CN208846675U - Sliding door apparatus and air conditioner - Google Patents

Abstract

Sliding door apparatus and air conditioner provided by the utility model, are related to air-conditioning technical field.Sliding door apparatus includes front panel liner plate, the second driving member, load-bearing slide guide part and sliding door assembly.The outer surface of front panel liner plate offers air outlet, and front panel liner plate has loading end.Load-bearing slide guide part is set to the inner surface of sliding door assembly, and is set on loading end, and load-bearing slide guide part is slidably matched with loading end.Second driving member includes driving section and the linkage portion for being convexly equipped in driving section, and driving section is slidingly arranged on front panel liner plate.Sliding door assembly is sheathed on linkage portion, and when driving section is slided with respect to front panel liner plate, linkage portion drives sliding door assembly to slide with respect to front panel liner plate, to open or cover air outlet.Sliding door apparatus assembly is simple, high production efficiency.

Description

Sliding door apparatus and air conditioner

Technical field

The utility model relates to air-conditioning technical field, in particular to a kind of sliding door apparatus and air conditioner.

Background technique

With the raising of social progress and living standards of the people, the use degree of air-conditioning is higher and higher.In order to facilitate use, And prevent from air-conditioning from falling into dust etc. from air outlet under unused state influencing the service life of air-conditioning, the prior art generallys use Driving mechanism drives sliding door assembly to facilitate outlet air, and prevent to be opened and closed the air outlet on panel with respect to the mode that panel slides Dust is fallen into.

But the generally existing assembling structure of the prior art is complicated, the low problem of assembly efficiency.

Utility model content

In view of this, the utility model is directed to a kind of sliding door apparatus, assembly is simple, high production efficiency.

In order to achieve the above objectives, the technical solution of the utility model is achieved in that

A kind of sliding door apparatus provided by the utility model, including front panel liner plate, driving assembly, the second driving member, hold Weight slide guide part and sliding door assembly；

The outer surface of the front panel liner plate offers air outlet, and the front panel liner plate has loading end；The load-bearing Slide guide part is set to the inside of the sliding door assembly, and is set on the loading end, and the load-bearing slide guide part is held with described Section is slidably matched；

Second driving member includes driving section and linkage portion, and the driving section and the driving component are driven, and are slided Ground is set on the front panel liner plate；The linkage portion and the driving section are arranged side by side, and are embedded at the front panel lining Plate, when the driving component drives the driving section front panel liner plate relatively to slide, the linkage portion drives the sliding The relatively described front panel liner plate sliding of door component, to open or cover the air outlet.

Further, the linkage portion includes carrier and the first hangers, and the carrier is convexly equipped in the driving section, institute It states the first hangers and is set to the carrier；The first driving groove, and first transmission are provided on the sliding door assembly The notch of slot is arranged towards one end of the sliding door assembly, and first hangers is embedded at first driving groove.

Further, the driving component includes mounting structure, and the mounting structure is installed on the front panel liner plate, It is provided with slide guide wall on the mounting structure, forms guide runner between the driving section and the linkage portion, the slide guide wall is stretched Enter the guide runner, and is slidably matched with the guide runner.

Further, the inner surface and the outer surface of the slide guide wall is provided with slide guide muscle.

Further, stop block is provided on the mounting structure, the linkage portion includes spaced first limit Block and the second limited block, the stop block protrude between first limited block and second limited block；The stop block is used In when the relatively described front panel liner plate of the sliding door assembly slides into the first extreme position, supported with first limited block It holds, and for being limited with described second when the relatively described front panel liner plate of the sliding door assembly slides into the second extreme position Position block supports.

Further, the outer surface of the front panel liner plate is provided with sliding groove, and a side wall of the sliding groove is formed The loading end, the load-bearing slide guide part is embedded in the sliding groove, and is slidably matched with the loading end.

Further, the front panel liner plate includes front panel and upper guide plate, the upper guide plate and the front panel It is detachably connected, and forms the sliding groove between the upper guide plate and the front panel.

Further, the top end face of the front panel is provided with installation part, and the upper guide plate includes interconnecting piece and slide guide Portion offers mounting hole on the interconnecting piece, and the installation part and the mounting hole cooperate, the guide sliding part and the front panel Top end face form the sliding groove.

Further, the top end face of the front panel is arranged at intervals with the first positioning column and the second positioning column, the connection It being spaced apart in portion and is equipped with first positioning hole and second location hole, first positioning column protrudes into the first positioning hole, and described the Two positioning columns protrude into the second location hole.

Further, the sliding door assembly includes sliding door and sliding door lining, the sliding door and the sliding door Liner plate is detachably connected, and the load-bearing slide guide part is set to one end of the inner surface of the sliding door lining.

Further, axis hole is provided on the inside of the sliding door lining, the load-bearing slide guide part passes through rotation axis and institute State shaft hole matching.

Compared with the existing technology, sliding door apparatus described in the utility model has the advantage that

Sliding door apparatus described in the utility model is slidingly arranged at front panel by the driving section of the second driving member On, sliding door assembly is set in the linkage portion of the second driving member, also, the load-bearing slide guide part on sliding door assembly is set to carrying It on face, and is slidably matched with loading end, conveniently realizes the assembly of sliding door assembly Yu front panel liner plate, reduce consolidating for screw Fixed, process is simple, low in cost, and bearing component and loading end are slidably matched, and can carry the gravity of sliding door assembly, The burden of the second driving member carry sliding door assembly is alleviated, so that sliding door assembly operation is happy, guarantees product quality.

The another object of the utility model is to propose a kind of air conditioner, and sliding door provided by the utility model is used to fill It sets, assembly is simple, can improve production efficiency, and product quality is good.

In order to achieve the above objectives, the technical solution of the utility model is achieved in that

A kind of air conditioner provided by the utility model, including rear panel and the sliding door apparatus.

The sliding door apparatus includes front panel liner plate, driving assembly, the second driving member, load-bearing slide guide part and sliding door group Part；

The outer surface of the front panel liner plate offers air outlet, and the front panel liner plate has loading end；The load-bearing Slide guide part is set to the inside of the sliding door assembly, and is set on the loading end, and the load-bearing slide guide part is held with described Section is slidably matched；

Second driving member includes driving section and linkage portion, and the driving section and the driving component are driven, and are slided Ground is set on the front panel liner plate；The linkage portion and the driving section are arranged side by side, and are embedded at the front panel lining Plate, when the driving component drives the driving section front panel liner plate relatively to slide, the linkage portion drives the sliding The relatively described front panel liner plate sliding of door component, to open or cover the air outlet.

The front panel liner plate is connect with the rear panel.

Compared with the existing technology, air conditioner described in the utility model has the advantage that

It uses sliding door apparatus provided by the utility model with air conditioner described in the utility model, sliding door assembly with The assembly of front panel liner plate is simple, can be slidingly arranged on front panel liner plate by the driving section of the second driving member, sliding door Component is set in the linkage portion of the second driving member, completes assembly, does not need screw and fix, and process is simple, at low cost, and carries Face can carry the gravity of sliding door assembly, mitigate the burden of the second driving member carry sliding door assembly, so that sliding door assembly Operation is happy, and product quality is good.

Detailed description of the invention

The attached drawing for constituting a part of the utility model is used to provide a further understanding of the present invention, this is practical new The illustrative embodiments and their description of type are not constituteed improper limits to the present invention for explaining the utility model.? In attached drawing:

Fig. 1 is the structural schematic diagram of sliding door apparatus described in the utility model first embodiment.

Fig. 2 is the enlarged drawing in Fig. 1 at A.

Fig. 3 is the knot that the front panel liner plate of driving assembly and the second driving member is equipped in the utility model first embodiment Structure schematic diagram.

Fig. 4 is the enlarged drawing in Fig. 3 at B.

Fig. 5 is the enlarged drawing in Fig. 3 at C.

Fig. 6 is the decomposition texture schematic diagram of front panel liner plate described in the utility model first embodiment.

Fig. 7 is the enlarged drawing in Fig. 6 at D.

Fig. 8 is the structural schematic diagram at the first visual angle of upper guide plate described in the utility model first embodiment.

Fig. 9 is the structural schematic diagram at the second visual angle of upper guide plate described in the utility model first embodiment.

Figure 10 is the decomposition texture schematic diagram of driving assembly described in the utility model first embodiment.

Figure 11 is the assembling structure schematic diagram of driving assembly described in the utility model first embodiment.

Figure 12 is the structural schematic diagram of the second driving member described in the utility model first embodiment.

Figure 13 is the assembling structure schematic diagram of driving assembly and the second driving member described in the utility model first embodiment.

Figure 14 is the structural schematic diagram of sliding door assembly described in the utility model first embodiment.

Figure 15 is the enlarged drawing in Figure 14 at E.

Figure 16 is the enlarged drawing in Figure 14 at F.

Figure 17 is the structural schematic diagram of air conditioner described in the utility model second embodiment.

Description of symbols:

1- sliding door apparatus；2- front panel liner plate；3- driving assembly；The second driving member of 4-；5- load-bearing slide guide part；6- sliding Door component；7- air outlet；8- front panel；9- upper guide plate；10- sliding groove；11- mounting portion；12- mounting groove；13- decorative panel； 14- installation part；The first positioning column of 15-；16- holding part；17- loading end；18- positive stop strip；19- interconnecting piece；20- guide sliding part；21- Recess；22- mounting hole；23- first positioning hole；24- holding hole；25- actuator；26- mounting structure；The first driving member of 27-； 28- pedestal；29- footstock；30- clamping protrusion；31- buckle；32- fixed ear；33- slide guide wall；34- slide guide muscle；35- stop block； The driving section 36-；37- linkage portion；38- carrier；The first hangers of 39-；The second hangers of 40-；41- guide runner；42- first is limited Block；The second limited block of 43-；44- sliding door；45- slides door lining；46- clamping button；47- bayonet；48- axis hole；49- first is passed Dynamic slot；The second driving groove of 50-；51- air conditioner；52- rear panel；53- lamina tecti.

Specific embodiment

It should be noted that in the absence of conflict, the feature in the embodiments of the present invention and embodiment can To be combined with each other.

In addition, the term " first " being previously mentioned in the embodiments of the present invention, " second " etc. are only used for distinguishing description, It is not understood to indicate or imply relative importance.

The utility model will be described in detail below with reference to the accompanying drawings and embodiments.

First embodiment

Fig. 1 is the structural schematic diagram of sliding door apparatus 1 described in the present embodiment.Fig. 2 is the enlarged drawing in Fig. 1 at A.It please tie It closes referring to Figures 1 and 2, present embodiment discloses a kind of sliding door apparatus 1 comprising front panel liner plate 2, driving assembly 3, second Driving member 4, load-bearing slide guide part 5 and sliding door assembly 6.

As an implementation, sliding door apparatus 1 disclosed in the present embodiment is double swing doors, sliding door assembly 6 Quantity is two, wherein Fig. 1 conceals the part-structure of one of sliding door assembly 6.

In the present embodiment, air outlet 7 is provided on front panel liner plate 2, the quantity of driving assembly 3 is multiple, multiple drivings Component 3 is mounted on the two sides of air outlet 7, to be respectively used to drive the opposite front panel liner plate 2 of multiple second driving members 4 to slide.Two A sliding door assembly 6 is respectively arranged at the two sides of air outlet 7, also, each sliding door assembly 6 by the second driving member 4 with Front panel liner plate 2 assembles, and when so that the opposite front panel liner plate 2 of second driving member of the driving of driving assembly 34 sliding, is able to drive every The opposite front panel liner plate 2 of a sliding door assembly 6 slides, and turns on or off the air outlet 7.

It should be appreciated that sliding door assembly 6 may be configured as one group, and in the second transmission in other preferred embodiments Air outlet 7 is opened or covered under the drive of part 4.

Fig. 3 is the structural schematic diagram that the front panel liner plate 2 of driving assembly 3 and the second driving member 4 is equipped in the present embodiment. Fig. 4 is the enlarged drawing in Fig. 3 at B.Fig. 5 is the enlarged drawing in Fig. 3 at C.Incorporated by reference to referring to Fig. 3-Fig. 5, in the present embodiment, before Plate liner plate 2 includes front panel 8 and upper guide plate 9.Upper guide plate 9 is detachably connected with front panel 8, and forms sliding groove 10, with For cooperating with sliding door assembly 6.

Air outlet 7 is opened in the middle part of front panel 8, and is arranged along the extending direction of front panel 8, for divulging information.Air outlet 7 Two sides be mounting portion 11 for cooperate with sliding door assembly 6, offered respectively on two mounting portions 11 up and down two install Slot 12 for installing driving assembly 3, and further installs the second driving member 4.

The quantity of upper guide plate 9 be two, two upper guide plates 9 are respectively arranged at the two sides of air outlet 7, and respectively with it is preceding The top side detachable of panel 8 connects, and forms two sliding grooves 10, for being slidably matched with two sliding door assemblies 6.

It should be appreciated that the quantity of sliding groove 10 can only be arranged one in other preferred embodiments, to correspond to and one Sliding door assembly 6 is slidably matched.

In the present embodiment, front panel 8 is arc-shaped, and forms the sliding groove 10 of arc.

Fig. 6 is the decomposition texture schematic diagram of front panel liner plate 2 described in the present embodiment.Fig. 7 is the enlarged drawing in Fig. 6 at D. Incorporated by reference to referring to figure 6 and figure 7, the top end face middle part of front panel 8 is provided with decorative panel 13, and the top end face of front panel 8 is separated Two parts are formed, to be respectively used to form two sliding grooves 10 with two upper guide plates 9.

It is understood that the height of decorative panel 13 be higher than front panel 8 top end face so that upper guide plate 9 install after with Decorative panel 13 keeps unified plane, guarantees beautiful.

By taking the one of part of top end face as an example, as an implementation, in the present embodiment, setting is spaced on top end face There are installation part 14, the first positioning column 15 and holding part 16.

Preferably, installation part 14 is threaded post, the quantity of threaded post is two, two threaded post intervals settings, with It is threadedly engaged in upper guide plate 9, facilitates connection and disassembly.

First positioning column 15 is cylindrical, and is disposed therein the side of an installation part 14, for upper guide plate 9 It plays the role of positioning.

Holding part 16 is set to the side of another installation part 14, for being fixed temporarily with upper guide plate 9.

It should be noted that in other preferred embodiments, it, can also be in the position of holding part 16 to guarantee positioning and fool proof Set perhaps 8 top end face of front panel another location be arranged the second positioning column and the second positioning column can be set to square column or Other shapes, for cooperating with upper cover plate.

It should be noted that the top end face of front panel 8 is plane, as loading end 17 in the present embodiment, can not only use It is slidably matched in load-bearing slide guide part 5, the gravity of sliding door assembly 6 can also be further carried by load-bearing slide guide part 5.This holds Section 17 is used for and upper guide plate 9 forms sliding groove 10, and, it is understood that the loading end 17 is used to form sliding groove 10 side wall, and for being slidably matched with load-bearing slide guide part 5.

In the present embodiment, positive stop strip 18 is additionally provided on the top end face of front panel 8.It should be noted that 18 edge of positive stop strip Top end face outer peripheral edge setting, and be located at sliding groove 10 notch.

It is understood that there is position-limiting action to load-bearing slide guide part 5 after this structure is installed for load-bearing slide guide part 5, It can prevent load-bearing slide guide part 5 from sliding outward.

Fig. 8 is the structural schematic diagram at the first visual angle of upper guide plate 9 described in the present embodiment.Fig. 9 is described in the present embodiment Upper guide plate 9 the second visual angle structural schematic diagram.Incorporated by reference to referring to Fig. 8 and Fig. 9, in the present embodiment, upper guide plate 9 is in arc Shape, for cooperating with front panel 8.

Upper guide plate 9 includes integrally formed interconnecting piece 19 and guide sliding part 20.Interconnecting piece 19 and guide sliding part 20 press diagram side It is distributed to the left and right, and is respectively used to cooperate with the top end face of front panel 8.Wherein, interconnecting piece 19 is used for and front panel 8 detachably connects It connects, guide sliding part 20 is used for and the top end face of front panel 8 forms sliding groove 10.

In the present embodiment, guide sliding part 20 is provided with the L-shaped recess 21 in section.It is understood that when upper guide plate 9 with When front panel 8 connects, L-shaped recess 21 and the top end face of front panel 8 form sliding groove 10.Also, L-shaped recess 21, which is formed, to be slided The bottom wall and another side wall of dynamic slot 10.

In the present embodiment, mounting hole 22 is offered on interconnecting piece 19, the quantity of mounting hole 22 is two, two mounting holes 22 It is arranged corresponding to two installation parts 14, and for being threadedly engaged with installation part 14.

The side of one of mounting hole 22 offers first positioning hole 23, and first positioning hole 23 and the first positioning column 15 are right It should be arranged, the first positioning column 15 protrudes into first positioning hole 23.

The side of another mounting hole 22 offers holding hole 24, and holding hole 24 is correspondingly arranged with shackle member, holding part 16 It is clamped with holding hole 24.

It should be noted that wherein, first positioning hole 23 is provided in round, and blocked hole is square.It should be appreciated that at other In preferred embodiment, holding hole 24 can be also used for playing the role of positioning.

It is understood that two upper guide plates 9 are set to two of 8 top of front panel when front panel liner plate 2 assembles On loading end 17, also, the first positioning column 15 protrudes into first positioning hole 23, and holding hole 24 and holding part 16 are clamped, and further It is fixed to pass through mounting hole 22 and installation part 14 by screw, forms sliding groove 10 between loading end 17 in guide sliding part 20, with It is slidably matched in load-bearing slide guide part 5, and carries load-bearing slide guide part 5.

It should be appreciated that front panel liner plate 2 may be arranged as top and be provided with loading end 17 in other preferred embodiments Front panel 8, and upper guide plate 9 is no longer set.

Figure 10 is the decomposition texture schematic diagram of driving assembly 3 described in the present embodiment.Figure 11 is drive described in the present embodiment The assembling structure schematic diagram of dynamic component 3.Incorporated by reference to referring to Fig.1 0 and Figure 11, in the present embodiment, driving assembly 3 includes actuator 25, mounting structure 26 and the first driving member 27.

Wherein, mounting structure 26 is for being fixed on front panel liner plate 2.Actuator 25 passes through mounting structure 26 and with first Driving member 27 connects, and to drive the movement of the first driving member 27, the first driving member 27 is used for and the transmission cooperation of the second driving member 4.

It is understood that actuator 25 can select servo motor, the first driving member 27 can select transmission gear.It drives Moving part 25 drives the rotation of the first driving member 27, and the first driving member 27 is used for and the cooperation of the second driving member 4, to drive the second driving member 4 is mobile relative to front panel liner plate 2.

It should be appreciated that in other preferred embodiments, as long as before being able to achieve second driving member 4 of the drive of driving assembly 3 relatively Panel liner plate 2 slides, and can also select belt wheel transmission between driving assembly 3 and the second driving member 4.

As an implementation, in the present embodiment, mounting structure 26 includes pedestal 28 and footstock 29, pedestal 28 and footstock 29 are detachably connected, and the first driving member 27 is set between footstock 29 and pedestal 28, and actuator 25 passes through pedestal 28 and with first Driving member 27 connects.

Specifically, being provided with clamping protrusion 30 on pedestal 28 in the present embodiment, it is provided with buckle 31 on footstock 29, buckles 31 cooperate with clamping protrusion 30.It should be appreciated that in other preferred embodiments, pedestal 28 and footstock 29 can also using clamping or Person the modes such as is threadedly engaged and realizes connection.

Fixed ear 32 is respectively arranged on pedestal 28 and footstock 29, fixed ear 32 is used to be installed on mounting groove 12 by screw Inner wall.It should be appreciated that a fixed ear 32 can be separately provided with the inner wall with mounting groove 12 in other preferred embodiments Connection or driving assembly 3 can also realize the assembly with front panel liner plate 2 with modes such as interference fits.

In order to be to rise slide guide effect in 4 transmission process of the second driving member, in the present embodiment, pedestal 28 and footstock 29 are all provided with It is equipped with slide guide wall 33, two slide guide walls 33 are oppositely arranged.It is understood that two slide guide walls 33 are all set in footstock 29 and bottom The periphery of seat 28, for cooperating with the second driving member 4.

It should be noted that the outside projection in the present embodiment refers to relative to being set between footstock 29 and pedestal 28 The periphery of first driving member 27.

As an implementation, the inner surface and the outer surface of slide guide wall 33 is provided with slide guide muscle 34, to reduce slide guide Friction between wall 33 and the second driving member 4 scratches.

In the present embodiment, convex is gone back on pedestal 28 equipped with stop block 35, to play limit for the sliding to the second driving member 4 Position effect.

It should be noted that the extending direction of stop block 35 and the extending direction of two slide guide walls 33 are vertically arranged.This Signified waiting up and down is the direction up and down to illustrate direction in embodiment.

It should be appreciated that the structure of driving assembly 3 can have different variations, for example, driving group in other preferred embodiments Part 3 only includes that actuator 25 and the first driving member 27, actuator 25 are fixed on front panel liner plate 2, and the first driving member 27 is used for It is driven with the second driving member 4.Alternatively, driving assembly 3 includes that actuator 25, the first driving member 27 and pedestal 28, actuator 25 are worn It crosses pedestal 28 and is connect with the first driving member 27, pedestal 28 is fixed on front panel liner plate 2, also, is also equipped on pedestal 28 For to the slide guide wall 33 for having slided position-limiting action of the second driving member 4 and stop block 35 etc..

Figure 12 is the structural schematic diagram of the second driving member 4 described in the present embodiment.Please refer to Figure 12, in the present embodiment, Two driving members 4 include driving section 36 and the linkage portion 37 for being convexly equipped in driving section 36.Wherein, be arranged on driving section 36 it is with teeth, with It is engaged in the first driving member 27.Linkage portion 37 is used for and sliding door assembly 6 cooperates, to drive sliding door assembly 6 with respect to front Plate liner plate 2 slides.

As an implementation, in the present embodiment, linkage portion 37 includes carrier 38, the first hangers 39 and the second hangers 40.Carrier 38 is convexly equipped in driving section 36, and the first hangers 39 is set to carrier 38, and the second hangers 40 is also disposed on carrier 38 On, and be arranged with 39 spacing side by side of the first hangers.It is understood that the first hangers 39 and the second hangers 40 are used to hang cunning Dynamic door component 6, to facilitate equipment, and is able to drive sliding door assembly 6 and moves left and right.

It should be noted that foring two guide runners 41 up and down between carrier 38 and driving section 36 in the present embodiment. Also, upper and lower two guide runners 41 are backwards to setting, that is to say, that the notch of upper and lower two guide runners 41 is contrary.

In order to reduce the resistance of sliding, in the present embodiment, the opening direction of guide runner 41 and the axis direction of driving section 36 And the axis direction of linkage portion 37 is parallel.

It is understood that two slide guide walls 33 can be respectively protruding into two guide runners 41 to play slide guide position-limiting action.

As an implementation, in the present embodiment, linkage portion 37 further includes the first limited block 42 and the second limited block 43. First limited block 42 and the second limited block 43 are arranged at intervals at carrier 38 relative to the another of the first hangers 39 and the second hangers 40 One end.

It is understood that the first engaging lug, the second engaging lug, the first limited block 42 and the second limited block 43 both with respect to Carrier 38 is vertically arranged, and driving section 36 is also vertically arranged, and realizes transmission to facilitate, and can conveniently realize sliding door The carry of component 6 and the first engaging lug and the second engaging lug, the phase of the first limited block 42 and the second limited block 43 and stop block 35 Mutually cooperation is to limit.

The vertical direction of the present embodiment meaning is vertical direction as shown in the figure, also refers to sliding door apparatus 1 in use, sliding The use direction of dynamic door component 6 and front panel liner plate 2.

It is understood that stop block 35 can be used in sliding into the first pole with respect to front panel liner plate 2 in sliding door assembly 6 It when extreme position, is supported with the first limited block 42, and for sliding into second limit with respect to front panel liner plate 2 in sliding door assembly 6 When position, supported with the second limited block 43.

The first extreme position i.e. the second extreme position refers to that sliding door assembly 6 is left with respect to front panel liner plate 2 in the present embodiment During moving right, slide guide wall 33 will skid off the position of guide runner 41 and slide guide wall 33 towards a left side and will skid off and lead towards the right side The position of sliding slot 41.

Figure 13 is the assembling structure schematic diagram of driving assembly 3 and the second driving member 4 described in the present embodiment.Please refer to figure 13, in the present embodiment, when the second driving member 4 and driving assembly 3 assemble, by actuator 25 pass through pedestal 28 and with the first driving member 27 connections, the tooth of the driving section 36 of the second driving member 4 are engaged with the first driving member 27, also, stop block 35 protrudes into the first limit Between position block 42 and the second limited block 43, the slide guide wall 33 of guide runner 41 directed downwardly and pedestal 28 cooperates, and then covers footstock 29 Pedestal 28 is closed, makes the guide runner 41 of the insertion of slide guide wall 33 of footstock 29 upward, and connect by buckle 31 and 30 realization of clamping protrusion Connect fixation.

It is understood that the second driving member 4 and driving assembly 3 after assembling can be further advanced by fixed ear 32 It is fixed with the inner wall of the mounting groove 12 opened up on front panel 8.

Figure 14 is the structural schematic diagram of sliding door assembly 6 described in the present embodiment.Sliding door assembly 6 includes 44 He of sliding door Door lining 45 is slided, sliding door 44 is detachably connected with sliding door lining 45.

As an implementation, in the present embodiment, the inner wall of sliding door 44 is provided with clamping button 46, slides door lining 45 On offer bayonet 47, clamping button 46 is caught in bayonet 47, with realize sliding door 44 and slide door lining 45 connection.

It should be appreciated that, in order to guarantee firm connection relationship, the quantity of clamping button 46 and bayonet 47 is in the present embodiment It is multiple, and it is respectively separated setting.

In other preferred embodiments, sliding door 44 can also be connected with sliding door lining 45 by modes such as grafting.

As an implementation, in the present embodiment, load-bearing slide guide part 5 is set to the one of the inside of sliding door lining 45 End.Load-bearing slide guide part 5 is for protruding into the sliding groove 10 formed between upper guide plate 9 and front panel 8, and one with sliding groove 10 A side wall, that is, loading end 17 is slidably matched.

Figure 15 is the enlarged drawing in Figure 14 at E.Incorporated by reference to referring to Fig.1 4 and Figure 15, in the present embodiment, door lining 45 is slided Inside be provided with axis hole 48, load-bearing slide guide part 5 passes through a rotation axis and 48 rotatable engagement of axis hole.

It should be noted that load-bearing slide guide part 5 can select load-bearing bearing.In the present embodiment, the quantity of load-bearing slide guide part 5 To be multiple, and multiple 5 spacing side by side of load-bearing slide guide part are arranged, for cooperating with sliding groove 10.

As an implementation, load-bearing slide guide part 5 and sliding door lining 45 are interference fitted.

Figure 16 is the enlarged drawing in Figure 14 at F.Incorporated by reference to referring to Fig.1 4 and Figure 16, in the present embodiment, sliding door 44 and sliding The first driving groove 49 and the second driving groove 50 are yet formed between dynamic door lining 45, the first driving groove 49 and the second driving groove 50 are simultaneously The setting of row interval, and the notch of the notch of the first driving groove 49 and the second driving groove 50 is towards one end of sliding door assembly 6 Setting.

It is understood that the first driving groove 49 can be sheathed on the first hangers 39, the second driving groove 50 can be arranged with Second hangers 40.

It should be appreciated that the size shape of the first driving groove 49 is identical as the size shape of the first hangers 39, or it is slightly larger than The size of first hangers 39, the size shape of the second driving groove 50 is identical as the size shape of the second hangers 40, or is slightly larger than The size of second hangers 40, with convenient for assembly.Also, the size shape of the first hangers 39 and the second hangers 40 can be set to not Together, to play the effect for assembling fool proof.

It should be noted that sliding door 44 can be set with sliding door lining 45 and be integrated in other preferred embodiments, And the first driving groove 49 and the second driving groove 50 are directly opened up on sliding door assembly 6.

Please continue to refer to Fig. 1, it is to be understood that sliding door apparatus 1 disclosed in the present embodiment when assembly, will fill The driving assembly 3 and the second driving member 4 prepared is fixed on the installation on front panel 8 by the fixed ear 32 of footstock 29 and pedestal 28 In slot 12.It is to be appreciated that each mounting groove 12 one group of driving assembly 3 of corresponding installation and the second driving member 4.

Then the sliding door assembly 6 of load-bearing slide guide part 5 will be assembled close to front panel 8, by one of sliding door assembly 6 The first driving groove 49 and the second driving groove 50 respectively correspond carry on the first hangers 39 and the second hangers 40, and load-bearing is led Saddle 5 is set on the loading end 17 of 8 top end face of front panel, by the first positioning hole 23 of upper guide plate 9 and the first positioning column 15 Cooperation, holding part 16 and holding hole 24 are clamped, and are then further passed through mounting hole 22 with screw and are threadedly engaged with installation part 14, Complete assembly.Another sliding door assembly 6 repeats above-mentioned assembly movement.

It is understood that actuator 25 can drive the first driving member 27 to rotate, and it is further driven to the second driving member 4 It horizontally slips, while sliding door assembly 6 being driven to horizontally slip with respect to front panel liner plate 2, the load-bearing slide guide part on sliding door assembly 6 5 protrude into sliding groove 10, and are slidably matched with sliding groove 10, can conveniently realize the sliding of sliding door assembly 6, before folding Air outlet 7 on panel liner plate 2.Also, loading end 17 can play load-bearing effect to sliding door assembly 6, can mitigate sliding The driving of door component 6 is born.It is understood, therefore, that can between the first hangers 39, the second hangers 40 and sliding door assembly 6 Gravity bearing relation is not present, that is to say, that the slot bottom of the first hangers 39 and the first driving groove 49 can be set gap, and second Gap can be set in the slot bottom of hangers 40 and the second driving groove 50.

It, can also be by second in other preferred embodiments as long as reducing cost it should be appreciated that being able to achieve convenient for assembly Driving member 4 be set as include driving section 36 and be convexly equipped in driving section 36 linkage portion 37 structure, wherein driving section 36 be used for and The transmission of first driving member 27, linkage portion 37 are sheathed on its periphery for front panel liner plate 2, and it is left to be able to drive sliding door assembly 6 It moves right.And it is to be understood that driving section 36 can also directly match with the sliding of front panel 8 in other preferred embodiments It closes, and in addition driving assembly 3 is set to drive sliding door assembly 6 mobile relative to front panel liner plate 2, even, hand can also be passed through It is dynamic to drive sliding door assembly 6 mobile relative to front panel liner plate 2.

It is understood that sliding door apparatus 1 disclosed in the present embodiment, is slided by the driving section 36 of the second driving member 4 Ground is set on front panel 8, and sliding door assembly 6 is set in the linkage portion 37 of the second driving member 4, also, on sliding door assembly 6 Load-bearing slide guide part 5 is set on loading end 17, and is slidably matched with loading end 17, and sliding door assembly 6 and front are conveniently realized The assembly of plate liner plate 2 reduces the fixation of screw, and process is simple, low in cost, and the sliding of bearing component and loading end 17 is matched It closes, the gravity of sliding door assembly 6 can be carried, alleviate the burden of 4 carry sliding door assembly 6 of the second driving member, so that sliding Door component 6 is run freely, guarantees product quality.

Second embodiment

Figure 17 is the structural schematic diagram of air conditioner 51 described in the present embodiment.Please refer to Figure 17, sky disclosed in the present embodiment Adjusting device 51 includes rear panel 52, lamina tecti 53, heat exchanger (figure is not marked), blower (figure is not marked) and sliding door apparatus 1.

Wherein, sliding door apparatus 1 is identical with the structure of 44 mounting structure 26 of sliding door disclosed in first embodiment, this In repeat no more.

Front panel 8 is connect with rear panel 52, and heat exchanger and assembling are between front panel 8 and rear panel 52, lamina tecti 53 are set to the top of front panel 8 and rear panel 52.

It is understood that air conditioner 51 disclosed in the present embodiment its use sliding door apparatus 1 provided by the utility model, Its sliding door assembly 6 and front panel liner plate 2 assemble simply, can be slidingly arranged at by the driving section 36 of the second driving member 4 On front panel liner plate 2, sliding door assembly 6 is set in the linkage portion 37 of the second driving member 4, completes assembly, does not need screw and fix, Process is simple, at low cost, and loading end 17 can carry the gravity of sliding door assembly 6, mitigates the sliding of 4 carry of the second driving member The burden of door component 6, so that sliding door assembly 6 is run freely, product quality is good.

The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this Within the spirit and principle of utility model, any modification, equivalent replacement, improvement and so on should be included in the utility model Protection scope within.

Claims (12)

1. a kind of sliding door apparatus, which is characterized in that including front panel liner plate (2), driving assembly (3), the second driving member (4), Load-bearing slide guide part (5) and sliding door assembly (6)；

The outer surface of the front panel liner plate (2) offers air outlet (7), and the front panel liner plate (2) has loading end (17)； The load-bearing slide guide part (5) is set to the inside of the sliding door assembly (6), and is set on the loading end (17), described Load-bearing slide guide part (5) is slidably matched with the loading end (17)；

Second driving member (4) includes driving section (36) and linkage portion (37), the driving section (36) and the driving component (3) it is driven, and is slidingly arranged on the front panel liner plate (2)；The linkage portion (37) and the driving section (36) are side by side Setting, and it is embedded at the front panel liner plate (2), the driving component (3) drives the relatively described front of driving section (36) When plate liner plate (2) slides, the linkage portion (37) drives relatively described front panel liner plate (2) sliding of the sliding door assembly (6), To open or cover the air outlet (7).

2. sliding door apparatus as described in claim 1, which is characterized in that the linkage portion (37) includes carrier (38) and One hangers (39), the carrier (38) are convexly equipped in the driving section (36), and first hangers (39) is set to the undertaking Portion (38)；It is provided with the first driving groove (49) on the sliding door assembly (6), and the notch court of first driving groove (49) It is arranged to one end of the sliding door assembly (6), first hangers (39) is embedded at first driving groove (49).

3. sliding door apparatus as described in claim 1, which is characterized in that the driving component (3) includes mounting structure (26), The mounting structure (26) is installed on the front panel liner plate (2), is provided with slide guide wall (33) on the mounting structure (26), Guide runner (41) are formed between the driving section (36) and the linkage portion (37), the slide guide wall (33) protrudes into the guide runner (41), it and with the guide runner (41) is slidably matched.

4. sliding door apparatus as claimed in claim 3, which is characterized in that the inner surface and the outer surface of the slide guide wall (33) is equal It is provided with slide guide muscle (34).

5. sliding door apparatus as claimed in claim 3, which is characterized in that be provided with stop block on the mounting structure (26) (35), the linkage portion (37) includes spaced first limited block (42) and the second limited block (43), the stop block (35) it protrudes between first limited block (42) and second limited block (43)；The stop block (35) is used in the cunning When dynamic door component (6) relatively described front panel liner plate (2) slides into the first extreme position, supported with first limited block (42) It holds, and for when the relatively described front panel liner plate (2) of the sliding door assembly (6) slides into the second extreme position, and it is described Second limited block (43) supports.

6. sliding door apparatus as described in claim 1, which is characterized in that the outer surface of the front panel liner plate (2) is provided with One side wall of sliding groove (10), the sliding groove (10) is formed the loading end (17), and the load-bearing slide guide part (5) is embedded in institute It states sliding groove (10), and is slidably matched with the loading end (17).

7. sliding door apparatus as claimed in claim 6, which is characterized in that the front panel liner plate (2) include front panel (8) and Upper guide plate (9), the upper guide plate (9) are detachably connected with the front panel (8), and in the upper guide plate (9) and institute It states and forms the sliding groove (10) between front panel (8).

8. sliding door apparatus as claimed in claim 7, which is characterized in that the top end face of the front panel (8) is provided with installation Part (14), the upper guide plate (9) include interconnecting piece (19) and guide sliding part (20), offer mounting hole on the interconnecting piece (19) (22), the installation part (14) and the mounting hole (22) cooperate, the top end face of the guide sliding part (20) and the front panel (8) Form the sliding groove (10).

9. sliding door apparatus as claimed in claim 8, which is characterized in that the top end face of the front panel (8) is arranged at intervals with First positioning column (15) and the second positioning column are spaced apart on the interconnecting piece (19) and are equipped with first positioning hole (23) and second and position Hole, first positioning column (15) are protruded into the first positioning hole (23), and second positioning column protrudes into the second location hole.

10. sliding door apparatus as described in claim 1, which is characterized in that the sliding door assembly (6) includes sliding door (44) With sliding door lining (45), the sliding door (44) is detachably connected with the sliding door lining (45), the load-bearing slide guide part (5) it is set to one end of the inner surface of sliding door lining (45).

11. sliding door apparatus as claimed in claim 10, which is characterized in that be provided on the inside of the sliding door lining (45) Axis hole (48), the load-bearing slide guide part (5) are cooperated by rotation axis and the axis hole (48).

12. a kind of air conditioner, which is characterized in that including rear panel (52) and such as the described in any item sliding doors of claim 1-9 Device (1), the front panel liner plate (2) connect with the rear panel (52).