CN103486718B - The base assembly of air-conditioner and there is the air-conditioner of this base assembly - Google Patents

The base assembly of air-conditioner and there is the air-conditioner of this base assembly Download PDF

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Publication number
CN103486718B
CN103486718B CN201210197313.1A CN201210197313A CN103486718B CN 103486718 B CN103486718 B CN 103486718B CN 201210197313 A CN201210197313 A CN 201210197313A CN 103486718 B CN103486718 B CN 103486718B
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CN
China
Prior art keywords
door
plate
chute
base
groove
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CN201210197313.1A
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Chinese (zh)
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CN103486718A (en
Inventor
张辉
陈绍林
刘北泉
王朝新
陈耀达
肖代革
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珠海格力电器股份有限公司
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Priority to CN201210197313.1A priority Critical patent/CN103486718B/en
Publication of CN103486718A publication Critical patent/CN103486718A/en
Application granted granted Critical
Publication of CN103486718B publication Critical patent/CN103486718B/en

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Abstract

The invention provides a kind of base assembly of air-conditioner and have the air-conditioner of this base assembly, wherein, base assembly comprises: base body, has container cavity, and base body has breach; Door-plate, is arranged on indentation, there, and door-plate is removably connected with base body, base body is provided with the first limiting section, door-plate is provided with the first limited portion coordinated with the first limiting section; Base body is provided with the first chute, door-plate is provided with the first lead coordinated with the first chute, the first end of the first chute is open end, and the second end is blind end, and door-plate has removal position, dodges position and block-up position.Present invention efficiently solves the problem of the door limited opening angle of base assembly in prior art, thus be convenient to maintenance and renewal part.

Description

The base assembly of air-conditioner and there is the air-conditioner of this base assembly

Technical field

The present invention relates to air-conditioning technical field, in particular to a kind of air-conditioner base assembly and there is the air-conditioner of this base assembly.

Background technology

In the prior art, for the ease of inner body being taken out maintenance or replacing in the situation not dismantling air-conditioner, general use has the door of switching function.Such as, the base assembly of air-conditioner has the container cavity holding electrical appliance kit, for the ease of maintenance or replacing, base assembly is provided with an openable door.

Above-mentioned door generally includes cylindric door-hinge, and the side of door is fixed by this door-hinge, and the opposite side of door uses buckle or magnet to fix.This is by rotating the effect reaching switch around door-hinge.

Above-mentioned door installation process is complicated, and this limited opening angle, cause maintenance or renewal part inconvenience.

Summary of the invention

The present invention aims to provide a kind of base assembly of air-conditioner and has the air-conditioner of this base assembly, to solve the problem of the door limited opening angle of base assembly in prior art.

To achieve these goals, according to an aspect of the present invention, provide a kind of base assembly of air-conditioner, comprising: base body, there is container cavity, base body has breach; Door-plate, is arranged on indentation, there, and base body is provided with the first limiting section, door-plate is removably connected with base body, door-plate is provided with the first limited portion coordinated with the first limiting section; Base body is provided with the first chute, door-plate is provided with the first lead coordinated with the first chute, the first end of the first chute is open end, second end is blind end, door-plate has removal position, dodges position and block-up position, when door-plate is positioned at removal position, the first lead is positioned at the first end of the first chute, and door-plate is positioned at the second end that the first lead when dodging position is positioned at the first chute, door-plate when block-up position door-plate between the first end and the second end of the first chute; When door-plate is positioned at block-up position, the first limited portion coordinates with the first limiting section and door-plate is remained on the state of complete sealing gap; When door-plate is positioned at and dodges position, the exposing from breach away from one end of the second end of the first chute along glide direction and be in swingable mode of operation of door-plate.

Further, the first limiting section comprises the first draw-in groove, is arranged on the side of the open end of the first chute or is arranged on the side of breach away from the blind end of the first chute along upper; First limited portion comprises the first buckle coordinated with the first draw-in groove.

Further, base body is also provided with second chute corresponding with the first runner position, door-plate is also provided with the second lead coordinated with the second chute, the first end of the second chute corresponds to the first end of the first chute, second end of the second chute corresponds to the second end of the first chute, and first end and second end of the second chute are blind end.

Further, base body also comprises the second limiting section of the side of the first end being arranged on the second chute, door-plate is provided with the second limited portion coordinated with the second limiting section.

Further, the second limiting section comprises the second draw-in groove; Second limited portion comprises the second buckle coordinated with the second draw-in groove.

Further, the 3rd groove section that the first chute and the second chute include the first groove section at first end, the second groove section at the second end and be connected between the first groove section and the second groove section, the second groove section is compared with the axial line of the first groove section closer to base body.

Further, door-plate is also provided with the connecting hole for being screw-coupled to by door-plate on base body, connection hole is provided with towards projecting inward connecting stud.

Further, the first draw-in groove and the second draw-in groove include and are interconnected and form three cell walls of Baltimore groove.

Further, base body comprises: chassis, and chassis is provided with the second chute and the second limiting section; Support, is connected with chassis, the sidewall that support comprises roof and is connected with roof, and sidewall forms breach; Bearing spider, is oppositely arranged with chassis and is connected with the roof of support, and bearing spider is provided with the first chute and the first limiting section towards the side on chassis.

Further, the second limiting section comprises: push-rod assembly, comprises telescopic push rod; Clamping block, is arranged on the outside of push-rod assembly and protrudes extension towards push-rod assembly; Second limited portion comprises: block, supports coordinate with push rod; Clamp, its first end is connected to door-plate by bearing, and the second end of clamp is free end, and clamp has the lock part coordinated with clamping block on the side of door-plate; Door-plate has the first through hole of the free end of corresponding clamp.

Further, push-rod assembly also comprises: housing, comprise interconnective two the first walls be oppositely arranged and the second wall be connected between two the first walls, concave structure is formed between second wall and two the first walls, second wall is connected with base body with one end of two the first walls, each first wall is equipped with the second through hole, and the second wall is provided with bayonet socket; Actuator, be arranged in housing, actuator comprises interconnective 3rd wall, wall and the 5th wall, 3rd wall is perpendicular to wall, the free end of the 5th wall is arranged towards the direction bending away from the 3rd wall, 3rd wall is provided with third through-hole, and the 5th wall is provided with fourth hole, and wall is provided with the 3rd buckle with bayonet fittings; Spring, is set in the first end of push rod; The push rod of push-rod assembly is located in third through-hole, fourth hole and two the second through holes, push rod comprises the first bar section being positioned at first end and the second bar section being positioned at the second end, the diameter of the first bar section is less than the diameter of the second bar section, spring is held and mounted between the step end face of push rod and the 5th wall of actuator, and the second bar section is also provided with cannelure; The side that the clamp in the second limited portion deviates from door-plate has the solution lock section be clasped with the 3rd.

According to a further aspect in the invention, provide a kind of air-conditioner, there is above-mentioned base assembly.

Apply technical scheme of the present invention, door-plate is removably connected with base body, door-plate can be taken off completely, efficiently solve the problem of door-plate limited opening angle like this when maintenance or renewal part.The door-plate of base assembly of the present invention and the assembling between base body by the first lead and the first chute coordinate and the cooperation in the first limiting section and the first limited portion completes, assembling process is simple to operate, and, there is no gap between assembling Rear Door and base body, make the appearance looks elegant of air-conditioner.

Accompanying drawing explanation

The Figure of description forming a application's part is used to provide a further understanding of the present invention, and schematic description and description of the present invention, for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:

Fig. 1 shows the perspective view of the embodiment one according to the base assembly of air-conditioner of the present invention;

What Fig. 2 showed the base assembly of Fig. 1 looks up structural representation, conceals chassis and support in this figure;

What Fig. 3 showed the bearing spider of the base assembly of Fig. 2 looks up structural representation;

Fig. 4 shows the A place enlarged diagram of the bearing spider of Fig. 3;

Fig. 5 shows the B place enlarged diagram of the bearing spider of Fig. 3;

Fig. 6 shows the plan structure schematic diagram on the chassis of the base assembly of Fig. 1;

Fig. 7 shows the C place enlarged diagram on the chassis of Fig. 6;

Fig. 8 shows the D place enlarged diagram on the chassis of Fig. 6;

Fig. 9 shows the perspective view of the door-plate of the base assembly of Fig. 1;

Figure 10 shows the E place enlarged diagram of the door-plate of Fig. 9;

Figure 11 shows the F place enlarged diagram of the door-plate of Fig. 9;

The door-plate that Figure 12 shows the base assembly of Fig. 1 is positioned at confined state schematic diagram during removal position;

Figure 13 shows the G place enlarged diagram of the base assembly of Figure 12;

The door-plate that Figure 14 shows the base assembly of Fig. 1 is positioned at confined state schematic diagram when dodging position;

The door-plate that Figure 15 shows the base assembly of Fig. 1 is positioned at confined state schematic diagram during block-up position;

Figure 16 shows the perspective view on the chassis of the embodiment two according to the base assembly of air-conditioner of the present invention;

Figure 17 shows the perspective view of another angle of the base assembly of Figure 16;

Figure 18 shows the H place enlarged diagram of the base assembly of Figure 17;

Figure 19 shows the decomposition texture schematic diagram of the push-rod assembly of the base assembly of Figure 18;

Figure 20 shows the assembly structure schematic diagram of the push-rod assembly of the base assembly of Figure 18;

Figure 21 shows the perspective view of the door-plate of the embodiment two according to the base assembly of air-conditioner of the present invention;

Figure 22 shows the I place enlarged diagram of the door-plate of Figure 21; And

Figure 23 shows the decomposition texture schematic diagram of the embodiment according to air-conditioner of the present invention.

Detailed description of the invention

It should be noted that, when not conflicting, the embodiment in the application and the feature in embodiment can combine mutually.Below with reference to the accompanying drawings and describe the present invention in detail in conjunction with the embodiments.

As shown in Figure 1 to Figure 4 with shown in Fig. 9, the base assembly of the air-conditioner of embodiment one comprises: base body 10 and door-plate 20.Base body 10 has container cavity, and base body 10 has breach, and in the present embodiment, base body 10 comprises: chassis 11, support 13 and bearing spider 12.Wherein, support 13 is connected with chassis 11, the sidewall that support 13 comprises roof and is connected with roof, and sidewall forms breach, and interior forms container cavity, and bearing spider 12 is oppositely arranged with chassis 11 and is connected with the roof of support 13.Door-plate 20 is arranged on indentation, there, and door-plate 20 is removably connected with base body 10.

Base body 10 is provided with the first limiting section and the first chute 31, door-plate 20 is provided with the first limited portion coordinated with the first limiting section and the first lead 21 coordinated with the first chute 31.Preferably, bearing spider 12 is provided with the first chute 31 and the first limiting section towards the side on chassis 11.The first end of the first chute 31 is open end, and the second end is blind end, and door-plate 20 has removal position, dodges position and block-up position.Assembling process between the door-plate 20 of the base assembly of embodiment one and base body 10 is as follows:

First, as shown in Figure 12 and Figure 13, when door-plate 20 is positioned at removal position, the first lead 21 is positioned at the first end of the first chute 31, and be namely positioned at the open end of the first chute 13, now, door-plate 20 opposed notches is obliquely installed.Now, the first limited portion on the first limiting section on base body 10 and door-plate 20 interferes mutually.As shown in figure 13, in embodiment one, both are in tangency location.

Then, the first lead 21 of door-plate 20 is made to slide into the second end in the first chute 31 of base body 10, as shown in figure 14, door-plate 20 is positioned at the first lead 21 when dodging position and is positioned at the second end of the first chute 31, now, the exposing from breach away from one end of the second end of the first chute 31 along glide direction and be in swingable mode of operation of door-plate 20, operating personnel can grasp this end end of door plate 20 and operate.State after being swung in base body 10 by door-plate 20 as shown in figure 14, now, forms breach between the left end of door-plate 20 and base body 10.Meanwhile, the first limited portion on the first limiting section on base body 10 and door-plate 20 shifts to install.

Finally, door-plate 20 is moved to the left, as shown in figure 15, door-plate 20 when block-up position door-plate 20 between the first end and the second end of the first chute 31, now, the first limited portion coordinates with the first limiting section and door-plate 20 is remained on the state of complete sealing gap.

The unloading process of the base assembly of embodiment one is contrary with above-mentioned assembling process order, does not repeat them here.

Assembling between the door-plate 20 of the base assembly of embodiment one and base body 10 is simple, gap is not had between assembling Rear Door 20 and base body 10, make the appearance looks elegant of air-conditioner, door-plate 20 can be taken off completely when needing to repair or replace the part in container cavity, efficiently solve the problem of door-plate 20 limited opening angle like this, and then facilitate maintenance or renewal part.

In unshowned in the drawings embodiment, chassis 11 and support 13 are structure as a whole, or support 13 and bearing spider 12 are structure as a whole, or chassis 11, support 13 and bearing spider 12 are structure as a whole.

Breach is longitudinally run through setting in the above-described embodiments, and in unshowned in the drawings embodiment, breach is that non-through is arranged, and now, the first limiting section and the first chute 31 need to be arranged on accordingly on the sidewall of formation breach.

As shown in Fig. 3, Fig. 5, Fig. 9 and Figure 11, the first limiting section comprises the first draw-in groove 32, is arranged on the side of the open end of the first chute 31; First limited portion comprises identical with the structure of the second buckle 24 in Figure 11 with the first buckle 22, first buckle 22 that the first draw-in groove 32 coordinates.As shown in Figure 3, clamp bearing spider 12 being provided with L shape bearing and being connected with L shape bearing, clamp is two that are oppositely arranged, and forms the first draw-in groove 32 between two clamps.As shown in figures 9 and 11, the first buckle 22 comprises the snap seats be connected with door-plate 20 and the Access Division be connected with snap seats, and this Access Division is arranged towards away from the first lead 21 direction bending.

In unshowned in the drawings embodiment, the first draw-in groove 32 is arranged on the side of breach away from the blind end of the first chute 31 along upper, and accordingly, the first buckle 22 is arranged on one end away from the first lead 21 of door-plate 20.

In order to door-plate 20 is more smooth and easy in sliding process, as shown in Fig. 6, Fig. 7, Fig. 9 and Figure 10, base body 10 is also provided with second chute 33 corresponding with the first chute 31 position, door-plate 20 is also provided with the second lead 23 coordinated with the second chute 33, the first end of the second chute 33 corresponds to the first end of the first chute 31, second end of the second chute 33 corresponds to the second end of the first chute 31, and first end and second end of the second chute 33 are blind end.

In order to the reliability that door-plate 20 is fixing, in embodiment one, base body 10 also comprises the second limiting section of the side of the first end being arranged on the second chute 33, door-plate 20 is provided with the second limited portion coordinated with the second limiting section.Preferably, the second chute 33 and the second limiting section are all arranged on chassis 11.

Preferably, as shown in Figure 6 and Figure 8, the second limiting section comprises the second draw-in groove 34; Second limited portion comprises the second buckle 24 coordinated with the second draw-in groove 34.As shown in Figure 8, chassis 11 is provided with and is interconnected and forms three cell walls of Baltimore groove, this Baltimore groove is the second draw-in groove 34 to the structure of the second draw-in groove 34.

As shown in figs. 4 and 7, the 3rd groove section 31b and 33b that first chute 31 and the second chute 33 include the first groove section 31a and 33a at first end, the second groove section 31c and 33c at the second end and be connected between the first groove section 31a and 33a and the second groove section 31c and 33c, the second groove section 31c and 33c is compared with the axial line of the first groove section 31a and 33a closer to base body 10.First groove section 31a and 33a and the second groove section 31c and 33c is arc-shaped slot.

As shown in Figure 9, door-plate 20 is also provided with the connecting hole for being screw-coupled to by door-plate 20 on base body 10, connection hole is provided with towards projecting inward connecting stud 25.

Figure 16 to Figure 22 shows the chassis of embodiment two according to the base assembly of air-conditioner of the present invention and the structural representation of door-plate, and base assembly and the embodiment one of embodiment two are distinguished as follows:

As shown in Figure 6, in embodiment one, second limiting section on chassis 11 is two the second draw-in grooves 34, as shown in Figure 9, second limited portion is two the second buckles 24, the door-plate 20 of embodiment one needs the first end of door plate 20 of operating personnel to apply to the right power when dismantling, in the first chute 31, the second end is slid into make the first lead 21 of door-plate 20, as shown in figure 14, now, the exposing from breach away from one end of the second end of the first chute 31 along glide direction and be in swingable mode of operation of door-plate 20, afterwards, operating personnel can grasp this end end of door plate 20 and operate.

As shown in figure 16, in embodiment two, second limiting section on chassis 11 comprises second draw-in groove 34, push-rod assembly 35 and a clamping block 36, as shown in figure 21, second limited portion comprises block 27 and clamp 26, in embodiment two, door-plate 20 has the first through hole 28 of the free end of corresponding clamp 26.Wherein, push-rod assembly 35 comprises telescopic push rod 351, clamping block 36 is arranged on the outside of push-rod assembly 35 and protrudes extension towards push-rod assembly 35, block 27 is supported with push rod 351 and is coordinated, the first end of clamp 26 is connected to door-plate 20 by bearing, second end of clamp 26 is free end, and clamp 26 has the lock part 261 coordinated with clamping block 36 on the side of door-plate 20, and lock part 261 makes clamp 26 can be stuck between push-rod assembly 35 and clamping block 36 and then locking door-plate 20.

The advantage that embodiment two comparatively implements one is, during dismounting, the instruments such as screwdriver can be used to insert from the first through hole 28 of door-plate 20, lock part 261 is made to throw off the constraint of clamping block 36, now the telescopic push rod 351 of push-rod assembly 35 becomes by retracted mode the state of stretching out, in this process, push rod 351 can be supported the block 27 be mated and move away from push rod 351, such meeting door-plate 20 can move to right under the promotion of push rod 351, slides into the second end to make the first lead 21 of door-plate 20 in the first chute 31.In above process, the power applying to the right without the need to needing the first end of door plate 20 of operating personnel in the unloading process as embodiment one, makes unloading process convenient like this.

Preferably, as shown in Figure 16 to Figure 22, preferably, push-rod assembly 35 also comprises: housing 352, actuator 353 and spring 354.

Wherein, housing 352 comprises interconnective two the first walls 3521 be oppositely arranged and the second wall 3522 be connected between two the first walls 3521, concave structure is formed between second wall 3522 and two the first walls 3521, second wall 3522 is connected with base body 10 with one end of two the first walls 3521, each first wall 3521 is equipped with the second through hole 3521a, and the second wall 3522 is provided with bayonet socket 3522a.

Actuator 353 is arranged in housing 352, actuator 353 comprises interconnective 3rd wall 3531, wall 3532 and the 5th wall 3533,3rd wall 3531 is perpendicular to wall 3532, the free end of the 5th wall 3531 is arranged towards the direction bending away from the 3rd wall 3531,3rd wall 3531 is provided with third through-hole 3531a, 5th wall 3533 is provided with fourth hole 3533a, and wall 3532 is provided with the 3rd buckle 3534 coordinated with bayonet socket 3522a.

Spring 354, is set in the first end of push rod 351.The push rod 351 of push-rod assembly 35 is located in third through-hole 3531a, in fourth hole 3533a and two the second through hole 3521a, push rod 351 comprises the first bar section 3511 being positioned at first end and the second bar section 3512 being positioned at the second end, the diameter of the first bar section 3511 is less than the diameter of the second bar section 3512, spring 354 is held and mounted between the step end face of push rod 351 and the 5th wall 3533 of actuator 353, second bar section 3512 is also provided with cannelure 3512a, second bar section 3512 is also removably connected with stop member (not shown), stop part is positioned at the side of cannelure 3512a towards push rod 351 second end, the side that the clamp 26 in the second limited portion deviates from described door-plate 20 has the solution lock section 262 coordinated with the 3rd buckle 3534.

Preferably, second bar section 3512 is provided with the cannelure (not shown) for holding stop part, this cannelure is positioned at the side of cannelure 3512a towards push rod 351 second end, and stop part takes the shape of the letter U or C shape, and stop part is used for anti-throw-out lever 351 and departs from housing 352 when stretching out.

The course of work of the push-rod assembly 35 of the base assembly of embodiment two is as follows:

When door-plate 20 is installed, block 27 contacts with push rod 351, and supports push rod 351 and retract, and the lock part 261 on clamp 26 is subject to the spacing of clamping block 36 thus makes clamp 26 can be stuck between push-rod assembly 35 and clamping block 36 and then locking door-plate 20.When push rod 351 is retracted, spring 354 is compressed, the 5th wall 3533 of actuator 353 supported by spring 354 simultaneously, make actuator 353 deflection in housing 352,3rd wall 3531 of actuator 353 is stuck in the cannelure 3512a of push rod 351,3rd buckle 3534 of actuator 353 is stuck in the bayonet socket 3522a of housing 352 simultaneously, and now the push rod 351 of push-rod assembly 35 is subject to the spacing of the 3rd wall 3531 and no longer supports block 27.

When door-plate 20 is dismantled, the instruments such as screwdriver can be used to insert from the first through hole 28 of door-plate 20, lock part 261 is made to throw off the constraint of clamping block 36, simultaneously, the 3rd buckle 3534 is supported in the solution lock section 262 of clamp 26, it is made to deviate from from bayonet socket 3522a, like this, push rod 351 is no longer subject to the spacing of the 5th wall 3533, push rod 351 becomes by retracted mode the state of stretching out, in this process, push rod 351 can be supported the block 27 be mated and move away from push rod 351, such meeting door-plate 20 can move to right under the promotion of push rod 351, coordinate to make push rod 351 can not depart from housing 352 when stretching out with first wall 3521 away from spring 354 of housing 352 owing to being connected to the stop part on push rod 351.

As shown in figure 22, the structure of block 27 is not limited to the structure shown in figure, as long as can support with push rod 351 structure coordinated, the structure of separating lock section 262 is preferably two parallel trapezoid blocks arranged.

Present invention also offers a kind of air-conditioner, as shown in figure 23, the embodiment according to air-conditioner of the present invention has base assembly, and base assembly is the base assembly of above-mentioned air-conditioner.Other structures of air-conditioner refer to prior art, do not repeat them here.The door-plate of the base assembly of the air-conditioner of the present embodiment can will be taken off completely when maintenance or renewal part, is convenient to maintenance or renewal part.

The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims (12)

1. a base assembly for air-conditioner, comprising:
Base body (10), has container cavity, and (10) have breach to described base body;
Door-plate (20), is arranged on described indentation, there,
It is characterized in that,
(10) are provided with the first limiting section to described base body, described door-plate (20) is removably connected with described base body (10), described door-plate (20) is provided with the first limited portion coordinated with described first limiting section;
Described base body (10) is provided with the first chute (31), described door-plate (20) is provided with the first lead (21) coordinated with described first chute (31), the first end of described first chute (31) is open end, second end is blind end, described door-plate (20) has removal position, dodge position and block-up position, described in when described door-plate (20) is positioned at described removal position, the first lead (21) is positioned at the first end of described first chute (31), described door-plate (20) is positioned at the second end that the first lead (21) described in when dodging position is positioned at described first chute (31), between the first end that when described door-plate (20) is positioned at block-up position, described door-plate (20) is positioned at described first chute (31) and the second end,
When described door-plate (20) is positioned at block-up position, described first limited portion coordinates with described first limiting section and described door-plate (20) is remained on the state of breach described in complete shutoff;
When described door-plate (20) is positioned at and dodges position, the exposing from described breach away from one end of the second end of described first chute (31) along glide direction and be in swingable mode of operation of described door-plate (20).
2. base assembly according to claim 1, is characterized in that,
Described first limiting section comprises the first draw-in groove (32), is arranged on the side of the open end of described first chute (31) or is arranged on the side of described breach away from the blind end of described first chute (31) along upper;
Described first limited portion comprises the first buckle (22) coordinated with described first draw-in groove (32).
3. base assembly according to claim 2, it is characterized in that, described base body (10) is also provided with second chute (33) corresponding with described first chute (31) position, described door-plate (20) is also provided with the second lead (23) coordinated with described second chute (33), the first end of described second chute (33) corresponds to the first end of described first chute (31), second end of described second chute (33) corresponds to the second end of described first chute (31), first end and second end of described second chute (33) are blind end.
4. base assembly according to claim 3, it is characterized in that, described base body (10) also comprises the second limiting section of the side of the first end being arranged on the second chute (33), described door-plate (20) is provided with the second limited portion coordinated with described second limiting section.
5. base assembly according to claim 4, is characterized in that, described second limiting section comprises the second draw-in groove (34), and described second limited portion comprises the second buckle (24) coordinated with described second draw-in groove (34).
6. base assembly according to claim 3, it is characterized in that, the 3rd groove section (31b, 33b) that described first chute (31) and the second chute (33) include the first groove section (31a, 33a) being positioned at first end, the second groove section (31c, 33c) being positioned at the second end and be connected between described first groove section (31a, 33a) and the second groove section (31c, 33c), the more described first groove section (31a, 33a) of described second groove section (31c, 33c) is closer to the axial line of described base body (10).
7. the base assembly according to any one of claim 4 to 6, it is characterized in that, described door-plate (20) is also provided with the connecting hole for being screw-coupled to by described door-plate (20) on described base body (10), described connection hole is provided with towards projecting inward connecting stud (25).
8. base assembly according to claim 5, is characterized in that, described first draw-in groove (32) and the second draw-in groove (34) include and be interconnected and form three cell walls of Baltimore groove.
9. base assembly according to claim 4, is characterized in that, base body (10) comprising:
Chassis (11), described chassis (11) are provided with described second chute (33) and described second limiting section;
Support (13), is connected with described chassis (11), and described sidewall forms described breach to the sidewall that described support (13) comprises roof and is connected with described roof;
Bearing spider (12), be oppositely arranged with described chassis (11) and be connected with the roof of described support (13), described bearing spider (12) is provided with described first chute (31) and described first limiting section towards the side of described chassis (11).
10. the base assembly according to claim 4 or 5, is characterized in that,
Described second limiting section comprises:
Push-rod assembly (35), comprises telescopic push rod (351);
Clamping block (36), is arranged on the outside of described push-rod assembly (35) and protrudes extension towards described push-rod assembly (35);
Described second limited portion comprises:
Block (27), supports with described push rod (351) and coordinates;
Clamp (26), its first end is connected to described door-plate (20) by bearing, second end of described clamp (26) is free end, and described clamp (26) has the lock part (261) coordinated with described clamping block (36) on the side of described door-plate (20);
Described door-plate (20) has first through hole (28) of the free end of corresponding described clamp (26).
11. base assemblies according to claim 10, is characterized in that,
Described push-rod assembly (35) also comprises:
Housing (352), comprise interconnective two the first walls (3521) be oppositely arranged and the second wall (3522) be connected between described two the first walls (3521), concave structure is formed between described second wall (3522) and two the first walls (3521), described second wall (3522) is connected with described base body (10) with one end of two the first walls (3521), each described first wall (3521) is equipped with the second through hole (3521a), and described second wall (3522) is provided with bayonet socket (3522a);
Actuator (353), be arranged in described housing (352), described actuator (353) comprises interconnective 3rd wall (3531), wall (3532) and the 5th wall (3533), described 3rd wall (3531) is perpendicular to described wall (3532), the free end of described 5th wall (3533) is arranged towards the direction bending away from described 3rd wall (3531), described 3rd wall (3531) is provided with third through-hole (3531a), described 5th wall (3533) is provided with fourth hole (3533a), described wall (3532) is provided with the 3rd buckle (3534) coordinated with described bayonet socket (3522a),
Spring (354), is set in the first end of described push rod (351);
The push rod (351) of described push-rod assembly (35) is located in described third through-hole (3531a), in fourth hole (3533a) and two the second through holes (3521a), described push rod (351) comprises the first bar section (3511) being positioned at first end and the second bar section (3512) being positioned at described second end, the diameter of described first bar section (3511) is less than the diameter of described second bar section (3512), described spring (354) is held and mounted between the step end face of push rod (351) and the 5th wall (3533) of actuator (353), described second bar section (3512) is also provided with cannelure (3512a), described second bar section (3512) is also removably connected with stop part, described stop part is positioned at the side of described cannelure (3512a) towards described push rod (351) second end,
The side that the clamp (26) in described second limited portion deviates from described door-plate (20) has the solution lock section (262) coordinated with described 3rd buckle (3534).
12. 1 kinds of air-conditioners, have base assembly, it is characterized in that, the base assembly of the air-conditioner of described base assembly according to any one of claim 1 to 11.
CN201210197313.1A 2012-06-14 2012-06-14 The base assembly of air-conditioner and there is the air-conditioner of this base assembly CN103486718B (en)

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CN105091101B (en) * 2015-07-30 2018-07-10 青岛海尔空调器有限总公司 A kind of vertical air conditioner

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