CN108079670A - A kind of deduster of practicality - Google Patents

A kind of deduster of practicality Download PDF

Info

Publication number
CN108079670A
CN108079670A CN201710420014.2A CN201710420014A CN108079670A CN 108079670 A CN108079670 A CN 108079670A CN 201710420014 A CN201710420014 A CN 201710420014A CN 108079670 A CN108079670 A CN 108079670A
Authority
CN
China
Prior art keywords
extension
bar
drive
dust
slippage slot
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201710420014.2A
Other languages
Chinese (zh)
Inventor
吴芉
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Chengdu Hit Interspace Technology Ltd
Original Assignee
Chengdu Hit Interspace Technology Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Chengdu Hit Interspace Technology Ltd filed Critical Chengdu Hit Interspace Technology Ltd
Priority to CN201710420014.2A priority Critical patent/CN108079670A/en
Publication of CN108079670A publication Critical patent/CN108079670A/en
Pending legal-status Critical Current

Links

Classifications

    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D45/00Separating dispersed particles from gases or vapours by gravity, inertia, or centrifugal forces
    • B01D45/02Separating dispersed particles from gases or vapours by gravity, inertia, or centrifugal forces by utilising gravity
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D45/00Separating dispersed particles from gases or vapours by gravity, inertia, or centrifugal forces
    • B01D45/12Separating dispersed particles from gases or vapours by gravity, inertia, or centrifugal forces by centrifugal forces

Abstract

The invention discloses a kind of dedusters of practicality, including guide tracked landing structure and it is arranged on the dust-extraction unit of guide tracked landing structural top, dust-extraction unit right flank is internally provided with storage groove, storage groove sliding is connected with dust collecting cover, dust collecting cover is internally provided with dedusting chamber, dust-extraction unit on the left of storage groove is internally provided with conduction chamber, it conducts and the first partition panel is equipped between chamber and storage groove, dust-extraction unit on the left of conduction chamber is internally provided with drive guide cavity, it drives and is equipped with the second partition panel between guide cavity and conduction chamber, it conducts intracavitary bottom and is equipped with the first slippage slot, sliding is connected with the biography bar for extending towards the left and right sides and setting in first partition panel, extension section on the right side of bar is passed to extend into storage groove and perforation dust collecting cover extends into dedusting intracavitary, it passes extension tail end on the right side of bar and is fixed with support plate, it passes bar and is internally provided with the first via that left and right extension is set;The configuration of the present invention is simple, design is reasonable, can reduce occupied space, and manufacture and maintenance cost are low.

Description

A kind of deduster of practicality
Technical field
The present invention relates to environmental technology field, a kind of deduster of practicality.
Background technology
During production operation, a large amount of dust can be usually generated, environmental pollution is not only aggravated, but also seriously endangers work Human body health, at present many manufacturers lack the equipment for administering dust, cleaner volume on the market is big, weight weight, And higher price, it is difficult to be widely accepted and use.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of deduster of practicality, can solve above-mentioned present technology The problem of middle.
The present invention is achieved through the following technical solutions:The deduster of a kind of practicality of the present invention, including guide tracked Landing structure and the dust-extraction unit for being arranged on the guide tracked landing structural top, the dust-extraction unit right flank are internally provided with Storage groove, the storage groove sliding are connected with dust collecting cover, and the dust collecting cover is internally provided with dedusting chamber, the storage groove left side The dust-extraction unit be internally provided with conduction chamber, the first partition panel, the biography are equipped between the conduction chamber and the storage groove The dust-extraction unit on the left of guide cavity is internally provided with drive guide cavity, and the second partition is equipped between the drive guide cavity and the conduction chamber Plate, the conduction intracavitary bottom are equipped with the first slippage slot, slide to be connected with towards the left and right sides in first partition panel and prolong Open up the biography bar set, extension section extends into the storage groove and the perforation dust collecting cover extends and removed into described on the right side of the biography bar Dirt intracavitary, the biography bar right side extension tail end are fixed with support plate, and the bar that passes is internally provided with left and right extension is set first Via, in first via turn be connected with left and right and extend the first spin axis set, extend on the left of first spin axis Tail end extends into the conduction intracavitary and is fixed with the first taper wheel, and extension tail end extends into described on the right side of first spin axis The dedusting intracavitary on the right side of support plate and cyclone dust removal head is fixed with, above and below the biography rod outer surface in the storage groove Equity is equipped with the second slippage slot, in second slippage slot sliding be connected be fixedly connected with the dust collecting cover lead shifting Block, first slippage slot and the dust-extraction unit driven between guide cavity are internally provided with the second via, second via The interior spiral shell shape bar set that extends equipped with left and right, second partition panel is internally provided with the 3rd via that left and right extension is set, described The second spin axis that left and right extension is set is equipped in 3rd via, the drive guide cavity is internally provided with drive and leads device, the cyclone dust removal Head first spin axis between be provided with whirlwind shaper, the whirlwind shaper with being communicated inside the cyclone dust removal head, Sealing device is provided on front side of the dust-extraction unit.
Preferably technical solution, the guide tracked landing structural top are fixedly connected with the dust-extraction unit bottom, The guide tracked landing structural base is equipped with universal wheel.
Preferably technical solution, the support plate are connected with the dedusting intracavitary wall slip, on the biography bar Equity is fixed with tension spring between the support plate left-hand end and the dedusting chamber inner left wall of lower both sides.
Preferably technical solution, the storage groove inner left wall bottom is equipped with groove, in the groove inner left wall Portion, which is equipped in sedimentation, inhales device, is connected in the dedusting chamber right side in bottom equipped with sedimentation mouth, the dust collecting cover bottom internal Extend the sedimentation pipe set equipped with left and right, on the left of the sedimentation pipe extension tail end be connected with the storage groove set and with it is described It is inhaled in sedimentation and rubber tube is equipped between device, extension tail end is connected setting with the mouth bottom that settles on the right side of the sedimentation pipe.
Preferably technical solution, on the left of the spiral shell shape bar extension section extend into the lower section in the drive guide cavity and with Inner left wall turn below the drive guide cavity is connected, and extension section extends into first slippage slot on the right side of the spiral shell shape bar Interior and be connected with inner wall turn on the right side of first slippage slot, extension section extends into the conduction intracavitary on the left of the biography bar And tail end is equipped with and extends downwards into the push piece in first slippage slot, the push piece coordinates with the spiral shell shape bar whorl It connects, circumferential direction is fixed with the 3rd taper wheel on the spiral shell shape bar driven in guide cavity;Extension section on the left of second spin axis Extend into it is described drive guide cavity in top in and with it is described drive guide cavity above inner left wall turn be connected, it is described second rotation Extension section extends into the conduction intracavitary and connects with internal turn cooperation on the right side of the conduction chamber above the biography bar on the right side of axis It connects, it is circumferential in second spin axis of the conduction intracavitary to be fixed be connected with the first taper wheel second Taper wheel, it is described drive guide cavity in second spin axis on circumferential direction be fixed with the 4th taper wheel.
Preferably technical solution, the drive lead device including described between the spiral shell shape bar and second spin axis It drives and the 3rd slippage slot is set in guide cavity inner left wall, the first spiral shell shape bar, the first spiral shell shape bar top are equipped in the 3rd slippage slot Portion is connected with the 3rd slippage slot top inner wall turn, and the first spiral shell shape bar bottom is connected with the first motor, First motor is arranged in the 3rd slippage slot in bottom and is fixedly connected, and whorl coordinates on the first spiral shell shape bar The slipping block being connected with the 3rd slippage slot sliding is connected with, being provided with drive in the slipping block right flank leads motor, It is described drive lead motor right-hand end be connected with extend into it is described drive guide cavity in drive lead spin axis, spin axis tail end is led in the drive Equipped with the drive starting taper shape wheel being respectively used to the 4th taper wheel and the 3rd taper wheel mating connection.
Preferably technical solution, the sealing device include windowpane, the windowpane pass on left hinge part with The dust-extraction unit leading flank turn is connected, and glazing front side face right part is provided with kerve, the windowpane right side It is provided with solid lock structure.
The beneficial effects of the invention are as follows:
1. slide mating connection dust collecting cover by storage groove, dedusting chamber is set inside dust collecting cover, in the dust-extraction unit on the left of storage groove Portion sets conduction chamber, conducts and the first partition panel is set between chamber and storage groove, conducts and sets drive guide cavity inside the dust-extraction unit on the left of chamber, drives The second partition panel is set between guide cavity and conduction chamber, conduction intracavitary bottom sets the first slippage slot, and sliding cooperation in the first partition panel connects The biography bar for extending towards the left and right sides and setting is connect, extension section on the right side of bar is passed and extends into storage groove and perforation dust collecting cover extends into dedusting Intracavitary passes extension tail end fixation on the right side of bar and sets support plate, passes and left and right is set inside bar extends the first via set, in the first via The turn left and right that is connected is extended the first spin axis set, and extension tail end extends on the left of the first spin axis sets into conduction intracavitary and fixation First taper wheel, extension tail end extends dedusting intracavitary on the right side of support plate on the right side of the first spin axis and fixation sets cyclone dust removal head, Equity sets the second slippage slot to biography rod outer surface in storage groove up and down, slides to be connected in the second slippage slot and be fixed with dust collecting cover Shifting block is led in connection, sets the second via inside the dust-extraction unit between the first slippage slot and drive guide cavity, left and right is set in the second via Extend the spiral shell shape bar set, and the 3rd via that left and right extension is set is set inside the second partition panel, and setting left and right in the 3rd via extends The second spin axis set drives and sets drive inside guide cavity and lead device, and dust collecting cover is led and control so as to fulfill automatic drive of the present apparatus Extend into stretch out work.
2. extended by extension section on the left of spiral shell shape bar into the lower section driven in guide cavity and with driving the inner left wall below guide cavity Turn is connected, and extension section extends on the right side of spiral shell shape bar coordinates into the first slippage slot and with inner wall turn on the right side of the first slippage slot Connection, biography bar left side extension section, which extends, to be set and extends into the push piece in the first slippage slot downwards into conduction intracavitary and tail end, is pushed away Part is connected with spiral shell shape bar whorl, drives circumferential fixation on the spiral shell shape bar in guide cavity and sets the 3rd taper wheel;On the left of second spin axis Extension section extends to be connected into the top driven in guide cavity and with driving the inner left wall turn above guide cavity, on the right side of the second spin axis Extension section extends into conduction intracavitary and is connected with passing internal turn on the right side of the conduction chamber above bar, conducts the second rotation of intracavitary Circumferential fixed the second taper wheel set to be connected with the first taper wheel on axis drives circumferential solid in the second spin axis in guide cavity Surely the 4th taper wheel is set, so as to fulfill efficient conduction cooperation so that the present apparatus is into the operation of normal table.
3. device is led including setting the 3rd slippage slot in the drive guide cavity inner left wall between spiral shell shape bar and the second spin axis by driving, The first spiral shell shape bar is set in 3rd slippage slot, is connected at the top of the first spiral shell shape bar with the 3rd slippage slot top inner wall turn, first Spiral shell shape bar bottom is connected with the first motor, and the first motor is arranged in the 3rd slippage slot in bottom and is fixedly connected, first Whorl is connected on spiral shell shape bar slides the slipping block being connected with the 3rd slippage slot, sets to drive in slipping block right flank and lead Motor drives to lead the mating connection of motor right-hand end and extend and leads spin axis into the drive driven in guide cavity, drive lead spin axis tail end set be respectively used to The drive starting taper shape wheel that 4th taper wheel and the 3rd taper wheel are connected drives so as to fulfill switching and leads control, reduces equipment investment, Cost is reduced, while realizes that the extension of control dust collecting cover leads work into stretching work and the drive of control cyclone dust removal head.
4. the configuration of the present invention is simple, design is reasonable, easy to operate, can realize and automatically control dust collecting cover and cyclone dust removal head It is automatic extend into stretch out work, occupied space can be reduced, cost is manufactured and maintenance cost is low.
Description of the drawings
For ease of explanation, the present invention is described in detail by following specific embodiment and attached drawing.
Fig. 1 is overall structure diagram outside a kind of deduster of practicality of the present invention;
Fig. 2 is the dust-extraction unit internal structure schematic diagram of the present invention;
Fig. 3 is the structure diagram when drive starting taper shape wheel of the present invention engages connection with the 4th taper wheel;
Structure diagram when Fig. 4 is a kind of deduster dedusting of practicality of the present invention;
Fig. 5 is the structure diagram when dust collecting cover of the present invention is withdrawn completely.
Specific embodiment
As Figure 1-Figure 5, the deduster of a kind of practicality of the invention, including guide tracked landing structure 5 and is arranged on The dust-extraction unit 6 at 5 top of guide tracked landing structure, 6 right flank of dust-extraction unit is internally provided with storage groove 63, described to deposit It puts the sliding of slot 63 and is connected with dust collecting cover 64, the dust collecting cover 64 is internally provided with dedusting chamber 641,63 left side of storage groove The dust-extraction unit 6 is internally provided with conduction chamber 62, and the first partition panel 66 is equipped between the conduction chamber 62 and the storage groove 63, The dust-extraction unit 6 in conduction chamber 62 left side, which is internally provided with, drives guide cavity 61, the drive guide cavity 61 and the conduction chamber 62 it Between be equipped with the second partition panel 65, bottom is equipped with the first slippage slot 623 in the conduction chamber 62, sliding in first partition panel 66 The biography bar 67 for extending towards the left and right sides and setting is connected with, the biography 67 right side extension section of bar extends into the storage groove 63 And the perforation dust collecting cover 64 extends in the dedusting chamber 641, the biography 67 right side extension tail end of bar is fixed with support plate 642, it is described pass bar 67 and be internally provided with left and right extend the first via 671 set, in first via 671 turn be connected Have left and right extend set the first spin axis 673, the 673 left side extension tail end of the first spin axis extend into it is described conduction chamber 62 in and The first taper wheel 625 is fixed with, the 673 right side extension tail end of the first spin axis extends into the institute on 642 right side of support plate It states in dedusting chamber 641 and is fixed with cyclone dust removal first 648,67 outer surface of biography bar in the storage groove 63 is reciprocity up and down Equipped with the second slippage slot 672, in second slippage slot 672, sliding is connected with leads with what the dust collecting cover 64 was fixedly connected Block 644 is moved, first slippage slot 623 and the dust-extraction unit 6 driven between guide cavity 61 are internally provided with the second via 652, left and right is equipped in second via 652 and is extended the spiral shell shape bar 611 set, second partition panel 65 is internally provided with left and right Extend the 3rd via 651 set, and extend the second spin axis 621 set in the 3rd via 651 equipped with left and right, and the drive is led Chamber 61 is internally provided with drive and leads device, and whirlwind shaper is provided between the cyclone dust removal first 648 and first spin axis 673 649, for the whirlwind shaper 649 with being communicated inside the cyclone dust removal first 648,6 front side of dust-extraction unit is provided with sealing Device.
Wherein, 5 top of guide tracked landing structure is fixedly connected with 6 bottom of dust-extraction unit, described guide tracked It drops 5 bottom of structure and is equipped with universal wheel 51, so as to fulfill being moved easily and carrying.
Wherein, the support plate 642 is connected with wall slip in the dedusting chamber 641, and about 67 both sides for the biography bar 642 left-hand end of the support plate and 641 inner left wall of dedusting chamber between equity be fixed with tension spring 643, so as to fulfill Automatically control the stretching work of dedusting chamber 641.
Wherein, the 63 inner left wall bottom of storage groove is equipped with groove 631, and 631 inner left wall of groove is internally provided with It inhales device 632 in sedimentation, is connected in 641 right side of the dedusting chamber in bottom equipped with sedimentation mouth 646,64 bottom of dust collecting cover The sedimentation pipe 645 that left and right extension is set is internally provided with, the 645 left side extension tail end of sedimentation pipe is connected with the storage groove 63 Set and in the sedimentation inhale device 632 between be equipped with rubber tube 633, the 645 right side extension tail end of sedimentation pipe with it is described Sedimentation mouth 646 bottom is connected setting.
Wherein, the 611 left side extension section of spiral shell shape bar extend into it is described drive guide cavity 61 in lower section in and with it is described drive lead The inner left wall turn of 61 lower section of chamber is connected, and the 611 right side extension section of spiral shell shape bar extends into first slippage slot 623 Interior and be connected with first slippage slot, 623 right side inner wall turn, the biography 67 left side extension section of bar extends into the biography In guide cavity 62 and tail end is equipped with and extends into the push piece 624 in first slippage slot 623, the push piece 624 and institute downwards The mating connection of 611 whorl of spiral shell shape bar is stated, circumferential direction is fixed with the 3rd taper on the spiral shell shape bar 611 driven in guide cavity 61 Wheel 612;Second spin axis, the 621 left side extension section extend into it is described drive guide cavity 61 in top in and with it is described drive guide cavity 61 on Side inner left wall turn be connected, the 621 right side extension section of the second spin axis extend into it is described conduction chamber 62 in and with institute It states internal turn on the right side of the conduction chamber 62 for passing 67 top of bar to be connected, second spin axis in the conduction chamber 62 Circumferential the second taper wheel 622 being fixed with to be connected with the first taper wheel 625 on 621, the drive guide cavity 61 Circumferential direction is fixed with the 4th taper wheel 618 in interior second spin axis 621, so as to fulfill efficient conduction cooperation so that this dress It is set to the operation of normal table.
Wherein, device is led in the drive includes the drive guide cavity 61 between the spiral shell shape bar 611 and second spin axis 621 The 3rd slippage slot 613 is set in inner left wall, the first spiral shell shape bar 614, the first spiral shell shape bar are equipped in the 3rd slippage slot 613 614 tops are connected with the 613 top inner wall turn of the 3rd slippage slot, 614 bottom of the first spiral shell shape bar and the first horse It being connected up to 616, first motor 616 is arranged in the 3rd slippage slot 613 in bottom and is fixedly connected, and described the Whorl is connected with the slipping block 615 being connected with the 3rd slippage slot 613 sliding on one spiral shell shape bar 614, described Drive is provided in 615 right flank of slipping block and leads motor 6151, the drive, which is led 6151 right-hand end of motor and is connected with, extends into institute Spin axis 6152 is led in the drive stated in the drive guide cavity 61, and the drive, which is led 6152 tail end of spin axis and is equipped with, to be respectively used to and the 4th taper The drive starting taper shape wheel 6153 that wheel 618 and the 3rd taper wheel 612 are connected drives so as to fulfill switching and leads control, and reduction is set Standby input, reduces cost, at the same realize the extension of control dust collecting cover 64 into stretch out work and control the drive of cyclone dust removal head Lead work.
Wherein, the sealing device includes windowpane 601, and the windowpane 601 passes on left hinge part 602 and removed with described The 6 leading flank turn of dirt device is connected, and the 601 leading flank right part of windowpane is provided with kerve 603, the windowpane 601 Right side is provided with solid lock structure 604, by setting the sealing device convenient to being overhauled inside the dust-extraction unit 6.
During original state, slipping block 615 is located at the lowest position in the 3rd slippage slot 613, at this point, driving starting taper shape wheel 6153 are connected with the 3rd taper wheel 612, by drive lead motor 6151 drive drive lead spin axis 6152 and drive lead spin axis 6152 On 6153 turn of drive starting taper shape wheel, 611 turn of the 3rd taper wheel 612 and spiral shell shape bar is driven by drive starting taper shape wheel 6153, by Spiral shell shape bar 611 drives push piece 624 to be located at the left-most position in the first slippage slot 623, at this point, making first cone in 67 left side of biography bar Shape wheel 625 utmostly away from the second taper wheel 622, moves block 644 due to leading in the second slippage slot 672 and is fixed with dust collecting cover 64 Connection, dust collecting cover 64 are subject to 643 drawing force of tension spring, make to lead and move the right-most position that block 644 is located in the second slippage slot 672, this When, by the pulling force for passing bar 67 dust collecting cover 64 is made to be fully located in storage groove 63 as shown in figure 5, simultaneously, making rubber tube 633 complete In retraction groove 631, so as to reduce occupied space.
When needing dedusting, first by drive lead motor 6151 drive drive lead spin axis 6152 and drive lead in spin axis 6152 It drives starting taper shape wheel 6153 to invert, by drive starting taper shape wheel 6153 the 3rd taper wheel 612 and spiral shell shape bar 611 is driven to invert, at this point, spiral shell Shape bar 611 gradually drives push piece 624 to be slid along 623 right direction of the first slippage slot, meanwhile, push piece 624 is gradual with transmission rod 67 It is moved towards right side, at this point, passing bar 67 dust collecting cover 64 is driven gradually to skid off in storage groove 63, meanwhile, dust collecting cover 64 drives rubber tube 633 gradually extend into storage groove 63, until push piece 624 as shown in Figure 3 is slid onto the rightmost side position in the first slippage slot 623 It puts, at this point, the first taper wheel 625 is made to engage connection with the second taper wheel 622, meanwhile, push piece 624 is with 67 right side tail end of transmission rod Support plate 642 be located at 63 right-most position of storage groove, 642 right flank of support plate and 6 right flank of dust-extraction unit is made to be in same Vertical plane, at this point, dust collecting cover 64 is utmostly stretched out outside 6 right flank of dust-extraction unit, meanwhile, dust collecting cover 64 is subject to tension spring 643 to draw Stretch, leading for making to be fixedly connected on dust collecting cover 64 move the right-most position that block 644 is maintained in the second slippage slot 672, Ran Houtong It crosses the first motor 616 and drives 614 turn of the first spiral shell shape bar, drive slipping block 615 gradually along the 3rd sliding by the first spiral shell shape bar 614 613 top-direction of slot slides, at this point, driving starting taper shape wheel 6153 is gradually distance from the 3rd taper wheel 612, until slipping block 615 moves To the top position in the 3rd slippage slot 613, at this point, drive starting taper shape wheel 6153 engages connection with the 4th taper wheel 618, together When, drive starting taper shape wheel 6153 is made utmostly away from the 3rd taper wheel 612, then, to pass through the ten thousand of guide tracked 5 bottom of landing structure Dust-extraction unit 6 is moved at dust source to wheel 51, the cyclone dust removal first 648 in dust-extraction unit 6 is made to be in opposite position with source It puts, then guide tracked landing structure 5 adjusts height, and then dust-extraction unit 6 is moved towards designated position by universal wheel 51, makes collection Dirt set 64 continues to move dust-extraction unit 6 towards designated position, dust collecting cover 64 overcomes the drawing of tension spring 643 at this time close to dust source Stretch moves the left direction along storage groove 63 of dust collecting cover 64, while leading on dust collecting cover 64 is made to move block 644 along the second sliding 672 left direction of slot moves, until cyclone dust removal as shown in Figure 4 first 648 is close to dust source, at this point, being located at sedimentation mouth 646 In the dedusting chamber 641 on 642 right side of support plate, and positioned at the lower left position of cyclone dust removal first 648, then motor is led by driving 6151 drive drive to lead spin axis 6152 and drive 6153 turn of drive starting taper shape wheel led in spin axis 6152, by 6153 band of drive starting taper shape wheel 621 turn of dynamic 4th taper wheel 618 and the second spin axis, and then the second taper wheel 622 is driven by the second spin axis 621, by second Taper wheel 622 drives 673 turn of the first spin axis on the first taper wheel 625 and the first taper wheel 625, by the first spin axis 673 First 648 turn of cyclone dust removal is driven to realize dedusting work, while device 632 is inhaled in control settlement and is opened, realizes sedimentation sucking work Make.
The beneficial effects of the invention are as follows:
1. slide mating connection dust collecting cover by storage groove, dedusting chamber is set inside dust collecting cover, in the dust-extraction unit on the left of storage groove Portion sets conduction chamber, conducts and the first partition panel is set between chamber and storage groove, conducts and sets drive guide cavity inside the dust-extraction unit on the left of chamber, drives The second partition panel is set between guide cavity and conduction chamber, conduction intracavitary bottom sets the first slippage slot, and sliding cooperation in the first partition panel connects The biography bar for extending towards the left and right sides and setting is connect, extension section on the right side of bar is passed and extends into storage groove and perforation dust collecting cover extends into dedusting Intracavitary passes extension tail end fixation on the right side of bar and sets support plate, passes and left and right is set inside bar extends the first via set, in the first via The turn left and right that is connected is extended the first spin axis set, and extension tail end extends on the left of the first spin axis sets into conduction intracavitary and fixation First taper wheel, extension tail end extends dedusting intracavitary on the right side of support plate on the right side of the first spin axis and fixation sets cyclone dust removal head, Equity sets the second slippage slot to biography rod outer surface in storage groove up and down, slides to be connected in the second slippage slot and be fixed with dust collecting cover Shifting block is led in connection, sets the second via inside the dust-extraction unit between the first slippage slot and drive guide cavity, left and right is set in the second via Extend the spiral shell shape bar set, and the 3rd via that left and right extension is set is set inside the second partition panel, and setting left and right in the 3rd via extends The second spin axis set drives and sets drive inside guide cavity and lead device, and dust collecting cover is led and control so as to fulfill automatic drive of the present apparatus Extend into stretch out work.
2. extended by extension section on the left of spiral shell shape bar into the lower section driven in guide cavity and with driving the inner left wall below guide cavity Turn is connected, and extension section extends on the right side of spiral shell shape bar coordinates into the first slippage slot and with inner wall turn on the right side of the first slippage slot Connection, biography bar left side extension section, which extends, to be set and extends into the push piece in the first slippage slot downwards into conduction intracavitary and tail end, is pushed away Part is connected with spiral shell shape bar whorl, drives circumferential fixation on the spiral shell shape bar in guide cavity and sets the 3rd taper wheel;On the left of second spin axis Extension section extends to be connected into the top driven in guide cavity and with driving the inner left wall turn above guide cavity, on the right side of the second spin axis Extension section extends into conduction intracavitary and is connected with passing internal turn on the right side of the conduction chamber above bar, conducts the second rotation of intracavitary Circumferential fixed the second taper wheel set to be connected with the first taper wheel on axis drives circumferential solid in the second spin axis in guide cavity Surely the 4th taper wheel is set, so as to fulfill efficient conduction cooperation so that the present apparatus is into the operation of normal table.
3. device is led including setting the 3rd slippage slot in the drive guide cavity inner left wall between spiral shell shape bar and the second spin axis by driving, The first spiral shell shape bar is set in 3rd slippage slot, is connected at the top of the first spiral shell shape bar with the 3rd slippage slot top inner wall turn, first Spiral shell shape bar bottom is connected with the first motor, and the first motor is arranged in the 3rd slippage slot in bottom and is fixedly connected, first Whorl is connected on spiral shell shape bar slides the slipping block being connected with the 3rd slippage slot, sets to drive in slipping block right flank and lead Motor drives to lead the mating connection of motor right-hand end and extend and leads spin axis into the drive driven in guide cavity, drive lead spin axis tail end set be respectively used to The drive starting taper shape wheel that 4th taper wheel and the 3rd taper wheel are connected drives so as to fulfill switching and leads control, reduces equipment investment, Cost is reduced, while realizes that the extension of control dust collecting cover leads work into stretching work and the drive of control cyclone dust removal head.
4. the configuration of the present invention is simple, design is reasonable, easy to operate, can realize and automatically control dust collecting cover and cyclone dust removal head It is automatic extend into stretch out work, occupied space can be reduced, cost is manufactured and maintenance cost is low.
The above description is merely a specific embodiment, but protection scope of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, it is of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (7)

1. a kind of deduster of practicality is filled including guide tracked landing structure and the dedusting for being arranged on guide tracked landing structural top It puts, it is characterised in that:Dust-extraction unit right flank is internally provided with storage groove, and storage groove sliding is connected with dust collecting cover, dust collecting cover It is internally provided with dedusting chamber, the dust-extraction unit on the left of storage groove is internally provided with conduction chamber, conducts and first is equipped between chamber and storage groove Partition panel conducts the dust-extraction unit on the left of chamber and is internally provided with drive guide cavity, drives and is equipped with the second partition panel between guide cavity and conduction chamber, passes Bottom is equipped with the first slippage slot in guide cavity, and the biography bar for being connected with and extending towards the left and right sides and setting is slid in the first partition panel, It passes extension section on the right side of bar to extend into storage groove and perforation dust collecting cover extends into dedusting intracavitary, passes extension tail end fixation on the right side of bar and sets Have a support plate, pass bar and be internally provided with left and right and extend the first via set, in the first via turn be connected with left and right and extend The first spin axis set, the first spin axis left side extension tail end extend into conduction intracavitary and are fixed with the first taper wheel, the first rotation Extension tail end, which extends, on the right side of axis the dedusting intracavitary on the right side of support plate and is fixed with cyclone dust removal head, outside the biography bar in storage groove Equity is equipped with the second slippage slot up and down on surface, in the second slippage slot sliding be connected be fixedly connected with dust collecting cover lead shifting Block, the first slippage slot and the dust-extraction unit driven between guide cavity are internally provided with the second via, and left and right extension is equipped in the second via and is set The spiral shell shape bar put, the second partition panel are internally provided with the 3rd via that left and right extension is set, and left and right extension is equipped in the 3rd via and is set The second spin axis put, drive guide cavity are internally provided with drive and lead device, and rotation is provided between the cyclone dust removal head and first spin axis Wind shaper, the whirlwind shaper are provided with sealing dress with being communicated inside the cyclone dust removal head on front side of the dust-extraction unit It puts.
2. a kind of deduster of practicality according to claim 1, it is characterised in that:The guide tracked landing structural top with The dust-extraction unit bottom is fixedly connected, and the guide tracked landing structural base is equipped with universal wheel.
3. a kind of deduster of practicality according to claim 1, it is characterised in that:The support plate and the dedusting intracavitary Wall slip is connected, described to pass bar equity between the support plate left-hand end of both sides and the dedusting chamber inner left wall up and down It is fixed with tension spring.
4. a kind of deduster of practicality according to claim 1, it is characterised in that:The storage groove inner left wall bottom is set Fluted, the groove inner left wall, which is internally provided in sedimentation, inhales device, and being connected in the dedusting chamber right side in bottom is equipped with Sedimentation mouth, the dust collecting cover bottom internal are equipped with the sedimentation pipe that left and right extension is set, the sedimentation pipe left side extension tail end and institute State storage groove and be connected and setting and rubber tube is equipped between device being inhaled in the sedimentation, on the right side of the sedimentation pipe extension tail end with The sedimentation mouth bottom is connected setting.
5. a kind of deduster of practicality according to claim 1, it is characterised in that:Extension section extends on the left of the spiral shell shape bar It is connected in into the lower section in the drive guide cavity and with the inner left wall turn below the drive guide cavity, on the right side of the spiral shell shape bar Extension section extends to be connected into first slippage slot and with inner wall turn on the right side of first slippage slot, and the biography bar is left Side extension section, which extends, to be equipped with and extends into the push piece in first slippage slot downwards into the conduction intracavitary and tail end, described Push piece is connected with the spiral shell shape bar whorl, and circumferential direction is fixed with the 3rd taper on the spiral shell shape bar driven in guide cavity Wheel;On the left of second spin axis extension section extend into the top in the drive guide cavity and in the left side above the drive guide cavity Wall turn is connected, on the right side of second spin axis extension section extend into the conduction intracavitary and with above the biography bar described in Internal turn on the right side of chamber is conducted to be connected, in second spin axis of the conduction intracavitary circumferential direction be fixed with to it is described First taper wheel be connected the second taper wheel, it is described drive guide cavity in second spin axis on circumferential direction be fixed with the 4th cone Shape wheel.
6. a kind of deduster of practicality according to claim 5, it is characterised in that:Device is led in the drive includes the spiral shell shape It sets the 3rd slippage slot in the drive guide cavity inner left wall between bar and second spin axis, the is equipped in the 3rd slippage slot One spiral shell shape bar, the first spiral shell shape bar top are connected with the 3rd slippage slot top inner wall turn, the first spiral shell shape Bar bottom is connected with the first motor, and first motor is arranged in the 3rd slippage slot in bottom and is fixedly connected, Whorl is connected with the slipping block being connected with the 3rd slippage slot sliding, the sliding on the first spiral shell shape bar Drive is provided in block right flank and leads motor, the drive, which is led motor right-hand end and is connected with, extends into the drive guide cavity Spin axis is led in drive, and the drive, which is led spin axis tail end and is equipped with, to be respectively used to and the 4th taper wheel and the 3rd taper wheel are connected Drive starting taper shape wheel.
7. a kind of deduster of practicality according to claim 1, it is characterised in that:The sealing device includes windowpane, The windowpane passes on left hinge part and is connected with the dust-extraction unit leading flank turn, glazing front side face right part Kerve is provided with, solid lock structure is provided on the right side of the windowpane.
CN201710420014.2A 2017-06-06 2017-06-06 A kind of deduster of practicality Pending CN108079670A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710420014.2A CN108079670A (en) 2017-06-06 2017-06-06 A kind of deduster of practicality

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710420014.2A CN108079670A (en) 2017-06-06 2017-06-06 A kind of deduster of practicality

Publications (1)

Publication Number Publication Date
CN108079670A true CN108079670A (en) 2018-05-29

Family

ID=62170305

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710420014.2A Pending CN108079670A (en) 2017-06-06 2017-06-06 A kind of deduster of practicality

Country Status (1)

Country Link
CN (1) CN108079670A (en)

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2398517Y (en) * 1999-12-10 2000-09-27 张志斌 Fan clarifier
CN204483998U (en) * 2015-03-06 2015-07-22 宋经辉 A kind of manual dust collector
CN105477939A (en) * 2016-01-05 2016-04-13 安庆市同博科技开发有限责任公司 Centrifugal dust remover

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2398517Y (en) * 1999-12-10 2000-09-27 张志斌 Fan clarifier
CN204483998U (en) * 2015-03-06 2015-07-22 宋经辉 A kind of manual dust collector
CN105477939A (en) * 2016-01-05 2016-04-13 安庆市同博科技开发有限责任公司 Centrifugal dust remover

Similar Documents

Publication Publication Date Title
CN107051935B (en) A kind of high effect dust cleaner
CN207346780U (en) A kind of vacuum glass Acetabula device with hairbrush
CN209256905U (en) A kind of tool storage device for during carwash
CN108079670A (en) A kind of deduster of practicality
CN107008061A (en) A kind of novel deduster
CN207548366U (en) A kind of wood board polishing machine
CN107051012B (en) A kind of deduster
CN109017017A (en) A kind of tool device and its application method
CN205420846U (en) Automatic intelligent clothes hanger who goes up and down
CN110665819B (en) Fruit and vegetable processing device
CN209205171U (en) Agitating device is used in a kind of production of rose oil
CN208770961U (en) Screenings separation equipment in south jiangxi navel orange process
CN107487015B (en) A kind of refuse disposal installation
CN108991998A (en) A kind of long service life blowing and sucking road sweeper device
CN109176220A (en) A kind of special-shaped glass bevel edge polishing operation processing system
CN108889972A (en) A kind of supporter
CN107013162A (en) A kind of bridge construction device
CN107060636A (en) A kind of novel bridge maintenance of equipment
CN211947465U (en) Circular knitting machine with dust collector
CN103610424A (en) Push rod type dust collector
CN107856340B (en) A kind of solid refuse processing unit
CN103300795A (en) Planar rotating compression driving mechanism of vertical dust collector dust collecting tube
CN208551658U (en) A kind of floor tile wax-polishing machine of high-effective and labour-saving
CN209315723U (en) A kind of sliding window guide groove clearing apparatus
CN208197663U (en) A kind of cardboard cutting edge recyclable device

Legal Events

Date Code Title Description
PB01 Publication
PB01 Publication
SE01 Entry into force of request for substantive examination
SE01 Entry into force of request for substantive examination
RJ01 Rejection of invention patent application after publication

Application publication date: 20180529

RJ01 Rejection of invention patent application after publication