CN205279257U - Dust removal module and wall -hanging type air conditioner - Google Patents

Abstract

The utility model discloses a dust removal module and a wall -hanging type air conditioner. Wherein, dust removal module includes round brush and dust -collecting box. The round brush be used for with wall -hanging type air conditioner's filter screen rolling contact with the cleanness the filter screen. The dust -collecting box includes the top surface, the top surface is formed with ji chenkou, the rotatable setting of round brush is in ji chenkou. The utility model discloses among embodiment's the dust removal module, the plug cleanness of round brush on with the filter screen back of getting off, the plug is in ji chenkou gets into the dust -collecting box. Consequently, the dust -collecting box can be collected the plugs such as dust on the filter screen, avoids the plug to move other of wall -hanging type air conditioner and local and influence wall -hanging type air conditioner's normal operating.

Description

Dedusting module and hanging air conditioner

Technical field

The utility model relates to household appliance technical field, particularly relates to a kind of dedusting module and hanging air conditioner.

Background technology

The dedusting module of hanging air conditioner include filter screen with filter net device rotate contact roll brush, for removing the tampers such as the dust of filtering net, it may also be useful in process, roll brush and usually it is stained with the tampers such as dust, as removed not in time, then can affect the cleaning effect rolling brush.

Practical novel content

The utility model is intended to one of technical problem at least solving existence in prior art. For this reason, the utility model provides a kind of dedusting module and a kind of hanging air conditioner.

The dedusting module of the utility model enforcement mode comprises rolls brush and collection dirt box. Described rolling is brushed for contacting with the filter screen rolling of hanging air conditioner with cleaning described filtering net. Described collection dirt box comprises end face, and described end face is formed with dust collecting opening, described in roll brush be rotatably arranged on described dust collecting opening.

The utility model implement mode dedusting module in, roll brush clean by the tamper on filtering net after, tamper through dust collecting opening enter collection dirt box in. Therefore, the tamper such as the dust on filtering net can be collected by collection dirt box, avoids tamper to move to the elsewhere of hanging air conditioner and affect the normal operation of hanging air conditioner.

In some embodiments, described collection dirt box comprises the bottom surface opposing with described end face, the dust-exhausting port that described bottom surface is formed with described dust collecting opening is connected.

In some embodiments, described in roll brush and comprise roller bearing, described dedusting module comprises:

Near the roller motor that described roller bearing is arranged; And it is arranged at the roller bearing transmission assembly of described collection dirt box side;

The output wheel that described roller bearing transmission assembly comprises the wheel for inputting being arranged on described roller bearing one end and is arranged on the rotor of described roller motor and is connected with described wheel for inputting.

In some embodiments, described wheel for inputting is and described output wheel is gear, and described roller bearing transmission assembly comprises and the transition gear that described wheel for inputting and described output wheel engage.

In some embodiments, the central shaft of the central shaft of described wheel for inputting, described output wheel and the central shaft of described transition gear are in the same plane and parallel between two.

The hanging air conditioner that the utility model implements mode comprises above-mentioned dedusting module.

In some embodiments, described hanging air conditioner comprises housing, described housing comprises face frame, described frame is formed with blast inlet, described frame comprises the mount pad being arranged at described blast inlet along described hanging air conditioner length direction side, and described dedusting module is positioned at described housing and is installed on described mount pad.

In some embodiments, described frame comprises upper side, and described upper side is formed with accepting groove, and described blast inlet is formed at the bottom of described accepting groove, described mount pad is formed with the installation groove being connected with described accepting groove, and described installation groove is formed with installation notch in the bottom of described accepting groove;

Described filtering net is arranged in described accepting groove and covers described blast inlet and described installation groove, and described collection dirt box is arranged in described installation groove, and described dust collecting opening is connected with described accepting groove, described in roll to brush and contacted with described filtering net by described installation notch.

In some embodiments, described collection dirt box is outward extended with the first card article near the edge of described installation notch, described first card article is formed the first dedusting buckle structure, described installation notch place is formed with the 2nd dedusting buckle structure that described first dedusting buckle structure matches, and described dedusting module is coordinated with described 2nd dedusting buckle structure by described first dedusting buckle structure and is arranged on described mount pad.

In some embodiments, described first dedusting buckle structure is projection, and described 2nd dedusting buckle structure is groove.

Additional aspect of the present utility model and advantage will part provide in the following description, and part will become obvious from the following description, or be recognized by practice of the present utility model.

Accompanying drawing explanation

Above-mentioned and/or additional aspect of the present utility model and advantage from accompanying drawing below combining to the description of the mode of enforcement becoming obviously with it should be readily understood that wherein:

Fig. 1 is the three-dimensional assembling schematic diagram that the utility model implements the hanging air conditioner of mode.

Fig. 2 is the perspective exploded view that the utility model implements the hanging air conditioner of mode.

Fig. 3 is the schematic perspective view that the utility model implements the face frame of the hanging air conditioner of mode.

Fig. 4 is the enlarged diagram of the IV part of the face frame in Fig. 3.

Fig. 5 is the enlarged diagram of the III part of the hanging air conditioner in Fig. 2.

Fig. 6 is the view that the utility model implements the hanging air conditioner of mode.

Fig. 7 is the enlarged diagram of the V part of the hanging air conditioner in Fig. 6.

Fig. 8 is another view that the utility model implements the hanging air conditioner of mode

Fig. 9 is the enlarged diagram of the VII part of the hanging air conditioner in Fig. 8.

Figure 10 is the structure signal that the utility model implements the filter net device of the hanging air conditioner of mode.

Figure 11 is the decomposing schematic representation that the utility model implements the filter net device of the hanging air conditioner of mode.

Figure 12 is the exploded perspective view that the utility model implements that the first of the filter net device of the hanging air conditioner of mode rolls brush.

Figure 13 be the filter net device in Figure 10 IX-IX to diagrammatic cross-section.

Figure 14 is the enlarged diagram of the XI part of the filter net device in Figure 13.

Figure 15 is the grid component view that the utility model implements the filter net device of the hanging air conditioner of mode.

Figure 16 is the structural representation that the utility model implements the underframe of the filter net device of the hanging air conditioner of mode.

Figure 17 is the enlarged diagram of the XV part of the underframe in Figure 16.

Figure 18 is the structural representation that the utility model implements the filter screen bracket of the filter net device of the hanging air conditioner of mode.

Figure 19 is the enlarged diagram of the XVII part of the filter screen bracket in Figure 18.

Figure 20 is the structural representation that the utility model implements the air-inlet grille of the filter net device of the hanging air conditioner of mode.

Figure 21 is the enlarged diagram of the XIV part of the air-inlet grille in Figure 20.

Figure 22 is the first runner of hanging air conditioner and the assembling schematic diagram of driving wheel that the utility model implements mode.

Figure 23 be in Figure 22 XXI-XXI to diagrammatic cross-section.

Figure 24 is the first runner of hanging air conditioner and the schematic perspective view of driving wheel that the utility model implements mode.

Figure 25 is the schematic perspective view that the utility model implements the driving wheel of the hanging air conditioner of mode.

Figure 26 is the floor map that the utility model implements the hanging air conditioner of mode.

Figure 27 is the enlarged diagram of the part of the hanging air conditioner E in Figure 26.

Figure 28 is the view again that the utility model implements the hanging air conditioner of mode.

Figure 29 be the hanging air conditioner XXV in Figure 28 to schematic diagram.

Figure 30 be the hanging air conditioner A-A in Figure 29 to diagrammatic cross-section.

Figure 31 is the schematic perspective view that the utility model implements the dedusting module of the hanging air conditioner of mode.

Figure 32 is the schematic perspective view that the utility model implements the driving unit of the dedusting module of the hanging air conditioner of mode.

Figure 33 is the schematic perspective view rolling brush that the utility model implements the dedusting module of the hanging air conditioner of mode.

Figure 34 is the schematic perspective view that the utility model implements the clear ash part of the hanging air conditioner of mode.

Figure 35 is the schematic perspective view that the utility model implements the dedusting module of the hanging air conditioner of mode.

Figure 36 is the enlarged diagram of the dedusting module C portion in Figure 35.

Figure 37 is the assembling schematic perspective view that the utility model implements the refining plant of the hanging air conditioner of mode.

Figure 38 is the view that the utility model implements the refining plant of the hanging air conditioner of mode.

Figure 39 is another view that the utility model implements the refining plant of the hanging air conditioner of mode.

Figure 40 is the exploded perspective schematic diagram that the utility model implements the refining plant of the hanging air conditioner of mode.

Figure 41 is another exploded perspective schematic diagram that the utility model implements the refining plant of the hanging air conditioner of mode.

Figure 42 is the structural representation that the utility model implements the refining plant of the hanging air conditioner of mode.

Embodiment

Being described below in detail enforcement mode of the present utility model, the example of described enforcement mode is shown in the drawings, and wherein same or similar label represents same or similar element or has element that is identical or similar functions from start to finish. It is exemplary below by the enforcement mode being described with reference to the drawings, only for explaining the utility model, and can not be interpreted as restriction of the present utility model.

In description of the present utility model, it will be appreciated that, term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", D score, " front ", " afterwards ", " left side ", " right side ", " vertically ", " level ", " top ", " end ", " interior ", " outward ", " clockwise ", it is based on orientation shown in the drawings or position relation that the orientation of the instruction such as " counterclockwise " or position are closed, it is only the utility model and simplified characterization for convenience of description, instead of indicate or imply that the device referred to or element must have specific orientation, with specific orientation structure and operation, therefore can not be interpreted as restriction of the present utility model. in addition, term " first ", " the 2nd " are only for describing object, and can not be interpreted as instruction or hint relative importance or imply the quantity indicating indicated technology feature. thus, be limited with " first ", the feature of " the 2nd " can express or implicit comprise one or more described features. in description of the present utility model, the implication of " multiple " is two or more, unless otherwise expressly limited specifically.

In description of the present utility model, it is necessary to explanation, unless otherwise clearly defined and limited, term " installation ", " being connected ", " connection " should be interpreted broadly, such as, it is possible to be fixedly connected with, it is also possible to be removably connect, or connect integratedly; Can be mechanically connected, it is also possible to be electrical connection or can communication mutually; Can be directly be connected, it is also possible to be indirectly connected by intermediary, it is possible to be the connection of two element internals or the interaction relationship of two elements. For the ordinary skill in the art, it is possible to understand the concrete implication of above-mentioned term in the utility model according to particular case.

In the utility model, unless otherwise clearly defined and limited, fisrt feature second feature it " on " or D score can comprise the first and second features and directly contact, it is also possible to comprise the first and second features be not directly contact but by the other characterisation contact between them. And, fisrt feature second feature " on ", " top " and " above " comprise fisrt feature directly over second feature and oblique upper, or only represent that fisrt feature level height is higher than second feature. Fisrt feature second feature " under ", " lower section " and " below " comprise fisrt feature directly over second feature and oblique upper, or only represent that fisrt feature level height is less than second feature.

Disclosing hereafter provides many different enforcement modes or example is used for realizing different structure of the present utility model. Of the present utility model open in order to simplify, hereinafter parts and setting to specific examples are described. Certainly, they are only example, and object is not restriction the utility model. In addition, the utility model can in different example repeat reference numerals and/or with reference to letter, this kind repeats to be to simplify and clearly object, itself do not indicate the relation between discussed various enforcement mode and/or setting. In addition, various specific technique that the utility model provides and the example of material, but those of ordinary skill in the art can recognize the application of other techniques and/or the use of other materials.

Referring to Fig. 1, Fig. 2 and Fig. 9, the hanging air conditioner 100 that the utility model implements mode comprises housing 10, filter net device 20 and refining plant 30. Hanging air conditioner 100 is in long stereo structure, and that is, the length of hanging air conditioner 100 is all higher than its height and thickness.

Seeing also Fig. 3-Fig. 9, housing 10 is formed with room, the chamber 10a passing through flow fan (not shown) and interchanger (not shown) for accommodating hanging air conditioner 100. Housing 10 comprises chassis 11, face frame 13, panel 15 and end cap 17. Face frame 13 is located on chassis 11. The upper side 13a of face frame 13 is formed with accepting groove 13b, and the bottom of accepting groove 13b is formed with blast inlet 131. Blast inlet 131, for being imported in hanging air conditioner 100 by the air outside hanging air conditioner 100, is discharged to indoor with after the interchanger (not shown) heat exchange in hanging air conditioner 100, thus plays the effect that room temp regulates.

Face frame 13 comprises the first snap-in structure 1331 and mount pad 135. First snap-in structure 1331 is formed on blast inlet 131 inner side-wall 133. First snap-in structure 1331 is face frame card groove 1331. It should be noted that, face frame card groove 1331 can be through hole, it is possible to think the depression structures such as blind hole.

Blast inlet 131 is substantially rectangular, and its length direction extends along the length direction of hanging air conditioner 100. Face frame card groove 1331 is positioned at the part 1333 that inner side-wall 133 is perpendicular to blast inlet 131 length direction. Inner side-wall 133 is perpendicular to blast inlet 131 length direction and the part 1335 away from face frame card groove 1331 forms pilot hole 1337.

Mount pad 135 is arranged at the side of blast inlet 131 along hanging air conditioner 100 length direction. Mount pad 135 is formed with the installation groove 1351 being connected with accepting groove 13b, installs groove 1351 and is formed with installation notch 1351a in the bottom of accepting groove 13b.

Panel 15 is arranged on hanging air conditioner 100 front, and end cap 17 is arranged on the left and right sides of hanging air conditioner 100, and panel 15 and end cap 17 all cover face frame 13.

Filter net device 20 is arranged in accepting groove 13b and covers installs notch 1351a.

Seeing also Figure 10-Figure 15, filter net device 20 comprises first and rolls brush 21, filtering net 22, grid component 23 and driving wheel 24.

First rolls brush 21 comprises the first roller bearing 211, first hairbrush 212 and the first runner 213. First roller bearing 211 is tubular shaft, and the internal surface 211a of the first roller bearing 211 has extended internally key bar 2111, and the length direction of key bar 2111 extends along the length direction of the central shaft of the first roller bearing 211.

First hairbrush 212 is wound on the first roller bearing 211. First hairbrush 212 comprises the bristle in the face of being disposed thereon.

First runner 213 is arranged at the two ends of the first roller bearing 211. Goodly, the first runner 213 is gear. First runner 213 has outwards extended to form installation shaft 2131 from end face. Being formed with keyway 2131a in installation shaft 2131, installation shaft 2131 is coordinated with keyway 2131a by key bar 2111 and is located in the first roller bearing 211.

Filtering net 22 stretching and winding is rolled on brush 21 first, and that is, filtering net 22 rolls brush 21 with first and contacts, and so, the dust on filtering net 212 can be brushed to fall or brush from filtering net 212 and loosen by the bristle on the first hairbrush 212.

Filtering net 22 comprises travelling belt 221 and filter screen 222. Travelling belt 221 stretching and winding is on the first runner 213, and travelling belt 221 is the tooth bar coordinated with the first runner 213. Filter screen 222 is arranged on travelling belt 221. Filter screen 222 can fix on travelling belt 221 by hot blow, so, can prevent filter screen 222 from coming off from travelling belt 221 in the process of movement.

The distance of filter screen 222 and the first roller bearing 211 is less than the thickness of the first hairbrush 212, and in other words, filter screen 222 and the first hairbrush 212 keep in touch.

Grid component 23 coordinates with blast inlet 131. Incorporated by reference to Fig. 5, the outer side wall 231 of grid component 23 is provided with the 2nd snap-in structure matched with above-mentioned first snap-in structure, and the 2nd snap-in structure is that grid card hooks 2311. Air-inlet grille 236 is coordinated with the 2nd snap-in structure by the first snap-in structure and is removable installed on face frame 13 and covers blast inlet 131.

Grid component 23 is substantially rectangular, and grid card hooks 2311 and is positioned at the part that outer side wall 231 is perpendicular to grid component 23 length direction.

The outer side wall 231 of grid component 23 is perpendicular to grid component 23 length direction and the part away from grid card hook 2311 is provided with the locating dowel 2361 matched with pilot hole 1337, and grid component 23 is located to coordinate by pilot hole 1337 and locating dowel 2361 and is installed on face frame 13.

The part that the outer side wall 231 of grid component 23 is perpendicular to grid component 23 length direction is formed with grid card hook groove 2312, grid card hooks the 2311 card buckle portion 2311b comprising installation portion 2311a and being connected with installation portion 2311a, installation portion 2311a is arranged at grid card and hooks in groove 2312, and card buckle portion 2311b exposes grid card and hooks groove 2312.

Card buckle portion 2311b comprises the first guiding face 2311c and extends the 2nd guiding face 2311d intersecting and arranging with the first guiding face 2311c, first guiding face 2311c blocks the direction into face frame card groove 1331 along grid card hook 2311 and tilts upward extension, and the 2nd guiding face 2311d blocks the direction into face frame card groove 1331 along grid card hook 2311 and is tilted to lower extension.

When installing grid component 23, first locating dowel 2361 is inserted in pilot hole 1337, make the inner side-wall 133 of the outer side wall 231 of grid component 23 and face frame 13 to connecing, then grid component 23 is down pressed, make grid card hook 2311 to be engaged in face frame card groove 1331, thus grid component 23 is installed on face frame 13.

When removable grill assembly 23, up pull grid component 23, thus make grid card hook 2311 and depart from face frame card groove 1331, then by locating dowel 2361 from pull-out in pilot hole 1337, grid component 23 can be taken off from face frame 13.

The outer side wall 231 of grid component 23 is formed with socket 2364, and filtering net 22 is plugged in grid component 23 by socket 2364. User, when cleaning or change filtering net 22, can be loaded fast by socket 2364 and take out in grid component 23 or in grid component 23.

Be formed in grid component 23 roll brush resettlement section 232, the first roll brush 21 rotate be arranged at roll brush resettlement section 232 in. Also being formed in grid component 23 and roll the filter screen track 233 brushed resettlement section 232 and be connected and roll the tangent line direction extension of brush 21 along first, filter screen track 233 is guided filter screen 222 when filter screen 222 rolls reel on brush 21 first and is moved. The height of filter screen track 233 is greater than the thickness of filter screen 222, so, is convenient to filter screen 222 mobile in filter screen track 233.

Referring to Figure 11 and Figure 13-Figure 21, grid component 23 comprises underframe 234, filter screen bracket 235 and air-inlet grille 236.

Underframe 234 is substantially rectangular, and one end of underframe 234 length direction is formed rolls brush holder 2341, and first rolls brush 21 is arranged on and rolls on brush holder 2341, and the first rotating shaft rolling brush 21 is basically perpendicular to the length direction of underframe 234. That is, first rolls brush 21 is arranged on and rolls after on brush holder 2341, and first to roll the width of the rotating shaft of brush 21 and underframe 234 substantially parallel.

Underframe 234 comprises grille bottom 2342, lower wall 2343 and the first buckle structure 2343b being formed on lower wall 2343 internal surface 2343a and the 3rd buckle structure 2343c. The substantially rectangular sheet of grille bottom 2342. Lower wall 2343 upwards extends from the edge of grille bottom 2342.

Lower wall 2343 part corresponding with rolling brush holder 2341 is formed with pivoted hole 2344, and the central shaft of pivoted hole 2344 is basically perpendicular to the length direction of underframe 234, and first rolls brush 21 rotates to be arranged on by pivot joint and roll on brush holder 2341.

Filter screen bracket 235 is arranged in underframe 234 and is positioned at and rolls brush holder 2341 side. Lower railway 2332 it is formed with between underframe 234 and filter screen bracket 235.

Filter screen bracket 235 is formed with the 2nd buckle structure 2351, and filter screen bracket 235 is equipped with on underframe 234 by the first buckle structure 2343b and the 2nd buckle structure 2351.

Air-inlet grille 236 is arranged on underframe 234 and covers filter screen bracket 235. Air-inlet grille 236 covering is rolled brush holder 2341 formation and is rolled brush resettlement section 232, is formed and gets on the right track 2331 between air-inlet grille 236 and filter screen bracket 235, and filter screen track 233 comprises get on the right track 2331 and lower railway 2332.

The outer lower wall 2363 of air-inlet grille 236 is formed with the 4th buckle structure 2365, and air-inlet grille 236 is equipped with on underframe 234 by the 3rd buckle structure 2343c and the 4th buckle structure 2365.

The upper grid 2362 that air-inlet grille 236 comprises substantially rectangular sheet and the upper side wall 2363 extended downwards from the edge of upper grid 2362. Upper side wall 2363 is vertical with the length of underframe 234 and is formed with socket 2364 away from the part rolling brush resettlement section 232, and socket 2,364 2331 is connected with getting on the right track, for inserting filtering net 22.

The length of filtering net 22 is greater than the length of grid component 23 and is less than the double length of air-inlet grille 236.

Driving wheel 24 is arranged at grid component 23 and outward and is coaxially fixedly connected with the first runner 213 by pivoted hole 2344, and driving wheel 24 drives first to roll brush 21 for being connected with drive unit and rotates.

Specifically, seeing also Figure 22-Figure 25, the first runner 213 is formed with runner card groove 2132 vertically, and runner card groove 2132 is formed with axial stop section 2132a and turns to stop section 2132b. First runner 213 is formed with switching groove 2133, and runner card groove 2132 is formed in switching groove 2133.

First runner 213 comprises and surrounds runner card groove 2132 and the 3rd opposing parallel screens face 2132c and the 4th screens face 2132d. First runner 213 comprises the inside and vertical first axially extended web plate 2134 of runner 213 of rotation access slot 2133 internal surface 2133a, and runner card groove 2132 is formed on web plate 2134.

Driving wheel 24 is extended with the runner card coordinated with runner card groove 2132 vertically and buckles 241, driving wheel 24 by runner card buckle 241 and the card of runner card groove 2132 buckle to coordinate and be coaxially connected with the first runner 213.

Runner card is buckled 241 and is included axial card buckle portion 2411 and turn to restrictions 2412. Axial card buckle portion 2411 coordinates the axial degree of freedom for limiting between driving wheel 24 and the first runner 213 with axial stop section 2132a. Stop section 2132b coordinates the circumferential degree of freedom for limiting between driving wheel 24 and the first runner 213 with turning to turn to restrictions 2412.

When install filter net device 20 first rolls brush 21 and driving wheel 24, first roll brush 21 to be installed to roll on brush holder 2341 by first, the axis of the first central shaft and pivoted hole 2344 rolling brush 21 is overlapped, then by pivoted hole 2344, driving wheel 24 is inserted in the first runner 213 from underframe 234, ensure that the first runner 213 and driving wheel 24 are fixed, make first roll brush 21 and driving wheel 24 can together with rotate.

Driving wheel 24 and runner card are buckled 241 and are formed in one structure. Driving wheel 24 self-rotation wheel card is buckled 241 and is extended radially outwardly and be formed with disassembling part 244, and disassembling part 244 runs through the opposing both ends of the surface of driving wheel 24.

When dismantling driving wheel 24, available instrument (such as pliers) stretches in disassembling part 244, then inwardly press runner card and buckle 241, make runner card buckle 241 deform inward and depart from runner card groove 2132, just driving wheel 24 can be disassembled from the first runner 213.

Axial card buckle portion 2411 comprises the first guide surface 2411a and extends the 2nd guide surface 2411b intersecting and arranging with the first guide surface 2411a, first guide surface 2411a buckles 241 along vertical runner card and blocks the direction into runner card groove 2132 and tilt upward extension, and the 2nd guide surface 2411b buckles 241 along vertical runner card and blocks the direction into runner card groove 2132 and be tilted to lower extension.

When installing driving wheel 24, the first guide surface 2411a by power, makes runner card buckle 241 and occurs elasticity to be out of shape, runner card buckle 241 proceed to runner card groove 2132 completely after, runner card is buckled 241 and is recovered deformation, and driving wheel 24 and the first runner 213 are fixed together.

When dismantling driving wheel 24, the track buckleing 241 deform inward due to runner card is arc shape, 2nd guide surface 2411b is obliquely installed, the distortion track that runner card can be made to buckle 241 roughly overlaps with the 2nd guide surface 2411b, thus reduce runner card buckle 241 when dismantling with the friction of the first runner 213, driving wheel 24 is dismantled and is more prone to.

Driving wheel 24 comprises the hollow Coupling Shaft 242 that the first runner 213 extends vertically, and runner card is buckled 241 and is positioned at Coupling Shaft 242, and Coupling Shaft 242 and switching groove 2133 match.

The distance of axial card buckle portion 2411 and the end face 2421 of the junction 2413 to Coupling Shaft 242 that turn to restrictions 2412 equals the thickness of web plate 2134.

Driving wheel 24 comprises the card-bit part 243 extended vertically from the end face 2421 of Coupling Shaft 242 to driving wheel 24, and card-bit part 243 comprises opposing the first parallel screens face 2431 and the 2nd screens face 2432. Card-bit part 243 is fitted by the first screens face 2431 and the 3rd screens face 2132c, and is arranged in runner card groove 2132 by the 2nd screens face 2432 and the 4th screens face 2132d laminating.

Web plate 2134 also comprises the connection face 2134a that the end face 2421 with Coupling Shaft 242 is fitted, and the rib limit that connection face 2134a is crossing with the 3rd screens face 2132c and the rib limit crossing with the 4th screens face 2132d are blunt.

Referring to Figure 26 and Figure 27, refining plant 30 comprises dedusting module 31, ventilation module 32 and connects module 33.

Seeing also Figure 28-Figure 34, dedusting module 31 comprises rolls brush 311, driving unit 312, collection dirt box 313 and clear ash part 314.

Roll brush 311 and comprise roller bearing 3111 and hairbrush 3112. Hairbrush 3112 is wound on roller bearing 3111. Hairbrush 3112 comprises hard bristle 3112a and soft bristle 3112b. Hard bristle 3112a and soft bristle 3112b along the axis of roller bearing 3111 in the strip-spiral being intervally arranged.

The central shaft and first rolling brush 311 rolls the almost parallel setting of central shaft of brush 21. When filtering net 22 from get on the right track 2331 move to lower railway 2332 time, roll brush 311 and rotate brush except the dust on filtering net 22.

The material of hard bristle 3112a and soft bristle 3112b is plastics. Goodly, the material of hard bristle 3112a and soft bristle 3112b is polymeric amide (Polyamide, or polypropylene (Polypropylene, PP) or polyethylene terephthalate (PolyethyleneTerephthalate, PET) PA).

Hard bristle 3112a and soft bristle 3112b is through antistatic treatment. The diameter of hard bristle 3112a and soft bristle 3112b is 0.01-1mm and length is 1-25mm. Hairbrush 3112 is fixed on roller bearing 3111 by gluing winding.

Drive unit 312 to roll brush 311 for driving rotate and for driving filtering net 22 to move, so that rolling brush 311 by installing groove 1351 and filtering net 22 Structure deformation, thus remove the tamper on filtering net 22.

Unit 312 is driven to comprise motor 312a, filter screen transmission assembly 3121b, box body 3121e, roller bearing transmission assembly 3122b and casing 3122c.

Motor 312a comprises drive-motor 3121a and roller motor 3122a. Drive-motor 3121a rotates so that filtering net 22 moves for ordering about driving wheel 24 by filter screen transmission assembly 3121b. Drive-motor 3121a is installed on outside box body 3121e.

Roller motor 3122a is used for rolling brush 311 by roller bearing transmission assembly 3122b driving and rotates and be installed on outside casing 3122c.

Filter screen transmission assembly 3121b is arranged in box body 3121e and is connected with drive-motor 3121a and driving wheel 24. Filter screen transmission assembly 3121b comprises driving toothed gear 3121c and neutral gear 3121d. Driving toothed gear 3121c is arranged on the rotor of drive-motor 3121a. Neutral gear 3121d engages with driving toothed gear 3121c and driving wheel 24.

The central shaft of the central shaft of driving wheel 24, the central shaft of driving toothed gear 3121c and neutral gear 3121d is in the same plane and parallel between two. The reference diameter of neutral gear 3121d is greater than the calibration circular diameter of driving wheel 24.

Box body 3121e comprises the cassette holder 2131f being fixedly installed on hanging air conditioner 100 and can dismantle the lid 2131g being assembled on cassette holder 2131f.

Cassette holder 2131f is provided with cassette holder boss 2131h, together with the box cover buckling 2131i that lid 2131g is provided with cassette holder boss 2131h coordinates, lid 2131g are coordinated by cassette holder boss 2131h and box cover buckling 2131i and be assembled in cassette holder 2131f.

Roller bearing transmission assembly 3122b be arranged in casing 3122c and with roller motor 3122a and roll brush 311 and be connected. Roller bearing transmission assembly 3122b comprises wheel for inputting 3122h, output wheel 3122i and transition gear 3122j.

Wheel for inputting 3122h is arranged on and rolls brush 311 one end. Output wheel 3122i is arranged on the rotor of roller motor 3122a. Wheel for inputting 3122h is and output wheel 3122i is straight-tooth gear. Transition gear 3122j and wheel for inputting 3122h and output wheel 3122i is connected with a joggle. The reference diameter of transition gear 3122j is greater than the reference diameter of wheel for inputting 3122h.

The central shaft of the central shaft of wheel for inputting 3122h, the central shaft of output wheel 3122i and transition gear 3122j is in the same plane and parallel between two.

Casing 3122c comprises the block 3122d being fixedly installed on hanging air conditioner 100 and can dismantle the case lid 3122e being assembled on block 3122d. Block 3122d is provided with the bayonet socket 3122g that protruding 3122f, case lid 3122e are provided with protruding 3122f coordinates, together with case lid 3122e is assembled in block 3122d by protruding 3122f and bayonet socket 3122g cooperation.

Collection dirt box 313 coordinates and tamper for collecting on filtering net 22 with installation groove 1351.

Clear ash part 314 be arranged at roll brush 311 side and with roll brush 311 and contact, clear ash part 314 rolls brush 311 to remove the tamper rolled on brush 311 for combing.

Clear ash part 314 comprises pectination portion 3141 and framework 3142. Pectination portion 3141 be formed multiple edge roll brush 311 axial arranging and with the comb 3141a rolling brush 311 and contacting. The number in pectination portion 3141 is two, and two pectination portion 3141 sandwicheds roll brush 311. Comb 3141a is along the whole length range arrangement rolling brush 311. In comb 3141a and the contact part rolling brush 311, the length direction of comb 3141a and roll brush 311 tangential between angle be less than 90 degree.

Framework 3142 is substantially rectangular, and comprises left side wall 3142a and right side wall 3142b, and two pectination portions 3141 are respectively from the top of left side wall 3142a and right side wall 3142b upwards and extend in opposite directions and form comb 3141a at end.

Referring to Figure 35 and Figure 36, collection dirt box 313 is outward extended with on the first card article 3131, first card article 3131 to be formed with the first dedusting buckle structure 3132 near the edge installing notch 1351a.

Installing notch 1351a place and be formed with the 2nd dedusting buckle structure (not shown) that the first dedusting buckle structure 3132 matches, dedusting module 31 is coordinated with the 2nd dedusting buckle structure by the first dedusting buckle structure 3132 and is arranged on mount pad 135.

Seeing also Figure 37-Figure 42, collection dirt box 313 is formed with the dust collecting opening 3133 and the dust-exhausting port 3134 that be connected relative to dust collecting opening 3133 that are connected with accepting groove 13b. Collection dirt box 313 side is formed with the first assembling card and buckles 3135.

Specifically, collect dirt box 313 and comprise end face 313a and the bottom surface 313b relative with end face 313a. Dust collecting opening 3133 is formed at end face 313a, rolls brush 311 and is rotatably arranged on dust collecting opening 3133. Dust-exhausting port 3134 is formed at bottom surface 313b. Clear ash part 314 is arranged near dust-exhausting port 3134.

Ventilation module 32 comprises spiral case 321, blower fan 322, ventilation spool 323, air purifier 324 and ventilation spool motor 325.

Spiral case 321 comprises snail shape portion 3211, first snail tongue 3212 and the 2nd snail tongue 3213. First snail tongue 3212 and the 2nd snail tongue 3213 outwards extend from snail shape portion 3211 and are connected with snail shape portion 3211. First snail tongue 3212 is formed with the first inlet mouth 3212a and venting port 3212b. Venting port 3212b is connected with indoor. The sidewall of the first snail tongue 3212 has offered opening 3212c.

2nd snail tongue 3213 is formed with the first air outlet 3213a, and the first air outlet 3213a is connected with outdoor. Blower fan 322 is contained in snail shape portion 3211 and coaxially arranges with snail shape portion of institute 3211.

Be positioned at spiral case 321 side be formed with first assembling card button 3135 coordinates the 2nd assembling cards buckle 3216, dedusting module by first assembling card button 3135 with the 2nd assembling card button 3216 coordinate and take a breath module 32 assemble.

It is the first housing 3214 and the 2nd housing 3215 that spiral case 321 comprises the central shaft cutting along vertical snail shape portion 3211. First housing 3214 comprises the first snail shape shell 3214a, the first snail tongue shell 3214b and the 2nd snail tongue shell 3214c. 2nd housing 3215 comprises the 2nd snail shape shell 3215a, the 3rd snail tongue shell 3215b and the 4th snail tongue shell 3215c.

First snail shape shell 3214a coordinates formation snail shape portion 3211 with the 2nd snail shape shell 3215a. First snail tongue shell 3214b and the 3rd snail tongue shell 3215b coordinates formation the first snail shape portion the 3211, two snail tongue shell 3214c and the 4th snail tongue shell 3215c to coordinate formation the 2nd snail tongue 3213.

Blower fan 322 is contained in snail shape portion 3211 and coaxially arranges with snail shape portion 3211.

Ventilation spool 323 is arranged in the first snail tongue 3212 and is connected the first inlet mouth 3212a and the first air outlet 3213a for selectivity or is connected venting port 3212b and the first air outlet 3213a.

Air purifier 324 is arranged in the first snail tongue 3212 and between the first inlet mouth 3212a and venting port 3212b. Air purifier 30 is inserted in the first snail tongue 3212 by the opening 3212c on the first snail tongue 3212. Air purifier 324 comprises efficient filtering net (HighEfficiencyParticleAirFilter, HEPAFilter).

It is connected outside ventilation spool motor 325 is arranged at the first snail tongue 3212 and with ventilation spool 323. For driving, ventilation spool 323 rotates ventilation spool motor 325. In present embodiment, it is preferred that, ventilation spool motor 325 is stepper-motor, and so, ventilation spool motor 325 volume is less, control accuracy height. In other embodiments, spool motor 325 of taking a breath can be servomotor.

Connect module 33 and connect dedusting module 31 and ventilation module 32. Connect module 33 and comprise connection shell 331, reversing valve core 332 and reversing valve core motor 333.

Connect shell 331 and it is formed with the dust suction mouth 3311, the 2nd air outlet 3312 and the 2nd inlet mouth 3313 that communicate. Dust suction mouth 3311 is connected with dust-exhausting port 3134. 2nd air outlet 3312 is connected with the 2nd inlet mouth 3313. 2nd inlet mouth 3313 is connected room, the chamber 10a that housing 10 is formed.

Connecting shell 331 and comprise upper cover 3314 and lower lid 3315, upper cover 3314 and lower lid 3315 are assembled together by buckle structure.

Reversing valve core 332 is arranged at and connects in shell 331. Reversing valve core 332 is for being optionally connected dust suction mouth 3311 and the 2nd air outlet 3312 or is connected the 2nd inlet mouth 3313 and the 2nd air outlet 3312.

Reversing valve core motor 333 is arranged on upper cover 3314, and for driving, reversing valve core 332 rotates reversing valve core motor 333. In present embodiment, it is preferred that, reversing valve core motor 333 is stepper-motor, and so, reversing valve core motor 333 volume is less, control accuracy height. In other embodiments, reversing valve core motor 333 can be servomotor.

In sum, when ventilation function opened by refining plant 30, ventilation spool 323 rotates closed first inlet mouth 3212a, to be connected the first air outlet 3213a and venting port 3212b.

Now, blower fan 322 can be rotated in a first direction, with by the first air outlet 3213a outdoor suction chamber outer air flow to indoor through venting port 3212b. Indoor air pressure raises along with the amount of the entering increase of air, and under the effect of indoor and outdoor differential pressure of atmospheric pressure, room air can flow to outdoor from gaps such as crack between a door and its frames, thus with fresh air in holding chamber.

When ventilation function opened by refining plant 30 and blower fan 322 is rotated in a second direction, refining plant 30 sucks room air by venting port 3212b and flows to through the first air outlet 3213a outdoor. Indoor air pressure is less along with the discharge increase of air, and under the effect of indoor and outdoor differential pressure of atmospheric pressure, outside air flows to indoor by gaps such as crack between a door and its frames, thus keeps room air fresh.

When dedusting function opened by refining plant 30, reversing valve core 332 rotates closed 2nd inlet mouth 3313 and ventilation spool 323 rotates closed row gas port 3212b, to be connected dust-exhausting port 3134 and the first air outlet 3213a. Now, blower fan 322 is rotated in a second direction, thus by dust-exhausting port 3134, through the first air outlet 3213a, the tampers such as the dust in dedusting module 31 is discharged to outdoor, to keep the dust removing effects of refining plant 30.

When refining plant 30 unlatching eliminates the unusual smell function, reversing valve core 332 rotates closed dust suction mouth 3311 and ventilation spool 323 rotates closed row gas port 3212b, to be connected the 2nd inlet mouth 3313 and the first air outlet 3213a. Now, blower fan 322 is rotated in a second direction, thus suck the peculiar smell in hanging air conditioner by the 2nd inlet mouth 3313 and be discharged to outdoor through the first venting port 3212b, peculiar smell can be avoided to affect Consumer's Experience through the air-supply mouth of hanging air conditioner 100 discharged to indoor.

Peculiar smell in hanging air conditioner 100 can be produced by the mould in hanging air conditioner 100, therefore, by installing negative ion producer at the air-supply mouth place of hanging air conditioner 100, so that the negative ion that negative ion producer produces enters in hanging air conditioner 100, thus kill the mould grown in hanging air conditioner 100.

The dedusting module 31 of the utility model enforcement mode comprises rolls brush 311 and collection dirt box 313. Roll brush 311 for filtering net 22 Structure deformation with hanging air conditioner 100 with cleaning filter net 22. Collection dirt box 313 comprises end face 313a, and end face 313a is formed with dust collecting opening 3133, rolls brush 311 and is rotatably arranged on dust collecting opening 3133.

The utility model is implemented in the dedusting module 31 of mode, rolls after the tamper on filtering net 22 cleans by brush 311, and tamper enters in collection dirt box 313 through dust collecting opening 3133. Therefore, the tamper such as the dust on filtering net 22 can be collected by collection dirt box 313, avoids tamper to move to the elsewhere of hanging air conditioner 100 and affect the normal operation of hanging air conditioner 100.

In present embodiment, collection dirt box 313 includes the bottom surface 313b opposing with end face 313a, and bottom surface 313b is formed with the dust-exhausting port 3134 being connected with dust collecting opening 3133.

So, dust-exhausting port 3134 is convenient to the tamper in collection dirt box 313 is discharged collection dirt box 313.

In present embodiment, rolling brush 311 and comprise roller bearing 3111, dedusting module 31 comprises roller motor 3112a and roller bearing transmission assembly 3122b.

Roller motor 3112a is arranged near roller bearing 3111. Roller bearing transmission assembly 3122b is arranged at collection dirt box 313 side.

Roller bearing transmission assembly 3122b comprises wheel for inputting 3122h and output wheel 3122i. Wheel for inputting 3122h is arranged on roller bearing 3111 one end. Output wheel 3122i be arranged on roller motor 3112a rotor on and be connected with wheel for inputting 3122h.

So, roller motor 3112a drives roller bearing 3111 to rotate by roller bearing transmission assembly 3122b, thus effectively removes the tamper on filtering net 22.

In the present embodiment, wheel for inputting 3122h is and output wheel 3122i is gear, and roller bearing transmission assembly 3122b comprises the transition gear 3122j engaged with wheel for inputting 3122h and output wheel 3122i.

So, roller motor 3112a realizes rolling brush 311311 by gear assembly and rotates, energy transfer efficiency height, stable drive.

In the present embodiment, the central shaft of the central shaft of wheel for inputting 3122h, output wheel 3122i and the central shaft of transition gear 3122j are in the same plane and parallel between two.

So, it is convenient to transition gear 3122j and engages installation with wheel for inputting 3122h and output wheel 3122i, also can reduce the volume of casing 3122c.

The hanging air conditioner 100 that the utility model implements mode comprises above-mentioned dedusting module 31.

In present embodiment, hanging air conditioner 100 comprises housing 10, housing 10 comprises face frame 13, face frame 13 is formed with blast inlet 131, face frame 13 comprises the mount pad 135 being arranged at blast inlet 131 along hanging air conditioner 100 length direction side, and dedusting module 31 is positioned at housing 10 and is installed on mount pad 135.

So, dedusting module 31 arranges one end of hanging air conditioner 100, can not affect the outward appearance of hanging air conditioner 100.

In present embodiment, face frame 13 comprises upper side 13a, upper side 13a is formed with accepting groove 13b, blast inlet 131 is formed at the bottom of accepting groove 13b, mount pad 135 is formed with the installation groove 1351 being connected with accepting groove 13b, installs groove 1351 and is formed with installation notch 1351a in the bottom of accepting groove 13b.

Filtering net 22 is arranged in accepting groove 13b and covers blast inlet 131 and install groove 1351, and collection dirt box 313 is arranged to be installed in groove 1351, and dust collecting opening is connected with accepting groove 13b, and notch 1351a contacts with filtering net 22 by installing to roll brush 311.

So, collection dirt box 313 is arranged in hanging air conditioner 100, and after hanging air conditioner 100 is installed, the tampers such as the dust on filtering net 22 enter in collection dirt box 313 along gravity direction, is conducive to collection dirt box 313 to collect the tampers such as the dust on filtering net 22.

In present embodiment, collection dirt box 313 is outward extended with the first card article 3131 near the edge installing notch 1351a, first card article 3131 is formed the first dedusting buckle structure 3132, installing notch 1351a place and be formed with the 2nd dedusting buckle structure that the first dedusting buckle structure 3132 matches, dedusting module 31 is coordinated with the 2nd dedusting buckle structure by the first dedusting buckle structure 3132 and is arranged on mount pad 135.

So, dedusting module 31 is installed on mount pad 135 by buckle structure. Dedusting module 31 convenient disassembly.

In present embodiment, the first dedusting buckle structure 3132 is projection, and the 2nd dedusting buckle structure is groove.

In the description of this specification sheets, the description of reference term " an enforcement mode ", " some implement mode ", " exemplary embodiment ", " example ", " concrete example " or " some examples " etc. means concrete feature, structure, material or the feature in conjunction with described enforcement mode or example describe and is contained at least one enforcement mode of the present utility model or example. In this manual, the schematic representation of above-mentioned term is not necessarily referred to identical enforcement mode or example. And, the concrete feature of description, structure, material or feature can combine in an appropriate manner in any one or more enforcement mode or example.

Although it has been shown and described that enforcement mode of the present utility model, it will be understood by those skilled in the art that: these enforcement modes can be carried out multiple change, amendment, replacement and modification when not departing from principle of the present utility model and objective, scope of the present utility model by claim and etc. jljl limit.

Claims (10)

1. a dedusting module, it is characterised in that, comprising:

Roll brush, described in roll brush for contact with the filter screen rolling of hanging air conditioner with clean described filtering net; And

Collection dirt box, described collection dirt box comprises end face, and described end face is formed with dust collecting opening, described in roll brush be rotatably arranged on described dust collecting opening.

2. dedusting module as claimed in claim 1, it is characterised in that, described collection dirt box comprises the bottom surface opposing with described end face, the dust-exhausting port that described bottom surface is formed with described dust collecting opening is connected.

3. dedusting module as claimed in claim 1, it is characterised in that, described in roll brush and comprise roller bearing, described dedusting module comprises:

Near the roller motor that described roller bearing is arranged; And

The roller bearing transmission assembly being arranged at described collection dirt box side, described roller bearing transmission assembly comprises:

It is arranged on the wheel for inputting of described roller bearing one end; And

The output wheel being arranged on the rotor of described roller motor and be connected with described wheel for inputting.

4. dedusting module as claimed in claim 3, it is characterised in that, described wheel for inputting is and described output wheel is gear, and described roller bearing transmission assembly comprises and the transition gear that described wheel for inputting and described output wheel engage.

5. dedusting module as claimed in claim 4, it is characterised in that, the central shaft of the central shaft of described wheel for inputting, the central shaft of described output wheel and described transition gear is in the same plane and parallel between two.

6. a hanging air conditioner, it is characterised in that, comprise the dedusting module as described in item as arbitrary in claim 1-5.

7. hanging air conditioner as claimed in claim 6, it is characterized in that, described hanging air conditioner comprises housing, described housing comprises face frame, described frame is formed with blast inlet, described frame comprises the mount pad being arranged at described blast inlet along described hanging air conditioner length direction side, and described dedusting module is positioned at described housing and is installed on described mount pad.

8. hanging air conditioner as claimed in claim 7, it is characterized in that, described frame comprises upper side, described upper side is formed with accepting groove, described blast inlet is formed at the bottom of described accepting groove, described mount pad is formed with the installation groove being connected with described accepting groove, and described installation groove is formed with installation notch in the bottom of described accepting groove;

Described filtering net is arranged in described accepting groove and covers described blast inlet and described installation groove, and described collection dirt box is arranged in described installation groove, and described dust collecting opening is connected with described accepting groove, described in roll to brush and contacted with described filtering net by described installation notch.

9. hanging air conditioner as claimed in claim 8, it is characterized in that, described collection dirt box is outward extended with the first card article near the edge of described installation notch, described first card article is formed the first dedusting buckle structure, described installation notch place is formed with the 2nd dedusting buckle structure that described first dedusting buckle structure matches, and described dedusting module is coordinated with described 2nd dedusting buckle structure by described first dedusting buckle structure and is arranged on described mount pad.

10. hanging air conditioner as claimed in claim 9, it is characterised in that, described first dedusting buckle structure is projection, and described 2nd dedusting buckle structure is groove.