and can under external force along the chute 221 Sliding.The extending direction of sliding slot 221 is parallel with the connecting line between first position and the second position, that is, is parallel to handle 20 itself Extending direction.

Further, the first connector 111 and the second connector 112,111 He of the first connector are equipped in mounting portion 110 Second connector 112 is located at position corresponding with the first end 210 of handle 20 and second end 220.First pivot pin 1111 It is formed on the first connector 111, the second pivot pin 1121 is formed on the second connector 112.Specifically, the neighbour of mounting portion 110 It closely can be respectively equipped with a groove at the position of end and lower end thereon, the first connector 111 and the second connector 112 are set respectively It is placed in above-mentioned two groove, to play certain position-limiting action to the first connector 111 and the second connector 112, to have Prevent to effect the first connector 111 and the second connector 112 from shaking.

In some embodiments of the invention, the first connector 111 and the second connector 112 can be with the bottoms of mounting portion 110 Wall is fixedly connected.Specifically, one can be respectively formed in each groove of mounting portion 110 for example to be the connecting hole of threaded hole. First connector 111 may include being supported on the bottom wall of mounting portion 110 and the support platform 1112 that is fastenedly connected with the bottom wall and setting Set the convex block 1113 in support platform 1112.Connecting hole is equally offered in support platform 1112, by being arranged in support Connector in the corresponding connecting hole of 110 bottom wall of platform 1112 and mounting portion realizes the first connector 111 and 110 bottom wall of mounting portion Be fastenedly connected.Second connector 112 is identical as the structure of the first connector 111, similarly includes being supported on mounting portion 110 Bottom wall and the support platform 1122 being fastenedly connected with the bottom wall and the convex block 1123 being arranged in support platform 1122, support it is flat Platform 1122 is equally for example, by that can be that the connector of screw is fastenedly connected with 110 bottom wall of mounting portion.

In some alternative embodiments of the invention, the first connector 111 and the second connector 112 can also be with mounting portions 110 bottom wall is integrally formed.

Further, the quantity of the first pivot pin 1111 and the second pivot pin 1121 is two.Two the first pivot pins 1111 divide It is not formed in that two of convex block 1113 opposite and on parallel surface, such as on two transverse sides.Two the second pivot pins 1121 It is respectively formed at that two of the convex block 1123 of the second connector 112 opposite and on parallel surface, such as on two transverse sides. It may make the sliding of the pivot and handle second end 220 of handle first end 210 more smooth and steady as a result,.

In some embodiments of the invention, the inside towards 110 bottom wall of mounting portion of handle first end 210 is equipped with and supports or opposes First cavity 212 (such as the first cavity 212 can be recessed forward) of the direction recess from 110 bottom wall of mounting portion, the first cavity 212 Two opposite side walls on offer a pivoted hole 211 respectively.First connector 111 top (such as can for first connect The convex block 1112 of fitting 111) it is inserted into the first cavity 212, two the first pivot pins 1111 are inserted into two pivoted holes 211 respectively.

In some embodiments of the invention, the inside towards 110 bottom wall of mounting portion of handle second end 220 is equipped with and supports or opposes Second cavity 222 (such as the second cavity 222 can be recessed forward) of the direction recess from 110 bottom wall of mounting portion, the second cavity 222 Two opposite side walls on offer a sliding slot 221 respectively.Second connector 112 top (such as can for second connection The convex block 1122 of part 112) it is inserted into the second cavity 222, two the second pivot pins 1121 are inserted into two sliding slots 221 respectively.

In some embodiments of the invention, pivoted hole 211 can be for along vertically between first position and the second postion The through-hole of handle first end 210 is run through in the direction of connecting line.Sliding slot 221 is along vertically connecting between first position and the second postion The through slot of handle second end 220 is run through in the direction of wiring.Specifically, in Fig. 1 into embodiment shown in fig. 6, pivoted hole 211 is Transversely run through the through-hole of handle first end 210.Sliding slot 221 is to extend along the vertical direction and transversely run through handle second end 220 through slot.

In some embodiments of the invention, handle assembly 1 further includes two outer covers 310,320, two outer covers 310,320 It is located in the first end 210 and second end 220 of handle 20 respectively, to prevent the first connector 111 and the second connector 112 de- From handle 20.Specifically, the outer surface away from mounting portion 110 of outer cover 310,320 is continuous and even curface, and outside it Opened up on the opposite inner surface in side surface it is jagged, with respectively allow for the first connector 111 convex block 1113 and second connection The convex block 1123 of part 112 by above-mentioned notch be inserted into handle first end 210 the first cavity 212 and handle second end 220 the In two cavitys 222.

Further, the part between its first end 210 and second end 220 of handle 20 and first end 210 and Critical part between two ends 220 forms step surface, and the outer surface of outer cover 310,320 and handle 20 are located at first end 210 and the The flush with outer surface of part between two ends 220, to be conducive to the good appearance of entire handle assembly 1.

In some alternative embodiments of the invention, the first end with handle 20 respectively can also be equipped in mounting portion 110 210 and the corresponding pivoted hole of second end 220 and bar shaped sliding slot.Correspondingly, the first end 210 of handle 20 be equipped with for pivot joint First pivot pin of hole pivot joint, the first pivot pin are inserted into pivoted hole.The second end 220 of handle 20 is equipped with for that can slide with bar shaped sliding slot Second pin shaft of dynamic connection, to make the second pivot pin be in the of sliding slot when the second end 220 of handle 20 is in first position One end makes the second pivot pin be in the second end of sliding slot when the second end 220 of handle 20 is in the second position.That is, In some alternate embodiments, the position of pivoted hole and the first pivot pin be can be interchanged, and the position of sliding slot and the second pivot pin can be with It exchanges, as long as guaranteeing handle first end 210 and the pivot joint of mounting portion 110, handle second end 220 and 110 slidable connection of mounting portion .

The embodiment of the present invention also provides a kind of refrigerating device.Fig. 9 is that refrigeration according to an embodiment of the invention is cold Freeze the schematic diagram of device.Refrigerating device 2 of the invention includes cabinet 3 and at least one door body 4.Limit in cabinet 3 Surely there is storage space, and there are front openings.At least one above-mentioned door body 4 is set to the front side of cabinet 3, be used to open and/ Or close the front openings of cabinet 3.Handle assembly 1 described in an any of the above-described embodiment is equipped in each door body 4.Tool Body, handle assembly 1 can be vertically provided at the forward surface of door body 4, in order to hold and execute on-off action.

Refrigerating device 2 of the invention can be common single open-door refrigerator, double-door refrigerator, three open-door refrigerator or more More refrigerators, or side by side combination refrigerator can also be other with cabinet and the refrigerating device that can be opened and closed door body.

It will be understood by those skilled in the art that unless otherwise specified, so-called "upper" in the embodiment of the present invention, "lower", "inner", "outside", " cross ", "front", "rear" etc. are for indicating that the term of orientation or positional relationship is with refrigerating device 2 Real use state on the basis of for, these terms are merely for convenience of describing and understanding technical solution of the present invention, and It is not that the device of indication or suggestion meaning or component must have a particular orientation, therefore should not be understood as to limit of the invention System.

So far, although those skilled in the art will appreciate that present invention has been shown and described in detail herein multiple shows Example property embodiment still without departing from the spirit and scope of the present invention, still can according to the present disclosure directly Determine or deduce out many other variations or modifications consistent with the principles of the invention.Therefore, the scope of the present invention is understood that and recognizes It is set to and covers all such other variations or modifications.

Claims (10)

1. a kind of handle assembly for refrigerating device is set in the door body of the refrigerating device, and the bottom of including Seat, the pedestal are fixed on the outer surface of the door body, which is provided with the mounting portion to the door body inner recess, and feature exists In the handle assembly further include:

Handle, the second end for having the first end being pivotally connected with the mounting portion and being slidably disposed in the mounting portion, works as institute When stating the second end of handle and being in the first position in the mounting portion, the handle is placed in the mounting portion；And

Retaining mechanism is pressed, is set on the pedestal, and be configured to: being deviated from when depressed operation to handle application The active force of the mounting portion so that the second end of the handle slides into the second position in mounting portion by the first position, So that the handle generates flexible deformation and towards arching upward on the outside of the mounting portion；It is released when depressed operation again The active force that the handle is applied so that the second end of the handle slides into the first position by the second position, from And the handle is placed in again in the mounting portion.

2. handle assembly according to claim 1, which is characterized in that the pressing retaining mechanism includes:

Locking member is fixed on the inside towards the door body of the mounting portion bottom wall；

Push rod is telescopically arranged in the locking member, close to the handle first end and the handle towards institute The inner surface for stating mounting portion bottom wall offsets, and the push rod be configured to stretch out in depressed operation the locking member with to The handle applies the active force away from the mounting portion, is retracted in depressed operation again and is maintained at the locking member In, to release the active force applied to the handle.

3. handle assembly according to claim 2, which is characterized in that

The inside of the locking member be equipped with lock, the push rod be equipped with grab, the grab be arranged to the push rod by Lock when pressing operation with the lock so that in the push rod retraction locking member, in the push rod depressed behaviour again It is unlocked with the lock so that the push rod stretches out the locking member when making.

4. handle assembly according to claim 3, which is characterized in that the pressing retaining mechanism further include:

Pressure spring is set on the push rod, and between the mounting portion bottom wall and the first end of the push rod, in institute It states lock and is in holding compressive state under locking state, in the case where the lock and the grab are in the unlocked state with the grab Apply the thrust for deviating from the mounting portion to the first end of the push rod, so that the push rod is stretched out the locking member, and then pass through The push rod pushes away handle described in bullet.

5. handle assembly according to claim 4, which is characterized in that

The fixation hole for installing the locking member is offered on the bottom wall of the mounting portion, is equipped with ring around the fixation hole Shape convex ribs limit the pressure spring mounting portion for installing the pressure spring with the inside in the annular convex rib.

6. handle assembly according to claim 1, which is characterized in that

The first pivot pin corresponding with the first end and second end of the handle and the second pivot pin respectively are equipped in the mounting portion； And

The first end of the handle is equipped with the pivoted hole for being pivotally connected with first pivot pin, and the second end of the handle, which is equipped with, to be used In the bar shaped sliding slot with the second pivot pin slidable connection, to make institute when the second end of the handle is in first position The second pivot pin is stated to be in the first end of the sliding slot, make second axis when the second end of the handle is in the second position Pin is in the second end of the sliding slot.

7. handle assembly according to claim 6, which is characterized in that

The first connector and the second connector, first connector and second connector difference are equipped in the mounting portion Positioned at position corresponding with the first end and second end of the handle；And

The first axle pin is formed on first connector, and second pivot pin is formed on second connector.

8. handle assembly according to claim 7, which is characterized in that

The quantity of first pivot pin and second pivot pin is two；

First connector include be supported on the bottom wall of the mounting portion and the support platform that is fastenedly connected with the bottom wall and Convex block in the support platform is set, and two first pivot pins be respectively formed at the convex block two are opposite and parallel Surface on；And

Second connector is identical as the structure of first connector, and two second pivot pins are respectively formed at described Two of the convex block of two connectors are relatively and on parallel surface.

9. handle assembly according to claim 7, which is characterized in that further include:

Two outer covers, are located at respectively in the first end and second end of the handle, to prevent first connector and described Second connector is detached from the handle.

10. a kind of refrigerating device characterized by comprising

Cabinet inside defines storage space, and has front openings；And

At least one door body is set to the front side of the cabinet, to be used to open and/or close the front openings of the cabinet； Wherein

Any handle assembly of a claim 1-9 is equipped in each door body.