CN209655451U - Air conditioner - Google Patents

Abstract

The utility model provides a kind of air conditioner.The air conditioner includes shell, air duct shell, inner body, the inner body can be releasably assembled in the air duct of the air duct shell, the shell can releasably be connect with the air duct shell, and the shell is covered in the side that the inner body has suspension part away from the air duct shell.A kind of air conditioner according to the present utility model can realize the disassembly of air conditioner housing, the inner body of greatly convenient user's disassembly, cleaning air conditioner extremely conveniently.

Description

Air conditioner

Technical field

The utility model belongs to air-conditioning technique field, and in particular to a kind of air conditioner.

Background technique

Existing wall-mounted air conditioner is mostly using its shell as the skeleton of air conditioner and support part, and shell is at frame knot Structure and inner body accommodation space is formed, the air conditioners inner body such as evaporator, blower and driving motor is mounted in shell Portion, more specifically, the jacket are set to the inner body far from wall hanging side, when user needs to the inner body When being cleaned, generally require by air conditioner by wall dismantle after, could inner body integrally taken out from interior of shell, with Just heat exchanging device, blower etc. carry out necessary cleaning, prevent air conditioner from applying the dirts such as accumulation of ash, cotton-wool for a long time and grow Endophytic bacteria, and then guarantee the environmental sanitation of user.But the disassembly mode of the structure of existing air conditioner as the aforementioned is extremely onerous, uses Family is time-consuming and laborious when being unpicked and washed.

Utility model content

Therefore, the technical problem to be solved by the present invention is to provide a kind of air conditioners, can realize extremely conveniently The disassembly of air conditioner housing, the inner body of greatly convenient user's disassembly, cleaning air conditioner.

To solve the above-mentioned problems, the utility model provides a kind of air conditioner, including shell, air duct shell, inner body, The inner body can be releasably assembled in the air duct of the air duct shell, the shell can releasably with the air duct Shell connection, and the shell is covered in the side that the inner body has suspension part away from the air duct shell.

Preferably, the inner body includes fan assembly, and assembling seat, the wind are configured on the air duct shell Thermomechanical components are connect with the assembling seat.

Preferably, the shell includes at least two pieces sub- shells that can be dismantled each other.

Preferably, the shell includes first shell, second shell, third shell, and the second shell is in described the Between one shell and the third shell, and, it is snapped connection between the first shell and the second shell；And/or it is described It is snapped connection between second shell and the third shell.

Preferably, end coupling, the end coupling tool are configured on the length both ends of the second shell respectively There are pivot and hook, axis hole is configured in the first shell, the pivot can be connected in the axis hole, the first shell Body can be pivoted around described；There is the first card slot, when the third shell and the second shell on the third shell When body assembles, the hook can be arranged in first card slot.

Preferably, the axis hole has the indentation mouth of the pivot, and the aperture of the axis hole is not less than the axis of the pivot Diameter, and the opening maximum width of the indentation mouth is not less than the diameter of axle of the pivot.

Preferably, it is also configured with the first bayonet lock in the second shell, when the second shell and the third shell group When dress, first bayonet lock can be plugged in first card slot.

Preferably, the junction of the third shell and the air duct shell is provided with the second bayonet lock, the air duct shell On be correspondingly provided with the second card slot, when the third shell and the air duct shell assemble, second bayonet lock can be inserted In in second card slot.

Preferably, it is configured with air outlet in the first shell, is configured with lower air outlet on the third shell.

Preferably, the first wind guiding component is provided in the lower air outlet, first wind guiding component can be relatively described The frame of lower air outlet slides, to change the air-out area of the lower air outlet.

Preferably, first wind guiding component includes slide door plate, driving part, and the driving part is described for driving Slide door plate generates the sliding of the frame of the relatively described lower air outlet.

Preferably, the length both ends of the slide door plate have tooth-strip part and sliding guidance column, and the driving part includes Motor and power gear, the output shaft of the motor and the power gear are drivingly connected, the power gear and the rack gear Portion is engaged, and is also configured with slide door plate mounting plate on the air duct shell, being configured on the slide door plate mounting plate can hold Receive and limit the first sliding groove of the sliding guidance column sliding.

Preferably, the driving part has two groups, and driving part described in two groups is respectively corresponded in the slide door plate At the tooth-strip part that length both ends have.

Preferably, the driving part further includes transmission shaft, and the power gear is two, two power gear edges The length direction interval of the slide door plate is arranged, and two power gears respectively with slide door plate length both ends Tooth-strip part is correspondingly arranged.

Preferably, the inside of the second shell is equipped with wind deflector, closes the lower outlet air when the slide door plate is in When mouth, the adjacent medial surface of the medial surface of the slide door plate and the wind deflector is that air-flow in air duct is oriented to the upper outlet air The round and smooth cambered surface of mouth.

Preferably, the wind deflector is configured with the groove for installing display unit towards the second shell side.

On the one hand a kind of air conditioner provided by the utility model, the air duct shell have the function of forming air duct, thus So that the air-flow of air conditioner is flowed to the preset bearing of user under the guiding function in air duct, is on the other hand then as sky The suspension parts namely air conditioner inner body of an installation carrier and air conditioner for adjusting device inner body can be installed on wind On road shell, and shell can then separate Fast Installation between the air duct shell, real for example, by using the mode snapped connection It is existing, in this way, deviating from side namely user oriented with suspension part since shell can releasably be connected to the air duct shell Side, when needing to clear up cleaning inside air conditioner, user, which only needs to separate shell with air duct shell, to be removed, it can real Now shell is made an overall screening, certainly, it is even more important that inner body herein can then be fully exposed to the visual field of user In range, and due to being also dismountable connection relationship between inner body and air duct shell, can gradually it unload herein each The part for needing to clean carries out profound washing and cleaning operation, without as in the state of the art by entire air conditioner by metope It disassembles, it can be seen that, it can realize the disassembly of air conditioner housing extremely conveniently using the technical solution, greatly just utilize The inner body of family disassembly, cleaning air conditioner.

Detailed description of the invention

Fig. 1 be the utility model embodiment air conditioner schematic perspective view (under use state orientation front side view Angle)；

Fig. 2 is the schematic perspective view (rear side viewing in orientation under use state of the air conditioner of the utility model embodiment Angle)；

Fig. 3 is the disassemblying structure schematic diagram of air conditioner shown in Fig. 1；

Fig. 4 is the package assembly signal of air conditioner second shell shown in Fig. 2 and third shell；

Fig. 5 is the partial enlarged view in Fig. 4 at A；

Fig. 6 is the package assembly signal of air-conditioned wind tunnel shell shown in Fig. 1 and the first wind guiding component；

Fig. 7 is the partial enlarged view in Fig. 6 at B；

Fig. 8 is the stereochemical structure signal of the first wind guiding component in another embodiment of the utility model；

Fig. 9 is the partial enlarged view in Fig. 8 at C；

Figure 10 is the stereochemical structure signal of the first wind guiding component in the utility model another embodiment；

Figure 11 is that the first wind guiding component closes lower air outlet, the second wind guiding component is opened in the utility model embodiment Signal under the state of air port；

Figure 12 is that the first wind guiding component opens lower air outlet, the second wind guiding component closes in the utility model embodiment Signal under the state of air port；

Figure 13 is that the first wind guiding component opens lower air outlet, the second wind guiding component is opened in the utility model embodiment Signal under the state of air port.

Appended drawing reference indicates are as follows:

1, shell；11, first shell；12, second shell；121, end coupling；122, pivot；123, hook；124, First bayonet lock；13, third shell；131, the first card slot；132, the second bayonet lock；133, the first hook；2, air duct shell；22, sliding Dynamic door-plate mounting plate；31, fan assembly；32, heat exchanger；321, the first heat exchanging body；322, the second heat exchanging body；323, third exchanges heat Body；33, heat exchanger connecting plate；34, heat exchanger fixed plate；4, the first wind guiding component；41, slide door plate；411, tooth-strip part；412, Sliding guidance column；42, driving part；421, power gear；422, transmission shaft；423, motor；5, filtration members；6, wind deflector；61, Display unit；7, the second wind guiding component；8, suspension part.

Specific embodiment

In conjunction with referring to shown in Fig. 1 to Figure 13, embodiment according to the present utility model provides a kind of air conditioner, especially one Kind wall-mounted air conditioner, including shell 1, air duct shell 2, inner body, the inner body can releasably be assembled in described In the air duct of air duct shell 2, the shell 1 can releasably be connect with the air duct shell 2, and the shell 1 is covered in institute The side that inner body has suspension part 8 away from the air duct shell 2 is stated, suspension part 8 above-mentioned for example can be usual use Hanging hole, groove, and best, the suspension part 8 is designed to be suitable for the structure of user's hand force, such as handle slot simultaneously Structure etc..In the technical solution, 2 one side of air duct shell has the function of forming air duct, to make the air-flow of air conditioner The preset bearing of user can be flowed under the guiding function in air duct, be on the other hand then as air conditioner inner body The suspension parts namely air conditioner inner body of one installation carrier and air conditioner can be installed on air duct shell 2, and outer Shell 1 then can separate Fast Installation between the air duct shell 2, realize for example, by using the mode snapped connection, in this way, due to Shell 1 can releasably be connected to the air duct shell 2 and deviate from side namely user oriented side with suspension part 8, when When needing to clear up cleaning inside air conditioner, user, which only needs to separate shell 1 with air duct shell 2, to be removed, it can is realized external Shell 1 makes an overall screening, certainly, it is even more important that inner body herein can then be fully exposed to the field range of user It is interior, and due to being also dismountable connection relationship between inner body and air duct shell 2, each needs can be gradually unloaded herein The part of cleaning carries out profound washing and cleaning operation, without as in the state of the art by entire air conditioner by dismantling on metope Get off, it can be seen that, it can realize the disassembly of air conditioner housing extremely conveniently using the technical solution, greatly convenient user tears open Unload the inner body of cleaning air conditioner.

For air conditioner, the inner body includes fan assembly 31, heat exchanger 32, structure on the air duct shell 2 Assembling seat is made, the fan assembly 31 is connect with the assembling seat, and the heat exchanger 32 is set to the blower On the air inlet path of component 31, the heat exchanger 32 is U-shaped structure, can be maximum using the heat exchanger 32 of U-shaped structure The air inlet path of the fan assembly 31 in the running is covered, and then promotes the heat exchange efficiency of air conditioner.It is understood that preceding The driving motor that fan assembly 31 includes through-flow fan blade and it is driven to rotate is stated, specific setting is using well-known technique in the industry Both it was able to achieve, did not repeated herein.

As a kind of specific embodiment of the heat exchanger 32, preferably, the heat exchanger 32 includes the first heat exchange Body 321, the second heat exchanging body 322, third heat exchanging body 323, first heat exchanging body 321 pass through institute with the third heat exchanging body 323 It states the connection of the second heat exchanging body 322 and forms the U-shaped structure, the U-shaped structure is formed using aforementioned three pieces of heat exchanging bodies, make described change The manufacturing process of hot device 32 is more simplified, certainly, first heat exchanging body 321, the second heat exchanging body 322, third heat exchanging body It is one another in series between 323 preferably by refrigerant pipeline, and then the layout designs of the refrigerant pipeline of air conditioner can be optimized；Into one Step ground, the U-shaped structure it is opening down, herein opening down is reference with air conditioner orientation in a state of use Benchmark, downward opening U-shaped structure make the air inlet of the air conditioner that the upper position of air conditioner can only be arranged in, this obviously has Conducive to the promotion of the aesthetic appearance of air conditioner.

Further, the corresponding end and heat exchange of first heat exchanging body 321, the second heat exchanging body 322, third heat exchanging body 323 Device connecting plate 33 connects；And/or the corresponding end of first heat exchanging body 321, the second heat exchanging body 322, third heat exchanging body 323 with Heat exchanger fixed plate 34 connects, it is to be understood that corresponding end above-mentioned is directed to that one end connected jointly.By being changed with described The connection of hot device connecting plate 33 and/or heat exchanger fixed plate 34 can make first heat exchanging body 321, the second heat exchanging body 322, The structure connection of three heat exchanging bodies 323 is more compact, thus keep the assembling of heat exchanger 32 or disassembly process more efficient, certainly, The heat exchanger 32 can also be fixed by the heat exchanger connecting plate 33 and/or heat exchanger fixed plate and the air duct shell 2 Connection.

The shell 1 can be multiplicity in structure, for example, it can be independent one integrally formed cover shell Body, this mode keep air conditioner appearance simply generous, and disassembly process is also more simple, and consider the clear of air conditioner inner body Frequency is washed, to provide a kind of scheme of cleaning orientation selectivity with higher, it is preferable that the shell 1 includes at least two pieces The sub- shell namely the shell 1 that can be dismantled each other are assembled by least two pieces of sub- shells and are formed.

Specifically, for example, the shell 1 includes first shell 11, second shell 12, third shell 13, the second shell Body 12 is between the first shell 11 and the third shell 13, and, the first shell 11 and the second shell 12 Between snap connection；And/or snapped connection between the second shell 12 and the third shell 13, it is clear that, when For air conditioner in suspension, the first shell 11, second shell 12, third shell 13 can for example respectively correspond air conditioner Top, middle part (front), the user oriented side in lower section.

Further, a kind of specific embodiment as the second shell 12, the length two of the second shell 12 End coupling 121 is configured on end respectively, the end coupling 121 has pivot 122 and hook 123, the first shell Axis hole is configured on body 11, the pivot 122 can be connected in the axis hole, and the first shell 11 can surround the pivot Axis 122 rotates, namely ensure that the first shell 11 can be in air conditioner without unloading from the air conditioner at this time A possibility that portion is cleaned, because only needing that clamping will be released between first shell 11 and second shell 12 at this time, it can It pushes the first shell 11 to rotate at the pivot 122, namely opens, this mode is particularly suitable for the first shell Body 11 needs the situation of frequent clean；On the third shell 13 have the first card slot 131, when the third shell 13 with it is described When second shell 12 assembles, the hook 123 can be arranged in first card slot 131.In technical solution above-mentioned, pass through It is set to the end coupling 121 in the second shell 12 while realizing between first shell 11, third shell 13 Quick connection, is that structure is more simple, certainly, in order to prevent the first shell 11, second shell 12, between third shell 13 Match fastening deformation, it is best, other than the connection of the end coupling 121 at aforementioned both ends, in the first shell 11, second shell Body 12, third shell 13 cooperation at also interval multiple buckle structures are set.

Aforementioned axis hole has the indentation mouth of the pivot 122, and the aperture of the axis hole is not less than the axis of the pivot 122 Diameter, and the opening maximum width of the indentation mouth is not less than the diameter of axle of the pivot 122, which ensure that described first Shell 11, which can be detached from, to be removed in the air conditioner by user.

Further, it is also configured with the first bayonet lock 124 in the second shell 12, when the second shell 12 and described the When three shells 13 assemble, first bayonet lock 124 can be plugged in first card slot 131, and first bayonet lock 124 is set It sets, keeps positioning when snapping assembles between the second shell 12 and the third shell 13 more quick, accurate.

Further, the junction of the third shell 13 and the air duct shell 2 is provided with the second bayonet lock 132, institute It states and is correspondingly provided with the second card slot on air duct shell 2, when the third shell 13 is assembled with the air duct shell 2, described the Two bayonet locks 132 can be plugged in second card slot.The third shell 13 is also clamped between the air duct shell 2, with Guarantee the position reliability of the third shell 13, specifically, having multiple first hooks 133, institute on the third shell 13 It states and is then correspondingly arranged multiple second card slots on air duct shell 2, first hook 133 is connected in second card slot, Further, it is two groups that first hook 133, which is divided to, and second card slot is also classified into two groups, respectively first group of card slot And second group of card slot, first group of card slot are in the horizontal side of the air duct shell 2, second group of card slot is in institute It states on the vertical side of air duct shell 2, when the third shell 13 is clamped with the air duct shell 2, first hook 133 In two groups of hooks respectively correspond and be connected in first group of card slot, in second group of card slot, to realize to the third shell Being located by connecting in different directions of body 13, is greatly improved its position reliability.

It is best, the structurally air outlet in the first shell 11, air outlet under being constructed on the third shell 13, Namely the mode of the outlet air up and down of air conditioner is realized, to adapt to air conditioner in refrigeration mode or heating mode downstream density Difference, greatly improve the comfort of user.It is understood that preferably being set in the upper air outlet and/or lower air outlet Set wind guiding component, such as the second wind guiding component 7, second wind guiding component 7 can using wind guiding component in the prior art ( That is rotary oscillating type wind guiding component).

Due to upper air outlet its top user location for being in shell 1 more it is hidden preferably, in the upper air outlet Second wind guiding component 7 is set, and in order to promote the aesthetic appearance of the air conditioner, it is preferable that it is set in the lower air outlet It is equipped with the first wind guiding component 4, first wind guiding component 4 is capable of the frame sliding of the relatively described lower air outlet, described in changing The air-out area of lower air outlet.That is, the first wind guiding component 4 being arranged in the lower air outlet is opened by the way of sliding It opens, the mode rather than rotary oscillation in the prior art is opened, and so as to more be accurately controlled, change is described to go out down The air-out area in air port, certainly, best, when the lower air outlet is opened, first wind guiding component 4 can slide into institute The inside of frame is stated, to further promote the aesthetic appearance of air conditioner.

A kind of specific embodiment as first wind guiding component 4, it is preferable that first wind guiding component 4 includes Slide door plate 41, driving part 42, the driving part 42 is for driving the slide door plate 41 to generate the relatively described lower outlet air The sliding of the frame of mouth.Further, the length both ends of the slide door plate 41 have tooth-strip part 411 and sliding guidance column 412, the driving part 42 includes motor 423 and power gear 421, the output shaft of the motor and the power gear 421 It is drivingly connected, the power gear 421 is engaged with the tooth-strip part 411, and slide door plate peace is also configured on the air duct shell 2 Loading board 22, the sliding guidance column 412 slides first can be accommodated and limit by being configured on the slide door plate mounting plate 22 Sliding slot.

The driving part 42 can use two groups, and driving part 42 described in two groups is respectively corresponded in the slide door plate At the tooth-strip part 411 that 41 length both ends have, that is, the technical solution is by the way of a kind of driving of both-end to the cunning The sliding of dynamic door-plate 41 carries out drive control, and the movement of the slide door plate 41 can be made more stable, reliable.

Certainly, the driving part 42 can also be by the way of one group, at this time preferably, and the driving part 42 also wraps Transmission shaft 422 is included, the power gear 421 is two, and two power gears 421 are along the length side of the slide door plate 41 It is arranged to interval, and two power gears 421 are corresponding with the tooth-strip part 411 at the 41 length both ends of slide door plate respectively sets It sets namely the technical solution is using a kind of both-end driving method of simplification, the manufacturing cost of air conditioner can be reduced in this way.

The inside of the second shell 12 is equipped with wind deflector 6, closes the lower air outlet when the slide door plate 41 is in When, the medial surface of the medial surface of the slide door plate 41 and the wind deflector 6 it is adjacent for by air-flow guiding in air duct it is described it is upper go out The round and smooth cambered surface in air port.The setting of the wind deflector 6 can carry out smooth guidance to the air duct air-flow of the air duct shell 2, more For importantly, second shell 12 has been carried out a greater degree of be isolated with internal gas flow by it, it is therefore prevented that the second shell 12 On there is the probability of condensation.Further, the wind deflector 6 is configured with towards 12 side of second shell for installing display The groove of component 61.

It is configured with air inlet in the first shell 11, filtration members 5, the first shell are provided on the inside of the air inlet The inside of body 11 is provided with sliding slot, and the filtration members 5 are plugged in the sliding slot, and the filtration members 5 are, for example, strainer, by institute Filtration members 5 are stated using the mounting means that insert with sliding slot, thus can extremely in terms of the filtration members 5 are removed or group Dress, and the filtration members 5 are air conditioner cleaning probability parts the most frequent simultaneously, it is formed in the first shell 11 One, also can greatly facilitate cleaning.

Those skilled in the art will readily recognize that above-mentioned each advantageous manner can be free under the premise of not conflicting Ground combination, superposition.

The above is only the preferred embodiments of the present utility model only, is not intended to limit the utility model, all practical at this Made any modifications, equivalent replacements, and improvements etc., should be included in the guarantor of the utility model within novel spirit and principle Within the scope of shield.Above are merely preferred embodiments of the utility model, it is noted that for the ordinary skill of the art For personnel, without deviating from the technical principle of the utility model, several improvements and modifications can also be made, these improvement It also should be regarded as the protection scope of the utility model with modification.

Claims (16)

1. a kind of air conditioner, which is characterized in that including shell (1), air duct shell (2), inner body, the inner body can It is releasably assembled in the air duct of the air duct shell (2), the shell (1) can releasably connect with the air duct shell (2) It connects, and the shell (1) is covered in the side that the inner body has suspension part (8) away from the air duct shell (2).

2. air conditioner according to claim 1, which is characterized in that the inner body includes fan assembly (31), described Assembling seat is configured on air duct shell (2), the fan assembly (31) connect with the assembling seat.

3. air conditioner according to claim 1, which is characterized in that the shell (1), which includes at least two pieces, to tear open each other The sub- shell unloaded.

4. air conditioner according to claim 3, which is characterized in that the shell (1) includes first shell (11), second shell Body (12), third shell (13), the second shell (12) be in the first shell (11) and the third shell (13) it Between, and, it is snapped connection between the first shell (11) and the second shell (12)；And/or the second shell (12) with It is snapped connection between the third shell (13).

5. air conditioner according to claim 4, which is characterized in that distinguish structure on the length both ends of the second shell (12) It has made end coupling (121), the end coupling (121) has pivot (122) and hook (123), the first shell (11) axis hole is configured on, the pivot (122) can be connected in the axis hole, and the first shell (11) can surround institute State pivot (122) rotation；On the third shell (13) have the first card slot (131), when the third shell (13) with it is described When second shell (12) assembles, the hook (123) can be arranged in first card slot (131).

6. air conditioner according to claim 5, which is characterized in that the axis hole has the indentation mouth of the pivot (122), The aperture of the axis hole is not less than the diameter of axle of the pivot (122), and the opening maximum width of the indentation mouth is not less than described The diameter of axle of pivot (122).

7. air conditioner according to claim 5, which is characterized in that be also configured with the first bayonet lock on the second shell (12) (124), when the second shell (12) and the third shell (13) assemble, first bayonet lock (124) can be plugged in In first card slot (131).

8. air conditioner according to claim 4, which is characterized in that the third shell (13) and the air duct shell (2) Junction be provided with the second bayonet lock (132), the second card slot is correspondingly provided on the air duct shell (2), when the third shell When body (13) and the air duct shell (2) assemble, second bayonet lock (132) can be plugged in second card slot.

9. air conditioner according to claim 4, which is characterized in that it is configured with air outlet on the first shell (11), Lower air outlet is configured on the third shell (13).

10. air conditioner according to claim 9, which is characterized in that be provided with the first wind guiding component in the lower air outlet (4), first wind guiding component (4) is capable of the frame sliding of the relatively described lower air outlet, to change going out for the lower air outlet Wind area.

11. air conditioner according to claim 10, which is characterized in that first wind guiding component (4) includes slide door plate (41), driving part (42), the driving part (42) is for driving the slide door plate (41) to generate the relatively described lower outlet air The sliding of the frame of mouth.

12. air conditioner according to claim 11, which is characterized in that the length both ends of the slide door plate (41) have tooth Item portion (411) and sliding guidance column (412), the driving part (42) include motor (423) and power gear (421), described The output shaft of motor and the power gear (421) are drivingly connected, and the power gear (421) is nibbled with the tooth-strip part (411) It closes, is also configured with slide door plate mounting plate (22) on the air duct shell (2), is configured on the slide door plate mounting plate (22) It can accommodate and limit the first sliding groove of sliding guidance column (412) sliding.

13. air conditioner according to claim 12, which is characterized in that the driving part (42) has two groups, described in two groups Driving part (42) respectively corresponds at the tooth-strip part (411) that the length both ends in the slide door plate (41) have.

14. air conditioner according to claim 12, which is characterized in that the driving part (42) further includes transmission shaft (422), the power gear (421) is two, length side of two power gears (421) along the slide door plate (41) It is arranged to interval, and two power gears (421) tooth-strip part (411) with the slide door plate (41) length both ends respectively It is correspondingly arranged.

15. air conditioner according to claim 11, which is characterized in that the inside of the second shell (12) is equipped with wind deflector (6), when the slide door plate (41), which are in, closes the lower air outlet, the medial surface and the gear of the slide door plate (41) The adjacent medial surface of aerofoil (6) is the round and smooth cambered surface that air-flow in air duct is oriented to the upper air outlet.

16. air conditioner according to claim 15, which is characterized in that the wind deflector (6) is towards the second shell (12) side is configured with the groove for installing display unit (61).