CN208567036U - Air processor - Google Patents

Abstract

The utility model discloses a kind of air processor, and the air processor has an air inlet, and the air processor includes: mounting rack, is set to the air inlet；Grid component on the air intake surface of the mounting rack, and forms accommodation groove between the air intake surface of the mounting rack, and the accommodation groove has the first cell wall and the second cell wall being oppositely arranged；Cleaning module is installed on the accommodation groove, so that air passes through the mounting rack, second surface of the cleaning module with the first surface being arranged towards first cell wall and towards second cell wall setting through the cleaning module；It is mutually abutted between the first surface and first cell wall in portion and is spaced apart from each other setting in portion；And/or it is mutually abutted between the second surface and second cell wall in portion and is spaced apart from each other setting in portion.Technical solutions of the utility model can be avoided cleaning module and are difficult to take out by accommodation groove clamping tension.

Description

Air processor

Technical field

The utility model relates to airhandling equipment field, in particular to a kind of air processor.

Background technique

It is usually fixed with purification device in the air inlet of air processor, such as air conditioner, to purify to air. When purification device uses after a certain period of time, since a large amount of dusts are attached on purification device, so that the purifying property of purification device It substantially reduces, therefore needs to clear up purification device or replaced.

Accommodation groove on existing purification device and air-conditioner shell is clamping, and purification device is by two cell walls of accommodation groove Limit is abutted, the entire outer surface of purification device is abutted by the cell wall of accommodation groove, so that purification device obtains mistake by clamping Tightly it is difficult to take out.

Utility model content

The main purpose of the utility model is to propose a kind of air processor, it is intended to avoid cleaning module by accommodation groove card It holds tension and is difficult to take out.

To achieve the above object, the utility model proposes air processor, the air processor have one into Air port, and the air processor includes:

Mounting rack is set to the air inlet；

Grid component on the air intake surface of the mounting rack, and forms accommodating between the air intake surface of the mounting rack Slot, the accommodation groove have the first cell wall and the second cell wall being oppositely arranged；

Cleaning module is installed on the accommodation groove, so that air passes through the mounting rack through the cleaning module, it is described net Change second surface of the module with the first surface being arranged towards first cell wall and towards second cell wall setting；

It mutually abuts between the first surface and first cell wall in portion and is spaced apart from each other in portion Setting；And/or it mutually abuts between the second surface and second cell wall in portion and mutual in portion Every setting.

Optionally, the accommodation groove has a lateral openings, and the cleaning module is installed on described from the lateral openings Accommodation groove, first cell wall and second cell wall extend along the opening direction of the lateral openings.

Optionally, close to the position of the lateral openings and separate between the first surface and first cell wall The position of the lateral openings mutually abuts, close to the lateral openings between the second surface and second cell wall Position and mutually abutted far from the positions of the lateral openings.

Optionally, first cell wall is equipped with the first lug boss, and first lug boss is abutted with the first surface；Institute The second cell wall is stated equipped with the second lug boss, second lug boss is abutted with the second surface.

Optionally, the first surface is equipped with the first protrusion, and first protrusion is abutted with first cell wall, and It is arranged in a staggered manner with first lug boss；The second surface is equipped with the second protrusion, second protrusion and described second Cell wall abuts, and is arranged in a staggered manner with second lug boss；First lug boss and second lug boss are far from described Lateral openings setting, first protrusion and second protrusion are close to the lateral openings setting.

Optionally, the height of projection of first lug boss is gradually increased on the direction far from the lateral openings；Institute The height of projection for stating the second lug boss is gradually increased on the direction far from the lateral openings.

Optionally, it is equipped with limit convex edge on first cell wall and second cell wall, the limit convex is along described The opening direction of lateral openings extends, and the cleaning module is between the limit convex edge and the grid component.

Optionally, the limit convex is gradually close towards the grid component along the direction in the separate lateral openings.

Optionally, the limit convex is along the position for being located remotely from the lateral openings.

Optionally, the grid component includes that the more lined grizzly bars extended transversely and at least one are vertically extending perpendicular Grille strip, the part lined grizzly bar are protruded above in the air side of the grid component compared to other lined grizzly bars and are set It sets, and a wherein lined grizzly bar for protrusion setting constitutes first cell wall, which is arranged another described lined Grizzly bar constitutes second cell wall.

In the utility model, cleaning module is clamped between the first cell wall of accommodation groove and the second cell wall, by that will purify Portion mutually abuts between the first surface of module and the first cell wall and portion is spaced apart from each other, and can so reduce purification The contact area of the first surface of module and the first cell wall reduces frictional force between the two, is conducive to cleaning module taking-up.Together Sample, by mutually abutting portion between the second surface of cleaning module and the second cell wall and portion is mutual Every, therefore the second surface of cleaning module and the contact area of the second cell wall can be reduced, reduce frictional force between the two, is conducive to Cleaning module takes out.Cleaning module is being slidably mounted in the embodiment in accommodation groove from lateral openings, it is net due to reducing Change the contact area between module and accommodation groove, so that the push-and-pull of cleaning module is more smooth.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, the structure that can also be shown according to these attached drawings obtains other attached drawings.

Fig. 1 is the partial structure diagram of one embodiment of the utility model air processor；

Fig. 2 is the assembling schematic diagram that bracket and cleaning module are entered the wind in Fig. 1；

Fig. 3 is the structural schematic diagram of cleaning module in Fig. 2；

Fig. 4 is the structural schematic diagram of cleaning module from another viewpoint in Fig. 3；

Fig. 5 is the enlarged drawing in Fig. 3 at B；

Fig. 6 is the structural schematic diagram that bracket is entered the wind in Fig. 1；

Fig. 7 is the structural schematic diagram of air inlet bracket from another viewpoint in Fig. 6；

Fig. 8 is structural schematic diagram of the air inlet bracket after installing chute in Fig. 7；

Fig. 9 is the structural schematic diagram of chute in Fig. 7；

Figure 10 is the enlarged drawing in Fig. 4 at C；

Figure 11 is that bracket is entered the wind in Fig. 6 from the structural schematic diagram in terms of another angle；

Figure 12 is the enlarged drawing in Figure 11 at E；

Figure 13 is the enlarged drawing in Figure 11 at F；

Figure 14 is the enlarged drawing in Fig. 7 at A；

Figure 15 is the main view that bracket is entered the wind in Fig. 6；

Figure 16 is the enlarged drawing in Figure 15 at G；

Figure 17 is the enlarged drawing in Fig. 9 at D.

Drawing reference numeral explanation:

The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describing, it is clear that described embodiment is only a part of the embodiment of the utility model, rather than all Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are not making creative work premise Under every other embodiment obtained, fall within the protection scope of the utility model.

It is to be appreciated that if related in the utility model embodiment directionality instruction (such as upper and lower, left and right, it is preceding, Afterwards ...), then directionality instruction is only used for explaining opposite between each component under a certain particular pose (as shown in the picture) Positional relationship, motion conditions etc., if the particular pose changes, directionality instruction is also correspondingly changed correspondingly.

In addition, if relating to the description of " first ", " second " etc. in the utility model embodiment, " first ", " the Two " etc. description is used for description purposes only, and is not understood to indicate or imply its relative importance or is implicitly indicated meaning The quantity of the technical characteristic shown." first " is defined as a result, the feature of " second " can explicitly or implicitly include at least one A this feature.It in addition, the technical solution between each embodiment can be combined with each other, but must be with ordinary skill Based on personnel can be realized, this technical side will be understood that when the combination of technical solution appearance is conflicting or cannot achieve The combination of case is not present, also not within the protection scope of the requires of the utility model.

The utility model proposes a kind of air processors, which specifically can be air conditioner, such as divide Types, the integrated air conditioners such as the air conditioner wall-mounted machine of body formula, integrated air conditioner, mobile air conditioner, four sides air-out ceiling machine or window machine may be used also It is the types such as rectangular cabinet-type air conditioner or round cabinet-type air conditioner；The air processor can also be air purifier, such as portable air Clarifier, ceiling type air purifier or vertical air eliminator etc..

In the utility model embodiment, Fig. 1 and Fig. 2 are please referred to, air processor includes shell and blower, for sky For adjusting device, air conditioner also has heat exchanger (such as finned heat exchanger), and an air duct, blower and heat exchanger are formed in shell It is arranged at air duct.Shell generally comprises air inlet faceplate 10 and wind outlet panel (not shown go out), such as in round cabinet-type air conditioner, air inlet Panel 10 and wind outlet panel can be enclosed a cricoid shell, and air inlet faceplate 10 and wind outlet panel are in arc-shaped.The implementation In example, air inlet faceplate 10 is connect with wind outlet panel, is preferably detachably connected, and is connected for example, by using modes such as buckle or screws It connects, in order to open the shell of air conditioner.In some embodiments, grid component 21 is equipped on air inlet faceplate 10, in outlet air Panel is equipped with air outlet grate or wind deflector；Or in further embodiments, a big air inlet is set on air inlet faceplate 10 Mouthful, and an air inlet bracket 20 is additionally provided on air inlet faceplate 10, the air inlet lid of bracket 20 is located at air inlet, and enters the wind on bracket 20 Grid component 21 is equipped in the position of corresponding air inlet.Optionally, air inlet bracket 20 is mounted on the inlet side of air inlet faceplate 10, and And enter the wind bracket 20 and form a protrusion in the inlet side of air inlet faceplate 10, in favor of forming laterally opening for installation cleaning module 30 Mouthful.Air inlet bracket 20 and air inlet faceplate 10 be detachably connected, for example, air inlet bracket 20 and air inlet faceplate 10 using screw, The modes such as buckle are attached, in order to enter the wind the disassembly of bracket 20.It specifically, can be on air inlet bracket 20 and close to edge Multiple studs are set, and multiple studs are provided at circumferentially spaced along air inlet bracket 20, and screw hole, stud are arranged on air inlet faceplate 10 It is attached between screw hole by screw.This mounting rack is split as air inlet faceplate 10 and air inlet bracket 20 by way of, Be conducive to simplify single structure, therefore be convenient for the processing of single structure；In addition, air inlet bracket 20 is mounted on air inlet faceplate 10 On, and the installation site of the two is exposed, therefore be conducive to user and air inlet bracket 20 is entirely removed.Furthermore in other embodiments, into Wind panel 10 and air inlet bracket 20 are also possible to integrated injection molding.When being applied in round cabinet-type air conditioner, air inlet faceplate 10, into Wind bracket 20 and wind outlet panel are arranged in arc-shaped.

Air processor in the utility model embodiment has an air inlet, an air outlet and an air duct, air inlet It is connected to air outlet by air duct.In the settable grid component 21 of air inlet, for example, not set air inlet faceplate 10 or into In the embodiment of wind bracket 20, grid component 21 can be set up directly on the air inlet in air duct, and connect with the shell for forming air duct It connects.Grid component 21 includes more grille strips being staggered, and air enters wind from the air inlet hole formed between adjacent grid item Road, for example, as shown in fig. 6, more grille strips include that the more lined grizzly bars 212 extended transversely and at least one are vertically extending Perpendicular grille strip 211, perpendicular grille strip 211 is staggered with more lined grizzly bar 212.

Further, air processor includes air-treatment device, and air-treatment device is located at going out for grid component 21 Wind side, generally, air-treatment device are arranged in air duct, can handle air, and air-treatment device can be set The air inlet or air outlet in air duct are set, certainly, air-treatment device may be alternatively located at the middle part in air duct.Specifically, air Processing apparatus can be electrodecontamination module 30, and when air flows through electrodecontamination module 30, electrodecontamination module 30 can be adsorbed in air Charged dust；Air-treatment device can be filter screen, and filter screen can be filtered the bulky grain in air；Air-treatment Device can be anion generator, and ion generator can discharge anion, increase anion concentration in air；Air processor Part can be also humidifier, and humidifier can be towards indoor release steam；Air-treatment device can be also washing module, and washing module can It is formed and rinses water curtain, to be cleaned to the air for flowing through washing module；In air conditioner, air-treatment device can also be heat exchange Device, to be heated or be freezed to air；Certainly, air-treatment device can also be electrodecontamination module 30, filter screen, ion hair The combination of any the two such as raw device, heat exchanger, humidifier, washing module, heat exchanger or more persons.

It is illustrated so that air-treatment device is cleaning module 30 as an example below but not limited to this.

Incorporated by reference to reference Fig. 3 to Fig. 5, further, air processor further includes cleaning module 30, the cleaning module 30 Preferably electrodecontamination module, electrodecontamination module can generate high pressure after being powered, to adsorb the charged dust in air；Certainly, only Changing module 30 can also be common filter screen, can filter out the large particle in air.In addition, cleaning module 30 can also be electricity The binding modules of purifying layer 31 and filter layer 32, that is to say, that cleaning module 30 includes net along the electricity that direction is stacked is entered the wind Change layer 31 and filter layer 32, optionally, filter layer 32 is set to the inlet side of electrodecontamination layer 31, first to cross the bulky grain in air filtering Object.Cleaning module 30 specifically includes outline border 33 and purification ontology, and purification ontology may include electrodecontamination layer 31 and filtering among the above Layer 32, outline border 33 along purification ontology neighboring be arranged, and will purification ontology be disposed around in, purification ontology pressed from both sides by outline border 33 It holds, for example, clamping structure is provided between purification ontology and outline border 33, so that purification ontology is connected on outline border 33.Tool Body, referring to Figure 5, clamping structure may include the inserting column 311 and card slot (not indicating) set on purification body peripheral edge, and And clamping structure further includes the slot 33a being set on outline border 33, the first buckle 331 and retention bead 332, inserting column 311 and card slot The two opposite sides of purification ontology are divided into, slot 33a corresponds to the setting of inserting column 311, is adapted to grafting, the first card with for inserting column 311 The corresponding card slots setting of button 331, to be caught in card slot, retention bead 332 is then arranged in the side where the first buckle 331, and with it is net The edge for changing ontology abuts.By way of it will purify ontology and outline border 33 and be clamped, the taking-up of purification ontology can be convenient for, in favor of Purification ontology is replaced or repaired.

In the present embodiment, it is equipped with mounting rack in the air inlet of air processor, cleaning module 30 is mounted on mounting rack On, it is equipped with grid component 21 in the air intake surface of mounting rack, forms accommodation groove between grid component 21 and the air intake surface of mounting rack 20a, accommodation groove 20a are located at the air side of grid component 21, and cleaning module 30 is installed on accommodation groove 20a, so that air is purified Module 30 passes through mounting rack.Generally, accommodation groove 20a has outlet air inwardly open, in favor of air flowing, and purifies mould Block 30 can be installed in accommodation groove 20a from the outlet air opening.Grid component 21 is arranged towards outlet air opening, and grid component 21 A wherein cell wall of accommodation groove 20a is constituted, such as third cell wall, cleaning module 30 are contacted with grid component 21, grid component 21 Cleaning module 30 is limited, cleaning module 30 is avoided to drop out outwardly.

It should be noted that the mounting rack in the embodiment can be air inlet faceplate 10, accommodation groove 20a is formed in air inlet faceplate On 10；Alternatively, mounting rack includes air inlet bracket 20 and air inlet faceplate 10, accommodation groove 20a can be both formed on air inlet bracket 20, Also it may be formed on air inlet faceplate 10, it can also be by being collectively formed between air inlet bracket 20 and air inlet faceplate 10.Alternatively, mounting rack For to install cleaning module 30 the shelf that air inlet is arranged in, it is different from air inlet bracket and air inlet faceplate 10.? That is cleaning module 30 both may be mounted on air inlet bracket 20, also may be mounted on air inlet faceplate 10, it can also be simultaneously It is mounted on air inlet bracket 20 and air inlet faceplate 10, the component of a support can also be separately provided to supply it to be installed.

For the taking-up convenient for cleaning module 30, in one embodiment, accommodation groove 20a has a lateral openings 20c, purifies mould Block 30 is installed on accommodation groove 20a from lateral openings 20c.Lateral openings 20c is set to the air intake surface of mounting rack, that is to say, that laterally opens Mouth 20c can be emerging in outside air inlet bracket 20, be operated convenient for user to cleaning module 30.In the present embodiment, cleaning module 30 are detachably connected with mounting rack, and cleaning module 30 can slide in or out accommodation groove 20a from lateral openings 20c, thus Conducive to replacement or cleaning module 30.To be extracted out convenient for cleaning module 30, on cleaning module 30 and close to side outlet Position be equipped with handle 333, for user gripping.

Incorporated by reference to reference Fig. 3, Fig. 5, Fig. 7 to Fig. 9, further, accommodation groove 20a has the first side wall 20d, cleaning module 30 have the second sidewall 33c being arranged towards the first side wall 20d, and it is fixed that the first side wall 20d and second sidewall 33c one of them are equipped with Position column 411, another one, which is equipped with, is adapted to the locating slot 33b plugged together for positioning column 411.For example, the first side wall 20d is equipped with positioning column 411, second sidewall 33c, which are equipped with, is adapted to the locating slot 33b plugged together for positioning column 411；Alternatively, the first side wall 20d is equipped with positioning Slot 33b, second sidewall 33c are equipped with positioning column 411.Specifically when being installed, by the way that positioning column 411 is inserted into locating slot In 33b, the contraposition accuracy of cleaning module 30 can be improved, avoid 30 positional shift of cleaning module and can not accurately install.? Cleaning module 30 is installed in the embodiment of accommodation groove 20a from the outlet air opening of accommodation groove 20a inwardly, it can be first by cleaning module 30 tilt towards side, so that positioning column 411 is inserted into locating slot 33b, then again by the other side of cleaning module 30 towards external pressure, with It is caught in cleaning module 30 in accommodation groove 20a, the other side of cleaning module 30 can pass through buckle with the cell wall of accommodation groove 20a at this time It connects or by the connection of the other structures such as screw.Cleaning module 30 is being installed to appearance from the lateral openings 20c of accommodation groove 20a In the embodiment for setting slot 20a, accommodation groove 20a has a first side wall 20d towards lateral openings 20c, and cleaning module 30 has One deviates from the second sidewall 33c of lateral openings 20c, and positioning column 411 is located at the first side wall 20d, and locating slot 33b is located at second sidewall 33c.Then when being installed, cleaning module 30 is slid into accommodation groove 20a from lateral openings 20c, and in 30 quilt of cleaning module After pushing in place inwardly, positioning column 411 is inserted into locating slot 33b, and the first side wall 20d is abutted with second sidewall 33c, to limit Cleaning module 30 is excessively mobile inwardly.

For the grafting convenient for positioning column 411 and locating slot 33b, the notch of locating slot 33b can be in flared, i.e. locating slot The notch of 33b is in flaring setting outwardly, in favor of the insertion of positioning column 411；In addition, in the free end close to positioning column 411 On direction, the outer diameter of positioning column 411 can also be gradually reduced, to form guide part in the free end of positioning column 411.Cleaning module 30 Cyclic annular convex ribs are equipped with, cyclic annular convex ribs, which enclose, to be set to form a positioning groove 33b；Alternatively, locating slot 33b can also be in the side of cleaning module 30 The form of direct aperture is formed on wall.It among the above, include locating slot in the embodiment for purifying ontology and outline border 33 in cleaning module 33b setting is on purification ontology, such as electrodecontamination layer 31 or locating slot 33b is arranged on outline border 33.For convenient for positioning column The positioning grafting of 411 and locating slot 33b, optionally, locating slot 33b are non-circular slot, and positioning column 411 is non-circular column, for example, Locating slot 33b is square groove, vee gutter or elliptical slot etc., and positioning column 411 is square column, triangular column or ellipse Column etc..Since locating slot 33b is non-circular slot, positioning column 411 is non-circular column, so that positioning column 411 and locating slot 33b's inserts It connects direction and plug-in position uniquely determines, cleaning module 30 can be effectively prevent to deflect with respect to mounting rack.Certainly, at it In its embodiment, locating slot 33b is circular trough, and positioning column 411 is circular columns.

Deviate to prevent that cleaning module 30 is shaken from accommodation groove 20a, therefore the close lateral openings 20c of cleaning module 30 Side be detachably connected with mounting rack, for example, the side of the separate second sidewall 33c of cleaning module 30 be equipped with second card Button 337, the inside of mounting rack (such as air inlet bracket 20) and the position of close lateral openings 20c are equipped with clamping bump 22, when net After change module 30 is installed in place, the second buckle 337 is clamped with clamping bump 22.

In the present embodiment, cleaning module 30 can push and pull in accommodation groove 20a, i.e., cleaning module 30 is with respect to accommodation groove 20a slidably, and be guarantee cleaning module 30 push and pull it is smooth, while also guarantee cleaning module 30 push in place after, purify mould Block 30 can be clamped by the first cell wall of accommodation groove 20a and the second cell wall, therefore in some embodiments, incorporated by reference to reference Fig. 3, figure 7 and Figure 10, accommodation groove 20a have the first cell wall 20e being oppositely arranged and the second cell wall 20f, the first cell wall 20e and the second cell wall 20f extends along the opening direction of lateral openings 20c, and cleaning module 30 has the first cell wall 20e setting towards accommodation groove 20a First surface 33e and towards accommodation groove 20a the second cell wall 20f setting second surface 33f.First cell wall 20e and It is equipped with elastic spacing one 334 between one surface 33e, passes through elastic spacing one 334 between the first cell wall 20e and first surface 33e It abuts.For example, first surface 33e is equipped with elastic spacing one 334, elastic spacing one 334 and the first cell wall on first surface 33e 20e is abutted.During pushing and pulling cleaning module 30, elastic spacing one 334 is pushed by the first cell wall 20e, to guarantee to purify mould 30 activity of block is more smooth；And after elastic spacing one 334 is pushed in place inwardly, elastic spacing one 334 is tightly connected to One cell wall 20e, so that cleaning module 30 is clamped between the first cell wall 20e of accommodation groove 20a and the second cell wall 20f, thus Position-limiting action is played to cleaning module 30.Alternatively, elastic spacing one 334 can also be arranged in the first cell wall 20e of accommodation groove 20a. In the embodiment, to guarantee that the activity of cleaning module 30 is more smooth, cleaning module 30 can with accommodation groove 20a clearance fit, i.e., only The first surface 33e for changing module 30 can have gap between the first cell wall 20e of accommodation groove 20a, only pass through elastic spacing one 334 contact limit with the first cell wall 20e of accommodation groove 20a, to reduce 30 first surface 33e of cleaning module and accommodation groove Contact area between the first cell wall 20e of 20a, reduces frictional force between the two.

In further embodiments, it may also set up another elastic spacing one between the second cell wall 20f and second surface 33f 334, it is abutted between the second cell wall 20f and second surface 33f by another elastic spacing one 334.For example, cleaning module 30 Second surface 33f is equipped with elastic spacing one 334, elastic spacing one 334 and accommodation groove on the second surface 33f of cleaning module 30 The second cell wall 20f of 20a is abutted；Alternatively, elastic spacing one 334 is arranged in the second cell wall 20f of accommodation groove 20a.In other implementations In example, the first surface 33e of cleaning module 30 is equipped with elastic spacing one 334, the elasticity limit on 30 first surface 33e of cleaning module Position part 334 is abutted with the first cell wall 20e of accommodation groove 20a；Meanwhile the second surface 33f of cleaning module 30 is equipped with elastic spacing Part 334, the elastic spacing one 334 on the second surface 33f of cleaning module 30 are abutted with the second cell wall 20f of accommodation groove 20a.

Specifically, elastic spacing one 334 can be the types such as elastic arm, spring or spring and the combination for abutting block.One In a little embodiments, elastic spacing one 334 is elastic arm, and cleaning module 30 is equipped with relief hole 33d, and elastic spacing one 334 is set to In relief hole 33d, and one end of elastic spacing one 334 is connect with the peritreme of relief hole 33d, and the other end, which is equipped with, abuts protrusion 3341, relief hole 33d setting can be protruded outwardly by abutting protrusion 3341, can abut with the cell wall of accommodation groove 20a, and be abutted Protrusion 3341 can also be placed in relief hole 33d, to be detached from the abutting with the cell wall of accommodation groove 20a.By the way that relief hole 33d is arranged Form reduce elastic spacing one so that elastic spacing one 334 when being extruded, can be all contained in relief hole 33d Interference when 334 pairs of cleaning modules 30 slide.Certainly, relief hole 33d can not also be opened up on cleaning module 30, elastic arm is direct Protrusion is in the outside of cleaning module 30；In addition, the structure of elastic arm is also not limited to above structure, for example, elastic arm may include The linking arm vertically extended and the overarm arm extended transversely, linking arm one end are connect with cleaning module 30, overarm Arm is connected to the other end of linking arm, and overarm arm is abutted with the cell wall of accommodation groove 20a.

Incorporated by reference to reference Figure 11 and Figure 12, further, the first cell wall 20e and the second cell wall 20f of accommodation groove 20a is all provided with There is limiting slot 20b, the elastic spacing one 334 of 30 first surface 33e of cleaning module is connected to the first cell wall of accommodation groove 20a 20e's In limiting slot 20b, the elastic spacing one 334 of 30 second surface 33f of cleaning module is connected to the second cell wall of accommodation groove 20a 20f's In limiting slot 20b.By the way that limiting slot 20b, then after cleaning module 30 is pushed in place inwardly, 334 court of elastic spacing one is arranged Outer recovery flexible deformation and protrude into limiting slot 20b, and abut with the cell wall of limiting slot 20b, realized up and down to cleaning module 30 While the limit in direction, moreover it is possible to play certain position-limiting action on the direction lateral openings 20c, avoid cleaning module 30 by Limiting slot 20b is skidded off in air conditioner shaking, and it is excessively mobile inwardly also to can avoid cleaning module 30.For convenient for elastic spacing one 334 slide in or out limiting slot 20b, and the notch of limiting slot 20b is arranged in flaring, and specifically, limiting slot 20b has along appearance Spaced two guide surface in the direction lateral openings 20c of slot 20a is set, two guide surfaces are in the direction close to limiting slot 20b notch On gradually extend towards the direction that is located remotely from each other, guide surface obliquely be arranged or arc-shaped is arranged, to elastic spacing one 334 Slide in or out and play guiding role.

In some embodiments, it is mutually abutted between first surface 33e and the first cell wall 20e in portion and in part Position is spaced apart from each other setting；And/or it is mutually abutted between second surface 33f and the second cell wall 20f in portion and in part Position is spaced apart from each other setting.Optionally, close to the lateral openings 20c between first surface 33e and the first cell wall 20e Position and mutually abutted far from the position of the lateral openings 20c, the second surface 33f and second cell wall It is mutually abutted between 20f in the position close to the lateral openings 20c and the position far from the lateral openings 20c, such as This is equivalent to cleaning module 30 and is preferably pressed from both sides in the position close to lateral openings 20c and the position far from lateral openings 20c It holds, so as to more preferably limit the movement of cleaning module 30.Incorporated by reference to reference Figure 13 and Figure 14, specifically, in some embodiments In, the setting of the first cell wall 20e concave-convex surface, that is to say, that the first cell wall 20e is equipped with towards the first projecting inward lug boss 23, the One lug boss 23 is abutted with the first surface 33e of cleaning module 30, is limited with the first surface 33e to cleaning module 30, And the position of not set first lug boss 23 then can all or partially be set with the interval first surface 33e on the first cell wall 20e It sets.Similarly, the second cell wall 20f can also concave-convex surface setting, that is to say, that the second cell wall 20f is equipped with towards projecting inward second Lug boss 24, the second lug boss 24 are abutted with the second surface 33f of cleaning module 30, and not set on the second cell wall 20f The position of two lug bosses 24 then can all or part is arranged with the interval second surface 33f.It please recombine with reference to Fig. 3, in addition, In further embodiments, first surface 33e and second surface 33f can concave-convex surface setting, for example, first surface 33e is set Have the first protrusion (not indicating), the first protrusion is abutted with the first cell wall 20e, and second surface 33f is equipped with the second protrusion 335, the second protrusion 335 is abutted with the second cell wall 20f, can equally be reduced between cleaning module 30 and the cell wall of accommodation groove 20a Contact area, be convenient for 30 pull of cleaning module.Certainly, in other embodiments, the first lug boss 23, second can be set simultaneously Lug boss 24, the first protrusion and the second protrusion 335, the first protrusion are arranged in a staggered manner with the first lug boss 23, second Protrusion 335 is arranged in a staggered manner with the second lug boss 24.Since the first protrusion is abutted with the first cell wall 20e, the first lug boss 23 It is abutted with first surface 33e, being then equivalent between first surface 33e and the first cell wall 20e has at multiple abuttings, thus can be real Now preferably limit；Similarly, it is abutted due to the second protrusion 335 with the second cell wall 20f, the second lug boss 24 and second surface 33f is abutted, then is had at multiple abuttings between second surface 33f and the second cell wall 20f, thus can realize better limit.

Among the above, the first cell wall 20e and the second cell wall 20f is preferably intervally arranged along the vertical direction, then the first cell wall 20e is the upper cell wall of accommodation groove 20a, and the second cell wall 20f is the lower cell wall of accommodation groove 20a, and first surface 33e is cleaning module 30 Upper surface, second surface 33f be cleaning module 30 lower end surface.Certainly, the first cell wall 20e and the second cell wall 20f can also edges Left and right directions is intervally arranged.In this embodiment, the first lug boss 23 and the second lug boss 24 are set far from lateral openings 20c It sets；First protrusion and the second protrusion 335 are close to lateral openings 20c setting, are so equivalent to the close of cleaning module 30 The position of lateral openings 20c and position far from lateral openings 20c are supported by the upper cell wall of accommodation groove 20a and lower cell wall It connects, i.e., is abutted up and down in the side in accommodation groove 20a, and also abutted up and down in the side outside accommodation groove 20a, Therefore better limit can be realized to cleaning module 30, prevent cleaning module 30 from teetertottering；And the medium position of cleaning module 30 It is then spaced with accommodation groove 20a, thus gap can be provided for the pull of cleaning module 30, reduces contact area.In addition, By the way that the first protrusion and the second protrusion 335 to be provided close to the position of lateral openings 20c, therefore it is installed in cleaning module 30 Behind position, cleaning module 30 in the position close to lateral openings 20c is abutted by two cell wall clampings up and down of accommodation groove 20a, Thus cleaning module 30 can more preferably be prevented to be drawn out, and lateral openings 20c can also be blocked, can avoid external foreign matter from lateral Opening 20c enters the gap between cleaning module 30 and accommodation groove 20a.

Incorporated by reference to reference Figure 15 and Figure 16, for the benefit of cleaning module 30 is pushed into accommodation groove 20a, the first lug boss 23 it is convex Height is played to be gradually increased on the direction far from lateral openings 20c；The height of projection of second lug boss 24 is far from lateral openings It is gradually increased on the direction of 20c.It is so equivalent to and forms a guiding tiltedly towards the side of lateral openings 20c in the first lug boss 23 Face also forms a guiding surface towards the side of lateral openings 20c in the second lug boss 24, therefore is conducive to cleaning module 30 along leading It is slid into accommodation groove 20a to inclined-plane, and cleaning module 30 is gradually clamped up and down, is conducive to realize better clamping effect.Separately Outside, also multiple first lug bosses 23 can be set in the first cell wall 20e, may also set up multiple second lug bosses in the second cell wall 20f 24。

In the present embodiment, cleaning module 30 is clamped between the first cell wall 20e of accommodation groove 20a and the second cell wall 20f, leads to It crosses portion mutually abuts between the first surface 33e of cleaning module 30 and the first cell wall 20e and portion is mutual Every can so reduce the contact area of the first surface 33e and the first cell wall 20e of cleaning module 30, reduce rubbing between the two Power is wiped, the taking-up of cleaning module 30 is conducive to.Similarly, by by the second surface 33f of cleaning module 30 and the second cell wall 20f it Between portion mutually abut and portion is spaced apart from each other, therefore the second surface 33f and the second slot of cleaning module 30 can be reduced The contact area of wall 20f reduces frictional force between the two, is conducive to the taking-up of cleaning module 30.By cleaning module 30 from side It is slidably mounted in the embodiment in accommodation groove 20a to opening 20c, due to reducing between cleaning module 30 and accommodation groove 20a Contact area so that the push-and-pull of cleaning module 30 is more smooth.

When being provided with elastic spacing one 334, the elastic spacing one 334 of 30 first surface 33e of cleaning module is arranged net Change at 30 first protrusion of module, the elastic spacing one 334 of 30 lower end surface of cleaning module is arranged at the second protrusion 335, such as This can guarantee that elastic spacing one 334 is abutted with limiting slot 20b.

To prevent cleaning module 30, movement is dropped out inwardly, and the first cell wall 20e and the second cell wall 20f of accommodation groove 20a is all provided with Have a limit convex edge 25, limit convex along 25 close to accommodation groove 20a outlet air opening setting inwardly, and limit convex along 25 along laterally opening The opening direction of mouth 20c extends, that is, limit convex forms a gear edge in outlet air open-mouth along 25, cleaning module 30, which is located at, to be limited Between position convex edge 25 and grid component 21, to avoid cleaning module 30 from toppling over inwardly, and limit convex is mutually suitable along 25 setting In making limit convex form guide groove between 25 and grid component 21, guiding is played so as to the push-and-pull to cleaning module 30 and is made With.

Limit convex along 25 far from accommodation groove 20a lateral openings 20c direction on, it is gradually close towards grid component 21, That is, limit convex is larger along the distance between 25 and grid component 21 in the position close to lateral openings 20c, thus it is advantageous Limit convex is protruded between 25 and grid component 21 in cleaning module 30, guarantees smoothness when cleaning module 30 protrudes into initial； In the position far from lateral openings 20c, limit convex is smaller along the distance between 25 and grid component 21, and what is formed between the two leads Gradually collapsed to slot, to play better guiding role to cleaning module 30 so that cleaning module 30 gradually with grid component 21 and limit convex along 25 contact abut, achieve the purpose that limit cleaning module 30 shake.

Optionally, limit convex is along the 25 lateral openings 20c settings far from accommodation groove 20a, that is to say, that laterally opens close The not set limit convex in position of mouth 20c protrudes into accommodation groove 20a along 25, so as to be conducive to cleaning module 30, eliminates limit convex edge The obstruction of 25 pairs of cleaning modules 30；And in the position setting limit convex far from lateral openings 20c along 25, it can be gradually to cleaning module 30 play guiding role, and 30 position of cleaning module is avoided to shift.

In the embodiment that cleaning module 30 is electrodecontamination module 30, electrodecontamination module 30 needs to connect conduction, some In embodiment, electrodecontamination module 30 can be connected just with power supply by conducting wire before the mounting, then again push away electrodecontamination module 30 Enter accommodation groove 20a.Incorporated by reference to reference Fig. 5 and Figure 17, and in the present embodiment, accommodation groove 20a has a lateral openings 20c and face It is equipped with the first conduct piece 412 to the first side wall 20d of lateral openings 20c, the first side wall 20d, cleaning module 30 has a back Second sidewall 33c from lateral openings 20c, second sidewall 33c are equipped with the second conduct piece 336, cleaning module 30 and accommodation groove After 20a is installed in place, the second conduct piece 336 contacts conducting with the first conduct piece 412.

Since cleaning module 30 is that push-and-pull is mounted in accommodation groove 20a, if by outer between cleaning module 30 and power supply The conducting wire of dew connects, and the conducting wire is at random in accommodation groove 20a, during cleaning module 30 pushes inwardly, cleaning module 30 Conducting wire will necessarily be squeezed or be pullled, be easy to cause that conducting wire connect unreliable with cleaning module 30 or to lead to conducting wire breakage etc. existing As, and in the utility model in such a way that the first conduct piece 412 and the contact conducting of the second conduct piece 336 are set, due to being not required to Exposed conducting wire is set on cleaning module 30 to connect to power supply, therefore can avoid the generation of phenomenon.Further, since first leads Electric part 412 be arranged on the first side wall 20d of accommodation groove 20a, therefore cleaning module 30 push and pull during, cleaning module 30 The first conduct piece 412 will not be squeezed, therefore the first conduct piece 412 phenomenon damaged by friction can be reduced；Similarly, since second leads Electric part 336 is arranged on the second sidewall 33c of cleaning module 30, therefore during cleaning module 30 pushes and pulls, the slot of accommodation groove 20a Wall will not squeeze the second conduct piece 336, therefore can reduce the second conduct piece 336 phenomenon damaged by friction.Only in purification mould After block 30 pushes in place inwardly, the first conduct piece 412 and the second conduct piece 336 can just contact conducting, therefore security performance can be improved.

Specifically, the first side wall 20d is equipped with conductive trough 41a, the first conduct piece 412 is set to conductive trough 41a, and second leads Electric part 336 is conductive column, conductive column and conductive trough 41a grafting, and conductive column is contacted with the first conduct piece 412.This uses grafting The mode of cooperation can arrive and play certain guiding role, guarantee that the first conduct piece 412 can accurately be contacted with the second conduct piece 336. First conduct piece 412 includes two electroconductive elastic sheets, and two electroconductive elastic sheets are opposite and interval setting, two electroconductive elastic sheets extend outwardly, and Two electroconductive elastic sheets are less than the distance between inner end in the distance between its outer end, so that two electroconductive elastic sheets are close The position of outer end forms a necking, and conductive column is inserted between two electroconductive elastic sheets, and can be clamped at the necking of two electroconductive elastic sheets. During conductive column is inserted into conductive trough 41a, conductive column is inserted between two electroconductive elastic sheets, quilt at the necking of two electroconductive elastic sheets It struts, so that conductive column can be smoothly inserted into, after conductive column grafting in place, two electroconductive elastic sheets hold conductive column, and two conductive bullets tightly The necking of piece is in conductive column contact conducting.In addition, the first conduct piece 412 can also be a conductive sheet, and positioned at conductive trough 41a's Lower cell wall, conductive column and conductive sheet support connection.In addition the position of conductive column and conductive trough 41a are also interchangeable.In the embodiment, Conductive column and conductive trough 41a also may make up one group of location structure, i.e. conductive column constitutes positioning column, and conductive trough 41a constitutes locating slot.

For the benefit of conductive column be inserted into two electroconductive elastic sheets between, in the present embodiment, the outer end of two electroconductive elastic sheets from necking by Gradually extend towards the direction being located remotely from each other, so that two electroconductive elastic sheets form guiding flaring in outer end.Due in two electroconductive elastic sheets Outer end forms a guiding flaring, and the distance between outer end of two electroconductive elastic sheets is larger, therefore conductive column can be more preferably along conductive bullet The flaring of piece is inserted between two electroconductive elastic sheets, to substantially reduce a possibility that conductive column grafting deviates.In addition, due to It is provided with positioning column 411 on the first side wall 20d, is provided with locating slot 33b, positioning column 411 and locating slot in second sidewall 33c 33b is mating can equally to play positioning action to cleaning module 30, guarantee conductive column and the accurate grafting of conductive trough 41a.

It please recombine with reference to Fig. 8 and Fig. 9, further, air processor further includes chute 41, in chute 41 Equipped with high voltage package conducting wire, high voltage package conducting wire is electrically connected with cleaning module 30, and chute 41 is mounted on grid component 21, chute 41 constitute the first side wall 20d.In the present embodiment, chute 41 is set on the perpendicular grille strip 211, and along the perpendicular grille strip 211 length direction extends.Chute 41 is arranged in the side of accommodation groove 20a, i.e. the side that is located at cleaning module 30 of chute 41 Face is so electrically connected convenient for cleaning module 30 with the high voltage package conducting wire in chute 41.Specifically, the first conduct piece 412 is It is arranged on chute 41, high voltage package conducting wire is electrically connected with the first conduct piece 412, and cleaning module 30 passes through the first conduct piece 412 and connect with high voltage package conducting wire.Further, the settable high voltage package ontology 42 in chute 41, high voltage package ontology 42 Output end connects high voltage package conducting wire, to export high-voltage electricity for cleaning module 30, so that cleaning module 30 is charged and adsorbed in air Charged particle.In addition, positioning column 411 is also to be arranged on chute 41, positioning column 411 can be with 41 integrated injection molding of chute Molding, so as to simplify installation.

Chute 41 vertically extends and substantially in long strip, and cabling channel is equipped in it and is walked for high voltage package conducting wire Line.Chute 41 and air inlet bracket 20 are detachably connected, for example, chute 41 passes through the installation of the structures such as screw or buckle On air inlet bracket 20.In some embodiments, a mounting groove can be set on air inlet bracket 20, chute 41 is located at mounting groove It is interior, so that can avoid the protrusion of chute 41 influences air inlet on air inlet bracket 20.In addition, the first side wall 20d can also be by pacifying It shelves itself to be formed, and chute 41 may also be arranged on the top or lower section of accommodation groove 20a, chute 41 may also be arranged on On air inlet faceplate 10 or on other components of air conditioner.

Multiple accommodation groove 20a are formed between grid component 21 and mounting rack, and a purification mould is equipped in each accommodation groove 20a Block 30.Multiple accommodation groove 20a are specifically intervally arranged along the vertical direction or multiple accommodation groove 20a are specifically spaced in left-right direction Arrangement, or multiple groups accommodation groove 20a is equipped on mounting rack, multiple groups accommodation groove 20a is intervally arranged in left-right direction, each group of appearance Setting slot 20a includes multiple accommodation groove 20a spaced along the vertical direction.By the way that multiple accommodation groove 20a are arranged, reduce every The area of one accommodation groove 20a is conducive to cleaning module so that the area of each individual cleaning module 30 is smalllyer settable 30 flexible installation.

When multiple accommodation groove 20a are arranged, correspondingly, chute 41 is equipped with multiple first conduct pieces 412, and multiple First conduct piece 412 is electrically connected with high voltage package ontology 42 by high voltage package conducting wire, and each conduct piece is correspondingly connected with a purification mould Block 30.By way of a high voltage package ontology 42 is set and is electrically connected multiple cleaning modules 30, high voltage package ontology 42 can be reduced Setting is conducive to save cost, and can reach and simplify integrally-built effect.For example, the settable two groups of accommodation groove 20a of mounting rack, One group of accommodation groove 20a is respectively set in left and right sides, each group of accommodation groove 20a is intervally arranged in left-right direction, each group of accommodation groove 20a includes multiple accommodation groove 20a spaced along the vertical direction, and chute 41 is located between two groups of accommodation groove 20a, then walks The left and right sides of coil holder 41 is respectively provided with the first conduct piece 412.

Grid component 21 includes the more lined grizzly bars 212 extended transversely and at least one vertically extending perpendicular grille strip 211, the part lined grizzly bar 212 is protruded above compared to other lined grizzly bars 212 in the air side of the grid component Setting, and a wherein lined grizzly bar 212 for protrusion setting constitutes the first cell wall 20e, which is arranged another described Lined grizzly bar 212 constitutes the second cell wall 20f.It certainly, in other embodiments, can also the projection on the outlet air surface of grid component 21 Some convex blocks form the first cell wall 20e and the second cell wall 20f.

One perpendicular grille strip 211 is arranged close to the middle part of lined grizzly bar 212, perpendicular grille strip 211 the going out in grid component 21 Wind face protrudes above setting, air inlet is divided into two air inlet regions, two air inlet regions are divided into the two of the perpendicular grille strip 211 Opposite side.And since this erects grille strip 211 be protrusion setting, therefore it is capable of forming bit-stopping structure, slides into and hold in cleaning module 30 When setting slot 20a, the perpendicular grille strip 211 that cleaning module 30 is arranged with the protrusion is supported, and is excessively slid into limit cleaning module 30 Accommodation groove 20a.In addition, a raised line can also additionally be arranged on the outlet air surface of grid component 21 to limit cleaning module 30 Position.The perpendicular grille strip 211 of protrusion setting also may make up the first side wall 20d of accommodation groove 20a, to limit cleaning module 30 It supports position.

The above is only the preferred embodiments of the utility model, and therefore it does not limit the scope of the patent of the utility model, all Under the inventive concept of the utility model, equivalent structure transformation made based on the specification and figures of the utility model, or Directly/be used in other related technical areas indirectly and be included in the scope of patent protection of the utility model.

Claims (10)

1. a kind of air processor, which is characterized in that the air processor has an air inlet, and the air-treatment Device includes:

Mounting rack is set to the air inlet；

Grid component forms accommodation groove on the air intake surface of the mounting rack, and between the air intake surface of the mounting rack, institute Stating accommodation groove has the first cell wall and the second cell wall being oppositely arranged；

Cleaning module is installed on the accommodation groove, so that air passes through the mounting rack, the purification mould through the cleaning module Second surface of the block with the first surface being arranged towards first cell wall and towards second cell wall setting；

It is mutually abutted between the first surface and first cell wall in portion and is spaced apart from each other setting in portion； And/or it mutually abuts and is spaced apart from each other in portion in portion between the second surface and second cell wall and set It sets.

2. air processor as described in claim 1, which is characterized in that the accommodation groove has a lateral openings, described Cleaning module is installed on the accommodation groove from the lateral openings, and first cell wall and second cell wall are along described lateral The opening direction of opening extends.

3. air processor as claimed in claim 2, which is characterized in that between the first surface and first cell wall It is mutually abutted in the position close to the lateral openings and the position far from the lateral openings, the second surface and institute It states and is mutually abutted between the second cell wall in the position close to the lateral openings and the position far from the lateral openings.

4. air processor as claimed in claim 2, which is characterized in that first cell wall is equipped with the first lug boss, institute The first lug boss is stated to abut with the first surface；Second cell wall is equipped with the second lug boss, second lug boss and institute State second surface abutting.

5. air processor as claimed in claim 4, which is characterized in that the first surface is equipped with the first protrusion, institute It states the first protrusion to abut with first cell wall, and is arranged in a staggered manner with first lug boss；The second surface is equipped with the Two protrusions, second protrusion are abutted with second cell wall, and are arranged in a staggered manner with second lug boss；Described first Lug boss and second lug boss are arranged far from the lateral openings, and first protrusion and second protrusion are equal It is arranged close to the lateral openings.

6. air processor as claimed in claim 4, which is characterized in that the height of projection of first lug boss is separate It is gradually increased on the direction of the lateral openings；The height of projection of second lug boss is in the direction far from the lateral openings On be gradually increased.

7. the air processor as described in claim 2-6 any one, which is characterized in that first cell wall and described Limit convex edge is equipped on two cell walls, the limit convex extends along the opening direction along the lateral openings, the cleaning module Between the limit convex edge and the grid component.

8. air processor as claimed in claim 7, which is characterized in that the limit convex is along far from the lateral openings Direction on, it is gradually close towards the grid component.

9. air processor as claimed in claim 7, which is characterized in that the limit convex described is laterally opened along being located remotely from The position of mouth.

10. air processor as described in claim 1, which is characterized in that the grid component includes more and transversely prolongs The vertically extending perpendicular grille strip of the lined grizzly bar and at least one stretched, the part lined grizzly bar is compared to other lined grid Item protrudes above setting in the air side of the grid component, and a wherein lined grizzly bar for protrusion setting constitutes described the Another lined grizzly bar of one cell wall, protrusion setting constitutes second cell wall.