CN206950124U - Electric dust collector - Google Patents

Abstract

The utility model provides a kind of electric dust collector, possesses：Main body cover, the electric blowing machine being accommodated in main body cover, internally there is the incorporating section for the separation unit that dust is centrifuged, by the pleated filter of the dust arrestment smaller than separated dust, the filtering body of the seal member of maintaining part and the gap for being in close contact under with driving surround the outside of the maintaining part and set and by electric blowing machine and caused suction function with incorporating section side and pleated filter and incorporating section side being blocked with holding pleated filter, it is arranged at filtering body and the dedusting mechanism that the dust being captured in pleated filter can be removed, it is arranged at dedusting mechanism and the mechanism for assembling-disassembling of filtering body can be dismounted relative to incorporating section side；Dedusting mechanism can be provided with the dedusting phosphor bodies for applying the dust removal unit vibrated and make dust come off to pleated filter by being operated from outside to be moved on the track of the direction configuration vertical with the length direction of pleated filter.

Description

Electric dust collector

Technical field

A kind of electric dust collector is the utility model is related to, the electric dust collector has carries out centrifugation point to the dust of suction From centrifugation portion.

Background technology

At present, there is the electric dust collector in the centrifugation portion that the dust of suction is centrifuged by larger cinder Dirt centrifuges.Fine ash dirt is trapped further through pleated filter by the air comprising fine ash dirt of filter.By from Peripheral operation dust comes off portion and the jut of length direction one end to being formed at pleated filter applies vibration, is trapped Fine ash dirt comes off from pleated filter.

But the dust portion of coming off operated by outside is to be shaken by rotation to apply attack to the jut of pleated filter It is dynamic, make what dust came off.There are the following problems：The pleated filter of the drawn tangent contact of circular arc is rotated with the dust portion that comes off Fold because the jut of pleated filter is not orthogonal with fold and be difficult to by attack, so as to dust accompanying by easily occurring Come off residual.

Prior art literature

Patent document

Patent document 1：Japanese Unexamined Patent Publication 2013-27545 publications

Utility model content

Problem to be solved in the utility model is to provide a kind of electric dust collector, and the electric dust collector is manually grasped Make to be applied to the vibration of the action vertical with length direction of pleated filter from outside, can effectively remove dust.

The electric dust collector of 1st scheme of the present utility model possesses：Main body cover；Electric blowing machine, it is accommodated in above-mentioned In main body cover；Incorporating section, it internally has to the driving by above-mentioned electric blowing machine and in the dust laden air that is inhaled into The separation unit that is centrifuged of dust；Pleated filter, it traps the ash smaller than the dust being separated by above-mentioned separation unit Dirt；Filtering body, it has the maintaining part for keeping above-mentioned pleated filter and the sealing surrounded the outside of the maintaining part and set Part, and the seal member under by the driving of above-mentioned electric blowing machine and caused suction function with above-mentioned incorporating section side It is in close contact so as to block the gap of above-mentioned pleated filter and above-mentioned incorporating section side；Dedusting mechanism, it is arranged at above-mentioned Filtering body, the dust being captured in above-mentioned pleated filter can be removed from above-mentioned pleated filter；And mechanism for assembling-disassembling, It is arranged at above-mentioned dedusting mechanism, can relatively above-mentioned incorporating section side dismount above-mentioned filtering body；Above-mentioned dedusting mechanism can pass through From outside operated and on the track that the direction vertical with the length direction of above-mentioned pleated filter configures movable dust removal Phosphor bodies, the dedusting phosphor bodies are provided with the dust removal unit for applying vibration to above-mentioned pleated filter and making dust come off.

According to above-mentioned composition of the present utility model, because above-mentioned dedusting mechanism can make to remove by being operated from outside Dirt phosphor bodies move in orbit, the dust removal unit that dedusting phosphor bodies are installed can the whole pleated filter of attack and apply and shake Dynamic, the dust that vibrating can make to be attached to pleated filter falls and is removed.Further, it is possible to whole pleated filter The vertical direction of length direction positively attack pleated filter and apply vibration.Although outside from main body of dust collector applies It is manually operated, but the dust that can improve pleated filter removes.

For the electric dust collector of the 2nd scheme involved by the utility model on the basis of the 1st scheme, the dedusting mechanism will From peripheral operation and it can be rotatably mounted to the rotation of the handle of the main body cover and be converted to：By cam described The linearly operating of the dedusting phosphor bodies is slided on track.

The electric dust collector of the 3rd scheme involved by the utility model is on the basis of the 1st scheme, the dedusting mechanism tool Have：

Rotary shaft, the rotary shaft be coaxially formed at by can from peripheral operation in a manner of be installed on the main body cover Handle,

Cam, the cam are installed in the rotary shaft, slide the dedusting phosphor bodies on the track.

The electric dust collector of the 4th scheme involved by the utility model is on the basis of the 1st scheme, the dedusting mechanism tool Have：

Rotary shaft, the rotary shaft be coaxially formed at by can from peripheral operation in a manner of be installed on the main body cover Handle,

Little gear, the little gear are coaxially mounted on the rotary shaft,

The rotation of the little gear is changed into linearly operating and slided on the track by rack pinion, the rack pinion It is dynamic, and it is mounted with the dedusting phosphor bodies.

The electric dust collector of the 5th scheme involved by the utility model is on the basis of any one of the 1st~4 scheme, institute State track interval and configured in parallel.

The electric dust collector of the 6th scheme involved by the utility model is on the basis of the 5th scheme, interval configuration institute The dust removal unit that the dedusting phosphor bodies are arranged at when stating track is separately positioned between the track and on the outside of the track Position.

The electric dust collector of the 7th scheme involved by the utility model on the basis of any one of the 1st~5 scheme, Sliding channel is formed on the track, in the slip card for being formed at the bottom of the dedusting phosphor bodies and sliding on the track In conjunction portion, formed with the slide protrusion engaged with the sliding channel.

The electric dust collector of the 8th scheme involved by the utility model on the basis of any one of the 1st~5 scheme, Sliding channel or slide protrusion are formed on the track, is being formed at the bottom of the dedusting phosphor bodies and on the track In the sliding engagement portion of slip, formed with：The slide protrusion that engages with the sliding channel engages with the slide protrusion Sliding channel.

Brief description of the drawings

Fig. 1 is the stereogram for representing that the electric dust collector of embodiment 1 is overall.

Fig. 2 is the stereogram of the main body cover for the electric dust collector that embodiment 1 is shown from front.

Fig. 3 is the perspective, cut-away view of embodiment 1.

Fig. 4 is the stereogram of the dust collect plant for the electric dust collector that embodiment 1 is shown from rear.

Fig. 5 is the exploded perspective view of the dust collect plant of the electric dust collector of embodiment 1.

Fig. 6 is the stereogram of the incorporating section side of the dust collect plant for the electric dust collector for representing embodiment 1.

Fig. 7 is the exploded perspective view of the electric dust collector major part of embodiment 1.

Fig. 8 is the stereogram of the state for the part for being assembled with Fig. 7.

Fig. 9 is the explanation figure removed for illustrating the dust of embodiment 1.

Figure 10 is the exploded perspective view of the electric dust collector major part of embodiment 2.

Figure 11 is the partial sectional stereogram of the electric dust collector major part of embodiment 3.

Figure 12 is Figure 11 main portion sectional view.

Figure 13 is the major part exploded perspective view of the electric dust collector of embodiment 4.

Figure 14 is the stereogram for being exaggerated Figure 13 major part.

Figure 15 is Figure 14 top view.

Figure 16 is Figure 15 side cross-sectional, view.

Symbol description

100 electric dust collectors

20 drive mechanisms

201 drive shafts

202 seals

203 drive holes

204 cams

205 engagement pins

26 main body covers

27 dust collect plants

36 electric blowing machines

61 cup portion

63 filtering bodies

111 pleated filters

113 dedusting mechanisms

125 fixed parts

126 tracks

127 dust removing bodies

127a dedusting phosphor bodies

127b sliding channels

127c dust removal units

127d sliding engagement portion

132 mechanism for assembling-disassembling

135 mechanism for assembling-disassembling main bodys

145 handles

1111 sliding channels

1112 slide protrusions

1311 little gears

1312 rack pinions

1313 dedusting phosphor bodies

Embodiment

Hereinafter, side referring to the drawings, while illustrate be used for implement embodiment of the present utility model.It is identical or wait in addition, in figure Same part carries identical symbol.

(embodiment 1)

Fig. 1 provides the overall stereogram of so-called Horizontal electronic dust catcher.Horizontal electronic dust catcher 100 possesses：As wind Road forms the pipe portion 12 of body, is detachably connected to the main body of dust collector 13 of pipe portion 12.

Pipe portion 12 has：Connecting section 15, hose body 16, nearly hand side operating portion 17, extension tube 18, floor cleaner brush 19.

Connecting section 15 is connected to main body of dust collector 13.Hose body 16 has flexibility, is connected to the front end of connecting section 15 Side.Nearly hand side operating portion 17 is arranged at the front of hose body 16.Extension tube 18 is connected to nearly hand side behaviour in a manner of removable Make the front in portion 17.Floor cleaner brush 19 is connected to front of extension tube 18 etc. as suction inlet utensil in a manner of removable.

The nearly hand side handle part 21 of ring-type is formed in nearly hand side operating portion 17 in a manner of prominent to the side of hose body 16.Near The top of hand side handle part 21, it is provided with the setting button 22 of multiple operations.

Main body of dust collector 13 has：In both sides with the road wheel 23 as large diameter wheel, in bottom with rotating wheel The main body cover 26 of 24 grades.Top outside as main body cover 26, is provided with a manner of removable and is used as dust collecting part Dust pocket that is, dust collect plant 27.

Main body of dust collector 13 is configured to can be by road wheel 23 and rotating wheel 24 and on the floor as swept surface At least (movement) is walked on face along the longitudinal direction.In addition, following, fore-and-aft direction and left and right directions are with main body of dust collector 13 On the basis of walking (movement) direction.

Fig. 2 shows the stereogram of main body cover 26.Main body cover 26 such as synthetic resin by forming.Main body cover 26 Main part 31 and prominent carrier 32 are configured to one.Main part 31 is located at the rear of dust collect plant 27.Prominent carrier 32 It is the dust for the released part for being provided projectingly and being supported to the bottom of dust collect plant 27 as the underside of forward to main part 31 Device supporting part.

Fig. 3 is shown in the cross-sectional perspective view for the state that dust collect plant 27 is provided with main body cover 26.Main body of dust collector 13 Have：In both sides with the road wheel 23 (Fig. 1) as large diameter wheel and in main body cover of the bottom with the grade of rotating wheel 24 26.On front side of top outside as main body cover 26, be provided with a manner of removable as dust collecting part dust pocket that is, Dust collect plant 27.Main body of dust collector 13 is configured to can be by road wheel 23 and rotating wheel 24 and on the ground as swept surface At least (movement) is walked in plate face along the longitudinal direction.

Main body cover 26 such as synthetic resin by being integrally formed.Main body cover 26 is by prominent carrier 32 and positioned at dust The main part 31 at the rear of device 27 is formed, and the prominent carrier 32 is set as to the underside of forward of the main part 31 is prominent The dust collect plant supporting part for the released part put and be supported to the bottom of dust collect plant 27.

The earth's axis is rotated freely respectively in the both sides of main part 31 is supported by road wheel 23.In the anterior upper of main part 31 Side, it is provided projectingly the handle 34 for carrying main body cover 26.In the inside of main part 31, it is accommodated with：Electric blowing machine 36, As control the electric blowing machine 36 action controlling organization control circuit portion 37 and, as winding can be from external electrical Source is to flexible cord shaft device (not shown) of power supply unit of mains cord 38 (Fig. 1) of the grade power supply of electric blowing machine 36 etc..

In addition, in the front portion of main part 31, deviation top is formed with aspiration openings portion 41.Aspiration openings portion 41 as with electricity The suction side of dynamic pressure fan 36 connects and hermetic the downstream of the dust collect plant 27 with being installed in main body cover 26 is connected Opening portion play a role.On the top of main part 31 and in the upper surface part of the top in aspiration openings portion 41, it is configured with and is used for Locking keeps the locking folder 42 of dust collect plant 27.In the central portion of the left and right directions of the lower section in aspiration openings portion 41, work is provided with For the location indentations 43 of the main body side guide for positioning and guiding dust collect plant 27.At the rear portion of main part 31, being formed will Multiple steam vents 44 of the exhaust side of electric blowing machine 36 and the ft connection of main body cover 26, also, in the side of steam vent 44 It is square into by the ft connection of power supply room and main body cover 26 and for flexible cord export mouth that mains cord 38 is pulled out and taken in 45。

Aspiration openings portion 41 is formed as strip in left and right directions, positioned at the lower section of handle 34., will in aspiration openings portion 41 The reinforcement 47 of reinforcing is configured to clathrate.In the outer edge in aspiration openings portion 41, be configured with for dust collect plant 27 The rear seal part 48 of the flexible ring-types such as the seal of downstream air-tightness connection.In addition, the quilt of aspiration openings portion 41 Suction filter 49 covers.Aspiration openings portion 41 via the pipe section 50 being configured in main part 31 and with electric blowing machine 36 Suction side connects.

Locking folder 42 engages and kept with the engaging carrier 148 of dust collect plant 27.Locking folder 42 can turn in above-below direction It is dynamic, and applied by not shown spring as fastener force application mechanism etc. to the lower section for engaging dust collect plant 27 Power.Locking folder 42 is located at the underface of handle 34.Handle 34 is formed as such as ring-type in the anterior upper surface part of main part 31.

Protrude carrier 32 rearward and tilt downwards.In the bottom of prominent carrier 32, in the bottom of main part 31 Nearby it is configured with rotating wheel 24.In the inside of prominent carrier 32, it is configured with along fore-and-aft direction in strip and unbending Linear main body side wind path portion 53.

In the upstream end in main body side wind path portion 53, the main body suction inlet 54 that the connecting section 15 of pipe portion 12 is connected is formed The preceding surface (Fig. 1) of prominent carrier 32.Connector 55 in the downstream in main body side wind path portion 53, such as quadrilateral shape is being dashed forward The rearmost part for going out the top of carrier 32 is formed in the front of main part 31.That is, main body side wind path portion 53 is by main body suction inlet 54 Connected with connector 55.Therefore, main body suction inlet 54 can via main body side wind path portion 53 and connector 55 and and dust collect plant 27 upstream side communication, connector 55 are configured at highest position in prominent carrier 32.In the outer edge of connector 55, configuration There is the lower seal part for flexible ring-types such as the seals that is hermetic connected with the upstream side of dust collect plant 27 56。

Electric blowing machine 36 corresponds to the operation of the setting button 22 shown in Fig. 1, by control circuit portion 37, to act into Row control.Electric blowing machine 36 is for example configured by upside of suction side.

Control circuit portion 37 is configured to：Electrically connected with setting button 22, will be electronic by the operation of the setting button 22 The action of pressure fan 36 be set as such as it is strong, in, it is weak, automatic, stop pattern.

Dust collect plant 27 possesses cup portion 61, inner cylinder portion 62, filtering body 63, cap 64 and fixture as shown in Figure 3 and 4 65.Cup portion 61 is the dust collecting part as incorporating section.Inner cylinder portion 62 is as the separation that cup portion 61 is installed in a manner of removable The structure in body portion.Filtering body 63 is formed in inner cylinder portion 62 as separation main part in a manner of removable.Cap 64 is formed For that can be dismounted by rotation relative to inner cylinder portion 62.Fixture 65 is blocked cup portion 61 and inner cylinder portion 62 in a manner of removable Only.

The rear side in the state of main body cover 26 is installed on of dust collect plant 27 is fitted and is fixed on the front portion of main part 31. In addition, following, in dust collect plant 27, above-below direction refers to a side and another side in the axial direction of dust collect plant 27.

In addition, a side represents the upside of the dotted line L in Fig. 3, another side represents chain-dotted line L downside.Dust collect plant Above-below direction in 27 is on the basis of the above-below direction under the free state of dust collect plant 27.The above-below direction of dust collect plant 27 is being pacified Loaded on being not necessarily consistent sometimes in the state of main body cover 26.

Fig. 5 represents the stereogram for the state for decomposing dust collect plant 27.Cup portion 61 possesses：Cup portion main body 67, sucting 68 With handle 69.Cup portion main body 67 is created as the storage phosphor bodies of bottomed cylindrical.Sucting 68 is to be integrally provided to cup portion The dust collect plant crosswind road portion of main body 67.Handle 69 is provided projectingly in the portion for being used to carry dust collect plant 27 of cup portion main body 67 Part.

Cup portion main body 67 such as the synthetic resin with translucency by forming.Accumulate the bottom of cup portion main body 67 internally Dust (thick dirt), upper end is for installing the grade of inner cylinder portion 62 and being the dust outlet 71 for discharging dust.In cup portion main body 67 rear portion, the suction inlet 72 connected with the downstream of sucting 68 along tangential direction be in opening.In addition, cup portion main body 67 It can such as make bottom switchable and turn into dust outlet.

Cup portion main body 67 upper end placing and engage inner cylinder portion 62.In the inner circumferential side of the upper end of cup portion main body 67, As shown in figure 5, for the location division 75 that inner cylinder portion 62 positions to be formed as into recessed in position radially opposite each other in circumferencial direction Shape.In the outer circumferential side of the rising wood of cup portion main body 67, as the lower end for accepting cap 64 cap carrier it is stepped Undertaking stage portion 76 be for example continuously formed in whole circumference.

Rear portion near the upper end of cup portion main body 67 and in the central portion of left and right directions, to tilt rearward and downwards Mode be provided projectingly：Tongue-shaped locking protuberance 77 as dust collect plant side guide.Protuberance 77 is engaged to incite somebody to action Dust collect plant 27 is inserted into location indentations 43 in the state of being installed on main body cover 26, and by dust collect plant 27 in phase all around Positioned for main body cover 26.Protuberance 77 is engaged to carry out dust collect plant 27 relative to the dismounting direction of main body cover 26 Guiding.Dust collect plant 27 relative to main body cover 26 in fore-and-aft direction by rotating to be dismounted.

Sucting 68 is by the dust laden air being inhaled into via pipe portion 12 from main body suction inlet 54 again via main body side wind path portion 53 and connector 55 and be drawn into from suction inlet 72 in the cup portion 61 of dust collect plant 27.Sucting 68 is along cup portion main body 67 Rear portion is simultaneously configured along above-below direction.That is, sucting 68 is held in the protrusion that dust collect plant 27 is installed on to main body cover 26 It is anterior opposed with main part 31 in the state of socket part 32.The upper end of sucting 68 is formed in a manner of being bent in L-shaped, with Just connected with suction inlet 72.The bottom of sucting 68 be in line downwards shape extension, big with the bottom of cup portion main body 67 Identical position opening is caused, is turned into relative to the axle of cup portion main body 67 connected entrance 81 inclined vertically.The direction of connected entrance 81 Rear simultaneously gradually tilts upward.In addition, in the peripheral part of connected entrance 81, it has been provided projectingly：It is crimped on the periphery of connector 55 The pressure contact portion 82 of the plain-straight-face flange shape of the lower seal part 56 in portion.

As shown in Figure 4, Figure 5, handle 69 be used for from dust outlet 71 abandon dust when etc. hold cup portion 61.Handle 69 Configured along the vertical direction circlewise in the sidepiece of cup portion 61.Dust collect plant 27 is being installed on the state of main body cover 26 by handle 69 Under be located adjacent to the anterior position of the sidepiece of main part 31, not hold in the state of dust collect plant 27 is installed.In addition, The upper end of handle 69, depression are provided with the jig-attachment part 84 for installs fixture 65.

Inner cylinder portion 62 is integrally provided with as shown in Fig. 3, Fig. 6：In opening and filtering body 63 is supported as upside It is the carrier 87 of the bottomed cylindrical of supporting part, cylindric inner cylinder portion main body 88, bigger than inner cylinder portion main body 88 as diameter There is the occlusion part 89 for covering cylindric expansion section.Inner cylinder portion 62 is stored in the state of cup portion 61 is installed on the coaxial of cup portion 61 Configure the central portion in cup portion 61.Formed between the inner circumferential of inner cylinder portion main body 88 and cup portion 61：For being centrifuged to dust The separation unit 91 of separation.Lower position in separation unit 91 and the lower position composition in occlusion part 89：Accumulate in separation unit The dust reservoir 92 of 91 dusts being centrifuged.

Carrier 87 has the internal diameter size slightly smaller size than cup portion main body 67 as shown in Figure 5, Figure 6.Carrier 87 with The mode for into circular surrounding the outer edge of bottom is provided with carrier seal member 95 as supporting part seal member. In the central portion of carrier 87, concentrically be open the circular open communication portion being provided with being connected in inner cylinder portion main body 88 96.In the inner circumferential side of the surrounding wall portion of carrier 87, position radially opposite each other formed with：Engaged in a manner of removable The locking carrier 97 of filter body 63.In the outer circumferential side of the surrounding wall portion of carrier 87, position radially opposite each other formed with：Point Not Cha Ru cup portion main body 67 location division 75 and circumferencial direction positioning convex portion 98.

Carrier seal member 95 is crimped on the inner peripheral surface of cup portion main body 67 and blocks gap, prevents in cup portion main body 67 Dust rise to the side of filtering body 63.

Locking carrier 97 is integrally provided with as shown in Figure 6：From the inner peripheral surface of carrier 87 towards the center of inner cylinder portion 62 Side of sidewall portion 97a, 97a of side protrusion and the inner wall part 97b for being tied side of sidewall portion 97a, 97a, and the locking carrier 97 Into U-shaped when being formed as overlooking.Therefore, between locking carrier 97 and the inner peripheral surface of carrier 87 formed with insertion space Portion 99.The locking opening portion 97c for engaging filtering body 63 is provided with the inner wall part 97b openings of these locking carriers 97.

Inner cylinder portion main body 88 and the arranged coaxial of carrier 87, connection of the inner cylinder portion main body 88 from the central portion of carrier 87 The outer edge of opening portion 96 is prominent downwards and turns into and the coaxial of carrier 87.Around inner cylinder portion main body 88, with radially The mode of insertion covers formed with multiple openings 101, the overall separated filter 102 of opening 101.The lower end of inner cylinder portion main body 88 Portion is blocked by bottom surface sections 103.

As shown in figure 5, occlusion part 89 is compressed dust using the caused negative pressure under the driving of electric blowing machine 36. Occlusion part 89 is expanding since the periphery of the bottom of inner cylinder portion main body 88, and protrudes downwards, is open downwards and positioned at interior The lower end in cylinder portion 62 (Fig. 3).Therefore, the diameter dimension of occlusion part 89 is bigger than inner cylinder portion main body 88, relative to inner cylinder portion main body 88 Radially projecting.Multiple compressions on the top of occlusion part 89 are separated and are in open at substantially equal intervals with opening 108 in circumferencial direction Mouthful.Compression opening 108 is covered by compression filter 109.Occlusion part 89 separates relative to the bottom up side of cup portion 61.

In addition, as shown in figure 5, filtering body 63 has：Pleated filter 111 as filter, as keeping fold mistake The holding frame portion 112 of the maintaining part of filter 111, it is arranged at the dedusting mechanism 113 for keeping frame portion 112.It is flat that filtering body 63 is overall Smooth is discoid, can be dismounted on the carrier 87 of inner cylinder portion 62.

Pleated filter 111 is captured in dust, the dust separated than separation unit 91 that separation unit 91 fails separation Also small dust (thin dirt).Pleated filter 111 folds drape (pleated) such as by non-woven fabrics and formed.Corrugated filter The folding line of device 111, i.e. crest line 111a are along prescribed direction with being in line shape formed with a plurality of and parallel to each other.Pleated filter 111 are converted into：Crest line 111a is alternately located in the above-below direction of the upstream downstream direction as the wind by pleated filter 111.

Frame portion 112 is kept to be had by being integrally formed such as synthetic resin：As the circle that can be entrenched in the inner circumferential of carrier 87 The shape maintaining part 116 of the holding frame portion main body 115 of ring-type maintaining part main body and the shape of holding pleated filter 111.

Fig. 7 represents the stereogram for the state for decomposing dust collect plant 27.Fig. 8 represents that dust removing body 127 is installed in track 126 State stereogram.

As shown in Figure 7, Figure 8, on frame portion main body 115 is kept, set respectively in the radial direction of inner circumferential position opposite each other There is setting unit 118.Setting unit 118 is used to set dedusting mechanism 113, in the direction of the crest line 111a along pleated filter 111 It is integrally formed respectively.At the both ends of setting unit 118, it has been provided projectingly and has rotationally guided cap 64 in circumferencial direction and prevent The cap guide portion 119,119 that only cap 64 comes off vertically.The peripheral edge portion of frame portion main body 115 is being kept, along radially It is provided projectingly and is integrally molded the sealing installation portion 115a for forming seal member 121.

Seal member 121 with flexible and elasticity the synthetic resin such as rubber or elastomer by forming.Sealing Part 121 surrounds the outside direction for keeping frame portion 112, along the periphery for keeping frame portion 112, is formed as in upper and lower and periphery into U Cover to shape the annulus banding for the sealing installation portion 115a for keeping frame portion main body 115.Seal member 121 extends in upper and lower ends It is provided with laminal lip 121a, 121a being easily deformed.

As long as seal member 121 into planar at least covers the part opposed with cup portion 61 and cap 64, sealing installation A part for portion 115a periphery can also be exposed from the outer peripheral face of seal member 121.Lip positioned at the downside of seal member 121 Portion 121a directly overlaps the upper end of the side of cup portion 61, cup portion 61 and inner cylinder portion 62.Seal member 121 is passing through powered supplied air The driving of machine 36 and adsorbed from top under the suction function that generates and plugging gap.Seal member 121 is not pressed into cup portion 61 It is interior.The external diameter of seal member 121 is set to the big regulation of the external diameter of the carrier 87 (Fig. 6) than cup portion 61 and inner cylinder portion 62 Value.In addition, although inner cylinder portion 62 grade part of the side of so-called cup portion 61 including being fixed in cup portion 61, for example, can also be cup portion 61 in itself.

Shape maintaining part 116 is keeping the setting unit of frame portion main body 115 for example, by parts such as the synthetic resin of hard 118th, it is integrally formed between 118 in the position for the Inner peripheral portions for keeping frame portion main body 115.These shape maintaining parts 116 cover fold Each crest line 111a of filter 111 and formed.

Dedusting mechanism 113 is used to remove the dust for being crimped the trapping of filter 111.Dedusting mechanism 113 possesses：Fixed part 125th, 125, track 126 and dust removing body 127.

Fixed part 125,125 is arranged opposite and is fixed on the setting unit 118,118 for keeping frame portion main body 115.Track 126 is matched somebody with somebody Put between fixed part 125,125, and be formed as the continuous shape of shape that is in line.Dust removing body 127 is configured to can be along track 126 Slide.Dedusting mechanism 113 is symmetrical relative to the center line of filtering body 63, matches somebody with somebody in the present embodiment along the diameter of filtering body 63 It is placed in the central portion of the filtering body 63.

As shown in figure 8, each fixed part 125 turns into the wall-like protruded upward relative to setting unit 118,118.As each The 111 opposite side of pleated filter of the lateral surface of fixed part 125 is provided with recess 131.It is provided with recess 131：For with relative The mechanism for assembling-disassembling 132 of filtering body 63 is engaged in 62 removable mode of inner cylinder portion.

Each mechanism for assembling-disassembling 132 has：Mechanism for assembling-disassembling main body 135 and dismounting force application mechanism.Mechanism for assembling-disassembling main body 135 is by axle branch Support and be：It is rotatable along the radial direction of filtering body 63 relative to each fixed part 125.Dismount force application mechanism and use not shown, general Torsion spring that mechanism for assembling-disassembling main body 135 exerts a force to rotation direction etc..The lower end side of each mechanism for assembling-disassembling main body 135 is inserted through setting unit Protruded downwards in 118 and compared to seal member 121.

As shown in Fig. 6, Fig. 8, each mechanism for assembling-disassembling main body 135 is provided integrally with locking claw 139 and handle portion 140.Locking Claw 139 is located at the bottom of mechanism for assembling-disassembling main body 135 and is inserted into each insertion space portion 99 of inner cylinder portion 62, relative to each card Only the locking opening portion 97c of carrier 97 is locked.Handle portion 140 is as positioned at the upper end of mechanism for assembling-disassembling main body 135 The releasing portion of operating portion.

Each mechanism for assembling-disassembling 132 resists the force of dismounting force application mechanism, locking by nipping handle portion 140,140 from both sides Claw 139,139 is kept out of the way in insertion space portion 99,99 respectively, can be with the locking opening portion with engaging carrier 97,97 The mode that 97c, 97c deviate from rotates.

It is along relative to pleated filter 111 to be formed continuously between fixed part 125,125 as linear track 126 Vertical crest line 111a direction is formed.

As shown in Figure 7, Figure 8, dust removing body 127 includes：Dedusting phosphor bodies 127a, sliding channel 127b, dust removal unit 127c and Sliding engagement portion 127d.

Dedusting phosphor bodies 127a for example synthesizes tree by the strip that is configured in a manner of vertical with the length direction of track 126 Fat etc. is molded.

Sliding channel 127b is formed on the upper surface of dedusting phosphor bodies 127a length direction.Sliding channel 127b passes through Penetrate and prevent dust from accumulating in sliding channel 127b.

Dust removal unit 127c is protruded from dedusting phosphor bodies 127a bottom and attack pleated filter 111, and performance makes to be attached to The effect that the dust of pleated filter 111 comes off.Dust removal unit 127c is, for example, resin molded product, in the example across track 126 At 2, formed and be integrated with dedusting phosphor bodies 127a.Dust removal unit 127c is formed to and the Elastic Contact of pleated filter 111 L shapes.Dust removal unit 127c is in addition to L fonts, it may be considered that S fonts etc., as long as can be with pleated filter 111 The structure of Elastic Contact.

Sliding engagement portion 127d protrudes from dedusting phosphor bodies 127a bottom, by integrally formed slide arranged opposite 1271st, 1271 are configured to inverted U-shaped.In the front end of slide 1271,1271, along glide direction arranged opposite formed with prominent Play 1272,1272.Dedusting phosphor bodies 127a can be moved by sliding sliding engagement portion 127d in the length direction of track 126 It is dynamic.Projection 1272,1272 is in the lower support corner of track 126.Projection 1272,1272 plays：Assisted dust-collecting phosphor bodies 127a Smooth movement effect and the effect that prevents dedusting phosphor bodies 127a and track 126 from departing from.

Dust removal unit 127c by crest line 111a position attack shape maintaining part 116 and pleated filter 111 and apply Vibrate (impact), the dust for making to be attached to pleated filter 111 falls and is removed.

Cap 64 has：There is the cylindric cap main body 143 of lid, be formed as stepped in the bottom of cap main body 143 Extension 144, formed in the handle 145 on the top of cap main body 143 and after the peripheral edge portion of cap main body 143 The exhaust outlet 146 of portion's opening.

Cap main body 143 is to cover the part of the top of filtering body 63, is formed as in open lower side.As shown in figure 3, in cap The top of the central portion of the left and right directions at the rear portion of the main body 143 that is, top of exhaust outlet 146, depression are provided with：From top card Close the engaging carrier 148 of locking folder 42.The zoning between the top of filtering body 63 of cap main body 143 goes out as filtering body 63 Upstream side the wind path 149 that is connected with exhaust outlet 146 of separation unit 91.Wind path 149 is divided in the dedusting of filtering body 63 Between the fixed part 125,125 of mechanism 113.Therefore, mechanism for assembling-disassembling 132 is located at the outside of wind path 149, and each handle portion 140 is in place In in the recess 131 outside wind path 149, configured towards the direction opposite with wind path 149 that is, outside direction.

Extension 144 is formed as extending shape relative to cap main body 143.In the inside of extension 144, carry out shape downward Into：The seal member pressure contact portion 151 directly crimped from top relative to the lip 121a of the upside of seal member 121.By sealing Part pressure contact portion 151 and as the side of cup portion 61 inner cylinder portion 62 carrier 87 upper end, up and down sandwich seal member 121。

As shown in fig. 7, handle 145 forms disc-shape, it is essentially available for from main body cover 26 tearing dust collect plant 27 open Unload down.Handle 145 can also use when carrying dust collect plant 27.In addition, handle 145, which possesses, will attach to filtering body The outside function that removes of 63 dust from electric dust collector 100.

Handle 145 forms the drive mechanism 20 that is driven the dust removing body 127 of dedusting mechanism 113 along track 126 A part.Drive mechanism 20 is made up of drive shaft 201, seal 202, drive hole 203, cam 204, engagement pin 205.

Drive shaft 201 forms drum, coaxial with the bottom of handle 145 and be integrally formed.It is opposed in drive shaft 201 Ground forms the slot 201a extended from lower end to top.

The diameter of the inner circumferential of seal 202 is more bigger than drive shaft 201 and is the degree do not rocked.Seal 202 plays The effect for preventing extraneous gas from entering in cap 64.

Drive hole 203 is formed：It is formed at the upper surface 143a of cap main body 143 recess 143b center.Driving Hole 203 is embedded in seal 202.Thus enable that drive shaft 201 is rotated without rocking.

Cam 204 is formed with：In a rotatable manner by the discoid cam of not shown mechanism supports Plate 204a and it is different from lobe plate 204a center, formed bottom drive pin 204b.Drive pin 204b is relative to cam Plate 204a rotation and the position changed play the effect of cam.

Engagement pin 205 is installed on：It is integrally formed in the cylinder 204c of the upper surface at lobe plate 204a center.Engagement pin 205 are fastened in the slot 201a of drive shaft 201, play the work that the rotational action of drive shaft 201 is transferred to lobe plate 204a With.

As shown in figure 5, exhaust outlet 146 will be discharged by the air of wind path 149 (Fig. 3) to the outside of dust collect plant 27, example Such as be formed as strip in left and right directions.In the peripheral part of exhaust outlet 146 formed with rear portion pressure contact portion 164.Rear portion pressure contact portion 164 For in the state of dust collect plant 27 is installed on into main body cover 26, being crimped on rear seal part 48 and by exhaust outlet 146 It is tightly connected with aspiration openings portion 41.In exhaust outlet 146, the reinforcement 165 of reinforcing is formed along above-below direction, these Reinforcement 165 is configured to separate each other in left and right directions.

As shown in Figure 5, Figure 6, fixture 65 is installed in the jig-attachment part 84 of the upper end of handle 69.Fixture 65 will filter Body 63 by relative to cup portion 61 it is removable in a manner of engage.Fixture 65 prevents cap 64 from existing relative to filtering body 63 and cup portion 61 Circumferencial direction moves, such as can carry out pressing moving operation from top by the thumb for the human hand for holding handle 69.

The mode rotated above with regard to handle 145 and cam 204 is illustrated, but can also make handle 145 and convex The rotation of wheel 204.In the case of being configured to handle 145 and the rotation of cam 204, dedusting phosphor bodies can also be made by cam 204 127a is reciprocated on track 126.As dedusting operation, compared to the method for rotating handle 145, it is not necessary to which hand-off makes The method that it is rotated is more efficiently.

Next, cleaning action is illustrated.

When starting to clean, first, inner cylinder portion 62, filtering body 63 and cap 64 be installed respectively relative to cup portion 61 and group Dress up one.

Now, the convex portion 98 for the inner cylinder portion 62 being inserted in making in cup portion 61 is fastened on the location division 75 of cup portion main body 67, It is prevented to be fixed on the positioning relative to cup portion 61 in the state of circumferencial direction movement.By the periphery of carrier seal member 95 Side pressure is connected to the inner peripheral surface of cup portion main body 67.Next, while the handle portion of mechanism for assembling-disassembling 132,132 is nipped from both sides with hand 140th, 140, while filtering body 63 to be inserted to the carrier 87 of inner cylinder portion 62.Locking claw 139,139 is inserted into insertion space portion 99th, in 99.By unclamping handle portion 140,140 locking carrier 97,97 is sticked in reset the locking claw 139,139 rotated Locking opening portion 97c, 97c.After being locked to inner cylinder portion 62, filtering body 63 is covered and coated cap 64, rotated in circumferencial direction Cap 64.As a result, the seal member 121 of filtering body 63 be clamped in seal member pressure contact portion 151 and the cup portion 61 of cap 64 with And between the carrier 87 of inner cylinder portion 62.

Next, dust collect plant 27 is installed on main body cover 26.The lower front of dust collect plant 27 is set to be connected to protrusion The leading section of carrier 32, and locking protuberance 77 is positioned and inserts the location indentations 43 of the side of main body cover 26.If make The upside of dust collect plant 27 rearward rotates, then locking folder 42 is fastened on the engaging carrier 148 of dust collect plant 27, collection from top Dirt device 27 is fixed on main body cover 26.As a result, the pressure contact portion 82 of the periphery of the connected entrance 81 of sucting 68 is crimped on from top The lower seal part 56 of the periphery of connector 55, the connected entrance 81 of sucting 68 and the air-tightness of connector 55 are connected. The rear portion pressure contact portion 164 of the periphery of exhaust outlet 146 is crimped on the rear seal part 48 of the periphery in aspiration openings portion 41 from front, Exhaust outlet 146 and the air-tightness of aspiration openings portion 41 are connected.In addition, main body cover has been installed in it in dust collect plant 27 In the case of 26 state, it is not necessary to these operations.

In this state, pipe portion 12 is connected to the main body suction inlet 54 of main body cover 26.Specifically, pipe portion 12 will The insertion of connecting section 15 is connected to main body suction inlet 54.As needed, it is sequentially connected with and prolongs in the front of nearly hand side operating portion 17 Long tube 18 and floor cleaner brush 19.In this condition, the setting button 22 of nearly hand side operating portion 17 and the control in main body cover 26 The grade electrical connection of circuit portion 37.In addition, in the case where pipe portion 12 has been connected to the state of main body of dust collector 13, it is not necessary to this A little operations.

User pulls out mains cord 38 from flexible cord export mouth 45, and is connected on the socket of wall surface etc..Then, Nearly hand side handle part 21 is held, operates desired setting button 22, thus sets the pattern of electric blowing machine 36.Control electricity Road portion 37 corresponds to the input of the pattern control electric blowing machine 36 of the setting, is started with set pattern electronic Pressure fan 36.

Negative pressure is via aspiration openings portion 41, exhaust outlet 146, corrugated filter caused by because of the starting of the electric blowing machine 36 Device 111, separation unit 91, suction inlet 72, sucting 68, connected entrance 81, main body side wind path portion 53 and main body suction inlet 54 and make For pipe portion 12.

Relative to the extraneous gas of dust collect plant 27 it is negative pressure in separation unit 91 in dust collect plant 27.Seal member 121 Lip 121a be adsorbed on the side of separation unit 91 and elastic deformation occur and is tightly engaged into.From the upper seal cup portion 61 and The gap of the upper end of inner cylinder portion 62.Seal member 121 not only by between cup portion 61 and inner cylinder portion 62 gap block, also incited somebody to action The gap of filter body 63 and inner cylinder portion 62 blocks.

User is by the effect of the negative pressure and from the front of floor cleaner brush 19, extension tube 18 or nearly hand side operating portion 17 Suck air and dust.

This include dust air from pipe portion 12 via main body suction inlet 54, main body side wind path portion 53 and connected entrance 81 and Suction inlet 72 is imported into from sucting 68.And then dust laden air is inhaled into cup portion 61 from suction inlet 72.

Inner peripheral surface of the dust laden air of separation unit 91 in cup portion 61 along cup portion 61 and in the periphery of inner cylinder portion main body 88 Rotation.Particularly thick dirt in dust laden air is centrifuged.Inner peripheral surface of the separated thick dirt along cup portion 61 falls and accumulated Dust reservoir 92 be present.The thick dirt for accumulating in dust reservoir 92 is transported to by the part in the air-flow of dust laden air and blocked Portion 89.Dust laden air is compressed with opening 108 by the compression of occlusion part 89 in occlusion part 89 by compression filter 109.

The dust laden air of the thick dirt filter 102 that is separated when by the opening 101 of inner cylinder portion main body 88 has been separated to filter. Having passed through the dust laden air of separator-filter 102, downstream side that is, upside are rectified and were carried to along bottom surface sections 103 Filter body 63.The pleated filter 111 that the dust laden air passes through filtering body 63.The dust laden air for having passed through pleated filter 111 will The dust (thin dirt) smaller than the dust (thick dirt) separated in separation unit 91 is gathered in surface.

Between crest line 111a, 111a that the air for having passed through pleated filter 111 passes through pleated filter 111, corrugated filter Wind path 149 between the top of device 111 and cap 64.Air further flows out to the outside of dust collect plant 27 from exhaust outlet 146, And it is sucked into the aspiration openings portion 41 being tightly connected with exhaust outlet 146.

Electric blowing machine 36 is inhaled into via pipe section 50 by the air in aspiration openings portion 41.The air of suction will The internal cooling of electric blowing machine 36 simultaneously turns into exhaust wind, from electric blowing machine 36 via steam vent 44 to the outer of main body cover 26 Portion is vented.

At the end of cleaning, the setting button 22 of user's operating provision, control circuit portion 37 makes the defeated of electric blowing machine 36 Enter to reduce and stop electric blowing machine 36.

Next, the dust removing for being attached to pleated filter 111 action to embodiment 1 illustrates.

As described above, the dust removal unit 127c of dedusting mechanism 113 passes through the position attack shape maintaining part 116 in crest line 111a With pleated filter 111 and apply vibration, the dust for making to be attached to pleated filter 111 falls and is removed.

Dust removal unit 127c is installed in the dedusting phosphor bodies 127a moved along track 126.Dedusting phosphor bodies 127a rail Position of the position in road 126 depending on the drive pin 204b of sliding channel 127b cam 204.The engagement pin 205 of cam 204 with The slot 201a engagings of drive shaft 201.

Drive shaft 201 rotates with the rotation to the left or to the right of handle 145.The rotation is by the lobe plate of cam 204 204a links and rotated.The drive pin 204b for the position staggered positioned at the center with lobe plate 204a moves into arc-shaped. Drive pin 204b action is moved along sliding channel 127b.The action of drive pin 204b on sliding channel 127b turns into rail The action of sliding engagement portion 127d on road 126.

Reference picture 9, the action of rotation and the dust removing body 127 slided on track 126 to handle 145 illustrate.

Fig. 9 (a) represents the centrally located state in the position of the handle 145 of left-right rotation.Handle 145 is in left and right middle position Drive pin 204b be pre-designed to the relation that dedusting phosphor bodies 127a goes to the centre of track 126.

Fig. 9 (b) represents the state for rotating handle 145 to the left.As handle 145 rotates to the left, lobe plate 204a Rotated to Fig. 9 (a) arrow A1 directions.Meanwhile drive pin 204b by lobe plate 204a rotation and along sliding channel 127b Moved to arrow A2 directions.With the movement, dedusting phosphor bodies 127a is moved to arrow A3 directions, is changed into from Fig. 9 (a) state Fig. 9 (b) state.

Fig. 9 (c) represents the state for rotating handle 145 to the right.As handle 145 rotates to the right, lobe plate 204a Rotated to Fig. 9 (a) arrow A4 directions.Meanwhile drive pin 204b by lobe plate 204a rotation and along sliding channel 127b Moved to arrow A2 directions.With the movement, dedusting phosphor bodies 127a is moved to arrow A5 directions, is changed into from Fig. 9 (a) state Fig. 9 (c) state.

Thus, by moving left and right handle 145, dedusting phosphor bodies 127a can be made to be moved on track 126.Dust removing body master The dust removal unit 127c that body 127a is installed can the whole pleated filter 111 of attack and apply vibration.Vibration can make to be attached to The dust of pleated filter 111 falls and is removed.

In this embodiment, can be in the direction vertical with the length direction of whole pleated filter positively attack pleat Wrinkle filter and apply vibration.Although the outside application from main body of dust collector is manually operated, corrugated filter can be improved The dust of device removes.

(embodiment 2)

Figure 10 represents the major part exploded perspective view of the embodiment 2 of electric dust collector.

The embodiment is between fixed part 125,125 by 2 tracks 126,126 intervals and configured in parallel.Form For：Form sliding engagement portion 127d outer Slideslip of the slide 1271,1271 in track 126,126.Dust removal unit 127c except It is mounted at the 2 of the outside of slide 1271,1271, also between fixed part 125,125.

Dust removal unit in the embodiment can be in the attack corrugated filter at the 3 of the both sides of fixed part and pars intermedia Device and apply vibration.Attack vibration can be applied with shorter interval in the length direction of pleated filter, can further improved Dust removes effect.In addition, because being slided in a plurality of tracks, it can realize and smoothly walk.

(embodiment 3)

Figure 11, Figure 12 represent the embodiment 3 of electric dust collector.Figure 11 represents stereogram, and Figure 12 represents Figure 11 section view Figure.

The embodiment can be such that sliding engagement portion 127d is stably slided on track 126.That is, in the length of track 126 Direction upper surface is spent formed with sliding channel 1111.In the sliding engagement portion 127d of dust removing body 127 upper inside surface, formed with Slide protrusion 1112 downward.Slide protrusion 1112 is inserted into sliding channel 1111.

The one side of slide protrusion 1112 is directed in sliding channel 1111, while being slided along the length direction of track 126. As long as slide protrusion 1112 and sliding channel 1111 implement size management, it becomes possible to are slided on track 126 with stable state. Alternatively, it is also possible to form slide protrusion 1112 on track 126, form sliding channel 1111 in sliding engagement portion 127d.

In the present embodiment, sliding engagement portion can stably walk in orbit, therefore be favorably improved and use handle From the outside workability for removing dust.

(embodiment 4)

Figure 13 to Figure 16 represents the embodiment 4 of electric dust collector.Figure 13 represents exploded perspective view.Figure 14 represents Figure 13's The amplification stereogram of major part, Figure 15 represent Figure 14 top view, and Figure 16 represents Figure 15 side cross-sectional, view.

The cam 204 of embodiment 1 is changed to little gear 1311 and rack pinion 1312 by the embodiment, passes through left and right Rotating operation handle 145, dust removal unit 127c is set to be slided on track 126.

Figure 13, Tu14Zhong, the engagement pin 51a engaged with the slot 201a of drive shaft 201 is installed in little gear 1311. Little gear 1311 is configured to the position relationship engaged with rack pinion 1312.Straight line of the rack pinion 1312 formed with strip Gear 52a, with the rotation of little gear 1311, rectilinear movement can be converted to.

That is, the rotation of drive shaft 201 is passed into little gear 1311, the rotation of little gear 1311 is passed into rack pinion 1312, so as to be converted to rectilinear movement.

At the both ends vertical with the rack pinion 1312 of strip, dedusting phosphor bodies 1313,1313 are installed.In dust removing body master The bottom of body 1313,1313, respectively with dust removal unit 127c, 127c and sliding engagement portion 127d.

It is pre-designed to：The position of the handle 145 of left-right rotation is in the case of center, as shown in figure 15, little gear The relation of the 1311 middle advance to rack pinion 1312.Dust removal unit 127c, 127c in this condition is located at pleated filter Near the centre of 111 orthogonal direction.

In the case that handle 145 is turned right, direction of the little gear 1311 into Figure 15 shown in arrow a1 rotates.With Little gear 1311 rotates to arrow a1 directions, is engaged in the rack pinion 1312 of little gear 1311 into Figure 15 shown in arrow b1 Direction movement.With the movement, dust removal unit 127c, 127c applies the attack vibration of the half of pleated filter 111, carries out attached In the removing of the dust of pleated filter 111.

In the case that handle 145 is turned left, direction of the little gear 1311 into Figure 15 shown in arrow a2 rotates.With Little gear 1311 rotates to arrow a2 directions, is engaged in the rack pinion 1312 of little gear 1311 into Figure 15 shown in arrow b2 Direction movement.With the movement, dust removal unit 127c, 127c applies the attack vibration of the remaining half of pleated filter 111, enters Row is attached to the removing of the dust of pleated filter 111.

By moving left and right handle 145 like this, the dust for being attached to whole pleated filter 111 can be removed.

As long as in addition, about L1/2s of the length L1 of rack pinion 1312 for such as length of track 126, it is possible to removing Dirt phosphor bodies 1313,1313 will cover on whole pleated filter 111.

In the present embodiment, can be in the center of the length direction of pleated filter nearby to vertical with length direction Direction positively attack pleated filter and apply vibration.Although the outside application from main body of dust collector is manually operated, The dust that pleated filter can be improved removes.In addition, the movement of dedusting phosphor bodies is not to use cam, but pass through little gear 1311 and the engagement of rack pinion 1312 realize, so space can be saved.

Although the description of several embodiments, but these embodiments provide as an example, it is not intended to limit The scope of utility model.These new embodiments can also be implemented by other various modes, not depart from utility model Purport in the range of, can carry out it is various omit, replace, combination, change.These embodiments and its deformation are contained in practicality New scope and spirit, and it is contained in the utility model described in claims and its equivalent scope.

Claims (8)

1. a kind of electric dust collector, possesses：

Main body cover,

Electric blowing machine, the electric blowing machine are accommodated in the main body cover,

Incorporating section, the incorporating section internally have a separation unit, the separation unit to the driving by the electric blowing machine and Dust in the dust laden air being inhaled into is centrifuged,

Pleated filter, the pleated filter trapping dust smaller than the dust being separated in the separation unit,

Filtering body, the filtering body have the maintaining part for keeping the pleated filter,

Dedusting mechanism, the dedusting mechanism are arranged at the filtering body, can remove and become trapped in from the pleated filter Dust in the pleated filter, and

Mechanism for assembling-disassembling, the mechanism for assembling-disassembling are arranged at the dedusting mechanism, the incorporating section side can dismount the filtering body relatively,

Characterized in that,

The dedusting mechanism can be by being operated the side to intersect in the crest line direction with the pleated filter from outside Carry out movable dust removal phosphor bodies on to the track of configuration, the dedusting phosphor bodies be provided with apply vibration to the pleated filter and Make the dust removal unit that dust comes off.

2. electric dust collector according to claim 1, it is characterised in that the dedusting mechanism can from peripheral operation and The rotation that the handle of the main body cover can be rotatably mounted to is converted to：Slide described remove on the track by cam The linearly operating of dirt phosphor bodies.

3. electric dust collector according to claim 1, it is characterised in that

The dedusting mechanism has：

Rotary shaft, the rotary shaft be coaxially formed at by can from peripheral operation in a manner of be installed on the handle of the main body cover Hand,

Cam, the cam are installed in the rotary shaft, slide the dedusting phosphor bodies on the track.

4. electric dust collector according to claim 1, it is characterised in that

The dedusting mechanism has：

Rotary shaft, the rotary shaft be coaxially formed at by can from peripheral operation in a manner of be installed on the handle of the main body cover Hand,

Little gear, the little gear are coaxially mounted on the rotary shaft,

The rotation of the little gear is changed into linearly operating and slided on the track by rack pinion, the rack pinion, and And it is mounted with the dedusting phosphor bodies.

5. electric dust collector according to claim 1, it is characterised in that the track interval and configured in parallel.

6. electric dust collector according to claim 5, wherein, interval is arranged at the dedusting when configuring the track The dust removal unit of phosphor bodies is separately positioned on the position between the track and on the outside of the track.

7. the electric dust collector according to any one of Claims 1 to 5, it is characterised in that formed on the track Sliding channel, in the sliding engagement portion for being formed at the bottom of the dedusting phosphor bodies and sliding on the track, formed with The slide protrusion engaged with the sliding channel.

8. the electric dust collector according to any one of Claims 1 to 5, it is characterised in that formed on the track Sliding channel or slide protrusion, it is being formed at the bottom of the dedusting phosphor bodies and that slides on the track be slidably fastened In portion, formed with：The slide protrusion engaged with the sliding channel or the sliding channel engaged with the slide protrusion.