CN205878555U - Air conditioner wall hanging plate and split air conditioner - Google Patents

Abstract

The utility model discloses an air conditioner wall hanging plate and split air conditioner, wherein, this air conditioner wall hanging plate is used for installing the wall -mounted type air conditioner indoor machine that the chassis dorsal part has an at least fixture block, and air conditioner wall hanging plate is including deciding the wallboard, and inclining and have the couple that is used for articulating the chassis in the top of deciding the wallboard, decides to be equipped with on the wallboard confession fixture block male draw -in groove to reach and decide wallboard swing joint, be used for carrying out spacing locating part to the fixture block, the locating part has lock status and open mode at least, and the fixture block is being held to the locating part card to restrict the fixture block in the draw -in groove, when the open mode, the locating part parts with the fixture block interval. The utility model discloses technical scheme has avoided last chassis to break away from and fall from wall hanging plate, the also convenient installation on chassis down.

Description

Air-conditioning wallboard and detachable air conditioner

Technical field

This utility model relates to field of air conditioning, particularly to a kind of air-conditioning wallboard and detachable air conditioner.

Background technology

At present, wall hanging type air conditioner indoor unit is broadly divided into two classes, and a class is chassis monoblock type, another kind of for chassis split Formula.

Wherein, the agent structure of the split type wall hanging type air conditioner indoor unit in chassis is divided into top bottom-disc parts and low bottom-disc parts two Major part, hangs wall state, and low bottom-disc parts can realize separating and combination with top bottom-disc parts, significantly facilitate air-conditioner Maintenance works with cleaning inside.But, when low bottom-disc parts are reinstalled top bottom-disc parts, low bottom-disc parts can be to top bottom-disc portion Part produces thrust upwards, so causes top bottom-disc parts to there is the risk deviate from from the hook of wallboard and fall, safety Reliability is low；So, when also making to install low bottom-disc parts, installation personnel dare not use bigger thrust, causes installation very Inconvenience.

Utility model content

Main purpose of the present utility model is to propose a kind of air-conditioning wallboard, it is intended to avoid top bottom-disc to fall from wallboard Fall, and facilitate the installation of low bottom-disc.

For achieving the above object, the air-conditioning wallboard that the utility model proposes, it is used for installing chassis dorsal part and has at least The wall hanging type air conditioner indoor unit of one fixture block, described air-conditioning wallboard includes determining wallboard, and the described top side determining wallboard has for hanging Connect the hook on chassis, described determine wallboard and be provided with the draw-in groove inserted for described fixture block, and with described determine wallboard be flexibly connected, For described fixture block is carried out spacing locating part；Described locating part at least has locking state and open mode, at described lock During tight state, described locating part card holds described fixture block, to be limited in described draw-in groove by described fixture block；In described open mode Time, described locating part is spaced apart with described fixture block.

Preferably, described determine wallboard and be provided with the portion that arches upward that metope dorsad arches upward, described draw-in groove be described in arch upward portion back to The first groove arranged in the one side of metope, described in the arch upward sidewall in portion be provided with internal run-through with described first groove Second groove, the first end of described locating part is plugged in described second groove, and described fixture block is in the face of the groove of described second groove The side of mouth is provided with hook part；

When described locking state, the first end of described locating part and described hook part are just to block described hook part；Institute When stating open mode, the first end of described locating part staggers with described hook part.

Preferably, described determine to be additionally provided with on wallboard elastic parts, to produce described locating part along described second groove Notch is towards the active force in described draw-in groove, so that the first end of described locating part keeps blocking described hook part.

Preferably, the first end end face of described locating part is another to it away from the side of the notch of described first groove by it The guiding surface of lopsidedness.

Preferably, described determining to be additionally provided with the tensile machine being connected with described locating part on wallboard, described tensile machine includes Pull end, pulling force act on described in when pulling end, described tensile machine pulls the first end of described locating part away from described fixture block.

Preferably, described locating part is determined wallboard be slidably connected by a gliding movement targeting structure with described, and described slip is led It it is the direction of notch toward and away from described second groove to the slide-and-guide direction of structure.

Preferably, described elastic parts includes tension spring, and one end of described tension spring is determined wallboard be connected with described, institute The other end stating tension spring is connected with described locating part, and the elastic acting force that described tension spring is to described locating part, Component on described slide-and-guide direction is towards in described draw-in groove；

Described tensile machine includes stay cord, and one end of described stay cord connects described locating part, and the other end of described stay cord is Described tensile machine pull end.

Preferably, described draw-in groove and described locating part are two, locating part one_to_one corresponding described in draw-in groove described in two and two, Two draw-in grooves are along the described cross direction profiles determining wallboard, and the slide-and-guide direction of described gliding movement targeting structure is that inclination is toward and away from institute State the direction of the notch of the second groove, be connected with tension spring near the left side of the described locating part determining wallboard left end, near institute The right side stating the locating part determining wallboard right-hand member is connected with stay cord, and the side that two locating parts are adjacent is connected by the company's rope tightened, institute State tensile machine and also include that break-in post, described break-in post are provided close to the described locating part determining wallboard right-hand member and determine the wallboard right side with described Between end, the sidewall of described break-in post is provided with via, and described stay cord is arranged in described via.

Preferably, described gliding movement targeting structure includes at least one bar shaped pilot hole being located on described locating part, Yi Jishe Determine on wallboard and the lead corresponding with described bar shaped pilot hole in described；The bar length direction of described bar shaped pilot hole and institute State slide-and-guide direction identical；

Described lead is plugged in the bar shaped pilot hole of correspondence, and described lead is provided with away from described one end determining wallboard Being revealed in the spacing end cap of described locating part, described spacing end cap abuts the surface of described locating part.

Preferably, described determine on wallboard around described in the portion of arching upward be formed with concave part, described locating part is just to described groove The one side in portion is convexly equipped with jacking block, and described jacking block is connected to the groove bottom of described concave part.

This utility model also proposes a kind of detachable air conditioner, including wall hanging type air conditioner indoor unit and air-conditioning wallboard, institute The dorsal part of the top bottom-disc stating wall hanging type air conditioner indoor unit has at least one fixture block, and described air-conditioning wallboard includes determining wallboard, described Determine the top side of wallboard and there is the hook for mounting top bottom-disc, described determine wallboard and be provided with the draw-in groove inserted for described fixture block, with And determine wallboard be flexibly connected, for described fixture block is carried out spacing locating part with described；Described locating part at least has locking State and open mode, when described locking state, described locating part is fixed on spacing for described fixture block in described draw-in groove；Institute When stating open mode, described locating part releases to be fixed the spacing of described fixture block.

Technical solutions of the utility model are determining, by using, the fixture block grafting that is provided on wallboard on top bottom-disc backboard Draw-in groove, and by spacing for the described fixture block locating part in draw-in groove；Make wall hanging type air conditioner indoor unit pass through this air-conditioning and hang wall When plate is installed, top bottom-disc first passes through on the hook being articulated in air-conditioning wallboard top side, then is inserted by the fixture block of top bottom-disc dorsal part Entering in draw-in groove and be limited in draw-in groove by fixture block by locating part, such fixture block can not move up, and then allows whole top bottom-disc Cannot move up；So so that during the low bottom-disc installing wall hanging type air conditioner indoor unit, even if low bottom-disc was the upper end of to Dish produces bigger thrust upwards, and top bottom-disc also will not move up relative to air-conditioning wallboard, thus prevent and going to the bottom In dish installation process, the situation that top bottom-disc departs from the hook of air-conditioning wallboard and falls occurs, and improves wall-hanging air conditioner and hangs wall The safety of plate；Meanwhile, the easier for installation of low bottom-disc is also made.

Accompanying drawing explanation

In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below will be to embodiment Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, the accompanying drawing in describing below is only It is embodiments more of the present utility model, for those of ordinary skill in the art, in the premise not paying creative work Under, it is also possible to other accompanying drawing is obtained according to the structure shown in these accompanying drawings.

Fig. 1 is the structural representation of this utility model air-conditioning wallboard preferred embodiment；

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

Fig. 3 is the detonation configuration schematic diagram of this utility model air-conditioning wallboard preferred embodiment；

Fig. 4 is the partial enlarged drawing in Fig. 3 at C；

Fig. 5 is the Longitudinal cross section schematic after this utility model air-conditioning wallboard preferred embodiment is installed with top bottom-disc；

Fig. 6 is the partial enlarged drawing in Fig. 5 at B；

Fig. 7 is the structural representation of locating part in this utility model air-conditioning wallboard preferred embodiment.

Drawing reference numeral illustrates:

Label	Title	Label	Title
				100	Air-conditioning wallboard	200	Top bottom-disc
210	Fixture block	10	Determine wallboard
				11	Hook	12	Arch upward portion
13	Concave part	14	Lead
				30	Locating part	31	Bar shaped pilot hole
32	Guiding surface	33	Jacking block
				D	First end	41	Tension spring
51	Stay cord	52	Break-in post
				L	Pull end	121	Second groove
60	Lian Sheng	141	Spacing end cap
				211	Hook part

The realization of this utility model purpose, functional characteristics and advantage will in conjunction with the embodiments, are described further referring to the drawings.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out Clearly and completely describe, it is clear that described embodiment is only a part of embodiment of the present utility model rather than all Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not making creative work premise Lower obtained every other embodiment, broadly falls into the scope of this utility model protection.

It is to be appreciated that if this utility model embodiment relates to directivity instruction (such as upper and lower, left and right, front, After ...), then directionality instruction is only used for explaining relative between each parts under a certain particular pose (as shown in drawings) Position relationship, motion conditions etc., if this particular pose changes, then directionality instruction changes the most therewith.

If it addition, this utility model embodiment relates to the description of " first ", " second " etc., then should " first ", " the Two " description etc. is only used for describing purpose, and it is not intended that instruction or imply its relative importance or implicit indicate indication The quantity of the technical characteristic shown.Thus, define " first ", the feature of " second " can be expressed or implicitly include at least one Individual this feature.It addition, the technical scheme between each embodiment can be combined with each other, but must be with ordinary skill Based on personnel are capable of, when technical scheme combination occur conflicting maybe cannot realize time will be understood that this technical side The combination of case does not exists, the most not within the protection domain that this utility model requires.

The utility model proposes a kind of air-conditioning wallboard 100, this air-conditioning wallboard 100 is used for the extension that installation chassis is split type Wall type air conditioner indoor set (i.e. includes the wall hanging type air conditioner indoor unit of top bottom-disc 200 and low bottom-disc), wherein, and its top bottom-disc 200 Dorsal part has at least one fixture block 210 coordinated with this utility model air-conditioning wallboard 100.

As shown in Figure 1, Figure 2, shown in Fig. 5 and Fig. 6, in the present embodiment, this air-conditioning wallboard 100 includes determining wallboard 10, determines wall The top side of plate 10 has the hook 11 for mounting top bottom-disc 200, and namely top bottom-disc 200 is still that by the way of mounting and hangs It is connected on the hook 11 of air-conditioning wallboard 100.This determine wallboard 10 be provided with for fixture block 210 insert draw-in groove, and with determine wallboard 10 are flexibly connected, for fixture block 210 is carried out spacing locating part 30；Locating part 30 at least has locking state and opens shape State, when locking state, locating part 30 card holds fixture block 210, is fixed in draw-in groove to be limited by fixture block 210, it is, allow card Block 210 can not detach from draw-in groove, and such top bottom-disc 200 then can be inserted and secured in draw-in groove due to fixture block 210, and can not phase To upwards producing movement；When open mode, locating part 30 is spaced apart with fixture block 210, and locating part 30 releases fixture block 210 Spacing fixing, now, fixture block 210 can be extracted out from draw-in groove, makes top bottom-disc 200 can take off from air-conditioning wallboard 100.

The present embodiment technical scheme is determining, by using, the fixture block that is provided on top bottom-disc 200 backboard on wallboard 10 The draw-in groove of 210 grafting, and by spacing for described fixture block 210 locating part 30 in draw-in groove；Wall hanging type air conditioner indoor unit is led to Crossing this air-conditioning wallboard 100 when installing, top bottom-disc 200 first passes through on the hook 11 being articulated in air-conditioning wallboard 100 top side, Again the fixture block 210 of top bottom-disc 200 dorsal part inserted in draw-in groove and fixture block 210 be limited in draw-in groove, so by locating part 30 Fixture block 210 can not move up, and then whole top bottom-disc 200 cannot be moved up；So so that wall-hanging air conditioner is being installed During the low bottom-disc of indoor set, even if low bottom-disc produces bigger thrust upwards to top bottom-disc 200, top bottom-disc 200 is also Will not move up relative to air-conditioning wallboard 100, thus prevent in low bottom-disc installation process, top bottom-disc 200 departs from sky The situation adjusting the hook 11 of wallboard 100 and fall occurs, and improves the safety of wall-hanging air conditioner wallboard 100；Meanwhile, also Make the easier for installation of low bottom-disc.

Concrete, referring to figs. 1 through Fig. 4, and combining Fig. 6 and Fig. 7, the wallboard 10 of determining of the present embodiment is provided with metope arch dorsad The portion that arches upward 12 risen, draw-in groove be the portion 12 that arches upward back to the first groove arranged in the one side of metope, on a sidewall in the portion 12 that arches upward Being provided with the second groove 121 of internal run-through with the first groove, the first end D of locating part 30 is plugged in the second groove 121, card Block 210 is provided with hook part 211 in the face of the side of the notch of the second groove 121.When locking state, the first end D of locating part 30 With hook part 211 just to block hook part 211, namely the first end D of the limited part in hook part 211 30 of fixture block 210 is blocked, card When block 210 is intended to depart to the notch direction of the first groove, can due to hook part 211 caught on locating part 30 the first end D and cannot Abjection, locating part 30 is through so realizing spacing for fixture block 210 in draw-in groove (the i.e. first groove)；And in open mode Time, the first end D of locating part 30 staggers with hook part 211, and namely locating part 30 can be regained to the notch direction of the second groove 121 One section, so that the first end D of locating part 30 is not in just hook part 211 to fixture block 210, now, then fixture block 210 can lead to first The notch of groove detaches the first groove.In the present embodiment scheme, after installing top bottom-disc 200, locating part 30 is made to be maintained at lock Tight state, thus ensure that air-conditioning wallboard 100, to the fixing reliability of top bottom-disc 200, facilitates weight after low bottom-disc disassembly, cleaning Newly installed to top bottom-disc 200；When needs dismounting wall hanging type air conditioner indoor unit positive pole, locating part 30 is made to be in open mode, this Fixture block 210 can be removed from draw-in groove by sample, then is lifted up departing from air-conditioning wallboard 100 by top bottom-disc 200.

It should be noted that the embodiment above is the preferred embodiment of the present embodiment；Realize the card of the present embodiment The scheme of the matching relationship between groove, locating part 30 and fixture block 210 three, it is not limited to this preferred embodiment；Such as, card Groove can be also to determine depression on wallboard 10 to be formed, and locating part 30 can also be locating part 30 with the spacing matching relationship of fixture block 210 First end D is plugged on fixture block 210 in the stopper slot or limiting through hole arranged, etc..It addition, the present embodiment is with the portion of arching upward 12 As a example by bottom side sidewall arranges the second groove 121, certainly, in other embodiments, the second groove 121 can also be arranged on the portion of arching upward Top side sidewall, left side sidewall or the right sidewall of 12.

Further, the present embodiment is determined to be additionally provided with elastic reaction on wallboard 10 and (is not marked in the elastic parts of locating part 30 Number), so that locating part 30 is produced along the notch of the second groove 121 towards the active force in draw-in groove, so that the first of locating part 30 End D keeps blocking hook part 211.The present embodiment Elastic assembly can be directly along the notch of the second groove 121 towards draw-in groove in Direction on locating part 30 is produced active force, it is also possible to be that elastic parts active force direct to locating part 30 has along The notch of two grooves 121 is towards being allocated as firmly on the direction in draw-in groove.The present embodiment is by arranging elastic parts to locating part 30 provide elastic acting force, make locating part 30 be maintained at locking state, i.e. the first end D of locating part 30 keeps blocking fixture block 210 Hook part 211 so that one end that fixture block 210 inserts draw-in groove is firmly limited in draw-in groove, further such that top bottom-disc 200 fixing relatively reliable with air-conditioning wallboard 100.

Further, with reference to Fig. 7, in the present embodiment, the first end D end face of locating part 30 is used to be set to by it away from the The guiding surface 32 that the side of the notch of one groove tilts to its opposite side.By so arranging so that install at top bottom-disc 200 During, when fixture block 210 inserts from the notch of the first groove, the guiding that the hook part 211 of fixture block 210 can contact locating part 30 is oblique Face 32, and guiding surface 32 is produced to the promotion extruding force within draw-in groove, act on the promotion extruding force on guiding surface 32 Locating part 30 can be produced and be allocated as firmly to the second groove 121 notch direction, thus by locating part 30 to the second groove 121 Notch direction is moved, until fixture block 210 grafting puts in place, the hook part 211 of fixture block 210 moves to locating part 30 back to the first groove groove The side of mouth, now, the active force that the hook part 211 that guiding surface 32 is subject to applies disappears, and locating part 30 can be at elastic parts Elastic reaction under the first end D of return, i.e. locating part 30 can move to the hook with fixture block 210 towards the inside of the second groove 121 Portion 211 is the most right, i.e. realizes limiting fixture block 210 being fixed in draw-in groove.By the further scheme of the present embodiment so that fixture block During 210 insertion draw-in groove, it is not necessary to locating part 30 is adjusted to open mode, operates easier；It also avoid owing to forgetting spacing Part 30 is adjusted to open mode, and causes fixture block 210 situation of locating part 30 extrusion damage to be occurred.

Further, the determining of the present embodiment is additionally provided with the tensile machine (non-label) being connected with locating part 30 on wallboard 10, Tensile machine includes pulling end L, and pulling force acts on when pulling end L, and tensile machine pulls the first end D of locating part 30 away from fixture block 210.The present embodiment pulls the first end D of locating part 30 to move away from described fixture block 210 by tensile machine so that locating part 30 The hook part 211 of the first end D and fixture block 210 stagger, namely locating part 30 is regulated to open mode, side by tensile machine Just top bottom-disc 200 and the disassembling section of air-conditioning wallboard 100.When unclamping the pulling force pulling end L of tensile machine, locating part 30 Then can under the effect of elastic parts return, return to locking state.

Further, referring to figs. 1 through Fig. 4, the present embodiment preferably employs locating part 30 and determines wallboard and 10 be slidably connected, specifically , locating part 30 is slidably connected by a gliding movement targeting structure (non-label) with determining wallboard 10, and the slip of gliding movement targeting structure Guide direction is that the sliding type of wallboard 10 is determined in the direction of the notch toward and away from the second groove 121, i.e. locating part 30 relatively For: locating part 30 comes and goes on the direction of the notch towards the second groove 121 and slides.Certainly, the locating part 30 of the present embodiment with Determine the flexible connection between wallboard 10 to be not limited in being slidably connected, can be also other movable connection method；Such as, locating part 30 With determine wallboard 10 pivot joint, namely one end of locating part 30 is connected by drive-connecting shaft with determining wallboard 10, the first end D of locating part 30 Rotate by coming and going around drive-connecting shaft, it is achieved with the hook part 211 of fixture block 210 just to and stagger.

Concrete, referring to figs. 1 through Fig. 4, the elastic parts of the present embodiment includes tension spring 41, one end of tension spring 41 Being connected with determining wallboard 10, the other end of tension spring 41 is connected with locating part 30, and the elasticity that tension spring 41 is to locating part 30 Active force, the component on slide-and-guide direction is towards in draw-in groove, and namely locating part 30 is produced towards card by tension spring 41 The active force of (namely towards fixture block 210) in groove, so that locating part 30 is maintained at locking state.In the present embodiment, puller system Structure includes stay cord 51, and one end of stay cord 51 connects locating part 30, and the other end of stay cord 51 is that pulling of tensile machine holds L, is Go to pull locating part 30 to move outside the notch of the second groove 121 by stay cord 51.In the present embodiment, elastic parts and puller system Structure is respectively adopted tension spring 41 and stay cord 51 realizes, and certainly, elastic parts and tensile machine also can use other structure Realize.

Further, with reference to Fig. 1-Fig. 4 and Fig. 7, the gliding movement targeting structure in the present embodiment includes that at least one is located at limit Bar shaped pilot hole 31 on the part 30 of position, and be located at and determine on wallboard 10 and the lead 14 corresponding with bar shaped pilot hole 31；Bar shaped The bar length direction of pilot hole 31 is identical with slide-and-guide direction；Lead 14 is plugged in the bar shaped pilot hole 31 of correspondence (the present embodiment in a bar shaped pilot hole 31 as a example by grafting two lead 14), lead 14 sets away from the one end determining wallboard 10 Having the spacing end cap 141 being revealed in locating part 30, spacing end cap 141 abuts the surface of locating part 30, so that locating part 30 will not Depart to the end of described lead 14.In the present embodiment, lead 14 is as a example by stud, and spacing end cap 141 is as a example by screw. In addition, it is necessary to explanation, in other embodiments, gliding movement targeting structure can be also that other structure realizes, and such as, is arranged on Determine the guiding litter of projection on the bar shaped chute on wallboard 10 and locating part 30, guide litter and be plugged in bar shaped chute；Etc..

Further, referring to figs. 1 through 4 and Fig. 6, the determining of the present embodiment is formed with groove around the portion 12 that arches upward on wallboard 10 Portion 13, locating part 30 just one side to this concave part 13 is convexly equipped with jacking block 33, and jacking block 33 is connected to the groove bottom of concave part 13；Logical Cross and determine to arrange on wallboard 10 concave part 13, and jacking block 33 on locating part 30 is supported the groove bottom of concave part 13, reduce spacing Block and the contact area determining wallboard 10, thus reduce the frictional resistance that limited block slides so that limited block determines wallboard 10 relatively Slide more smooth and easy, be difficult to stuck.

Concrete, in the present embodiment, it is preferred to use draw-in groove and locating part 30 are two, and two draw-in grooves and two locating parts 30 One_to_one corresponding, two draw-in grooves are along determine the cross direction profiles of wallboard 10, and the slide-and-guide direction of gliding movement targeting structure is for tilting towards or carrying on the back From the direction of the notch of the second groove 121, it is connected with tension spring 41 near the left side of the locating part 30 determining wallboard 10 left end, leans on The right side of the nearly locating part 30 determining wallboard 10 right-hand member is connected with stay cord 51, is restricted by the company tightened in the side that two locating parts 30 are adjacent 60 connect, and tensile machine also includes that break-in post 52, break-in post 52 are provided close to determine the locating part 30 of wallboard 10 right-hand member and determine wallboard Between 10 right-hand members, the sidewall of break-in post 52 is provided with via (non-label), and stay cord 51 is arranged in via.

In the present embodiment, when being pulled the locating part 30 on right side by stay cord 51, the locating part 30 on right side is along lead 14 Move away from the second groove 121, simultaneously on the right side of locating part 30 by locating part 30 synchronizing moving on the left of even rope 60 drive, as This, can pull two locating parts 30 to move by a stay cord 51 simultaneously, convenient；It addition, stay cord 51 is owing to passing through Break-in post 52 turns to, and therefore, can be pulled downward on by stay cord 51 and can pull locating part 30, and so, convenient user pulls. Certainly, two locating parts 30 can also be pulled respectively by two stay cords 51, and the quantity of locating part 30 can also be more.

This utility model also proposes a kind of detachable air conditioner, this detachable air conditioner include wall hanging type air conditioner indoor unit and Air-conditioning wallboard 100, the dorsal part of the top bottom-disc 200 of wall hanging type air conditioner indoor unit has at least one fixture block 210, this air-conditioning wallboard The concrete structure of 100 is with reference to above-described embodiment, owing to this detachable air conditioner have employed whole technology of above-mentioned all embodiments Scheme, the most at least has all beneficial effects that the technical scheme of above-described embodiment is brought, and this is no longer going to repeat them.

The foregoing is only preferred embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model, Every under inventive concept of the present utility model, the equivalent structure utilizing this utility model description and accompanying drawing content to be made becomes Change, or directly/be indirectly used in other relevant technical fields and be included in scope of patent protection of the present utility model.

Claims (11)

1. an air-conditioning wallboard, has the wall hanging type air conditioner indoor unit of at least one fixture block for installing chassis dorsal part, described Air-conditioning wallboard includes determining wallboard, and the described top side determining wallboard has the hook for mounting top bottom-disc, it is characterised in that described Determine wallboard be provided with for described fixture block insert draw-in groove, and with described determine wallboard be flexibly connected, be used for described fixture block is carried out Spacing locating part；Described locating part at least has locking state and open mode, when described locking state, and described locating part Card holds described fixture block, to be limited in described draw-in groove by described fixture block；When described open mode, described locating part is with described Fixture block is spaced apart.

2. air-conditioning wallboard as claimed in claim 1, it is characterised in that described determine wallboard and be provided with the arch that metope dorsad arches upward The portion of rising, described draw-in groove be described in the portion that arches upward back to the first groove arranged in the one side of metope, described in arch upward portion a sidewall on Being provided with the second groove of internal run-through with described first groove, the first end of described locating part is plugged in described second groove In, described fixture block is provided with hook part in the face of the side of the notch of described second groove；

When described locking state, the first end of described locating part and described hook part are just to block described hook part；Beat described During open state, the first end of described locating part staggers with described hook part.

3. air-conditioning wallboard as claimed in claim 2, it is characterised in that described determine to be additionally provided with on wallboard elastic parts, with right Described locating part produces along the notch of described second groove towards the active force in described draw-in groove, so that the first of described locating part Described hook part is blocked in end holding.

4. air-conditioning wallboard as claimed in claim 3, it is characterised in that the first end end face of described locating part be by its away from The guiding surface that the side of the notch of described first groove tilts to its opposite side.

5. air-conditioning wallboard as claimed in claim 3, it is characterised in that described determine to be additionally provided with on wallboard and described locating part company The tensile machine connect, described tensile machine include pulling end, pulling force act on described in when pulling end, described tensile machine pulls institute State the first end of locating part away from described fixture block.

6. air-conditioning wallboard as claimed in claim 5, it is characterised in that described locating part determines wallboard by a slip with described Guide frame is slidably connected, and the slide-and-guide direction of described gliding movement targeting structure is the groove toward and away from described second groove The direction of mouth.

7. air-conditioning wallboard as claimed in claim 6, it is characterised in that described elastic parts includes tension spring, described in draw One end of power spring is determined wallboard be connected with described, and the other end of described tension spring is connected with described locating part, and described pulling force Spring to component on described slide-and-guide direction of the elastic acting force of described locating part towards in described draw-in groove；

Described tensile machine includes stay cord, and one end of described stay cord connects described locating part, and the other end of described stay cord is described Tensile machine pull end.

8. air-conditioning wallboard as claimed in claim 7, it is characterised in that described draw-in groove and described locating part are two, two Locating part one_to_one corresponding described in described draw-in groove and two, two draw-in grooves are along the described cross direction profiles determining wallboard, described gliding movement targeting structure Slide-and-guide direction be to tilt the direction of notch toward and away from described second groove, near the described limit determining wallboard left end The left side of position part is connected with tension spring, is connected with stay cord near the right side of the described locating part determining wallboard right-hand member, two locating parts Adjacent side is connected by the company's rope tightened, and it is described that described tensile machine also includes that break-in post, described break-in post are provided close to Determining the locating part of wallboard right-hand member and described determine between wallboard right-hand member, the sidewall of described break-in post is provided with via, and described stay cord wears In described via.

9. the air-conditioning wallboard as described in any one in claim 6 to 8, it is characterised in that described gliding movement targeting structure bag Include at least one bar shaped pilot hole being located on described locating part, and be located at described determine on wallboard and with described bar shaped pilot hole pair The lead answered；The bar length direction of described bar shaped pilot hole is identical with described slide-and-guide direction；

Described lead is plugged in the bar shaped pilot hole of correspondence, and described lead is provided with away from described one end determining wallboard and appears In the spacing end cap of described locating part, described spacing end cap abuts the surface of described locating part.

10. the air-conditioning wallboard as described in any one in claim 2 to 8, it is characterised in that described determine on wallboard around institute Stating the portion of arching upward and be formed with concave part, described locating part just one side to described concave part is convexly equipped with jacking block, and described jacking block is connected to The groove bottom of described concave part.

11. 1 kinds of detachable air conditioners, including wall hanging type air conditioner indoor unit and air-conditioning wallboard, described wall hanging type air conditioner indoor unit The dorsal part of top bottom-disc there is at least one fixture block, it is characterised in that described air-conditioning wallboard be as in claim 1 to 9 arbitrarily One described air-conditioning wallboard.