CN105411477B - Vertical type dust collector - Google Patents

Vertical type dust collector Download PDF

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Publication number
CN105411477B
CN105411477B CN201510917466.2A CN201510917466A CN105411477B CN 105411477 B CN105411477 B CN 105411477B CN 201510917466 A CN201510917466 A CN 201510917466A CN 105411477 B CN105411477 B CN 105411477B
Authority
CN
China
Prior art keywords
motor
round brush
dust collector
vertical type
air
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.)
Expired - Fee Related
Application number
CN201510917466.2A
Other languages
Chinese (zh)
Other versions
CN105411477A (en
Inventor
胡卫
邹辉
肖峡湖
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.)
Jiangsu Midea Cleaning Appliances Co Ltd
Original Assignee
Jiangsu Midea Cleaning Appliances Co 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
Priority to CN201510917466.2A priority Critical patent/CN105411477B/en
Application filed by Jiangsu Midea Cleaning Appliances Co Ltd filed Critical Jiangsu Midea Cleaning Appliances Co Ltd
Priority to PCT/CN2016/075604 priority patent/WO2017096717A1/en
Priority to EP16871799.9A priority patent/EP3219240A4/en
Priority to CA2971492A priority patent/CA2971492A1/en
Priority to PCT/CN2016/075612 priority patent/WO2017096723A1/en
Priority to CA2971488A priority patent/CA2971488A1/en
Priority to EP16871932.6A priority patent/EP3387978B1/en
Priority to PCT/CN2016/075606 priority patent/WO2017096719A1/en
Priority to CA2971505A priority patent/CA2971505A1/en
Priority to CA2970981A priority patent/CA2970981A1/en
Priority to EP16871800.5A priority patent/EP3387975B1/en
Priority to CA2971231A priority patent/CA2971231A1/en
Priority to EP16871931.8A priority patent/EP3387977A4/en
Priority to US15/539,154 priority patent/US10188247B2/en
Priority to PCT/CN2016/075605 priority patent/WO2017096718A1/en
Priority to CA2971500A priority patent/CA2971500A1/en
Priority to EP16871929.2A priority patent/EP3387974B1/en
Priority to PCT/CN2016/075615 priority patent/WO2017096725A1/en
Priority to US15/539,155 priority patent/US10278556B2/en
Priority to EP16871926.8A priority patent/EP3222183B1/en
Priority to EP16871927.6A priority patent/EP3222184B1/en
Priority to EP16871928.4A priority patent/EP3387976B1/en
Priority to US15/539,156 priority patent/US10448798B2/en
Priority to US15/539,149 priority patent/US20180263441A1/en
Priority to US15/539,158 priority patent/US10178931B2/en
Priority to CA2971659A priority patent/CA2971659A1/en
Priority to CA2971638A priority patent/CA2971638A1/en
Priority to CA2971499A priority patent/CA2971499A1/en
Priority to US15/539,150 priority patent/US10694909B2/en
Priority to CA2971082A priority patent/CA2971082A1/en
Priority to PCT/CN2016/075611 priority patent/WO2017096722A1/en
Priority to PCT/CN2016/075603 priority patent/WO2017096716A1/en
Priority to EP16871930.0A priority patent/EP3222185A4/en
Priority to EP16871802.1A priority patent/EP3235412A4/en
Priority to PCT/CN2016/075614 priority patent/WO2017096724A1/en
Priority to PCT/CN2016/075610 priority patent/WO2017096721A1/en
Priority to PCT/CN2016/075608 priority patent/WO2017096720A1/en
Publication of CN105411477A publication Critical patent/CN105411477A/en
Priority to US15/635,096 priority patent/US10383494B2/en
Priority to US15/636,166 priority patent/US10455999B2/en
Priority to US15/637,721 priority patent/US10610071B2/en
Priority to US15/638,119 priority patent/US10517452B2/en
Publication of CN105411477B publication Critical patent/CN105411477B/en
Application granted granted Critical
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
    • A47L9/02—Nozzles
    • A47L9/04—Nozzles with driven brushes or agitators
    • A47L9/0405—Driving means for the brushes or agitators
    • A47L9/0411—Driving means for the brushes or agitators driven by electric motor
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L5/00—Structural features of suction cleaners
    • A47L5/12—Structural features of suction cleaners with power-driven air-pumps or air-compressors, e.g. driven by motor vehicle engine vacuum
    • A47L5/22—Structural features of suction cleaners with power-driven air-pumps or air-compressors, e.g. driven by motor vehicle engine vacuum with rotary fans
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
    • A47L9/02—Nozzles
    • A47L9/04—Nozzles with driven brushes or agitators
    • A47L9/0427—Gearing or transmission means therefor
    • A47L9/0444—Gearing or transmission means therefor for conveying motion by endless flexible members, e.g. belts
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
    • A47L9/02—Nozzles
    • A47L9/04—Nozzles with driven brushes or agitators
    • A47L9/0461—Dust-loosening tools, e.g. agitators, brushes
    • A47L9/0466—Rotating tools
    • A47L9/0477—Rolls
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L9/00—Details or accessories of suction cleaners, e.g. mechanical means for controlling the suction or for effecting pulsating action; Storing devices specially adapted to suction cleaners or parts thereof; Carrying-vehicles specially adapted for suction cleaners
    • A47L9/28—Installation of the electric equipment, e.g. adaptation or attachment to the suction cleaner; Controlling suction cleaners by electric means
    • A47L9/2868—Arrangements for power supply of vacuum cleaners or the accessories thereof
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K7/00—Arrangements for handling mechanical energy structurally associated with dynamo-electric machines, e.g. structural association with mechanical driving motors or auxiliary dynamo-electric machines
    • H02K7/10—Structural association with clutches, brakes, gears, pulleys or mechanical starters

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Power Engineering (AREA)
  • Cleaning In General (AREA)

Abstract

The invention discloses a kind of vertical type dust collector, including：Round brush；Electric machine assembly, electric machine assembly includes outsides cover of electric machinery and the motor being located in outsides cover of electric machinery, the rotation axis of motor and the non-parallel setting of the rotation axis of round brush, motor are by transmission belt driving round brush rolling and rotatable between the first obliquity for being tensioned the first stand up position of transmission belt and loosening transmission belt；Cylinder block set, cylinder block set include body and bridgeware and dirt cup on body, and bridgeware and outsides cover of electric machinery are rotatably coupled to so that body is rotatable between the second stand up position and the second obliquity；Wherein, when body moves to the second obliquity from the second stand up position, bridgeware motor moves to the first stand up position from the first obliquity.Vertical type dust collector according to embodiments of the present invention, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector, number of components is few, occupies little space, it is possible to achieve sweeps the Synchronization Control of dirt and dust suction.

Description

Vertical type dust collector
Technical field
The present invention relates to cleaning machine field, more particularly, to a kind of vertical type dust collector.
Background technology
Dust catcher in correlation technique includes two motors to drive the motor of round brush and fan, wherein driving fan respectively Generally horizontal arrangement, the i.e. motor shaft of motor can so cause the outsides cover of electric machinery body of motor parallel to the mounting platform of motor Product is bigger than normal, adds the floor space of motor, meanwhile, the motor of horizontal arrangement can be brought to the arrangement of other parts of dust catcher Significant limitation.
The content of the invention
It is contemplated that at least solves one of technical problem present in prior art.Therefore, the invention reside in propose one Kind vertical type dust collector, the structure of the vertical type dust collector is simple, compact, occupies little space, easy to operate, stable, reliable.
Vertical type dust collector according to embodiments of the present invention, including：Round brush；Electric machine assembly, the electric machine assembly include motor Outer cover and the motor being located in the outsides cover of electric machinery, the rotation axis of the rotation axis of the motor and the round brush is non-parallel to be set Put, the motor drives the round brush to roll and be tensioned the first stand up position of the transmission belt and loosening institute by transmission belt State rotatable between the first obliquity of transmission belt；Cylinder block set, the cylinder block set include body and installed in the machines Bridgeware and dirt cup on body, the bridgeware is rotatably coupled to the outsides cover of electric machinery so that the body is upright second It is rotatable between position and the second obliquity；Wherein, when the body moves to described second from second stand up position During obliquity, the bridgeware drives the motor to move to first stand up position from first obliquity.
Vertical type dust collector according to embodiments of the present invention, set the rotation axis of the rotation axis of motor and round brush is non-parallel Put, the volume of motor can be reduced, so as to reduce the space-consuming of the vertical type dust collector, also, the vertical type dust collector passes through one Individual motor controls the rotation of round brush and the generation of dust-absorbing airflow simultaneously, and number of components is few, occupies little space, it is possible to achieve sweep dirt with The Synchronization Control of dust suction, furthermore, the motor of the vertical type dust collector is uprightly arranged, the occupancy that can reduce the vertical type dust collector is empty Between, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector.
According to one embodiment of present invention, further comprise：Arrangement of clutch, the arrangement of clutch are located at the bridgeware Between the motor, when the body moves to second obliquity from second stand up position, the bridge joint Part drives the motor to move to first stand up position from first obliquity by the arrangement of clutch.
According to one embodiment of present invention, the arrangement of clutch includes：First shifting block, first shifting block are fixed on institute State on motor；Second shifting block, second shifting block are located on the bridgeware；Lever and cam part, the lever and cam part can revolve It is located on the outsides cover of electric machinery with turning and both ends coordinates with first shifting block and second shifting block respectively.
According to one embodiment of present invention, the lever and cam part includes：Rotary connector, the rotary connector can It is pivotally connected on the outsides cover of electric machinery；First group of portion and second group of portion, first group of portion and second group of portion difference The both sides being fixed on the same shaft section of the rotary connector and direction remote toward each other extend, first group of portion with The motor coordinates, and second group of portion coordinates with the bridgeware.
According to one embodiment of present invention, between second group of portion and the center of the rotary connector it is maximum away from From less than the ultimate range between first group of portion and the center of the rotary connector, and along away from the rotatable connection The width in the first group of portion described in the direction in portion and the width in second group of portion are gradually reduced.
According to one embodiment of present invention, on the lever and cam part formed with screens groove, when the motor movement extremely During first stand up position, first shifting block coordinates in the screens groove.
According to one embodiment of present invention, the arrangement of clutch includes：Slide rail, the slide rail are located at the bridgeware On；Tongue is dialled, described group of tongue is fixed on the motor and rotatable relative to the motor cover；And lever piece, the lever piece One end slidably engage one end fits to the slide rail and the other end and described group of tongue.
According to one embodiment of present invention, the lower end of the slide rail is provided with gear block to prevent described in the lever piece One end slips from the lower end of the slide rail.
According to one embodiment of present invention, the other end of the lever piece is formed as linking up with, the institute of described group of tongue One end is stated to be fastened in the hook.
According to one embodiment of present invention, described group of tongue includes：Transfer part, its in the transfer part and the outsides cover of electric machinery In one be provided with rotary shaft, another in the transfer part and the outsides cover of electric machinery is provided with and the rotary shaft rotatable engagement Rotational axis hole；And tongue, one end of the tongue is connected with the transfer part and the other end is directed away from the direction of the transfer part Extend along curve, the other end of the tongue coordinates with the other end of the lever piece.
According to one embodiment of present invention, camber line of the slide rail along the axle centered on the rotation axis of the bridgeware Extension.
According to one embodiment of present invention, the arrangement of clutch includes：Slideway, the slideway are formed in the bridgeware On；Touch part, the touch part are pivotally supported on the outsides cover of electric machinery, and one end of the touch part has slideably The slide post and the other end being engaged in the slideway have the driving lever for being suitable to stir the motor movement, wherein, the bridge joint The slide post is slided along the slideway so that the touch part rotates when part drives the slideway movement, and the touch part rotates Shi Suoshu driving levers are stirred the motor and rotated relative to the outsides cover of electric machinery.
According to one embodiment of present invention, the touch part includes：First touch part, the slide post are formed described On first touch part；Second touch part, the driving lever are formed on second touch part；Pivot section, the pivot section connection Between first touch part and the second touch part, the pivot section rotatably passes through the outsides cover of electric machinery.
According to one embodiment of present invention, the pivot section is vertically arranged, first touch part and the pivot section It is vertically arranged, along one end of the neighbouring slide post from first touch part to the other end of the neighbouring pivot section On direction, the vertical height of first touch part is gradually reduced and the upper surface of first touch part is formed as and the bridge Cambered surface corresponding to the shape of fitting.
According to one embodiment of present invention, formed with for accommodating first touch part and confession on the outsides cover of electric machinery The receiving space that first touch part rotates.
According to one embodiment of present invention, the pivot section is vertically arranged, and first touch part and the driving lever are equal It is vertically arranged with the pivot section, wherein, the length bearing of trend of the driving lever and the length extension side of first touch part Angular range between is 0 ° -90 °.
According to one embodiment of present invention, the end of the driving lever has the inclined plane for being suitable to promote the motor casing.
According to one embodiment of present invention, the slideway is linear slideway and tilts extension relative to fore-and-aft direction.
According to one embodiment of present invention, the transmission belt is wrapped in the middle body on the round brush axis direction On.
According to one embodiment of present invention, further comprise：Round brush shell, the round brush shell is interior to have round brush air-breathing runner With the transmission belt installation cavity for installing the transmission belt, the round brush air-breathing runner includes being located at the transmission belt installation cavity two The the first air-breathing runner and the second air-breathing runner of side.
According to one embodiment of present invention, the first air-breathing runner and the second air-breathing runner are on the transmission Band is symmetrical arranged.
According to one embodiment of present invention, there is vent, dirty air outlet and net air to enter on the outsides cover of electric machinery Mouthful, motor air-breathing runner and motor exhausting runner are limited in the outsides cover of electric machinery, the motor air-breathing flow passage is described Between round brush air-breathing runner and dirty air outlet, the motor exhausting flow passage is in the net air entrance and the row Between air holes.
According to one embodiment of present invention, the motor air-breathing runner includes being communicated to the of the first air-breathing runner One branch flow passage and the second branch flow passage for being communicated to the second air-breathing runner.
According to one embodiment of present invention, first branch flow passage and second branch flow passage are by the motor Motor casing and the outsides cover of electric machinery limit, and first branch flow passage and second branch flow passage collectively form cross section For generally annular solid space.
According to one embodiment of present invention, the dirty air outlet is connected to entering for the dirt cup by air intake tube assembly Gas port, the air intake tube assembly include：Blast pipe, the blast pipe is located on the outsides cover of electric machinery and one end be connected to it is described dirty Air outlet slit；And flexible pipe, the flexible pipe are connected between the other end of the blast pipe and the air inlet of the dirt cup.
According to one embodiment of present invention, the dirty air outlet is connected to the air inlet of the dirt cup by reversal valve Mouthful, the reversal valve has the first passage, the second passage and the 3rd passage, and first passage is communicated to the rolling Brush air-breathing runner, second passage are connected to the air inlet of the dirt cup, and the 3rd passage is communicated to the external world Air, the reversal valve are configured to the first state connected in first passage with second passage and described Switch between the second state that three passages connect with second passage.
According to one embodiment of present invention, the reversal valve includes：Three-way pipe, the three-way pipe include what is be interconnected First pipeline section, the second pipeline section and the 3rd pipeline section, first passage are limited by the free end of first pipeline section, and described Two passages are limited by the free end of second pipeline section；And bipass, the bipass include the 4th pipe being interconnected Section and the 5th pipeline section, the 3rd passage are limited by the free end of the 4th pipeline section, limited on the 5th pipeline section 4th passage, the 5th pipeline section be extending at least partially into the 3rd pipeline section and make first passage with it is described The first position of second passage connection and make between the second place that the 4th passage connects with second passage It is removable.
According to one embodiment of present invention, body grate flow channel, the body grate flow channel are limited in the body One end be connected to the gas outlet of the dirt cup, the other end of the body grate flow channel connects with the net air entrance.
According to one embodiment of present invention, further comprise：Two rollers, described two rollers are respectively provided at the electricity The both sides of machine outer cover and it is rotatably coupled to the outsides cover of electric machinery, the bridgeware includes top plate and is connected to the top plate two Two side plates of side, described two side plates be folded in respectively between the two side of the outsides cover of electric machinery and the corresponding roller and It is rotatably coupled to the outsides cover of electric machinery.
According to one embodiment of present invention, the top plate of the bridgeware is provided with the first connecting tube, and described first Positioning card column is provided with connecting tube, the lower end of the body is provided with the second connecting tube, and the baffle plate is provided with locator card cylinder, described After second connecting tube is plugged in first connecting tube, the locator card jacket casing is located in the positioning card column.
According to one embodiment of present invention, the rotation axis of the roller is parallel with the rotation axis of the round brush.
According to one embodiment of present invention, further comprise：Tensioning wheel, the tensioning wheel are neighbouring with the transmission belt The part of the round brush is relative for the tensioning transmission belt.
According to one embodiment of present invention, the motor moves to first orthostatic position from first obliquity It is 1 ° -10 ° to put the angular range turned over.
The additional aspect and advantage of the present invention will be set forth in part in the description, and will partly become from the following description Obtain substantially, or recognized by the practice of the present invention.
Brief description of the drawings
Fig. 1 is the schematic diagram of vertical type dust collector according to an embodiment of the invention；
Fig. 2 is side view of the vertical type dust collector when motor is in the first obliquity shown in Fig. 1；
Fig. 3 is side view of the vertical type dust collector when motor is in the first stand up position shown in Fig. 1；
Fig. 4 is the schematic diagram of vertical type dust collector in one direction shown in Fig. 1；
Fig. 5 is the schematic diagram according to the vertical type dust collector of another embodiment of the invention；
Fig. 6 is the side view of the vertical type dust collector shown in Fig. 5；
Fig. 7 is the round brush component of vertical type dust collector according to an embodiment of the invention and the installation diagram of electric machine assembly；
Fig. 8 is the round brush component of vertical type dust collector and the installation diagram of electric machine assembly according to another embodiment of the invention；
Fig. 9 is the top view of the structure shown in Fig. 8；
Figure 10 is the side view of the structure shown in Fig. 7；
Figure 11 is the upward view of the structure shown in Fig. 7；
Figure 12 is the inner flow passage schematic diagram of the structure shown in Figure 11；
Figure 13 is the inner flow passage rearview of the structure shown in Fig. 8；
Figure 14 is the structural representation of the vertical type dust collector of another embodiment according to embodiments of the present invention；
Figure 15 is portion's dress figure of Figure 14 upright cleaners；
Figure 16 is portion dress figure of Figure 14 upright cleaners under a working condition；
Figure 17 is portion dress figure of Figure 14 upright cleaners under an another working condition；
Figure 18 is the side view of the structure shown in Figure 16；
Figure 19 is the bridgeware of vertical type dust collector according to embodiments of the present invention and the installation diagram of touch part；
Figure 20 is the structural representation of the touch part of vertical type dust collector according to embodiments of the present invention；
Figure 21 is structure of the vertical type dust collector according to an embodiment of the invention when body is in the second stand up position Schematic diagram；
Figure 22 is the enlarged drawing in B1 portions in Figure 21；
Figure 23 is structural representation of the vertical type dust collector when body is in the second obliquity shown in Figure 21
Figure 24 is the enlarged drawing in B2 portions in Figure 23；
Figure 25 is installation diagram of the bridgeware with lever and cam part of the vertical type dust collector shown in Figure 21；
Figure 26 is the enlarged drawing in B3 portions in Figure 25；
Figure 27 is installation diagram of the outsides cover of electric machinery with lever and cam part of the vertical type dust collector shown in Figure 21；
Figure 28 is the enlarged drawing in B4 portions in Figure 27；
Figure 29 is portion's dress figure according to the vertical type dust collector of another embodiment of the invention；
Figure 30 is installation diagram of the bridgeware with lever and cam part of the vertical type dust collector shown in Figure 29；
Figure 31 is the enlarged drawing in C1 portions in Figure 30；
Figure 32 is installation diagram of the outsides cover of electric machinery with lever and cam part of the vertical type dust collector shown in Figure 29；
Figure 33 is the enlarged drawing in C2 portions in Figure 32；
Figure 34 is the instruction figure of the lever and cam part of vertical type dust collector according to embodiments of the present invention；
Figure 35 is the stereogram of the lever and cam part of the vertical type dust collector shown in Figure 34；
Figure 36 is the structural representation of vertical type dust collector according to embodiments of the present invention when body is in the second stand up position Figure；
Figure 37 is the enlarged drawing in D1 portions in Figure 36；
Figure 38 is portion's dress figure of the vertical type dust collector shown in Figure 36；
Figure 39 is the enlarged drawing in D2 portions in Figure 38；
Figure 40 is the structural representation of vertical type dust collector according to embodiments of the present invention when body is in the second obliquity Figure；
Figure 41 is the enlarged drawing in D3 portions in Figure 40；
Figure 42 is portion's dress figure of the vertical type dust collector shown in Figure 40；
Figure 43 is the enlarged drawing in the D4 portions shown in Figure 42；
Figure 44 is the structural representation of the round brush of vertical type dust collector according to embodiments of the present invention；
Figure 45 is the front view of the round brush of the vertical type dust collector shown in Figure 44.
Figure 46 is the schematic diagram under a working condition of the reversal valve of vertical type dust collector according to embodiments of the present invention；
Figure 47 is the signal in the other operative state of the reversal valve of vertical type dust collector according to embodiments of the present invention Figure.
Figure 48 is the electric machine assembly of vertical type dust collector according to embodiments of the present invention and the installation diagram of round brush component；
Figure 49 is the enlarged drawing in A portions in Figure 48；
Figure 50 is the structural representation of the bridgeware of vertical type dust collector according to embodiments of the present invention；
Reference：
1：Vertical type dust collector；
100：Round brush component；
11：Round brush；111：First round brush section；1111：The first noumenon；1112：First bristle；
112：Second round brush section；1121：Second body；1122：Second bristle；
113：Connect shaft part；114：First plate washer；115：Second plate washer；
12：Round brush shell；
122：Round brush air-breathing runner；1221：First air-breathing runner；1222：Second air-breathing runner；
123：Transmission belt installation cavity；
124：Upper casing；
125：Lower casing；
13：Transmission belt；14：Tensioning wheel；
200：Electric machine assembly；
21：Outsides cover of electric machinery；
211：Dirty air exports；212：Net air entrance；213：Vent；214：Dirty air efferent duct；215：Net air Input pipe；216：Motor air-breathing runner；2161：First branch flow passage；2162：Second branch flow passage；
22：Motor；221：Motor shaft；222：Motor casing；
300：Cylinder block set；
31：Body；311：Body grate flow channel；
32：Bridgeware；321：Top plate；3211：First escape groove；3212：Second escape groove；322：Side plate；
33：Connecting pipe component；331：First connecting tube；332：Second connecting tube；
34：Positioning component；341：First keeper；342：Second keeper；
35：Limited post；36：Elastic component；
37：Dirt cup；371：Disengagement chamber；372：Air inlet；373：Gas outlet；38：Roller；39：Discharge pipe；400：Clutch fills Put；
41a：Slideway；
42a：Touch part；
421a：First touch part；4211a：Slide post；422a：Second touch part；4221a：Driving lever；
4222a：Inclined plane；423a：Pivot section；
41b(41c)：Lever and cam part；
411b(411c)：Rotary connector；412b(412c)：First group of portion；413b(413c)：Second group of portion；414b (414c)：Screens groove；
42b(42c)：First shifting block；43b(43c)：Second shifting block；44b(44c)：Rotary shaft；
41d：Slide rail；411d：Gear block；
42d：Dial tongue；421d：Transfer part；422d：Tongue；
43d：Lever piece；431d：Hook；44d：Rotary shaft；
51：Blast pipe；52：Flexible pipe；
600：Reversal valve；
61：Three-way pipe；611：First pipeline section；612：Second pipeline section；613：3rd pipeline section；
62：Bipass；621：4th pipeline section；622：5th pipeline section；
631：First passage；632：Second passage；633：3rd passage；634：4th passage.
Embodiment
Embodiments of the invention are described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning to end Same or similar label represents same or similar element or the element with same or like function.Below with reference to attached The embodiment of figure description is exemplary, it is intended to for explaining the present invention, and is not considered as limiting the invention.
Following disclosure provides many different embodiments or example is used for realizing the different structure of the present invention.For letter Change disclosure of the invention, hereinafter the part and setting of specific examples are described.Certainly, they are only example, and Purpose does not lie in the limitation present invention.In addition, the present invention can in different examples repeat reference numerals and/or letter.It is this heavy It is the relation between itself not indicating discussed various embodiments and/or setting for purposes of simplicity and clarity again.This Outside, the invention provides various specific techniques and material examples, but those of ordinary skill in the art can be appreciated that The applicable property of other techniques and/or the use of other materials.
Vertical type dust collector according to embodiments of the present invention is described below with reference to Fig. 1 to Figure 50.
Vertical type dust collector according to embodiments of the present invention includes round brush, electric machine assembly and cylinder block set.Reference picture 1, round brush 11 in the horizontal direction (left and right directions as shown in Figure 1) extend, electric machine assembly 200 is located at the rear of round brush 11 and electric machine assembly 200 are connected with round brush 11 to drive round brush 11 to rotate about center rotating, so as to realize the purpose for cleaning ground, by round brush 11 Dust, debris and the dirty air of cleaning enter round brush air-breathing runner 122 from the suction port of round brush shell 12, then in cylinder block set Handled in 300.
Further, electric machine assembly includes outsides cover of electric machinery and the motor that is located in outsides cover of electric machinery, the rotation axis of motor with The non-parallel setting of rotation axis of round brush, motor drive round brush to roll and in the first orthostatic position of tensioning transmission belt by transmission belt Put and loosen rotatable between the first obliquity of transmission belt.Specifically, as shown in figure 1, the rotation axis of round brush 11 is along water Square extend to (left and right directions as shown in Figure 1), the rotation axis of motor 22 and the non-parallel setting of rotation axis of round brush 11, For example, the rotation axis of motor 22 vertically (above-below direction as shown in Figure 2) can extend, can also be relative to vertical Direction is obliquely installed, and is provided with transmission belt 13 between motor 22 and round brush 11, and transmission belt 13 respectively with motor 22 and round brush 11 It is connected, motor 22 realizes the driving to round brush 11 by transmission belt 13.
Wherein, cylinder block set includes body and bridgeware and dirt cup on body, and bridgeware can with outsides cover of electric machinery Rotatably it is connected so that body is rotatable between the second stand up position and the second obliquity.Alternatively, dirt cup 37 is detachable Ground is located on body 31, and disengagement chamber 371 is defined in dirt cup 37, the disengagement chamber 371 respectively with the dirty air on outsides cover of electric machinery 21 Outlet 211 connects with net air entrance 212, and specifically, dirty air, dust etc. enter round brush air-breathing from the suction port of round brush shell 12 Runner 122, subsequently into the motor air-breathing runner 216 in outsides cover of electric machinery 21, and gone out by the dirty air on outsides cover of electric machinery 21 Mouth 211 is discharged in the disengagement chamber 371 of dirt cup 37, and the cleaned air that the filtering, processing by dirt cup 37 obtain passes through outsides cover of electric machinery The motor exhausting runner that 21 net air entrance 212 enters in outsides cover of electric machinery 21, finally from the vent 213 on outsides cover of electric machinery 21 It is discharged to external environment.
Wherein, when body moves to the second obliquity from the second stand up position, bridgeware motor inclines from first Loxosis, which is put, moves to the first stand up position.
Thus, vertical type dust collector according to embodiments of the present invention, by the rotary shaft of the rotation axis of motor 22 and round brush 11 The non-parallel setting of line, the volume of motor 22 can be reduced, so as to reduce the space-consuming of the vertical type dust collector 1, also, this is vertical Dust catcher 1 controls the rotation of round brush 11 and the generation of dust-absorbing airflow simultaneously by a motor 22, and number of components is few, space-consuming It is small, it is possible to achieve the Synchronization Control of dirt and dust suction is swept, furthermore, the motor of the vertical type dust collector 1 is uprightly arranged, it is vertical can to reduce this The space-consuming of formula dust catcher 1, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector 1.
Wherein, the vertical type dust collector 1 further comprises arrangement of clutch 400, and arrangement of clutch 400 is located at bridgeware 32 and motor Between 22, when body 31 moves to the second obliquity from the second stand up position, bridgeware 32 is driven by arrangement of clutch 400 Motor 22 moves to the first stand up position from the first obliquity.Specifically, when body 31 is located at the second stand up position, motor The axis of 22 motor shaft 221 tilts backwards setting relative to the axis of outsides cover of electric machinery 21, i.e. motor 22 is in first and tilts position Put, now, the both ends of transmission belt 13 are outer respectively to be enclosed on round brush 11 and motor shaft 221, but transmission belt 13 is in relaxation state；When When body 31 is located at the second obliquity, the axis of motor 22 vertically extends, i.e., motor 22 is in the first stand up position, Now, transmission belt 13 is tightened up.Human hand by body 31 from the second stand up position to the second obliquity rotate when, outsides cover of electric machinery 21 On bridgeware 32 rotated relative to outsides cover of electric machinery 21 and by the motor 22 of arrangement of clutch 400 by the first obliquity Rotated to the first stand up position, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that under motor shaft 221 The increase of the distance between end and round brush 11, and then the tensioning of transmission belt 13 is realized, reach to start and sweep dirt, the purpose of dust suction action.
Referring to figs. 1 to Fig. 3, motor 22 is located in the outsides cover of electric machinery 21 of dust catcher, and motor 22 respectively with fan and rolling Brush 11 is connected, wherein, motor 22 can be rotated to produce air-flow with driving fan, so as to provide dust suction power for vertical type dust collector 1, And motor 22 can also drive round brush 11 to be rotated around its own axis, so as to realize the purpose on cleaning ground.
Further, the non-parallel setting of rotation axis of the rotation axis of motor 22 and round brush 11, motor 22 pass through transmission Band 13 drives round brush 11 to roll.Specifically, as shown in figure 1, the rotation axis of a round brush 11 (left side as shown in Figure 1 in the horizontal direction Right direction) extension, the rotation axis of motor 22 and the non-parallel setting of rotation axis of round brush 11, for example, the rotary shaft of motor 22 Line vertically (above-below direction as shown in Figure 2) can extend, and can also be obliquely installed relative to vertical direction, motor 22 Transmission belt 13 is provided between round brush 11, and transmission belt 13 is connected with motor 22 and round brush 11 respectively, and motor 22 passes through transmission The driving to round brush 11 is realized with 13.
Alternatively, motor 22 can be set near floor level, i.e., the center of gravity of motor 22 is relative to the dust catcher in correlation technique Motor 22 center of gravity it is on the lower side, the dust catcher so for the body 31 with equal length, user is vertical the operation present invention's It is more laborsaving during formula dust catcher 1, it is easy to operate.Switch on body 31 of the human hand by controlling vertical type dust collector 1 is realized vertical The start and stop of dust catcher 1, when vertical type dust collector 1 starts, driving fan and round brush 11 rotate motor 22 simultaneously, so as to be dust suction Power is provided, user only needs one-key operation, simple to operate, convenient.
Thus, vertical type dust collector 1 according to embodiments of the present invention, by the rotary shaft of the rotation axis of motor 22 and round brush 11 The non-parallel setting of line, the volume of motor 22 can be reduced, so as to reduce the space-consuming of the vertical type dust collector 1, it is easy to accomplish should The diversity of each component layouts of vertical type dust collector 1, also, the vertical type dust collector 1 controls round brush simultaneously by a motor 22 11 and the rotation of fan, number of components is few, occupies little space, it is possible to achieve sweeps the Synchronization Control of dirt and dust suction, the vertical dust suction The structure of device 1 is simple, compact, occupies little space, easy to operate.
In certain specific embodiments of the invention, transmission belt 13 is wrapped in the motor shaft 221 and round brush 11 of motor 22 On.Wherein, transmission belt 13 is formed as annular, and the one ends wound of transmission belt 13 is in the motor shaft 221 of motor 22, and transmission belt 13 The other end is wrapped on round brush 11, in view of the rotation axis (i.e. the rotation axis of the motor shaft 221 of motor 22) of motor 22 and rolling The non-parallel setting of rotation axis of brush 11, therefore, twists between the both ends of transmission belt 13.
Reference picture 2 and Fig. 3, before round brush 11 and motor 22 be arranged spaced apart along the longitudinal direction and round brush 11 is located at motor 22 Side, it is enclosed on the motor shaft 221 of motor 22 outside one end of transmission belt 13, is enclosed on outside the other end of transmission belt 13 on round brush 11, when When the motor shaft 221 of motor 22 rotates, due to having frictional resistance between the zone face of motor shaft 221 and transmission belt 13, therefore, electricity Arbor 221 drives transmission belt 13 to rotate, similarly, due to having frictional resistance between the zone face of round brush 11 and transmission belt 13, because This, transmission belt 13 drives round brush 11 to be rotated around its own rotation axis, hereby it is achieved that motor 22 drives round brush 11 to rotate.Pass through Transmission belt 13 is set between motor 22 and round brush 11, and alloing motor 22, driving fan and round brush 11 rotate simultaneously, with phase The dust catcher for controlling fan to be rotated with round brush 11 respectively by two motors 22 in the technology of pass is compared, the vertical type dust collector 1 Simple in construction, number of components is few, occupies little space, and is convenient to mount and dismount, and installation effectiveness is high, it is possible to achieve sweeps dirt control synchronous with dust suction System.
Wherein, the contact point between transmission belt 13 and its part wound is deflecting contact, is touched per two adjacent deflectings The windup-degree of transmission belt 13 between point is 30 ° -90 °.
Specifically, one end outsourcing of annular transmission belt 13 is at least a portion side wall of round brush 11, and the biography of annular The other end outsourcing of dynamic band 13 at least a portion side wall of the motor shaft 221 of motor 22, wherein, transmission belt 13 and round brush 11 are connected zone faces along the axially extending of round brush 11, and transmission belt 13 with the zone face that the motor shaft 221 of motor 22 is connected along motor Axially extending, the axial direction and the non-parallel setting in axial direction of round brush 11 due to the motor shaft 221 of motor 22 of axle 221, therefore, round brush Transmission belt 13 between 11 and motor shaft 221 occurs once to reverse, and windup-degree is 30 ° -90 °.Explanation is needed exist for, is passed When dynamic band 13 is annular, half-turn transmission belt 13 above and underlying half-turn transmission belt 13 are respectively in round brush 11 and electricity Occur once to reverse between arbor 221, and windup-degree is equal.
In other embodiments of the present invention, transmission belt 13 is wrapped in motor shaft 221, the round brush of motor 22 11 and at least one directive wheel on.Wherein, transmission belt 13 is formed as annular, and the zone face of transmission belt 13 is respectively wound around motor On 22 motor shaft 221, round brush 11 and at least one directive wheel.For example, directive wheel includes one, one end of transmission belt 13 twines It is wound on the motor shaft 221 of motor 22, the other end of transmission belt 13 is wrapped on round brush 11, and directive wheel is located at motor 22 and rolling Between brush 11 and only it is against on the zone face of transmission belt 13 above, so as to so that half-turn transmission belt 13 above is sent out Life is reversed twice.Certainly, the present invention is not limited thereto, and directive wheel can also be including multiple, so that transmission belt 13 occurs repeatedly Reverse.
Further, in the present embodiment, between the motor shaft 221 of transmission belt 13 and motor 22, round brush 11, directive wheel Contact point is deflecting contact, and the windup-degree of the transmission belt 13 between every two adjacent deflecting contacts is 30 ° -90 °.For example, A directive wheel is provided between motor shaft 221 and round brush 11, wherein, the motor shaft 221 of transmission belt 13 and motor 22, directive wheel The windup-degree of transmission belt 13 between two deflecting contacts is 30 °, and two deflectings of the directive wheel of transmission belt 13, round brush 11 The windup-degree of transmission belt 13 between contact is 60 °.
Thus, it is located at by the way that transmission belt 13 is reversed between motor shaft 221 and round brush 11, it is possible to achieve deflecting campaign, from And the rotation of motor shaft 221 is transmitted to the rotation for round brush 11, it is easy to accomplish motion and the transmission of power；By by transmission belt 13 It is wrapped on motor shaft 221, round brush 11 and at least one directive wheel, can runs transmission belt 13 more stable, reliable, ensures The dirt action of sweeping of the vertical type dust collector 1 is acted with dust suction and can synchronously carried out.
In the example of the present invention, the rotation axis of the rotation axis and round brush 11 of motor 22 is vertically arranged, and is passed Dynamic band 13 reverses 90 ° of settings.Reference picture 1, round brush 11 are disposed on a horizontal plane, and the rotation axis of round brush 11 prolongs in the horizontal direction Stretch；Motor 22 stands up and the motor shaft 221 of motor 22 interior in outsides cover of electric machinery 21 and erected positioned at vertical with the rotation axis of round brush 11 In straight plane, i.e. the rotation axis of the rotation axis and round brush 11 of the motor shaft 221 of motor 22 is arranged in a mutually vertical manner, therefore, position Occur once between round brush 11 and motor shaft 221 in the half-turn transmission belt 13 of top and underlying half-turn transmission belt 13 Reverse, and the windup-degree at the both ends of every section of transmission belt 13 is 90 °.
Alternatively, according to one embodiment of present invention, the motor shaft 221 of motor 22 is vertically arranged.Specifically, motor 22 Mainly it is made up of motor body and motor casing 222, motor body is located in motor casing 222, and motor body is mainly by movement and electricity Arbor 221 forms, and the motor shaft 221 of motor 22 is connected with the movement of motor 22 and motor 22 is vertical, wherein, vertical suction In a non-operative state, the upper end of motor shaft 221 retreats dirt device 1 relative to vertical direction (above-below direction as shown in Figure 3) Tiltedly set；In dust suction process, the central axis of motor shaft 221 vertically extends vertical type dust collector 1, i.e. the vertical dust suction Device 1, one end of motor shaft 221 vertically (above-below direction as shown in Figure 3) can extend downwardly relative to movement, pass The lower end of motor shaft 221 is enclosed on outside one end of dynamic band 13, and is enclosed on outside the other end of transmission belt 13 on round brush 11, due to round brush 11 Rotation axis be disposed on a horizontal plane, therefore, transmission belt 13 occurs to turn round at least once between round brush 11 and motor shaft 221 Turn, i.e. transmission belt 13 between the deflecting contact of transmission belt 13 and motor shaft 221 and the deflecting contact of transmission belt 13 and round brush 11 Windup-degree be 90 °.
When body 31 is located at stand up position, the axis of the motor shaft 221 of motor 22 relative to outsides cover of electric machinery 21 axis Setting is tilted backwards, now, the both ends of transmission belt 13 are outer respectively to be enclosed on round brush 11 and motor shaft 221, but transmission belt 13 is in Relaxation state；When body 31 is located at obliquity, the axis of motor 22 vertically extends, i.e., motor 22 is in vertical State, now, transmission belt 13 are tightened up.Specifically, human hand by body 31 from vertical position to obliquity operate when, motor shaft 221 lower end is gradually moved rearwards, so that the distance between the lower end of motor shaft 221 and round brush 11 increase, and then is realized and is passed The tensioning of dynamic band 13.
Vertical type dust collector 1 further comprises stop part, and stop part is located at the lower section of transmission belt 13 and neighbouring motor 22 is set To prevent transmission belt 13 from departing from motor shaft 221 downwards.For example, the stop part can be the jump ring being located on motor shaft 221, jump ring It can be located on the free end of motor shaft 221 so that one end being connected with motor shaft 221 of transmission belt 13 is located at the top of jump ring, So as to avoid transmission belt 13 from being slipped from motor shaft 221；Stop part can also be by the self structure of the free end of motor shaft 221 Shape.Certainly, the present invention is not limited thereto, and stop part can also be provided on the miscellaneous part of the lower section of transmission belt 13, so as to Driving member is avoided to be skidded off from motor shaft 221.Thus, by setting stop part in the lower section of transmission belt 13, can prevent from being driven Band 13 slips from motor shaft 221, ensures the reliability of operation of transmission belt 13, is further ensured that the normal of the vertical type dust collector 1 Work.
In some examples of the present invention, it is enclosed on outside one end of transmission belt 13 on round brush 11 and is located at the middle part of round brush 11, The round brush 11 of the both sides of transmission belt 13 cleans dust respectively, and then dust and dirty air are out of suction port suction round brush shell 12, then Filtered in into dirt cup 37, final clean air is discharged from the vent 213 of outsides cover of electric machinery 21.Explanation is needed exist for, in Portion is relative saying, it can be understood as the part between the left and right ends of round brush 11, it is not limited to the centre of round brush 11, tool Body, the middle part can be the part between the centre part of round brush 11 and left end, or the centre portion of round brush 11 The part divided between right-hand member.
Preferably, according to one embodiment of present invention, transmission belt 13 is wrapped in the central portion on the axis direction of round brush 11 On point.Reference picture 9 is to Figure 11, the middle body that is enclosed on outside one end of transmission belt 13 on the axis direction of round brush 11, i.e. transmission belt 13 Round brush 11 is divided into symmetrical two parts.
Wherein, according to one embodiment of present invention, vertical type dust collector 1 further comprises round brush shell 12, in round brush shell 12 Transmission belt installation cavity 123 with round brush air-breathing runner 122 and for installing transmission belt 13.Reference picture 9, round brush shell 12 are formed as T-shaped, i.e., round brush shell 12 includes the brush shell and then vertically of (left and right directions as shown in figure 11) extension in the horizontal direction The band shell of direction (fore-and-aft direction as shown in figure 11) extension, wherein, transmission belt installation cavity 123 and position are defined in round brush shell 12 Round brush air-breathing runner 122 in the both sides of transmission belt installation cavity 123, round brush 11 be rotatably arranged in round brush air-breathing runner 122 and Length direction extension of the rotation axis of round brush 11 along brush shell, transmission belt 13 are rotatably arranged in transmission belt installation cavity 123.Enter One step, round brush air-breathing runner 122 is kept apart with transmission belt 13.It is enclosed on outside one end of transmission belt 13 on round brush 11, outside the other end It is enclosed on motor shaft 221, by the way that transmission belt installation cavity 123 and round brush air-breathing runner 122 are spaced apart, round brush can be avoided to inhale The winding such as dust and debris in flow channel 122 transmission belt 13, motor shaft 221 etc., ensure the fortune of transmission belt 13 and motor 22 Capable stability and reliability, so as to ensure the normal work of the vertical type dust collector 1.
The first air-breathing runner 1221 and second that round brush air-breathing runner 122 includes positioned at the both sides of transmission belt installation cavity 123 is inhaled Flow channel 1222.Reference picture 11 and Figure 12, the first air-breathing runner 1221 and the second air-breathing runner 1222 are located at transmission belt 13 respectively The left and right sides, from round brush shell 12 suck dirty air and dust pass through the first air-breathing runner 1221 and the second air-breathing runner respectively 1222 are transported in dirt cup 37.Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 can be spaced and be opened in transmission With 13 left and right sides so that dirty air, dust from the suction port suction of round brush shell 12 etc. respectively enter the first air-breathing runner 1221 and second in air-breathing runner 1222, then converge, flow into dirt cup 37 together.
Alternatively, the first air-breathing runner 1221 and the second air-breathing runner 1222 can be limited by the part being located in round brush shell 12 It is fixed, it can also be limited by the internal face of round brush shell 12；Certainly, the present invention is not limited thereto, the first air-breathing runner 1221 and second Air-breathing runner 1222 can also be what is be interconnected, i.e., the space in round brush shell 12 in addition to transmission belt installation cavity 123 is the One air-breathing runner 1221 and the second air-breathing runner 1222, the dirty air sucked from the suction port of round brush shell 12, dust etc. pass through biography Dynamic band installation cavity 123 is transported in dirt cup 37.Thus, by setting the first air-breathing runner 1221 and the in the both sides of transmission belt 13 Two air-breathing runners 1222, it is possible to achieve the effect of the both sides dust suction of transmission belt 13, expand dust suction scope, improve the vertical type dust collector 1 Operating efficiency.
Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 include horizontal air-breathing flow channel section and longitudinal air-breathing Flow channel section, horizontal air-breathing flow channel section are axially vertical with round brush 11 along the axially extending of round brush 11, longitudinal air-breathing flow channel section edge Direction extends and connected with corresponding horizontal air-breathing flow channel section.
Reference picture 14, round brush 11 include the first round brush section 111 provided with bristle and the second round brush section 112 and are connected to the Connection shaft part 113 between one round brush section 111 and the second round brush section 112, transmission belt 13 are wrapped in the He of motor shaft 221 of motor 22 So that motor 22 drives round brush 11 to roll on connection shaft part 113.First air-breathing runner 1221 is mainly by left positioned at connection shaft part 113 The horizontal air-breathing runner of side and longitudinal air-breathing runner composition positioned at the left side of transmission belt 13, the second air-breathing runner 1222 is mainly by position Horizontal air-breathing runner in the right side of connection shaft part 113 and longitudinal air-breathing runner composition positioned at the right side of transmission belt 13, and each The center line of the center line of horizontal air-breathing runner and longitudinal air-breathing runner of correspondence position is mutually perpendicular to.
Alternatively, the first air-breathing runner 1221 and the second air-breathing runner 1222 form the L-shaped being disposed opposite to each other, transmission belt respectively Installation cavity 123 is between the first air-breathing runner 1221 and the second air-breathing runner 1222, when round brush 11 is arranged in round brush shell 12 When, motor 22 drives round brush 11 to rotate by transmission belt 13, it is achieved thereby that the purpose on ground is cleaned, by transmission belt 13 Both sides set the first air-breathing runner 1221 and the second air-breathing runner 1222, it is possible to achieve the effect of the both sides dust suction of transmission belt 13, expand Big dust suction scope, improve the operating efficiency of the vertical type dust collector 1.
Reference picture 1, round brush shell 12 are formed as T-shaped, i.e., round brush shell 12 includes (left and right as shown in Figure 1 in the horizontal direction Direction) extension brush shell so that vertically direction (fore-and-aft direction as shown in Figures 2 and 3) extension band shell, wherein, rolling Transmission belt installation cavity 123 and the round brush air-breathing runner 122 positioned at the both sides of transmission belt installation cavity 123, round brush are defined in brush shell 12 11 are rotatably arranged at the length direction extension that round brush air-breathing runner 122 is interior and the rotation axis of round brush 11 is along brush shell, transmission belt 13 are rotatably arranged in transmission belt installation cavity 123.
Wherein, it is enclosed on outside one end of transmission belt 13 on round brush 11 and positioned at the middle part of round brush 11, the rolling of the both sides of transmission belt 13 Brush 11 cleans dust respectively, and then dust and dirty air filter out of suction port suction round brush shell 12 subsequently into dirt cup 37, Final clean air is discharged from the vent 213 of outsides cover of electric machinery 21.Explanation is needed exist for, middle part is relative saying, can be with The part being interpreted as between the left and right ends of round brush 11, it is not limited to which the centre of round brush 11, specifically, the middle part can be Part between the centre part of round brush 11 and left end, or the portion between the centre part of round brush 11 and right-hand member Point.
Further, round brush air-breathing runner 122 includes the first air-breathing runner 1221 positioned at the both sides of transmission belt installation cavity 123 With the second air-breathing runner 1222.Reference picture 11, the first air-breathing runner 1221 and the second air-breathing runner 1222 are located at transmission belt respectively 13 left and right sides, from the dirty air that the suction port of round brush shell 12 sucks from the first air-breathing runner 1221 and the second air-breathing runner 1222 are transferred in dirt cup 37.Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 can be spaced and be opened in transmission With 13 left and right sides so that the dirty air of suction, dust etc. respectively enter the and of the first air-breathing runner 1221 in from round brush shell 12 In second air-breathing runner 1222, then converge together, flow into dirt cup 37, specifically, the first air-breathing runner 1221 and second is inhaled Flow channel 1222 can be limited by the part being located in round brush shell 12, can also be limited by the internal face of round brush shell 12；Certainly, originally Invention is not limited to this, and the first air-breathing runner 1221 and the second air-breathing runner 1222 can also be what is be interconnected, i.e. transmission belt Except the space-consuming of transmission belt 13 is the first air-breathing runner 1221 and the second air-breathing runner 1222 in installation cavity 123, from rolling Dirty air that brush shell 12 sucks, dust etc. are transferred in dirt cup 37 by transmission belt installation cavity 123.
Thus, by setting transmission belt 13 between motor 22 and round brush 11, motor 22 can be allow to control rolling simultaneously The rotation of brush 11 and fan, number of components is few, occupies little space, it is possible to achieve the Synchronization Control of dirt and dust suction is swept, in addition, passing The both sides of dynamic band 13 set the first air-breathing runner 1221 and the second air-breathing runner 1222, i.e., transmission belt 13 are located in round brush 11 Portion, it is possible to achieve the effect of the both sides dust suction of transmission belt 13, expand dust suction scope, improve the operating efficiency of the vertical type dust collector 1, should The structure of vertical type dust collector 1 is simple, compact, occupies little space, and operating efficiency is high, easy to operate.
Specifically, the first air-breathing runner 1221 and the second air-breathing runner 1222 are located at the two of transmission belt installation cavity 123 respectively Side and keep apart with transmission belt installation cavity 123.That is, round brush air-breathing runner 122 is kept apart with transmission belt 13, wherein, pass It is enclosed on round brush 11, is enclosed on outside the other end on motor shaft 221, the first air-breathing runner 1221 and the second air-breathing outside one end of dynamic band 13 Runner 1222 is respectively separated the left and right sides for being opened in transmission belt 13 so that the dirty air that is sucked from the suction port of round brush shell 12, Dust etc. is respectively enterd in the first air-breathing runner 1221 and the second air-breathing runner 1222, is then converged together, is flowed into dirt cup 37. By the way that transmission belt installation cavity 123 and round brush air-breathing runner 122 are spaced apart, the ash in round brush air-breathing runner 122 can be avoided The winding such as dirt and debris transmission belt 13, motor shaft 221 etc., ensure the stability of the operation of transmission belt 13 and motor 22 and reliable Property, so as to ensure the normal work of the vertical type dust collector 1.
Preferably, one end of transmission belt installation cavity 123 and the middle body face on the axis direction of round brush 11.Reference picture 12, the centre of round brush 11 is enclosed on outside one end of transmission belt 13 so that the both ends stress balance of round brush 11, ensure that motor 22 can drive Dynamic round brush 11 is stable.Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 include horizontal air-breathing flow channel section With longitudinal air-breathing flow channel section, horizontal air-breathing flow channel section along the axially extending of round brush 11, longitudinal air-breathing flow channel section along and round brush 11 Axially vertical direction extends and connected with corresponding horizontal air-breathing flow channel section.
Alternatively, the first air-breathing runner 1221 and the second air-breathing runner 1222 form the L-shaped being disposed opposite to each other, transmission belt respectively The axis of installation cavity 123 is connected to the center of round brush shell 12, i.e. one end of transmission belt 13 is connected with the center of round brush 11.Pass Dynamic band installation cavity 123 is between the first air-breathing runner 1221 and the second air-breathing runner 1222, when round brush 11 is arranged on round brush shell When in 12, motor 22 drives round brush 11 to rotate by transmission belt 13, it is achieved thereby that cleaning the purpose on ground.
Preferably, according to one embodiment of present invention, the first air-breathing runner 1221 and the second air-breathing runner 1222 are symmetrical It is arranged in the both sides of transmission belt 13.That is, positioned at the first air-breathing runner 1221 of the both sides of transmission belt 13 and the second inspiratory flow Flow channel length, the cross section of fluid channel area equation in road 1222, the i.e. air-breathing of the first air-breathing runner 1221 and the second air-breathing runner 1222 Capacity is equal, and so, the dirty air and dust entered from suction port equally passes through the first air-breathing runner 1221 and second respectively Air-breathing runner 1222 enters in the dirt cup 37 of outsides cover of electric machinery 21, ensures the dust suction uniformity of the both sides of transmission belt 13.
Wherein, according to one embodiment of present invention, vertical type dust collector 1 further comprises the motor for accommodating motor 22 Outer cover 21, have in outsides cover of electric machinery 21 the first branch flow passage 2161 for being connected with the first air-breathing runner 1221 and with the second inspiratory flow The second branch flow passage 2162 that road 1222 connects.
In other words, the vertical type dust collector 1 is mainly by 21 groups of round brush 11, motor 22, round brush shell 12, dirt cup 37 and outsides cover of electric machinery Into defining the accommodating chamber for installing motor 22 in outsides cover of electric machinery 21, motor 22 is movably located at the appearance of outsides cover of electric machinery 21 Receive intracavitary.Reference picture 12, outsides cover of electric machinery 21 form hollow column, and arranged spaced apart first point is defined in outsides cover of electric machinery 21 The branch flow passage 2162 of branch flow passage 2161 and second, motor 22 be located at the first branch flow passage 2161 and the second branch flow passage 2162 it Between, wherein, the first end of the first branch flow passage 2161 connects with the first air-breathing runner 1221, and the first of the second branch flow passage 2162 End connects with the second air-breathing runner 1222, and the second end of the first branch flow passage 2161 and the second end of the second branch flow passage 2162 Connected respectively with dirt cup 37.
Alternatively, the first branch flow passage 2161 and the second branch flow passage 2162 are oppositely arranged, and positioned at a left side for transmission belt 13 Right both sides, i.e. the first air-breathing runner 1221 connect with the first branch flow passage 2161 and are located at the left side of transmission belt 13, and second inhales Flow channel 1222 connects with the second branch flow passage 2162 and is located at the right side of transmission belt 13, so enters round brush shell 12 from suction port Interior a part of dirty air, dust etc. pass sequentially through the first air-breathing runner 1221, the first branch flow passage 2161 enters in dirt cup 37, And another part dirty air, dust etc. pass sequentially through the second air-breathing runner 1222, the second branch flow passage 2162 enters in dirt cup 37.
Thus, by setting the first branch flow passage 2161 and the second branch flow passage that are arranged symmetrically in the both sides of motor 22 2162, the space between outsides cover of electric machinery 21 and motor casing 222 can have both been effectively utilized, has made internal structure compact, has improved space Utilization rate, the quantity of pipeline can be reduced again, reduce cost, improve assembly and disassembly efficiency, can also avoid during dust suction by outer The influence on road is taken over, improves the good appearance of the vertical type dust collector 1.
Wherein, according to one embodiment of present invention, the first branch flow passage 2161 and the second branch flow passage 2162 are by motor 22 motor casing 222 and outsides cover of electric machinery 21 limits.
That is, motor 22 is mainly made up of motor casing 222, movement and motor shaft 221, wherein, movement is located at electricity In casing 222, one end of motor shaft 221 is connected with movement, and the other end of motor shaft 221 stretches out motor casing 222, and motor 22 can live Be located at dynamicly in outsides cover of electric machinery 21, and between the outside wall surface of the motor casing 222 of motor 22 and the internal face of outsides cover of electric machinery 21 between It is arranged apart to limit the first branch flow passage 2161 and the second branch flow passage 2162, i.e. the first branch flow passage between 2161 and second branch flow passage 2162 respectively by being limited between the motor casing 222 and outsides cover of electric machinery 21 of motor 22.Certainly, this hair It is bright to be not limited to this, the first branch flow passage 2161 and the second branch flow passage 2162 can also be located in outsides cover of electric machinery 21 by interior its Its part (such as pipeline) limits, naturally it is also possible to is limited by the self structure of outsides cover of electric machinery 21.
Explanation is needed exist for, the first branch flow passage 2161 and the second branch flow passage 2162 can be in outsides cover of electric machinery 21 In be looped around motor 22 except the space of part shared by motor 22, i.e. the first branch flow passage 2161 and the second branch flow passage 2162 Circumference and mutual conduction；First branch flow passage 2161 and the second branch flow passage 2162 can also be respectively the appearance with outsides cover of electric machinery 21 The single passage that chamber of receiving is not turned on, certainly, the present invention is not limited thereto, the first branch flow passage 2161 and the second branch flow passage 2162 In one can form the single passage being not turned on the accommodating chamber of outsides cover of electric machinery 21, and the first branch flow passage 2161 and second Another in branch flow passage 2162 can be formed in accommodating chamber except the space of motor 22 and another single passage.
Preferably, according to one embodiment of present invention, the first branch flow passage 2161 and the second branch flow passage 2162 are common Composition cross section is generally annular solid space.Reference picture 12, the first branch flow passage 2161 and the second branch flow passage 2162 divide The semi-circular that is oppositely arranged is not formed to be limited between outsides cover of electric machinery 21 for installing the columned three-dimensional empty of motor 22 Between, i.e. the first branch flow passage 2161 and the second branch flow passage 2162 are looped around the both sides of motor 22.Thus, it is possible to effectively utilize Space, improve space availability ratio.
Wherein, according to one embodiment of present invention, there is the dirty air outlet connected with dirt cup 37 on outsides cover of electric machinery 21 211 and net air entrance 212, the first branch flow passage 2161 and the second branch flow passage 2162 are communicated to dirty air outlet after confluxing 211.Reference picture 7 to Fig. 9, dirt cup 37 is located at the top of outsides cover of electric machinery 21, wherein, have on outsides cover of electric machinery 21 arranged spaced apart Dirty air outlet 211 and net air entrance 212, dirty air outlet 211 and suction port, the first air-breathing runner of round brush shell 12 1221st, the second air-breathing runner 1222, the first branch flow passage 2161 and the second branch flow passage 2162 turn on, and the dirty air exports 211 can be connected by flexible pipe 52 with dirt cup 37, and the dirty air and dust sucked from suction port is respectively from the both sides of transmission belt 13 First air-breathing runner 1221 and the second air-breathing runner 1222 enter in outsides cover of electric machinery 21, then pass through the first branch flow passage respectively again 2161 and second branch flow passage 2162 be delivered to dirty air outlet 211, be delivered in dirt cup 37 and filtered together.
Alternatively, dirty air outlet 211 is connected to dirt cup 37 to be connected with disengagement chamber 371 by air intake tube assembly.Specifically Ground, as shown in fig. 6, the both ends of air intake tube assembly go out with the dirty air on the disengagement chamber 371 and outsides cover of electric machinery 21 of dirt cup 37 respectively Mouth 211 connects, and dirty air, dust etc. enter round brush air-breathing runner 122 from the suction port of round brush shell 12, subsequently into outsides cover of electric machinery In motor air-breathing runner 216 in 21, then from the discharge of dirty air outlet 211 on outsides cover of electric machinery 21, and pass through outsides cover of electric machinery Dirty air outlet 211 on 21, which is discharged in the disengagement chamber 371 of dirt cup 37, is filtered, and obtained cleaned air passes through air intake successively The motor exhausting runner that tube assembly, the net air entrance 212 of outsides cover of electric machinery 21 enter in outsides cover of electric machinery 21, finally from outsides cover of electric machinery Vent 213 on 21 is discharged to external environment.Thus, by setting blast pipe group between dirt cup 37 and dirty air outlet 211 Part, it can play a part of transmitting dirty air, dust, ensure the connectedness of gas channel.
Alternatively, according to one embodiment of present invention, air intake tube assembly includes blast pipe 51 and flexible pipe 52.It is specific and Speech, blast pipe 51 is located on outsides cover of electric machinery 21 and one end is connected to dirty air outlet 211, and flexible pipe 52 is connected to the another of blast pipe 51 Between one end and the air inlet 372 of dirt cup 37.
Reference picture 5, air intake tube assembly are mainly made up of blast pipe 51 and flexible pipe 52, wherein, blast pipe 51 is installed in motor On outer cover 21 and the first end of blast pipe 51 connects with the dirty air outlet 211 on outsides cover of electric machinery 21, and one end of flexible pipe 52 is with entering The second end connection of airduct 51, the other end of flexible pipe 52 connect with the disengagement chamber 371 of dirt cup 37.Advantageously, the length of flexible pipe 52 The length of body 31 can be more than to extend the transmission time of dirty air and filtration time, increase dust suction capacity, so as to improve this The operating efficiency of vertical type dust collector 1.Further, the middle part of flexible pipe 52 can be hung on body 31 so that compact-sized.Can Selection of land, flexible pipe 52 can be plastic flexible pipe 52, or rubber hose 52, so as to facilitate the disk of flexible pipe 52 to put, space is saved, Improve space availability ratio.
The present invention other embodiments in, flexible pipe 52 be detachably connected to blast pipe 51 the other end and Between the air inlet 372 of dirt cup 37.That is, one end of flexible pipe 52 can need the from blast pipe 51 according to real work Disassembled on two ends, i.e., in the present embodiment, vertical type dust collector 1 can be without using round brush 11, be directly carried out by flexible pipe 52 Dust suction.Thus, the structure of the vertical type dust collector 1 is simple, compact, is convenient to mount and dismount, can be appropriate by being selected according to actual condition Dust suction mode, it is simple to operate.
Wherein, according to one embodiment of present invention, body grate flow channel 311, body exhaust stream are limited in body 31 The one end in road 311 is connected to the gas outlet 373 of dirt cup 37 and is communicated to disengagement chamber 371, the other end of body grate flow channel 311 with Net air entrance 212 connects.
Reference picture 6, dirt cup 37 have the gas outlet 373 connected with disengagement chamber 371, and side along its length is defined in body 31 To the body grate flow channel 311 of extension, wherein, the upper end of body grate flow channel 311 connects with the gas outlet 373 of dirt cup 37, and The lower end of body grate flow channel 311 turns on the motor exhausting runner in outsides cover of electric machinery 21, is filtered by dirt cup 37, processes and obtain Cleaned air discharged from the gas outlet 373 of dirt cup 37, and pass sequentially through body grate flow channel 311, the headroom of outsides cover of electric machinery 21 Gas entrance 212 is delivered to the motor exhausting runner in outsides cover of electric machinery 21, is finally discharged to the external world from the vent 213 of outsides cover of electric machinery 21 Environment.
Thus, by setting the machine connected respectively with the gas outlet 373 of dirt cup 37 and net air entrance 212 in body 31 Body grate flow channel 311, the setting of unnecessary pipeline can be saved, can both reduce the number of components of vertical type dust collector 1, saved Cost, improves the assembly and disassembly efficiency of the vertical type dust collector 1, can make the structure of the vertical type dust collector 1 simple, compact again, avoid by The influence of peripheral hardware pipeline, it is aesthetic in appearance.
Further, the other end (lower end as shown in Figure 6) of body grate flow channel 311 passes through with net air entrance 212 Discharge pipe 39 connects.Specifically, motor 22 is located at the lower section of body 31, and discharge pipe is provided between body 31 and outsides cover of electric machinery 21 39, the both ends of discharge pipe 39 connect with the body grate flow channel 311 of body 31 and the net air entrance 212 of outsides cover of electric machinery 21 respectively Logical, the cleaned air being filtrated to get by dirt cup 37 passes sequentially through body grate flow channel 311, discharge pipe 39, net air entrance 212 The motor exhausting runner entered in outsides cover of electric machinery 21, external environment is discharged to finally by the vent 213 of outsides cover of electric machinery 21.Can Selection of land, discharge pipe 39 can form the straight tube that net air entrance 212 is extended to from the outlet of body grate flow channel 311, can also Be formed as bend pipe.
Preferably, according to one embodiment of present invention, dirty air outlet 211 and net air entrance 212 on motor outside The centerline axis of cover 21 is arranged symmetrically.Reference picture 7, dirty air outlet 211 and net air entrance 212 are respectively separated and are opened in motor The left and right sides of the center line of outer cover 21, it so can rationally utilize the outer wall of outsides cover of electric machinery 21, the convenient company with external pipeline Connect, it is rationally distributed, compact.
Wherein, according to one embodiment of present invention, dirty air outlet 211 by air intake tube assembly be connected to dirt cup 37 with Connected with disengagement chamber 371.Specifically, as shown in fig. 6, the both ends of the air intake tube assembly disengagement chamber 371 and electricity with dirt cup 37 respectively The connection of dirty air outlet 211, dirty air, dust etc. on machine outer cover 21 enters round brush air-breathing runner from the suction port of round brush shell 12 122, subsequently into the motor air-breathing runner 216 in outsides cover of electric machinery 21, then export 211 from the dirty air on outsides cover of electric machinery 21 Discharge, and be discharged in the disengagement chamber 371 of dirt cup 37 and filtered by the dirty air outlet 211 on outsides cover of electric machinery 21, obtain The motor row that cleaned air enters in outsides cover of electric machinery 21 by the net air entrance 212 of air intake tube assembly, outsides cover of electric machinery 21 successively Flow channel, finally it is discharged to external environment from the vent 213 on outsides cover of electric machinery 21.Thus, by going out in dirt cup 37 with dirty air Air intake tube assembly is set between mouth 211, can both play a part of transmitting dirty air, dust, ensure the connectedness of gas channel, The disengaging time of dust can be extended again, improve the pick-up performance of the vertical type dust collector 1.
Alternatively, according to one embodiment of present invention, air intake tube assembly includes blast pipe 51 and flexible pipe 52.It is specific and Speech, blast pipe 51 is located on outsides cover of electric machinery 21 and one end is connected to dirty air outlet 211, and flexible pipe 52 is connected to the another of blast pipe 51 Between one end and the air inlet 372 of dirt cup 37.
Reference picture 5, air intake tube assembly are mainly made up of blast pipe 51 and flexible pipe 52, wherein, blast pipe 51 is installed in motor On outer cover 21 and the first end of blast pipe 51 connects with the dirty air outlet 211 on outsides cover of electric machinery 21, and one end of flexible pipe 52 is with entering The second end connection of airduct 51, the other end of flexible pipe 52 connect with the disengagement chamber 371 of dirt cup 37.Advantageously, the length of flexible pipe 52 Can be more than body 31 length with extend dust, dirty air disengaging time and filtration time, increase dust suction capacity, so as to carry The operating efficiency of the high vertical type dust collector 1.Further, the middle part of flexible pipe 52 can be hung on body 31 so that structure is tight Gather.Alternatively, flexible pipe 52 can be plastic flexible pipe 52, or rubber hose 52, so as to facilitate the disk of flexible pipe 52 to put, save Space, improve space availability ratio.
The present invention other embodiments in, flexible pipe 52 be detachably connected to blast pipe 51 the other end and Between the air inlet 372 of dirt cup 37.That is, one end of flexible pipe 52 can need the from blast pipe 51 according to real work Disassembled on two ends, i.e., vertical type dust collector 1 can carry out dust suction without using round brush 11, directly by flexible pipe 52.Thus, this is vertical The structure of formula dust catcher 1 is simple, compact, is convenient to mount and dismount, user can by selecting suitable dust suction mode according to actual condition, Simple to operate, Consumer's Experience is good, and operating efficiency is high.
Wherein, according to one embodiment of present invention, body grate flow channel 311, body exhaust stream are limited in body 31 The one end in road 311 is connected to the gas outlet 373 of dirt cup 37 and is communicated to disengagement chamber 371, the other end of body grate flow channel 311 with Net air entrance 212 connects.
Reference picture 6, dirt cup 37 have the gas outlet 373 connected with disengagement chamber 371, and side along its length is defined in body 31 To the body grate flow channel 311 of extension, wherein, the upper end of body grate flow channel 311 connects with the gas outlet 373 of dirt cup 37, and The lower end of body grate flow channel 311 turns on the motor exhausting runner in outsides cover of electric machinery 21, is filtered by dirt cup 37, processes and obtain Cleaned air discharged from the gas outlet 373 of dirt cup 37, and pass sequentially through body grate flow channel 311, the headroom of outsides cover of electric machinery 21 Gas entrance 212 is delivered to the motor exhausting runner in outsides cover of electric machinery 21, is finally discharged to the external world from the vent 213 of outsides cover of electric machinery 21 Environment.
Thus, by setting the machine connected respectively with the gas outlet 373 of dirt cup 37 and net air entrance 212 in body 31 Body grate flow channel 311, the setting of unnecessary pipeline can be saved, can both reduce the number of components of vertical type dust collector 1, saved Cost, improves the assembly and disassembly efficiency of the vertical type dust collector 1, can make the structure of the vertical type dust collector 1 simple, compact again, avoid by The influence of peripheral hardware pipeline, it is aesthetic in appearance.
Further, the other end (lower end as shown in Figure 6) of body grate flow channel 311 passes through with net air entrance 212 Discharge pipe 39 connects.Specifically, motor 22 is located at the lower section of body 31, and discharge pipe is provided between body 31 and outsides cover of electric machinery 21 39, the both ends of discharge pipe 39 connect with the body grate flow channel 311 of body 31 and the net air entrance 212 of outsides cover of electric machinery 21 respectively Logical, the cleaned air being filtrated to get by dirt cup 37 passes sequentially through body grate flow channel 311, discharge pipe 39, net air entrance 212 The motor exhausting runner entered in outsides cover of electric machinery 21, external environment is discharged to finally by the vent 213 of outsides cover of electric machinery 21.Can Selection of land, discharge pipe 39 can form the straight tube that net air entrance 212 is extended to from the outlet of body grate flow channel 311, can also Be formed as bend pipe.
Alternatively, motor 22 drives round brush 11 to roll by transmission belt 13, and round brush air-breathing runner 122 includes being located at transmission belt The the first air-breathing runner 1221 and the second air-breathing runner 1222 of 13 both sides.Reference picture 11, round brush air-breathing is defined in round brush shell 12 Runner 122 and the transmission belt installation cavity 123 for installing transmission belt 13, round brush air-breathing runner 122 is mainly by the first air-breathing runner 1221 and second air-breathing runner 1222 form, the first air-breathing runner 1221 and the second air-breathing runner 1222 are located at transmission belt 13 respectively The left and right sides, from round brush shell 12 suck dirty air be transferred to electricity from the first air-breathing runner 1221 and the second air-breathing runner 1222 Motor air-breathing runner 216 in machine outer cover 21, is then delivered in dirt cup 37 by air intake tube assembly and is filtered.
Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 can be spaced and be opened in transmission belt installation cavity 123 The left and right sides so that dirty air for being sucked from the suction port of round brush shell 12, dust etc. respectively enter the first air-breathing runner 1221 In the second air-breathing runner 1222, then converge together, flow into dirt cup 37.Alternatively, the first air-breathing runner 1221 and second Air-breathing runner 1222 can be limited by the part being located in round brush shell 12, can also be limited by the internal face of round brush shell 12；Certainly, The present invention is not limited thereto, and the first air-breathing runner 1221 and the second air-breathing runner 1222 can also be what is be interconnected, i.e., and first The air-breathing runner 1222 of air-breathing runner 1221 and second is looped around around transmission belt 13, except transmission belt installation cavity in round brush shell 12 It is the first air-breathing runner 1221 and the second air-breathing runner 1222 outside 123 space-consuming, the dirty air sucked from round brush shell 12, Dust etc. is transferred in dirt cup 37 by transmission belt installation cavity 123.Thus, by setting the first air-breathing in the both sides of transmission belt 13 The air-breathing runner 1222 of runner 1221 and second, it is possible to achieve the effect of the both sides dust suction of transmission belt 13, expand dust suction scope, improving should The operating efficiency of vertical type dust collector 1.
Preferably, according to one embodiment of present invention, the first air-breathing runner 1221 and the second air-breathing runner 1222 on Transmission belt 13 is arranged symmetrically.That is, the first air-breathing runner 1221 and the second air-breathing runner positioned at the both sides of transmission belt 13 1222 flow channel length, cross section of fluid channel area equation, the i.e. air-breathing of the first air-breathing runner 1221 and the second air-breathing runner 1222 hold Measure equal, so, the dirty air and dust entered from suction port equally passes through the first air-breathing runner 1221 and second and inhaled respectively Flow channel 1222 enters in the dirt cup 37 of outsides cover of electric machinery 21, ensures the dust suction uniformity of the both sides of transmission belt 13.
Wherein, according to one embodiment of present invention, motor air-breathing runner 216 includes being communicated to the first air-breathing runner 1221 The first branch flow passage 2161 and be communicated to the second branch flow passage 2162 of the second air-breathing runner 1222.Reference picture 12, outside motor Cover 21 forms hollow column, and the first branch flow passage 2161 and the second affluent-dividing arranged spaced apart are defined in outsides cover of electric machinery 21 Road 2162, motor 22 between the first branch flow passage 2161 and the second branch flow passage 2162, wherein, the first branch flow passage 2161 First end connected with the first air-breathing runner 1221, the first end of the second branch flow passage 2162 connects with the second air-breathing runner 1222 It is logical, and the second end of the first branch flow passage 2161 and the second end of the second branch flow passage 2162 connect with dirt cup 37 respectively.
Alternatively, the first branch flow passage 2161 and the second branch flow passage 2162 are oppositely arranged, and positioned at a left side for transmission belt 13 Right both sides, i.e. the first air-breathing runner 1221 connect with the first branch flow passage 2161 and are located at the left side of transmission belt 13, and second inhales Flow channel 1222 connects with the second branch flow passage 2162 and is located at the right side of transmission belt 13, so pacifies from suction port into round brush 11 A part of dirty air, dust in behaveing affectedly etc. pass sequentially through the first air-breathing runner 1221, the first branch flow passage 2161 enters dirt cup In 37, and another part dirty air, dust etc. pass sequentially through the second air-breathing runner 1222, the second branch flow passage 2162 enters dirt cup In 37.
Thus, both can be with by setting the first branch flow passage 2161 and the second branch flow passage 2162 in the both sides of motor 22 The space between outsides cover of electric machinery 21 and motor casing 222 is effectively utilized, makes internal structure compact, space availability ratio is improved, again may be used To reduce the quantity of pipeline, cost is reduced, improve assembly and disassembly efficiency, can also avoid during dust suction by the shadow of external pipeline Ring, improve the good appearance of the vertical type dust collector 1.
Wherein, the first branch flow passage 2161 and the second branch flow passage 2162 by motor 22 motor casing 222 and outsides cover of electric machinery 21 limit, and the first branch flow passage 2161 and the second branch flow passage 2162 collectively form cross section as generally annular solid sky Between.That is, motor 22 is mainly made up of motor casing 222, the body of motor 22 and motor shaft 221, wherein, the body of motor 22 It is located in motor casing 222, one end of motor shaft 221 is connected with the body of motor 22, and the other end of motor shaft 221 stretches out motor casing 222, motor 22 is movably located in outsides cover of electric machinery 21, and the outside wall surface of the motor casing 222 of motor 22 and outsides cover of electric machinery 21 Internal face between it is arranged spaced apart to limit the first branch flow passage 2161 and the second branch flow passage 2162 between, i.e., First branch flow passage 2161 and the second branch flow passage 2162 between the motor casing 222 and outsides cover of electric machinery 21 of motor 22 respectively by limiting Go out.Certainly, the present invention is not limited thereto, and the first branch flow passage 2161 and the second branch flow passage 2162 can also be located at motor by interior Other parts (such as pipeline) in outer cover 21 limit, naturally it is also possible to are limited by the self structure of outsides cover of electric machinery 21.
Explanation is needed exist for, the first branch flow passage 2161 and the second branch flow passage 2162 can be in outsides cover of electric machinery 21 In except the space of part shared by motor 22 and motor exhausting runner, i.e. the first branch flow passage 2161 and the second branch flow passage 2162 It is looped around the circumference and mutual conduction of motor 22；First branch flow passage 2161 and the second branch flow passage 2162 can also be respectively with The single passage that the accommodating chamber of outsides cover of electric machinery 21 is not turned on, certainly, the present invention is not limited thereto, the first branch flow passage 2161 and One in two branch flow passages 2162 can form the single passage being not turned on the accommodating chamber of outsides cover of electric machinery 21, and the first branch Another in the branch flow passage 2162 of runner 2161 and second can be formed in accommodating chamber except motor 22 and another is single The space of passage.Preferably, the first branch flow passage 2161 and the second branch flow passage 2162 form the semi-circular being oppositely arranged respectively To limit the columned solid space for installing motor 22, the i.e. He of the first branch flow passage 2161 between outsides cover of electric machinery 21 Second branch flow passage 2162 is looped around the both sides of motor 22.
Wherein, according to one embodiment of present invention, motor 22 moves to the first stand up position from the first obliquity and turned The angular range crossed is 1 ° -10 °.Reference picture 2, when body 31 is located at the second stand up position, the axle of the motor shaft 221 of motor 22 Line tilts backwards setting relative to the axis of outsides cover of electric machinery 21, i.e. motor 22 is in the first obliquity, and angle of inclination is 1 °- 10 °, for example, the angle of inclination can be 1 °, 6 ° or 10 °.Now, the both ends of transmission belt 13 are outer respectively is enclosed on round brush 11 and electricity On arbor 221, but transmission belt 13 is in relaxation state；Reference picture 3, when body 31 is located at the second obliquity, motor 22 Axis vertically extends, i.e., motor 22 is in the first erectility, and now, transmission belt 13 is tightened up.
When second obliquity of the body 31 from the second stand up position to predetermined angular operates, motor 22 can be with body 31 Synchronous axial system, when body 31 goes to predetermined angular, motor 22 goes to the first stand up position, transmission belt 13 by the first obliquity In tensioning state, hereafter, human hand can freely operate body 31, and transmission belt 13 is in tensioning state, ensures that this is vertical all the time The normal work for sweeping dirt and dust suction of dust catcher 1.When body 31 is gone to the second stand up position by human hand from the second obliquity, pass Dynamic band 13 is relaxed, and the vertical type dust collector 1 stops sweeping dirt and dust suction.
Alternatively, according to one embodiment of present invention, motor 22 moves to the first stand up position from the first obliquity The angular range turned over is 3 ° -8 °.For example, vertical type dust collector 1 is at original state (i.e. body 31 is in the second stand up position), The central axis of motor 22 tilts backwards 3 ° -8 ° relative to vertical direction (above-below direction as shown in Figure 2), and human hand is pulled backward During body 31, in the start angle scope (3 ° -8 °), motor 22 and the synchronous axial system of body 31, when motor 22, to go to first upright Behind position, body 31 can freely swing in the range of certain angle to adjust the direction of motion of vertical type dust collector 1, now, should Vertical type dust collector 1 starts dust suction；When human hand pulls body 31 forward, incline from relative to vertical direction to the second of predetermined angular Loxosis is put to the second stand up position and rotated, and first obliquity of the motor 22 from the first stand up position to predetermined angular rotates, and passes Dynamic band 13 is converted to relaxed state by tensioning state, and dust catcher stops dust suction.
Preferably, according to one embodiment of present invention, motor 22 moves to the first stand up position from the first obliquity The angle turned over is 5 °.Thus, the tensioning degree of transmission belt 13 is suitable, can both ensure reliability, the stability of system operation, again Transmission belt 13 can be avoided to accelerate to fail because being tensioned transition, extend the service life of transmission belt 13.
Vertical type dust collector 1 further comprises the tensioning wheel 14 or elastic component for adjusting the tensioning degree of transmission belt 13.Reference Fig. 2, the roof of the round brush shell 12 of vertical type dust collector 1 are provided with tensioning wheel 14, and the tensioning wheel 14 is located at the top of transmission belt 13 and neighbour Nearly round brush 11 is set to adjust the tensioning degree of transmission belt 13.Further, the inner roof wall of round brush shell 12 is additionally provided with elastic component, should The both ends of elastic component are connected with round brush shell 12 and tensioning wheel 14 respectively, so that the elastic component and tensioning wheel 14 can be according to reality Operating mode is tensioned to transmission belt 13, ensures the reliability of system operation.
Thus, by setting tensioning wheel 14 or elastic component in round brush shell 12, the elastic of transmission belt 13 can not only be adjusted Degree, makes transmission system reliably run, and it is more stable to run transmission belt 13, prevents transmission belt 13 from skidding, protects Demonstrate,prove the normal work of the vertical type dust collector 1.
In certain specific embodiments of the invention, bridgeware 32 is individually machine-shaping part and dress with body 31 With connected.Reference picture 1, the middle part of bridgeware 32 are provided with sleeve, and bridgeware 32 is set on body 31 by the sleeve, thus, User can make the deflecting of vertical type dust collector 1 easy when operating body 31, simple to operate.
In other embodiments of the present invention, bridgeware 32 is integrated machine-shaping part with body 31.Thus, Integrally formed structure can not only ensure the properity stability of vertical type dust collector 1, and be conveniently molded, be simple to manufacture, And unnecessary assembly parts and connection process are eliminated, the efficiency of assembling of vertical type dust collector 1 is substantially increased, ensures bridgeware 32 with the connection reliability of body 31, furthermore, the bulk strength and stability of integrally formed structure are higher, and assembling is more convenient, Life-span is longer.
Wherein, round brush 11 further comprises first baffle and second baffle.Specifically, first baffle is located in connecting shaft So that connection shaft part 113 to be separated with the first round brush section 111 between the round brush section 111 of section 113 and first, second baffle is located at connection Separated between the round brush section 112 of shaft part 113 and second so that shaft part 113 will be connected with the second round brush section 112.
Reference picture 44 and Figure 45, round brush 11 is mainly by the first round brush section 111, the second round brush section 112, connection shaft part 113, the One plate washer 114 and the second plate washer 115 form, and the first plate washer 114 and the second plate washer 115 are respectively provided at the left and right for connecting shaft part 113 Both ends, specifically, the first plate washer 114 be located at the first round brush section 111 and connect shaft part 113 between and the first plate washer 114 left and right Respectively with the right-hand member of the first round brush section 111 and being connected the left end of shaft part 113 and being connected, the second plate washer 115 is located at connection shaft part for both sides 113 and second between round brush section 112 and the second plate washer 115 left and right ends respectively with being connected right-hand member and the second rolling of shaft part 113 The left end of brush section 112 is connected.
Thus, by setting the first plate washer 114 and the second plate washer 115 at the both ends of connection shaft part 113, it is fixed both to play The effect of position, can prevent transmission belt 13 from departing from being connected shaft part 113, that is, avoid because transmission belt 13 slides to the first round brush section again 111 or second the operation of transmission belt 13 is influenceed in round brush section 112.
Further, vertical type dust collector 1 also includes round brush shell 12, reference picture 9, and round brush shell 12 is formed as T-shaped, wherein, The first air-breathing runner 1221 arranged spaced apart in left-right direction, the second air-breathing runner 1222 and transmission are defined in round brush shell 12 Band installation cavity 123, the first round brush section 111 are rotatably arranged in the first air-breathing runner 1221, and the second round brush section 112 is rotationally It is located in the second air-breathing runner 1222, transmission belt 13 is movably located in transmission belt installation cavity 123.
Wherein, the first air-breathing runner 1221 and the second air-breathing runner 1222 are respectively separated the left and right two for being opened in transmission belt 13 Side so that dirty air, dust from the suction port suction of round brush shell 12 etc. respectively enter the first air-breathing runner 1221 and second and inhaled In flow channel 1222, then converge, flow into dirt cup 37, specifically, the first air-breathing runner 1221 and the second air-breathing runner together 1222 can be limited by the part being located in round brush shell 12, can also be limited by the internal face of round brush shell 12；Certainly, the present invention simultaneously Not limited to this, the first air-breathing runner 1221 and the second air-breathing runner 1222 can also be what is be interconnected, i.e., removed in round brush shell 12 The space-consuming of transmission belt installation cavity 123 is the first air-breathing runner 1221 and the second air-breathing runner 1222, from round brush shell 12 The dirty air of suction port suction, dust etc. is transported in dirt cup 37 by transmission belt installation cavity 123.
Thus, it is convenient in round brush shell by setting the first plate washer 114 and the second plate washer 115 at the both ends of connection shaft part 113 Dividing plate is set in 12, so that round brush shell 12 limits the first air-breathing runner 1221 arranged spaced apart, the second air-breathing runner 1222 and transmission belt installation cavity 123, avoid the first air-breathing runner 1221 and dust in the second air-breathing runner 1222, debris etc. from twining Around transmission belt 13 and motor shaft 221, ensure stability and reliability that transmission belt 13 and motor shaft 221 are run, so as to ensure The normal work of the vertical type dust collector 1；Furthermore the first plate washer 114 and the second plate washer 115 can also ensure transmission belt installation cavity 123 sealing, dust is avoided to enter in transmission belt installation cavity 123 and influence the work of transmission belt 13.
Specifically, according to one embodiment of present invention, the first round brush section 111 includes the first noumenon 1111 and is located at first The first bristle 1112 on body 1111, the second round brush section 112 include the second body 1121 and are located on the second body 1121 Second bristle 1122.Reference picture 44, the body 1121 of the first noumenon 1111 and second are formed in the horizontal direction (as shown in figure 44 respectively Left and right directions) extension column, also, the body 1121 of the first noumenon 1111 and second is coaxially disposed and respectively with being connected shaft part 113 left and right ends are connected, and the side wall of the first noumenon 1111 is provided with the first bristle 1112, and the side wall of the second body 1121 is provided with the Two bristles 1122, the both ends of transmission belt 13 are respectively wound around on the motor shaft 221 of motor 22 and the connection shaft part 113 of round brush 11, Motor 22 drives round brush 11 to be rotated around rotation axis is played by transmission belt 13, the first bristle 1112 on the first noumenon 1111 and the The second bristle 1122 on two bodies 1121 cleans with the rotation of round brush 11 to ground.Preferably, the first noumenon 1111 Cylindric, also, the footpath of the radial dimension of the first noumenon 1111 and the second body 1121 is respectively formed as with the second body 1121 To equal sized, the first bristle 1112 and the second bristle 1122 respectively along the body 1121 of the first noumenon 1111 and second radial direction to Outer extension.
Alternatively, the first bristle 1112 is that a plurality of and every first bristle 1112 is spirally coiled in the according to same direction On one body 1111, the second bristle 1122 is that a plurality of and every second bristle 1122 is spirally coiled in second according to same direction On body 1121.Reference picture 44, the side wall of the first noumenon 1111 are provided with a plurality of first bristle 1112 arranged spaced apart, every Axial screw of one bristle 1112 along the first noumenon 1111 is coiled on the side perisporium of the first noumenon 1111, advantageously, a plurality of One bristle 1112 is axially spirally coiled on the first noumenon 1111 along the first noumenon 1111 according to same direction；Second body 1121 side wall is provided with a plurality of second bristle 1122 arranged spaced apart, axle of every second bristle 1122 along the second body 1121 To being spirally coiled on the side perisporium of the second body 1121, advantageously, axle of a plurality of second bristle 1122 along the second body 1121 It is spirally coiled according to same direction on the second body 1121, wherein, the coiling of the first bristle 1112 and the second bristle 1122 Direction can be with identical, can also be different.
Thus, by setting the first bristle 1112 on the first noumenon 1111, the second brush is set on the second body 1121 Hair 1122, it is possible to achieve the both sides of transmission belt 13 clean the purpose of dust simultaneously, and expand vertical type dust collector 1 sweeps dirt area, separately Outside, every first bristle 1112 is spirally coiled on the first noumenon 1111 according to same direction, and by every second bristle 1122 are spirally coiled on the second body 1121 according to same direction, and can both improve round brush 11 sweeps dirt effect, again can be with Ensure the aesthetic in appearance of round brush 11.
In certain specific embodiments of the invention, the coiled coil direction of the first bristle 1112 and the second bristle 1122 Conversely.Reference picture 44, every first bristle 1112 on the first noumenon 1111 from left to right, it is inverse along the axial direction of the first noumenon 1111 Hour hands are spirally coiled on the side perisporium of the first noumenon 1111, and every second bristle 1122 on the second body 1121 is from left-hand It is right, along the axial clockwise swirl of the second body 1121 on the side perisporium of the second body 1121, the bristle of the left and right sides is by outer Ground is inwardly cleaned, dirt effect is swept in raising.Preferably, motor 22 drives round brush 11 to be rotated forward along its rotation axis by transmission belt 13 (turning clockwise), meet the use habit of human hand, it is easy to operate.
In some examples of the present invention, it is enclosed on outside one end of transmission belt 13 on round brush 11 and is located at the middle part of round brush 11, The round brush 11 of the both sides of transmission belt 13 cleans dust respectively, and then dust and dirty air suck the first air-breathing runner 1221 from suction port In the second air-breathing runner 1222, filtered subsequently into dirt cup 37, vent of the final clean air from outsides cover of electric machinery 21 213 discharges.Explanation is needed exist for, middle part is relative saying, it can be understood as the part between the left and right ends of round brush 11, and The centre of round brush 11 is not limited to, specifically, the middle part can be the part between the centre part of round brush 11 and left end, It can also be the part between the centre part of round brush 11 and right-hand member.
Preferably, according to one embodiment of present invention, the first round brush 11 and the second round brush 11 are symmetrical on transmission belt 13 Set.That is, the length of the first round brush section 111 in the axial direction is equal to the length of the second round brush section 112 in the axial direction, first The round brush section 112 of round brush section 111 and second is symmetrical arranged on connecting the middle body of shaft part 113, the one ends wound of transmission belt 13 On connection shaft part 113, the other end is wrapped on the motor shaft 221 of motor 22, i.e., it is right to be divided into left and right by transmission belt 13 for round brush 11 The the first round brush section 111 and the second round brush section 112 claimed.Thus, can both make the first round brush section 111 and the second round brush section 112 by The resistance arrived is balanced, ensures the stability that round brush 11 rotates, and the cleaning range of the both sides of transmission belt 13 can be made identical.
Wherein, according to one embodiment of present invention, the first round brush section 111, the second round brush section 112 and connection shaft part 113 Central axis be located along the same line.That is, the first round brush section 111, the second round brush section 112 and connection shaft part 113 are same Axle is set, and motor 22 drives the first round brush section 111, the second round brush section 112 and connection shaft part 113 to turn simultaneously by transmission belt 13 Dynamic, thus, the motor 22 of the vertical type dust collector 1 can driving fan and the first round brush section 111, the second round brush section 112 simultaneously Rotated with connection shaft part 113, so as to realize the both sides of transmission belt 13 sweep dirt, both sides dust suction mode of operation, and in correlation technique The dust catcher for controlling fan to be rotated with round brush 11 respectively by two motors 22 is compared, and the structure of the vertical type dust collector 1 is simple, portion Number of packages amount is few, occupies little space, and is convenient to mount and dismount, and installation effectiveness is high, it is possible to achieve sweeps the Synchronization Control of dirt and dust suction.
Alternatively, according to one embodiment of present invention, transmission belt 13 is flat belt, trapezoidal belt or cylinder belt.If Transmission belt 13 is flat belt, and flat belt is wrapped in the side wall of connection shaft part 113 so that motor 22 drives round brush 11 to rotate；If pass Dynamic band 13 is trapezoidal belt, and the dovetail groove coordinated with trapezoidal belt can be provided with by connecting in the side wall of shaft part 113, can both be played The effect of positioning, run transmission belt 13 more stable, transmission belt 13 can be increased again with being connected the contact area of shaft part 113, The frictional force of increase therebetween, prevents transmission belt 13 from skidding；If transmission belt 13 is cylinder belt, connection shaft part 113 The arc groove coordinated with cylinder belt can be provided with side wall, so as to play a part of positioning, runs transmission belt 13 more steady It is fixed, reliable.Certainly, the type of transmission belt 13 of the invention is not limited to this, as long as the mesh for transmitting motion and power can be realized .
Wherein, the non-parallel setting of rotation axis of the rotation axis of motor 22 and round brush 11, specifically, as shown in Figure 10, (left and right directions as shown in Figure 10) extends the rotation axis of round brush 11 in the horizontal direction, rotation axis and the round brush 11 of motor 22 The non-parallel setting of rotation axis, for example, the rotation axis of motor 22 can vertically (above-below direction as shown in Figure 9) Extension, can also be obliquely installed relative to vertical direction, transmission belt 13, and transmission belt 13 are provided between motor 22 and round brush 11 It is connected respectively with motor 22 and round brush 11, motor 22 realizes the driving to round brush 11 by transmission belt 13.
Alternatively, transmission belt 13 is formed as annular, and the one ends wound of transmission belt 13 and is passed in the motor shaft 221 of motor 22 The other end of dynamic band 13 is wrapped on round brush 11, in view of rotation axis (the i.e. rotary shaft of the motor shaft 221 of motor 22 of motor 22 Line) with the non-parallel setting of rotation axis of round brush 11, therefore, twisted between the both ends of transmission belt 13.Need exist for illustrating , when transmission belt 13 is annular, half-turn transmission belt 13 above and underlying half-turn transmission belt 13 are rolling respectively Occur once to reverse between brush 11 and motor shaft 221, and windup-degree is equal.
In certain specific embodiments of the invention, the rotation axis of round brush 11 is horizontally disposed with, the rotary shaft of motor 22 Line is vertically arranged so that transmission belt 13, which is turned round, turn 90 degrees arrangement.Reference picture 12, one end outsourcing of annular transmission belt 13 is in round brush 11 Connection shaft part 113 at least a portion side wall on, and annular transmission belt 13 other end outsourcing motor 22 motor shaft In 221 at least a portion side wall, wherein, the zone face that is connected with round brush 11 of transmission belt 13 passes along the axially extending of round brush 11 Dynamic band 13 is arranged in horizontal plane with the zone face that the motor shaft 221 of motor 22 is connected along the axially extending of motor shaft 221, round brush 11 On, and the rotation axis of round brush 11 is horizontally extending；Motor 22 stands up and the motor shaft of motor 22 interior in outsides cover of electric machinery 21 221 in the perpendicular vertical with the rotation axis of round brush 11, i.e. the rotation axis and round brush of the motor shaft 221 of motor 22 11 rotation axis is arranged in a mutually vertical manner, therefore, half-turn transmission belt 13 above and underlying half-turn transmission belt 13 Occur once to reverse between round brush 11 and motor shaft 221, and the windup-degree at the both ends of every section of transmission belt 13 is 90 °.
Two (not shown) of roller 38 are respectively provided at the both sides of outsides cover of electric machinery 21 and are rotatably coupled to outsides cover of electric machinery 21. Thus, in the handle on promoting body 31, two rollers 38 rotate user together, and drive cylinder block set 300, round brush component 100 etc. travel forward, rapid operation during dust suction.Alternatively, the rotation axis of the rotation axis of roller 38 and round brush 11 is put down OK, for example, in the present embodiment, the rotation axis of two rollers 38 and the rotation axis of round brush 11 are horizontally extending, While two 38 rolls forwards of roller, round brush 11 cleans ground.Thus, it is possible to ensure the stability and reliability of operation, and And it is aesthetic in appearance, meet the visual sense of beauty of people.Further, cylinder block set 300 includes body 31 and bridgeware 32, bridgeware 32 On body 31, bridgeware 32 includes top plate 321 and is connected to two side plates 322 of the both sides of top plate 321, two side plates 322 are folded between the two side of outsides cover of electric machinery 21 and corresponding roller 38 and are rotatably coupled to outsides cover of electric machinery 21 respectively.
Reference picture 5, cylinder block set 300 are mainly made up of body 31, bridgeware 32 and dirt cup 37, wherein, dirt cup 37 is removable Be located at unloading on body 31, disengagement chamber 371 defined in dirt cup 37, the disengagement chamber 371 respectively with the dirty sky on outsides cover of electric machinery 21 Gas outlet 211 connects with net air entrance 212, and specifically, dirty air, dust etc. are inhaled from the suction port of round brush shell 12 into round brush Flow channel 122, subsequently into the motor air-breathing runner 216 in outsides cover of electric machinery 21, and pass through the dirty air on outsides cover of electric machinery 21 Outlet 211 is discharged in the disengagement chamber 371 of dirt cup 37, the cleaned air that the filtering, processing by dirt cup 37 obtain by motor outside The motor exhausting runner that the net air entrance 212 of cover 21 enters in outsides cover of electric machinery 21, finally from the vent on outsides cover of electric machinery 21 213 are discharged to external environment.
Bridgeware 32 is mainly made up of top plate 321 and two side plates 322, and the difference of two of which side plate 322 is vertically Extend downwardly, the left and right ends of the upper ends of two side plates 322 respectively with top plate 321 are fixedly linked, when outsides cover of electric machinery 21, bridgeware 32 and after the completion of two rollers 38 assemble, bridgeware 32 is rotationally connected with outsides cover of electric machinery 21, and the two of bridgeware 32 Individual side plate 322 is respectively between the roller 38 on correspondence position and the side wall of outsides cover of electric machinery 21, and bridgeware 32 is relative to motor Outer cover 21 and roller 38 are rotatable.
Thus, vertical type dust collector 1 according to embodiments of the present invention, by setting motor air-breathing runner in outsides cover of electric machinery 21 216 and motor exhausting runner, facilitate the transmission of dirty air and cleaned air, can both effectively utilize the sky in outsides cover of electric machinery 21 Between, space availability ratio is improved, the quantity of pipeline can be reduced again, saves cost, improves the assembly and disassembly efficiency of the vertical type dust collector 1, Ensure the structural compactness of the vertical type dust collector 1 so that the vertical type dust collector 1 it is aesthetic in appearance.Furthermore the vertical type dust collector 1 Motor uprightly arrange, the space-consuming of the vertical type dust collector 1 can be reduced, it is easy to accomplish each part of the vertical type dust collector 1 The diversity of layout, it is simple in construction, compact, it is convenient to mount and dismount, operating efficiency is high.
Wherein, according to one embodiment of present invention, body 31 and bridgeware 32 are connected by connecting pipe component 33.Reference Figure 48 and Figure 49, motor 22 is located at the lower section of body 31 and outsides cover of electric machinery 21 is connected with the lower end of body 31, bridgeware 32 and electricity Machine outer cover 21 is rotationally connected and the top plate 321 of bridgeware 32 is connected by connecting pipe component 33 with the lower end of body 31.
Alternatively, connecting pipe component 33 includes the first connecting tube 331 and the second connecting tube 332.Specifically, the first connection Pipe 331 is located on the top plate 321 of bridgeware 32, and the second connecting tube 332 is located at the lower end of body 31, wherein the first connecting tube 331 It is set in outside the second connecting tube 332.
That is, the connecting pipe component 33 is mainly made up of 332 sections of the first connecting tube 331 and the second connecting tube, wherein First connecting tube 331 is connected with the top plate 321 of bridgeware 32, and the second connecting tube 332 is connected with the lower end of body 31, the second connection It is detachably connected in first connecting tube of the insertion of pipe 332 331 and with the first connecting tube 331.
Further, body 31 and bridgeware 32 pass through the location fit of positioning component 34.Thus, it is possible to realize that positioning is made With the accurate installation of the first connecting tube 331 of guarantee and the second connecting tube 332.Alternatively, according to one embodiment of present invention, Positioning component 34 includes the first keeper 341 and the second keeper 342.Specifically, the first keeper 341 is located at bridgeware 32 Top plate 321 on, the second keeper 342 is located at the lower end of body 31, its in the first keeper 341 and the second keeper 342 In one be positioning card column, another in the first keeper 341 and the second keeper 342 is locator card cylinder.
In other words, the positioning component 34 is mainly made up of the first keeper 341 and the second keeper 342, reference picture 48, the Positioning piece 341 is located in the first connecting tube 331, and the first keeper 341 is formed to be determined along the axially extending of the first connecting tube 331 Position card column；Second keeper 342 is located at the lower end of body 31, and the second keeper 342 forms the locator card coordinated with positioning card column After the completion of cylinder, the first connecting tube 331 and the assembling of the second connecting tube 332, in positioning card column insertion locator card cylinder.It is thus, it is possible to real The accurate installation of existing first connecting tube 331 and the second connecting tube 332.
Vertical type dust collector 1 further comprises limited post 35, and limited post 35 can be located on outsides cover of electric machinery 21 up or down, when When body 31 is located at erectility, limited post 35 stretch into bridgeware 32 with 32 spacing cooperation of bridgeware, when body 31 is by straight During vertical state motion to heeling condition, limited post 35 departs from spacing with bridgeware 32.
Reference picture 49, limited post 35 is located at the top of outsides cover of electric machinery 21 and can be movable along the vertical direction, when the vertical dust suction When device 1 is in running order, i.e., body 31 is in the second obliquity, and the limited post 35 is located at the outside of connecting pipe component 33, And only support and be connected with the outer wall of connecting pipe component 33, guarantee body 31 is in heeling condition at work, makes motor 22 can be with Drive round brush 11 to rotate, improve the reliability and continuity of the vertical type dust collector 1 work；When the vertical type dust collector 1 is in non-work When making state, i.e., body 31 is in the second stand up position, and limited post 35 inserts the inside of connecting pipe component 33, ensures that body 31 exists When idle, body 31 is in erectility all the time.Thus, by setting limited post 35 on outsides cover of electric machinery 21, limit can be played The effect of position, it is simple in construction, stably, reliably, occupy little space.
Further comprise elastic component 36, elastic component 36 is connected between limited post 35 and outsides cover of electric machinery 21 so that limited post 35 It can move up and down.Thus, by setting elastic component 36 on limited post 35, cushioning effect can be played, avoids body 31 from rotating During collide, ensure body 31 swing stability and reliability.
As shown in figure 48, in the present embodiment, the top plate 321 of bridgeware 32 is provided with the first connecting tube 331, the first connection Positioning card column is provided with pipe 331, the lower end of body 31 is provided with the second connecting tube 332, locator card is provided with the second connecting tube 332 Cylinder, after the second connecting tube 332 is plugged in the first connecting tube 331, locator card jacket casing is located in positioning card column.
Specifically, the first connecting tube 331 is connected with the top plate 321 of bridgeware 32, and it is fixed to be provided with first in the first connecting tube 331 Position part 341, the first keeper 341 form the axially extending positioning card column along the first connecting tube 331；Second connecting tube 332 with The lower end of body 31 is connected, and the second keeper 342 is provided with the second connecting tube 332, and the second keeper 342 is formed and positioning card column After the completion of the locator card cylinder of cooperation, the first connecting tube 331 and the assembling of the second connecting tube 332, in positioning card column insertion locator card cylinder. Thus, it is possible to realize the accurate installation of bridgeware 32 and body 31, ensure the reliability of the two connection.
Further, outsides cover of electric machinery 21 is provided with limited post 35 moving up and down, when body 31 is located at erectility, Limited post 35 through bracket sleeve tube bottom wall and stretch into bracket sleeve tube with the spacing cooperation of bracket sleeve tube, when body 31 is by upright During state motion to heeling condition, limited post 35 departs from spacing with bracket sleeve tube.Thus, it is possible to facilitate outside bridgeware 32 and motor The installation of cover 21, further improve the reliability and accuracy of the two connection.
Wherein, according to one embodiment of present invention, outsides cover of electric machinery 21 is provided with vent 213, dirty air efferent duct 214 With net air input pipe 215, outsides cover of electric machinery 21 is interior to have motor air-breathing runner 216 and motor exhausting runner, motor air-breathing runner 216 connections are between suction port and dirty air efferent duct 214, and motor exhausting flow passage is in net air input pipe 215 and air draft Between hole 213,
Reference picture 7 to Fig. 9, the top of outsides cover of electric machinery 21 is provided with the dirty air connected respectively with dirty air outlet 211 and exported Pipe 214 and the net air input pipe 215 connected with net air entrance 212, that is to say, that dirty air efferent duct 214 is inhaled with motor Flow channel 216 turns on, and net air input pipe 215 turns on motor exhausting runner, and the front side of outsides cover of electric machinery 21 is provided with and motor row The vent 213 of flow channel conducting, specifically, dirty air, dust etc. enter round brush air-breathing runner from the suction port of round brush shell 12 122, subsequently into the motor air-breathing runner 216 in outsides cover of electric machinery 21, and pass through the dirty air efferent duct on outsides cover of electric machinery 21 214 are discharged in cylinder block set 300, the net air by the cleaned air that cylinder block set 300 is filtrated to get by outsides cover of electric machinery 21 The motor exhausting runner that input pipe 215 enters in outsides cover of electric machinery 21, is finally discharged to the external world from the vent 213 on outsides cover of electric machinery 21 Environment.
Further, there is the first escape groove 3211 for being used for avoiding dirty air efferent duct 214 on bridgeware 32 and be used for Avoid the second escape groove 3212 of net air input pipe 215.Reference picture 50, the top plate 321 of bridgeware 32 are provided with two along left and right Direction the first escape groove 3211 and the second escape groove 3212 arranged spaced apart, when body 31 is in erectility, outside motor Dirty air efferent duct 214 on cover 21 is connected in the first escape groove 3211 of bridgeware 32, the net air on outsides cover of electric machinery 21 Input pipe 215 is connected to the second escape groove 3212 of bridgeware 32, when body 31 converts from erectility to heeling condition, by Rotated in bridgeware 32 relative to outsides cover of electric machinery 21, therefore, the dirty air efferent duct 214 and net air input pipe of outsides cover of electric machinery 21 215 depart from bridgeware 32.
Preferably, the first escape groove 3211 and the second escape groove 3212 are all formed as semi-circular groove.Thus, the first escape groove 3211 and second escape groove 3212 respectively with the side wall of dirty air efferent duct 214 and net air input pipe 215 coordinate, ensure structure Compactedness and profile aesthetic property.
Alternatively, the first escape groove 3211 and the second escape groove 3212 are set on the longitudinal centre line axial symmetry of bridgeware 32 Put.That is, dirty air efferent duct 214 and net air input pipe 215 are respectively separated the center line for being opened in outsides cover of electric machinery 21 The left and right sides, it is aesthetic in appearance and relative to the center line symmetrical setting of outsides cover of electric machinery 21, meet the visual sense of beauty of people, cloth Office is rationally, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector 1.
In certain specific embodiments of the invention, dirty air outlet 211 is connected to dirt cup 37 by reversal valve 600 Air inlet 372, wherein, reversal valve 600 has the first passage 631, the second passage 632 and the 3rd passage 633, and first is logical Stomata 631 is communicated to round brush air-breathing runner 122, and the second passage 632 is connected to the air inlet 372 of dirt cup 37, the 3rd passage 633 are communicated to ambient atmosphere, and reversal valve 600 is configured to the first shape connected in the first passage 631 with the second passage 632 Switch between the second state that state and the second passage 632 connect with the 3rd passage 633.
Alternatively, reversal valve 600 is detachably connected with dirt cup 37 and outsides cover of electric machinery 21, wherein, limited in reversal valve 600 There is gas channel, reversal valve 600 has the first passage 631, the second passage 632 and the 3rd turned on respectively with gas channel Passage 633, wherein, the first passage 631 of reversal valve 600 is connected by outsides cover of electric machinery 21 with round brush air-breathing runner 122, is changed Connected to the second passage 632 of valve 600 with dirt cup 37, the 3rd passage 633 of reversal valve 600 connects with external environment.
Reference picture 46 and Figure 47, reversal valve 600 can switch under two kinds of working conditions, when reversal valve 600 is in During first state, the first passage 631 of reversal valve 600 connects with the second passage 632, i.e. round brush air-breathing runner 122 and dirt Cup 37 connects, and the dirty air and dust so sucked from the suction port of round brush shell 12 passes sequentially through round brush air-breathing runner 122 first Passage 631, the gas channel of reversal valve 600 and the second passage 632, subsequently into being filtered in dirt cup 37, finally will Obtained cleaned air discharge external environment；When reversal valve 600 is in the second state, the second passage 632 of reversal valve 600 Being connected with the 3rd passage 633, i.e., dirt cup 37 circulates with external environment, further, the 3rd passage 633 of reversal valve 600 External pipeline can be communicated to, then by the direct dust suction of external pipeline (without using round brush 11), is entered from external pipeline dirty Air and dust pass sequentially through the 3rd passage 633 of reversal valve 600, the gas channel of reversal valve 600, the second passage 632, Subsequently into being filtered in dirt cup 37, obtained cleaned air is finally discharged into external environment.
Thus, vertical type dust collector 1 according to embodiments of the present invention, by setting reversal valve 600 on vertical type dust collector 1, The mutual switching of different dust suction modes can be realized, user can select suitable dust suction mode according to different operating modes, so as to The operating efficiency of vertical type dust collector 1 is improved, easy to operate, Consumer's Experience is good.Furthermore the upright cloth of motor of the vertical type dust collector 1 Put, the space-consuming of the vertical type dust collector 1 can be reduced, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector 1, It is simple in construction, compact, it is convenient to mount and dismount, operating efficiency is high.
Alternatively, according to one embodiment of present invention, reversal valve 600 includes three-way pipe 61 and bipass 62.It is specific and Speech, three-way pipe 61 include interconnected the first pipeline section 611, the second pipeline section 612 and the 3rd pipeline section 613, the first passage 631 by The free end of first pipeline section 611 is limited, and the second passage 632 is limited by the free end of the second pipeline section 612, and bipass 62 wraps Interconnected the 4th pipeline section 621 and the 5th pipeline section 622 are included, the 3rd passage 633 is limited by the free end of the 4th pipeline section 621 Go out, limit the 4th passage 634 on the 5th pipeline section 622, the 5th pipeline section 622 be extending at least partially into the 3rd pipeline section 613 and Make the first position and make the 4th passage 634 and the second passage that the first passage 631 connects with the second passage 632 It may move between the second place of 632 connections.
That is, the reversal valve 600 is mainly made up of three-way pipe 61 and bipass 62, wherein, three-way pipe 61 mainly by First pipeline section 611, the second pipeline section 612 and the 3rd pipeline section 613 form, one end of the first pipeline section 611, one end of the second pipeline section 612 Connected two-by-two with one end of the 3rd pipeline section 613, the other end of the first pipeline section 611 is provided with the first passage 631, the second pipeline section 612 The other end be provided with the second passage 632；Bipass 62 is mainly made up of the 4th pipeline section 621 and the 5th pipeline section 622, wherein, the One end of four pipeline sections 621 is connected with one end of the 5th pipeline section 622, and the other end of the 4th pipeline section 621 is provided with the 3rd passage 633, The other end of 5th pipeline section 622 is provided with the 4th passage 634.
Further, the other end of the 5th pipeline section 622 is movably located in the 3rd pipeline section 613 of three-way pipe 61, when two When siphunculus 62 is in first position (position as shown in figure 46), the first passage 631 of three-way pipe 61 only with the second passage 632 conductings, the dirty air and dust so sucked from the suction port of round brush shell 12 pass sequentially through round brush air-breathing runner 122, threeway First passage 631 of pipe 61 and the second passage 632, which enter in dirt cup 37, to be filtered, and finally arranges obtained cleaned air Go out external environment.
When bipass 62 is in the second place (position as shown in figure 47), the 4th passage 634 of bipass 62 with Second passage 632 of three-way pipe 61 connects, so that the second ventilation of the 3rd passage 633 of bipass 62 and three-way pipe 61 Hole 632 turns on, and further, the 3rd passage 633 of the 4th pipeline section 621 can be communicated to external pipeline, then by external The direct dust suction of pipeline (without using round brush 11), the dirty air and dust entered from external pipeline pass sequentially through the 3rd of bipass 62 Passage 633, the second passage 632 of three-way pipe 61, which enter in dirt cup 37, to be filtered, and finally arranges obtained cleaned air Go out external environment.
Thus, by setting dismountable bipass 62 and three-way pipe 61 between dirt cup 37 and outsides cover of electric machinery 21, and make Bipass 62 can switch between the first position and the second position, so as to realize cutting for the two of reversal valve 600 kinds of working conditions Change, and then realize two kinds of different dust suction modes of the vertical type dust collector 1, it is simple in construction, it is convenient to mount and dismount, it is easy-to-use.
Wherein, according to one embodiment of present invention, one end of the 5th pipeline section 622 is connected with the 4th pipeline section 621, the 5th pipe The end wall face closure of the other end of section 622, the 4th passage 634 are formed in the side wall of the other end of the 5th pipeline section 622.Reference Figure 46, the 4th pipeline section 621 form the straight length of both ends conducting, and the 5th pipeline section 622 can also form straight length, wherein, the 5th pipe The port of the first end of section 622 connects with the 4th pipeline section 621, the end-enclosed at the second end of the 5th pipeline section 622, and the 5th pipeline section The side wall at 622 the second end is provided with the 4th passage 634 connected with the port of its first end.
When the 5th pipeline section 622 is plugged in the 3rd pipeline section 613 of three-way pipe 61, the 5th pipeline section 622 can be along the 3rd pipe The length direction reciprocating movement of section 613, if bipass 62 is in first position, the end at the second end of the 5th pipeline section 622 is by the The port closure of three pipeline sections 613, and the side wall of the 3rd pipeline section 613 blocks the 4th passage 634 of the 5th pipeline section 622, so as to So that the first passage 631 only turns on the second passage 632, that is, realize the first state of reversal valve 600；If at bipass 62 When the second place, the end at the second end of the 5th pipeline section 622 blocks the first passage 631 of the first pipeline section 611, and second 4th passage 634 of the second passage 632 and the 5th pipeline section 622 of pipeline section 612 turns on, so that the 4th pipeline section 621 Second passage 632 of the 3rd passage 633 and the second pipeline section 612 turns on, that is, realizes the second state of reversal valve 600.
Thus, by the way that the 5th pipeline section 622 is formed into the structure that one end is turned on, the other end is closed, and in the side wall of the other end The 4th passage 634 of upper setting, realizes the switching of two kinds of conducting states of reversal valve 600, so as to realize the vertical type dust collector 1 Two kinds of different dust suction modes, it is simple in construction, be convenient to mount and dismount, it is easy-to-use.
Further, when bipass 62 moves to the second place, the 4th pipeline section 621 be connected with the 5th pipeline section 622 one End is only against on the free end of the 3rd pipeline section 613.Reference picture 47, the outside dimension of the 4th pipeline section 621 are more than the 5th pipeline section 622 Outside dimension between the 4th pipeline section 621 and the 5th pipeline section 622 to form boss, when bipass 62 is in the second place, the Boss between four pipeline sections 621 and the 5th pipeline section 622 only supports with the end of the 3rd pipeline section 613 to be connected.Thus, by the 4th pipe Boss is formed between the pipeline section 622 of section 621 and the 5th, positioning can be played a part of, ensure the 4th passage of the 5th pipeline section 622 634 turn on the second passage 632 of the second pipeline section 612, so as to realize leading for the second passage 632 and the 3rd passage 633 It is logical, simple in construction, manufacture, handling ease, accurate positioning.
Further, the first passage 631 is connected to dirty air outlet 211, and the gas outlet 373 of dirt cup 37 is communicated to headroom Gas entrance 212.That is, when bipass 62 is in first position (position as shown in figure 46), the first of three-way pipe 61 Passage 631 is only turned on the second passage 632, and the dirty air and dust so sucked from the suction port of round brush shell 12 is led to successively Cross dirty air outlet 211, the threeway of round brush air-breathing runner 122, the motor air-breathing runner 216 of outsides cover of electric machinery 21, outsides cover of electric machinery 21 First passage 631 of pipe 61, the second passage 632 enter in dirt cup 37, by the cleaned air that is filtrated to get from dirt cup 37 Gas outlet 373 be discharged to the motor exhausting runner of outsides cover of electric machinery 21, finally discharged from the vent 213 of outsides cover of electric machinery 21.
Thus, by setting motor air-breathing runner 216 and motor exhausting runner in the outsides cover of electric machinery 21, facilitate dirty air with The transmission of cleaned air, the space in outsides cover of electric machinery 21 can be both effectively utilized, and improve space availability ratio, pipe can be reduced again The quantity on road, ensure the structural compactness of the vertical type dust collector 1 so that the vertical type dust collector 1 it is aesthetic in appearance.
Vertical type dust collector 1 below with reference to Figure 14 to Figure 43 descriptions according to the multiple embodiments of the present invention.
Embodiment one
As shown in Figure 14 to Figure 20, the arrangement of clutch 400 of vertical type dust collector 1 according to embodiments of the present invention, arrangement of clutch 400 are located between the electric machine assembly 200 of vertical type dust collector 1 and cylinder block set 300, and electric machine assembly 200 includes the He of outsides cover of electric machinery 21 Be located in outsides cover of electric machinery 21 and motor 22.Reference picture 14 and Figure 15, electric machine assembly 200 is mainly by motor 22 and outsides cover of electric machinery 21 Composition, wherein, the accommodating chamber for installing motor 22 is defined in outsides cover of electric machinery 21, motor 22 is movably located in accommodating chamber And it is pivotable relative to outsides cover of electric machinery 21, motor 22 can be rotated to produce dust-absorbing airflow with driving fan, so as to be vertical dust suction Device 1 provides dust suction power, and motor 22 can also drive round brush 11 to be rotated around its own axis, so as to realize the mesh on cleaning ground 's.Specifically, be provided with transmission belt 13 between motor 22 and round brush 11, and transmission belt 13 respectively with motor 22 and the phase of round brush 11 Even, motor 22 realizes the driving to round brush 11 by transmission belt 13.
Wherein, electric machine assembly 200 includes body 31 and the bridgeware 32 on body 31, bridgeware 32 with outside motor Cover 21 is rotatably coupled to.Reference picture 14, cylinder block set 300 are mainly made up of body 31 and bridgeware 32, wherein, the edge of body 31 Vertical direction arranges that bridgeware 32 is located at the lower section of body 31 and is connected with the lower end of body 31, and bridgeware 32 is arranged on motor It is on outer cover 21 and pivotable relative to outsides cover of electric machinery 21, when the handle of human hand operation body 31, for example, body 31 is straight by second Vertical position to the second obliquity operate when, bridgeware 32 rotates with pushing motor 22 from first relative to outsides cover of electric machinery 21 Obliquity rotates to the first stand up position.
Further, arrangement of clutch 400 includes slideway 41a, touch part 42a, and slideway 41a is formed on bridgeware 32, is touched Moving part 42a is pivotally supported on outsides cover of electric machinery 21, and touch part 42a one end, which has, to be slidably engaged to slideway 41a Slide post 4211a and the other end have be suitable to stir motor 22 movement driving lever 4221a, wherein, bridgeware 32 is with sliding way Slide post 4211a is slided along slideway 41a so that touch part 42a rotates when 41a is moved, and driving lever 4221a is dialled when touch part 42a rotates Dynamic motor 22 rotates relative to outsides cover of electric machinery 21.
Reference picture 16 to Figure 19, arrangement of clutch 400 is mainly made up of slideway 41a and touch part 42a, wherein, slideway 41a is set In the side relative with outsides cover of electric machinery 21 of bridgeware 32, touch part 42a is rotatably arranged on outsides cover of electric machinery 21, touch part 42a first end and the slideway 41a of bridgeware 32 coordinate, touch part 42a the second end through outsides cover of electric machinery 21 and with motor 22 Motor casing 222 coordinate.
Specifically, touch part 42a first end is provided with slide post 4211a, touch part 42a by slide post 4211a with The slideway 41a of bridgeware 32 coordinates, and touch part 42a the second end is provided with driving lever 4221a, and touch part 42a passes through driving lever 4221a Coordinate with motor casing 222.Specifically, human hand by body 31 from the second stand up position to the second obliquity rotate when, outside motor Bridgeware 32 on cover 21 rotates relative to outsides cover of electric machinery 21, and bridgeware 32 drives touch part 42a relative to outsides cover of electric machinery 21 rotate, and the driving lever 4221a motors 22 on touch part 42a the second end are from the first obliquity to the first stand up position Rotate, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that between the lower end of motor shaft 221 and round brush 11 Distance increase, and then realize the tensioning of transmission belt 13, reach to start and sweep dirt, the purpose of dust suction action.
Thus, the arrangement of clutch 400 of vertical type dust collector according to embodiments of the present invention, simple in construction, manufacture, processing are held Easily, by the way that the touch part 42a of arrangement of clutch 400 is rotatably arranged on outsides cover of electric machinery 21, and touch part 42a both ends are divided Do not coordinate with bridgeware 32 and motor 22, it is possible to achieve the purpose that motor 22 rotates, so as to realize regulation transmission belt 13 Rate of tension, dirt is swept in guarantee, the normal work of dust suction is convenient to mount and dismount, stable, reliable, and operating efficiency is high.
Wherein, according to one embodiment of present invention, touch part 42a includes the first touch part 421a, the second touch part 422a and pivot section 423a.Specifically, slide post 4211a is formed on the first touch part 421a, and driving lever 4221a is formed the On two touch part 422a, pivot section 423a is connected between the first touch part 421a and the second touch part 422a, pivot section 423a Rotatably pass through outsides cover of electric machinery 21.That is, touch part 42a is mainly by the first touch part 421a, the second touch part 422a Formed with pivot section 423a, wherein, pivot section 423a both ends respectively with the first touch part 421a, the second touch part 422a phases Even, the first touch part 421a free end is provided with the slide post 4211a coordinated with bridgeware 32, the second touch part 42a freedom End is provided with coordinates driving lever 4221a with motor casing 222.
Reference picture 18, touch part 42a are rotatably arranged on the roof of outsides cover of electric machinery 21, and specifically, pivot section 423a is worn The roof of outsides cover of electric machinery 21 is crossed, the first touch part 421a is connected with pivot section 423a upper end and positioned at the roof of outsides cover of electric machinery 21 Top, and the second touch part 422a is connected with pivot section 423a lower end and the lower section of roof positioned at outsides cover of electric machinery 21.People Hand by body 31 from the second stand up position to the second obliquity rotate when, the bridgeware 32 on outsides cover of electric machinery 21 is relative to motor Outer cover 21 rotates clockwise, and bridgeware 32 drives touch part 42a slide post 4211a to be slided in slideway 41a, so that touching Part 42a rotates about axis rotation, and then touch part 42a driving lever 4221a stirs the motor 22 of motor 22 by the first obliquity Rotated to the first stand up position, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that under motor shaft 221 The increase of the distance between end and round brush 11, and then the tensioning of transmission belt 13 is realized, reach to start and sweep dirt, the purpose of dust suction action.
In certain specific embodiments of the invention, pivot section 423a is vertically arranged, the first touch part 421a and pivot Section 423a is vertically arranged, along one end of the neighbouring slide post 4211a from the first touch part 421a to neighbouring pivot section 423a's On the direction of the other end, the first touch part 421a vertical height is gradually reduced.Specifically, pivot section 423a is formed along vertical side The column extended to (above-below direction as shown in figure 18), the first touch part 421a one end is connected with pivot section 423a upper end And the other end extends along the axis direction perpendicular to pivot section 423a, under the second touch part 422a one end and pivot section 423a End is connected and the other end extends along the axis direction perpendicular to pivot section 423a, the first touch part 421a and the second touch part 422a Can be around pivot section 423a center axis thereof, i.e. the first touch part 421a and the second touch part 422a difference are in the horizontal plane Rotatably.Further, slide post 4211a is located on the first touch part 421a free end and vertically upwardly extended, On from pivot section 423a central axis to slide post 4211a central axial direction, the first touch part 421a vertical height Degree gradually increase.
As shown in figure 20, the first touch part 421a upper surface is formed as cambered surface corresponding with the shape of bridgeware 32.By This, by the way that the first touch part 421a upper surface is arranged into arcwall face, can avoid the top wall surface of bridgeware 32, can both protect The compactedness of structure is demonstrate,proved, the first touch part 421a upper surface can be avoided to produce friction with the roof of bridgeware 32 again, ensured The continuity and reliability that power and motion are transmitted.
Wherein, according to one embodiment of present invention, formed with for accommodating the first touch part 421a on outsides cover of electric machinery 21 And for the receiving space of the first touch part 421a rotations.Reference picture 14, the roof of outsides cover of electric machinery 21 is provided with to be touched for installing first Dynamic portion 421a receiving space, touch part 42a pivot section 423a are rotationally connected with the bottom wall of receiving space, touch part 42a the first touch part 421a can be rotated in receiving space.Thus, by being provided for receiving on outsides cover of electric machinery 21 One touch part 421a receiving space, beneficial to touch part 42a work.
In addition, the first touch part 421a and pivot section 423a is detachably connected.In arrangement of clutch 400 and cylinder block set 300th, in the assembling process of electric machine assembly 200 etc., can first by touch part 42a the second touch part 422a and pivot section 423a from Load in outsides cover of electric machinery 21, and the second touch part 422a and motor 22 motor casing 222 are coordinated, then by the first touch part 421a is connected from the outside of outsides cover of electric machinery 21 with pivot section 423a, realizes touch part 42a and outsides cover of electric machinery 21 assembling.Thus, By the way that the first touch part 421a and pivot section 423a is detachably connected, facilitate touch part 42a and outsides cover of electric machinery 21 assembly and disassembly, It is simple in construction, manufacture, handling ease.
Alternatively, pivot section 423a is vertically arranged, and the first touch part 421a and driving lever 4221a are vertical with pivot section 423a Set, wherein, the angular range between driving lever 4221a length bearing of trend and the first touch part 421a length bearing of trend For 0 ° -90 °.Thus, it is possible to realize that bridgeware 32 drives the mesh that touch part 42a is rotated, touch part 42a motors 22 rotate , ensure power and continuity and reliability that motion is transmitted.Further, driving lever 4221a end, which has, is suitable to promote electricity The inclined plane 4222a of casing 222, beneficial to driving lever 4221a pushing motors 22.
Alternatively, according to one embodiment of present invention, slideway 41a is linear slideway 41a and relative to fore-and-aft direction Tilt extension.Reference picture 19, the inner surface of the top plate 321 of bridgeware 32 are provided with to tilt relative to the axis of symmetry of bridgeware 32 and set The linear ramp 41a put, bridgeware 32 is when rotating, the linear ramp 41a and touch part 42a of bridgeware 32 slide post 4211a coordinates so that bridgeware 32 drives touch part 42a to rotate about axis rotation, so as to stir motor by driving lever 4221a 22 go to the first stand up position by the first obliquity.In certain specific embodiments of the invention, touch part 42a is rotatable Ground is supported on the longitudinal centre line of outsides cover of electric machinery 21, ensures that touch part 42a can have enough rotation spaces, so as to improve foot Enough driving forces for stirring motor 22.
Embodiment two
As shown in Figure 21 to Figure 28, vertical type dust collector 1 according to embodiments of the present invention include round brush 11, electric machine assembly 200, Cylinder block set 300 and lever and cam part 41b.Specifically, electric machine assembly 200 includes outsides cover of electric machinery 21 and is located at outsides cover of electric machinery 21 Interior motor 22, motor 22 drive round brush 11 to roll and be tensioned the first stand up position of transmission belt 13 and putting by transmission belt 13 It is rotatable between first obliquity of loose transmission belt 13.
In other words, the vertical type dust collector 1 is mainly by round brush 11, electric machine assembly 200, cylinder block set 300 and lever and cam part 41b is formed, wherein, electric machine assembly 200 is connected with round brush 11, cylinder block set 300 and lever and cam part 41b respectively.Reference picture 21, Electric machine assembly 200 is mainly made up of motor 22 and outsides cover of electric machinery 21, wherein, defined in outsides cover of electric machinery 21 for installing motor 22 Accommodating chamber, motor 22 is movably located in accommodating chamber and pivotable relative to outsides cover of electric machinery 21, and motor 22 can drive wind Fan is rotated to produce dust-absorbing airflow, and so as to provide dust suction power for vertical type dust collector 1, motor 22 can also drive round brush 11 around it Own axis, so as to realize the purpose on cleaning ground.Specifically, transmission belt 13 is provided between motor 22 and round brush 11, and And transmission belt 13 is connected with motor 22 and round brush 11 respectively, motor 22 realizes the driving to round brush 11 by transmission belt 13.
Wherein, cylinder block set 300 includes body 31 and the bridgeware 32 on body 31, bridgeware 32 and outsides cover of electric machinery 21 are rotatably coupled to so that body 31 is rotatable between the second stand up position and the second obliquity.Reference picture 21, body Component 300 is mainly made up of body 31 and bridgeware 32, wherein, body 31 is arranged in a vertical direction, and bridgeware 32 is located at body 31 lower section and it is connected with the lower end of body 31, bridgeware 32 is arranged on outsides cover of electric machinery 21 and can pivot relative to outsides cover of electric machinery 21 Turn, when human hand operation body 31 handle, for example, by body 31 from the second stand up position to the second obliquity operate when, bridge Fitting 32 is rotated relative to outsides cover of electric machinery 21 and rotated with pushing motor 22 from the first obliquity to the first stand up position.
Further, lever and cam part 41b be rotatably provided on outsides cover of electric machinery 21 and both ends respectively with bridgeware 32 and Motor 22 coordinates, and when body 31 moves to the second obliquity from the second stand up position, bridgeware 32 passes through lever and cam part 41b motors 22 move to the first stand up position from the first obliquity.Reference picture 21 and Figure 23,41b points of lever and cam part Motor casing 222 not with bridgeware 32 and motor 22 is connected, when body 31 is located at the second stand up position, the motor shaft of motor 22 221 axis tilts backwards setting relative to the axis of outsides cover of electric machinery 21, i.e. motor 22 is in the first obliquity, now, passes The both ends of dynamic band 13 are outer respectively to be enclosed on round brush 11 and motor shaft 221, but transmission belt 13 is in relaxation state；When body 31 is located at During the second obliquity, the axis of motor 22 vertically extends, i.e., motor 22 is in the first stand up position, now, transmission Band 13 is tightened up.
Specifically, human hand by body 31 from the second stand up position to the second obliquity rotate when, on outsides cover of electric machinery 21 Bridgeware 32 rotates relative to outsides cover of electric machinery 21, and by lever and cam part 41b motors 22 by the first obliquity Rotated to the first stand up position, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that under motor shaft 221 The increase of the distance between end and round brush 11, and then the tensioning of transmission belt 13 is realized, reach to start and sweep dirt, the purpose of dust suction action.
In the present embodiment, when second obliquity of the body 31 from the second stand up position to predetermined angular operates, motor 22 can be with the synchronous axial system of body 31, and when motor 22 goes to predetermined angular, human hand can freely operate body 31 without influenceing The tensioning state of transmission belt 13, i.e., when motor 22 goes to the first stand up position from the first obliquity, human hand can be grasped freely Make body 31 and sweep dirt and dust suction without influence vertical type dust collector 1.Certainly, the present invention is not limited thereto, the angle of rotation of body 31 Degree can also can be realized and adjust by adjusting the angle of inclination of body 31 with the rotational angle direct correlation of motor 22, i.e. human hand The location status of whole motor 22, so as to realize the purpose of the tensioning degree of adjustment transmission belt 13.
Thus, vertical type dust collector 1 according to embodiments of the present invention, by setting lever and cam part on outsides cover of electric machinery 21 41b, and lever and cam part 41b both ends are coordinated with bridgeware 32 and motor 22 respectively, it is possible to achieve motor 22 rotates Purpose, so as to realize regulation transmission belt 13 rate of tension, guarantee sweep dirt, the normal work of dust suction is convenient to mount and dismount, it is stable, Reliably, operating efficiency is high, furthermore, the motor of the vertical type dust collector 1 is uprightly arranged, can reduce the occupancy of the vertical type dust collector 1 Space, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector 1, it is easy to operate, occupy little space.
Lever and cam part 41b is two and is symmetrically disposed in the both sides side wall of outsides cover of electric machinery 21.Reference picture 25 and Figure 27, Interval is opened in the relative inner wall of outsides cover of electric machinery 21, each lever and cam to two lever and cam part 41b in left-right direction respectively Part 41b is rotatable in corresponding perpendicular, and two lever and cam part 41b rotation axis is same axis.
Wherein, according to one embodiment of present invention, lever and cam part 41b includes rotary connector 411b, first group of portion 412b and second group of portion 413b.Specifically, rotary connector 411b is rotatably connected on outsides cover of electric machinery 21, first group of portion 412b and second group of portion 413b is separately fixed at both sides on the same shaft sections of rotary connector 411b and remote toward each other Direction extends, and first group of portion 412b coordinates with motor 22, and second group of portion 413b coordinates with bridgeware 32.
In other words, lever and cam part 41b is mainly by rotary connector 411b, first group of portion 412b and second group of portion's 413b group Into.Wherein, first group of portion 412b and second group of portion 413b be respectively provided at rotary connector 411b both sides and first group of portion 412b It is connected with opposing sidewalls of second group of portion 413b respectively with rotary connector 411b, lever and cam part 41b rotary connector 411b is rotatably arranged on outsides cover of electric machinery 21, and lever and cam part 41b first group of portion 412b and motor 22 motor casing 222 are matched somebody with somebody Close, the inwall of lever piece 43d second group of portion's 413b bridgeware 32 coordinates.Human hand is by body 31 from the second stand up position to second When obliquity rotates, the bridgeware 32 on outsides cover of electric machinery 21 rotates relative to outsides cover of electric machinery 21, and bridgeware 32 passes through drive Second group of portion 413b is moved so that lever and cam part 41b rotates about axis rotation, then the first of lever and cam part 41b group portion 412b pushing motors 22 are rotated from the first obliquity to the first stand up position, and in the process, the lower end of motor shaft 221 is gradual It is moved rearwards, so that the distance between the lower end of motor shaft 221 and round brush 11 increase, and then realizes the tensioning of transmission belt 13, Reach to start and sweep dirt, the purpose of dust suction action.
Alternatively, the ultimate range between second group of portion 413b and rotary connector 411b center is less than first group of portion Ultimate range between 412b and rotary connector 411b center.That is, the second group of portion 413b free end and lever Cam member 41b pivot dials portion 412b free end and lever and cam part 41b pivot apart from heavy rain first Distance, when bridgeware 32 rotates, second group of portion 413b free end is only supported with bridgeware 32 to be connected, so as to activation lever cam Part 41b around rotary connector 411b center rotating, hereby it is achieved that first group of portion's 412b motor 22 rotates, so that electric Machine 22 rotates the first stand up position by the first obliquity, and then realizes the tensioning of transmission belt 13.Wherein, connect along away from rotation Socket part 411b direction, first group of portion 412b width and second group of portion 413b width are gradually reduced, and first group of portion The contour line of 412b and second group of portion 413b free end end forms circular arc.Thus, it is possible to facilitate first group of portion 412b and Second group of portion 413b coordinates with motor 22 and bridgeware 32 respectively, ensures the stationarity and reliability of motion.
Further, one of them in outsides cover of electric machinery 21 and rotary connector 411b is provided with rotary shaft, outsides cover of electric machinery Another in 21 and rotary connector 411b is provided with the rotary shaft hole with rotary shaft rotatable engagement.Reference picture 27, outside motor The relative inner wall of cover 21 is installed with rotary shaft respectively, and lever and cam part 41b rotary connector 411b has and rotary shaft The rotary shaft hole of cooperation.Thus, it is possible to realize that lever and cam part 41b is connected with the rotatable of outsides cover of electric machinery 21, the connected mode It is simple in construction, cost is low, be convenient to mount and dismount, it is easy to accomplish.
Wherein, according to one embodiment of present invention, motor 22 is provided with the first shifting block coordinated with first group of portion 412b 42b.Alternatively, the first shifting block 42b, which is formed, is arranged in rectangular block in perpendicular, and the first shifting block 42b includes two, two the One shifting block 42b is respectively provided in the left and right sidewall of motor casing 222 of motor 22, two lever and cam part 41b first group of portion 412b only supports with the first shifting block 42b of correspondence position respectively to be connected.Advantageously, according to one embodiment of present invention, lever is convex Formed with screens groove 414b on gear member 41b, when motor 22 is in the first obliquity, the first shifting block 42b coordinates in screens groove In 414b.Reference picture 22 and Figure 24, lever and cam part 41b first group of portion 412b the first shifting block of direction 42b side are provided with Screens groove 414b, the first shifting block 42b one end coordinate with screens groove 414b.Thus, blocked by being set on lever and cam part 41b Position groove 414b, first group of portion 412b for being advantageous to lever and cam part 41b drive the first shifting block 42b, ensure that the lever and cam part 41b and motor 22 connection reliability, further improve the use reliability of the vertical type dust collector 1.
Wherein, according to one embodiment of present invention, bridgeware 32 is provided with second group coordinated with second group of portion 413b Block 43b.Reference picture 25, the second shifting block 43b is installed on relative two madial walls of bridgeware 32, and two lever and cam parts 41b second group of portion 413b only supports with the second shifting block 43b on the correspondence position of bridgeware 32 all the time to be connected, and realizes bridgeware 32 The purpose for promoting lever and cam part 41b to rotate, so that motor 22 rotates the first stand up position, Jin Ershi by the first obliquity The tensioning of existing transmission belt 13.Alternatively, the second shifting block 43b forms block arc, and the second shifting block 43b is along rotary connector 411b circumferentially extending, ensure bridgeware 32 and second group of portion 413b connection reliability.
Embodiment three
As shown in Figure 29 to Figure 33, vertical type dust collector 1 according to embodiments of the present invention include round brush 11, electric machine assembly 200, Cylinder block set 300 and lever and cam part 41c.Specifically, electric machine assembly 200 includes outsides cover of electric machinery 21 and is located at outsides cover of electric machinery 21 Interior motor 22, motor 22 drive round brush 11 to roll and be tensioned the first stand up position of transmission belt 13 and putting by transmission belt 13 It is rotatable between first obliquity of loose transmission belt 13.
In other words, the vertical type dust collector 1 is mainly by round brush 11, electric machine assembly 200, cylinder block set 300 and lever and cam part 41c is formed, wherein, electric machine assembly 200 is connected with round brush 11, cylinder block set 300 and lever and cam part 41c respectively.Reference picture 29, Electric machine assembly 200 is mainly made up of motor 22 and outsides cover of electric machinery 21, wherein, defined in outsides cover of electric machinery 21 for installing motor 22 Accommodating chamber, motor 22 is movably located in accommodating chamber and pivotable relative to outsides cover of electric machinery 21, and motor 22 can drive wind Fan is rotated to produce dust-absorbing airflow, and so as to provide dust suction power for vertical type dust collector 1, motor 22 can also drive round brush 11 around it Own axis, so as to realize the purpose on cleaning ground.Specifically, transmission belt 13 is provided between motor 22 and round brush 11, and And transmission belt 13 is connected with motor 22 and round brush 11 respectively, motor 22 realizes the driving to round brush 11 by transmission belt 13.
Wherein, cylinder block set 300 includes body 31 and the bridgeware 32 on body 31, bridgeware 32 and outsides cover of electric machinery 21 are rotatably coupled to so that body 31 is rotatable between the second stand up position and the second obliquity.Reference picture 29, body Component 300 is mainly made up of body 31 and bridgeware 32, wherein, body 31 is arranged in a vertical direction, and bridgeware 32 is located at body 31 lower section and it is connected with the lower end of body 31, bridgeware 32 is arranged on outsides cover of electric machinery 21 and can pivot relative to outsides cover of electric machinery 21 Turn, when human hand operation body 31 handle, for example, by body 31 from the second stand up position to the second obliquity operate when, bridge Fitting 32 is rotated relative to outsides cover of electric machinery 21 and rotated with pushing motor 22 from the first obliquity to the first stand up position.
Further, lever and cam part 41c be rotatably provided on outsides cover of electric machinery 21 and both ends respectively with bridgeware 32 and Motor 22 coordinates, and when body 31 moves to the second obliquity from the second stand up position, bridgeware 32 passes through lever and cam part 41c motors 22 move to the first stand up position from the first obliquity.Reference picture 29, lever and cam part 41c respectively with bridge Fitting 32 is connected with the motor casing 222 of motor 22, when body 31 is located at the second stand up position, the motor shaft 221 of motor 22 Axis tilts backwards setting relative to the axis of outsides cover of electric machinery 21, i.e. motor 22 is in the first obliquity, now, transmission belt 13 Both ends outer be respectively enclosed on round brush 11 and on motor shaft 221, but transmission belt 13 is in relaxation state；When body 31 inclines positioned at second When loxosis is put, the axis of motor 22 vertically extends, i.e., motor 22 is in the first stand up position, now, the quilt of transmission belt 13 Tense.
Specifically, human hand by body 31 from the second stand up position to the second obliquity rotate when, on outsides cover of electric machinery 21 Bridgeware 32 rotates relative to outsides cover of electric machinery 21, and by lever and cam part 41c motors 22 by the first obliquity Rotated to the first stand up position, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that under motor shaft 221 The increase of the distance between end and round brush 11, and then the tensioning of transmission belt 13 is realized, reach to start and sweep dirt, the purpose of dust suction action.
In the present embodiment, when second obliquity of the body 31 from the second stand up position to predetermined angular operates, motor 22 can be with the synchronous axial system of body 31, and when motor 22 goes to predetermined angular, human hand can freely operate body 31 without influenceing The tensioning state of transmission belt 13, i.e., when motor 22 goes to the first stand up position from the first obliquity, human hand can be grasped freely Make body 31 and sweep dirt and dust suction without influence vertical type dust collector 1.Certainly, the present invention is not limited thereto, the angle of rotation of body 31 Degree can also can be realized and adjust by adjusting the angle of inclination of body 31 with the rotational angle direct correlation of motor 22, i.e. human hand The location status of whole motor 22, so as to realize the purpose of the tensioning degree of adjustment transmission belt 13.
Thus, vertical type dust collector 1 according to embodiments of the present invention, by setting lever and cam part on outsides cover of electric machinery 21 41c, and lever and cam part 41c both ends are coordinated with bridgeware 32 and motor 22 respectively, it is possible to achieve motor 22 rotates Purpose, so as to realize regulation transmission belt 13 rate of tension, guarantee sweep dirt, the normal work of dust suction is convenient to mount and dismount, it is stable, Reliably, operating efficiency is high, furthermore, the motor of the vertical type dust collector 1 is uprightly arranged, can reduce the occupancy of the vertical type dust collector 1 Space, it is easy to accomplish the diversity of each component layouts of the vertical type dust collector 1, it is easy to operate, occupy little space.
Lever and cam part 41c includes two and interval is opened on the roof of outsides cover of electric machinery 21.Reference picture 30 and Figure 32, the One shifting block 42c is installed on the roof of motor casing 222 of motor 22, the second shifting block 43c be installed in bridgeware 32 with outside motor Cover 21 relative sides, lever and cam part 41c be rotatably arranged on the roof of outsides cover of electric machinery 21 and positioned at the first shifting block 42c and Between second shifting block 43c, wherein, lever and cam part 41c first group of portion 412c and the first shifting block 42c coordinate, lever and cam part 41c second group of portion 413c and the second shifting block 43c coordinates, and human hand is turned body 31 from the second vertical position to the first obliquity When dynamic, the bridgeware 32 on outsides cover of electric machinery 21 rotates clockwise relative to outsides cover of electric machinery 21, second on bridgeware 32 group Block 43c is moved rearwards relative to lever and cam part 41c to promote lever and cam part 41c second group of portion 413c, so as to drive thick stick Bar cam member 41c rotate counterclockwises in the horizontal plane, at the same time, lever and cam part 41c first group of portion 412c is promoted forward First shifting block 42c, makes motor 22 be rotated from the first obliquity to the first stand up position, in the process, under motor shaft 221 End is gradually moved rearwards, so that the distance between the lower end of motor shaft 221 and round brush 11 increase, and then realizes transmission belt 13 Tensioning.
Alternatively, according to one embodiment of present invention, lever and cam part 41c is rotatably connected to outsides cover of electric machinery 21 On inner roof wall and lever and cam part 41c second group of portion 413c pass through outsides cover of electric machinery 21 side wall.Reference picture 32 and Figure 33, lever Cam member 41c is rotatably arranged on the inner surface of the roof of outsides cover of electric machinery 21 and set adjacent to the side wall of outsides cover of electric machinery 21, electricity Machine 22 is located at lever and cam part 41c lower section, and the first shifting block 42c on the motor casing 222 of motor 22 and lever and cam part 41c first group of portion 412c is oppositely arranged so that the first block is fastened in lever and cam part 41c screens groove 414c, and lever Cam member 41c second group of portion 413c passes through the side wall of outsides cover of electric machinery 21 and coordinated with the second shifting block 43c on bridgeware 32.
Thus, two lever and cam part 41c are set by the roof in outsides cover of electric machinery 21, can be provided for system enough The driving force of motor 22, ensure motor 22 when rotating, stress equalization, ensure the stability of structure, it is vertical so as to improve this The use reliability of formula dust catcher 1.Certainly, the present invention is not limited thereto, and lever and cam part 41c can include one or more, Lever and cam part 41c positions are also not necessarily limited to the roof and side wall of outsides cover of electric machinery 21, and the first shifting block 42c and the second shifting block 43c can also form the other structures coordinated respectively with lever and cam part 41c both ends.
Example IV
As shown in Figure 36 to Figure 43, the arrangement of clutch 400 of vertical type dust collector 1 according to embodiments of the present invention, arrangement of clutch 400 are located between the electric machine assembly 200 of vertical type dust collector 1 and cylinder block set 300, and electric machine assembly 200 includes the He of outsides cover of electric machinery 21 The motor 22 being located in outsides cover of electric machinery 21.Reference picture 36 and Figure 40, electric machine assembly 200 is mainly by 21 groups of motor 22 and outsides cover of electric machinery Into, wherein, define the accommodating chamber for installing motor 22 in outsides cover of electric machinery 21, motor 22 be movably located in accommodating chamber and Pivotable relative to outsides cover of electric machinery 21, motor 22 can be rotated to produce dust-absorbing airflow with driving fan, so as to be vertical type dust collector 1 Dust suction power is provided, motor 22 can also drive round brush 11 to be rotated around its own axis, so as to realize the purpose on cleaning ground.Tool Body, transmission belt 13 is provided between motor 22 and round brush 11, and transmission belt 13 is connected with motor 22 and round brush 11 respectively, motor 22 realize the driving to round brush 11 by transmission belt 13.Cylinder block set 300 includes body 31 and the bridgeware on body 31 32, bridgeware 32 and outsides cover of electric machinery 21 are rotatably coupled to so that body 31 is rotatable between stand up position and obliquity.
Further, arrangement of clutch 400 includes slide rail 41d, dials tongue 42d and lever piece 43d.Specifically, slide rail 41d by Cylinder block set 300 drive movement, dial tongue 42d be fixed on it is on motor 22 and rotatable relative to outsides cover of electric machinery 21, lever piece 43d's One end slidably engages to slide rail 41d and the other end one end fits with dialling tongue 42d.Reference picture 38 and Figure 39, arrangement of clutch 400 be located between electric machine assembly 200 and cylinder block set 300 and respectively with electric machine assembly 200, cylinder block set 300 movably phase Even, the lever piece 43d of arrangement of clutch 400 is rotatably arranged on outsides cover of electric machinery 21, and the slide rail 41d of arrangement of clutch 400 is located at On cylinder block set 300, dial tongue 42d and be installed on the motor casing 222 of motor 22, and lever piece 43d first end is with dialling tongue 42d Coordinate, lever piece 43d the second end and slide rail 41d coordinate.
Wherein, slide rail 41d activation lever parts 43d is rotated when cylinder block set 300 drives slide rail 41d movements, and lever piece 43d turns Tongue 42d is stirred when dynamic so that motor 22 rotates relative to outsides cover of electric machinery 21.Specifically, human hand by body 31 from stand up position to When obliquity (tilting backwards as shown in figure 40) operates, the bridgeware 32 on outsides cover of electric machinery 21 occurs relative to outsides cover of electric machinery 21 Rotate clockwise, therefore, the slide rail 41d on bridgeware 32 rotates clockwise relative to lever piece 43d, due to slide rail 41d All the time the second end with lever piece 43d coordinates, and therefore, in the process, lever piece 43d rotates about center and turned clockwise, Lever piece 43d driving so can be achieved and dial tongue 42d around pivotal axis rotate counterclockwise, so as to motor 22 from heeling condition to Erectility is rotated, and in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that the lower end of motor shaft 221 and rolling The increase of brush the distance between 11, and then realize the tensioning of transmission belt 13.
Thus, the arrangement of clutch 400 of vertical type dust collector 1 according to embodiments of the present invention, simple in construction, manufacture, processing are held Easily, cost is low, by the way that the lever piece 43d of arrangement of clutch 400 is rotatably arranged on outsides cover of electric machinery 21, and by lever piece 43d Both ends coordinate respectively with cylinder block set 300 and motor 22, it is possible to achieve motor 22 rotate purpose, so as to realize regulation The rate of tension of transmission belt 13, dirt is swept in guarantee, the normal work of dust suction is convenient to mount and dismount, stable, reliable, and operating efficiency is high.
Advantageously, slide rail 41d lower end is provided with gear block 411d to prevent lever piece 43d one end under slide rail 41d End slips.Reference picture 37 and Figure 41, lever piece 43d the second end are slidably disposed in slide rail 41d, and slide rail 41d lower end is set There is the gear block 411d extended radially inwardly along slide rail 41d, when lever piece 43d the second end slides into the end of chute, Lever piece 43d only supports with gear block 411d to be connected.Thus, can be to prevent by setting gear block 411d in slide rail 41d lower end Only lever piece 43d the second end slips out of slide rail 41d, ensure that the connection reliability of the triggering component, and further improving should The use reliability of vertical type dust collector 1.Preferably, slide rail 41d both ends can set gear block 411d to prevent lever piece 43d the second end slips from slide rail 41d both ends.
Wherein, slide rail 41d extends along curve.In other words, slide rail 41d is curve slide rail 41d, lever piece 43d the second end Slidably reciprocated along slide rail 41d arc length, so as to realize the activation lever part 43d of bridgeware 32 rotations, lever piece 43d motors 22 The purpose of rotation.Preferably, camber line extensions of the slide rail 41d along the axle centered on the rotation axis of cylinder block set 300.Reference picture 39, slide rail 41d contour line form the arc of the circumferentially extending along lever piece 43d pivot, when the bridge of cylinder block set 300 When fitting 32 rotates about center rotating, because lever piece 43d the second end is all the time in slide rail 41d, therefore, bridgeware 32 is logical The slide rail 41d crossed thereon drives lever piece 43d to rotate about center rotating, so that tongue is dialled in lever piece 43d first end driving 42d is rotated, and realizes the purpose that motor 22 rotates.
Alternatively, the lever piece 43d other end is formed as linking up with 431d, and the one end for dialling tongue 42d is fastened in hook 431d. Reference picture 42 and Figure 43, lever piece 43d first end form opening towards the hook 431d for dialling tongue 42d, human hand by body 31 by Second stand up position to the second obliquity (tilting backwards as shown in figure 42) operate when, the slide rail 41d on bridgeware 32 is relative Rotated clockwise in lever piece 43d, because slide rail 41d coordinates with lever piece 43d the second end all the time, therefore, mistake herein Cheng Zhong, lever piece 43d rotate about center and turned clockwise, and the hook 431d on lever piece 43d is engaged to drive with dialling tongue 42d Tongue 42d is dialled around pivotal axis rotate counterclockwise, so that motor 22 uprightly rotates from the first obliquity to first, and then Realize the tensioning of transmission belt 13.
Specifically, according to one embodiment of present invention, dialling tongue 42d includes transfer part 421d and tongue 422d.Wherein, transfer part One of them in 421d and outsides cover of electric machinery 21 is provided with rotary shaft 44d, on another in transfer part 421d and outsides cover of electric machinery 21 Provided with the rotary shaft 44d holes with rotary shaft 44d rotatable engagements, tongue 422d one end is connected with transfer part 421d and other end direction Direction away from transfer part 421d extends along curve, and the tongue 422d other end coordinates with the lever piece 43d other end.
Reference picture 43, dial tongue 42d and be mainly made up of transfer part 421d and tongue 422d, tongue 422d one end and transfer part 421d Side wall be connected, the tongue 422d other end extends to the direction at the center away from transfer part 421d, dials tongue 42d and is installed in motor 22 Motor casing 222 on, further, the inwall relative with motor casing 222 of outsides cover of electric machinery 21 is provided with rotary shaft 44d, transfer part 421d With the rotary shaft 44d holes coordinated with rotary shaft 44d, completed when electric machine assembly 200, cylinder block set 300 and lever piece 43d are assembled Afterwards, tongue 422d free end is fastened in lever piece 43d hook 431d.Thus, lever piece 43d hook 431d is with dialling tongue 42d tongue 422d coordinates, and can improve lever piece 43d and dial tongue 42d connection reliability, ensure to transmit motion and power Stability and reliability, so as to ensure the normal work of the arrangement of clutch 400.
Preferably, according to one embodiment of present invention, the motor casing 222 for dialling tongue 42d and motor 22 is integrally formed.By This, integrally formed structure can not only ensure the properity stability of vertical type dust collector 1, and convenient shaping, manufacture letter It is single, and unnecessary assembly parts and connection process are eliminated, the efficiency of assembling of vertical type dust collector 1 is substantially increased, ensures to dial Tongue 42d and motor casing 222 connection reliability, furthermore, the bulk strength and stability of integrally formed structure are higher, and assembling is more Convenient, the life-span is longer.
Alternatively, lever piece 43d is rotatably connected in the side wall of outsides cover of electric machinery 21.Reference picture 14 is to Figure 21, motor Vertically (above-below direction as shown in figure 14) extends the side wall of outer cover 21, and lever piece 43d is located at the side of outsides cover of electric machinery 21 On wall and rotatable on the upright side walls face of outsides cover of electric machinery 21, i.e., lever piece 43d rotation axis is perpendicular to lever piece 43d The vertical plane at place.
Specifically, as shown in figure 36, dial tongue 42d to be installed on the motor casing 222 of motor 22, for example, the motor of motor 22 Shell 222 is provided with the bracket vertically extended, dials tongue 42d and is installed on bracket, the motor of outsides cover of electric machinery 21 and motor 22 The relative side of shell 222, which is provided with, is used for the rotary shaft 44d that tongue 42d is dialled in installation, and tongue 42d sets are dialled on the motor casing 222 of motor 22 The rotary shaft 44d being located on outsides cover of electric machinery 21, and group tongue 42d is rotatable relative to outsides cover of electric machinery 21, i.e., and motor 22 is by dialling Tongue 42d and rotary shaft 44d cooperation realization and being rotatably connected for outsides cover of electric machinery 21.Slide rail 41d is installed in the side of bridgeware 32 On wall, lever piece 43d first end coordinates with dialling tongue 42d, and lever piece 43d the second end and slide rail 41d coordinate.
Human hand by body 31 from the second stand up position to the second obliquity (tilting backwards as shown in figure 40) operate when, electricity Bridgeware 32 on machine outer cover 21 rotates clockwise relative to outsides cover of electric machinery 21, therefore, the slide rail 41d phases on bridgeware 32 Rotated clockwise for lever piece 43d, because second ends of the slide rail 41d all the time with lever piece 43d coordinates, therefore, herein During, lever piece 43d rotates about center and turned clockwise, and lever piece 43d drivings so can be achieved and dial tongue 42d around pivot Axle rotate counterclockwise, so as to which motor 22 is rotated from the first obliquity to the first stand up position, in the process, motor shaft 221 lower end is gradually moved rearwards, so that the distance between the lower end of motor shaft 221 and round brush 11 increase, and then is realized and is passed The tensioning of dynamic band 13.
Advantageously, lever piece 43d is two and is symmetrically disposed in the both sides of outsides cover of electric machinery 21.That is, outsides cover of electric machinery Two symmetrically arranged lever piece 43d are respectively equipped with 21 relative inner wall, each lever piece 43d can pivot in vertical plane Turn.Be respectively equipped with the motor casing 222 of motor 22 with two symmetrically arranged group of tongue 42d, and be respectively equipped with two on bridgeware 32 Individual symmetrically arranged slide rail 41d, each lever piece 43d coordinate with the tongue 42d and slide rail 41d that dials on correspondence position respectively, together Motor 22 in motor outer cover 21 rotates.
Certainly, the present invention is not limited thereto, and two lever piece 43d can also be rotatably connected to the top of outsides cover of electric machinery 21 It is on wall and pivotable in the horizontal plane, dial tongue 42d and two slide rail 41d for two and stop all the time with the lever piece 43d on correspondence position To being connected, so as to realize the transmission of motion and power.Thus, it is arranged to axial symmetry by the center line both sides in electric machine assembly 200 The arrangement of clutch 400 of arrangement, the driving force of enough motors 22 can be both provided for system, reduce single lever piece 43d Stress, improve lever piece 43d use reliability, can ensure that motor 22 when rotating, stress equalization, ensures structure again Stability, so as to improve the use reliability of the vertical type dust collector 1.
The structure and the course of work of vertical type dust collector 1 according to embodiments of the present invention are specifically described below in conjunction with the accompanying drawings.
As shown in Fig. 1 to Figure 50, the vertical type dust collector is mainly by round brush component 100, electric machine assembly 200, cylinder block set 300th, arrangement of clutch 400 and roller 38 form.
Wherein, round brush component 100 is mainly made up of round brush 11 and round brush shell 12, and round brush shell 12 is mainly by upper casing 124 with Shell 125 forms, defined in round brush shell 12 transmission belt installation cavity 123 and positioned at the left and right sides of transmission belt installation cavity 123 One air-breathing runner 1221 and the second air-breathing runner 1222, round brush 11 are rotatably arranged in round brush shell 12, and transmission belt 13 is movable Ground be located in transmission belt installation cavity 123 and the one ends wound of transmission belt 13 round brush 11 middle body.Reference picture 44 and Figure 45, Round brush 11 is mainly made up of the first round brush section 111, the second round brush section 112 and connection shaft part 113 that are coaxially disposed, wherein, first The round brush section 112 of round brush section 111 and second is connected with being connected the both ends of shaft part 113 respectively, and the first round brush section 111 is mainly by first Body 1111 and the first bristle 1112 being located on the first noumenon 1111 form, and the second round brush section 112 is mainly by the second body 1121 Formed with the second bristle 1122 being located on the second body 1121, the connection shaft part of the one ends wound of transmission belt 13 in round brush 11 On 113, further, tensioning wheel 14 is additionally provided with round brush shell 12 to be tensioned to transmission belt 13.
Electric machine assembly 200 is mainly made up of outsides cover of electric machinery 21, motor 22 and blower fan (not shown), wherein, outsides cover of electric machinery 21 Motor air-breathing runner 216 and motor exhausting runner arranged spaced apart are inside defined, outsides cover of electric machinery 21 has and motor inspiratory flow The dirty air outlet 211 and the net air entrance 212 turned on motor exhausting runner that road 216 turns on.Motor 22 stands upright on motor In outer cover 21 and rotatable relative to outsides cover of electric machinery 21, i.e. the motor shaft 221 of the vertical type dust collector 1 is arranged in a vertical direction, electricity Machine 22 is located at the rear side of round brush 11 and the motor shaft 221 of motor 22 is connected with round brush 11 by transmission belt 13.Specifically, transmission belt It is enclosed on the motor shaft 221 of motor 22, is enclosed on outside the other end of transmission belt 13 on round brush 11, when the electricity of motor 22 outside 13 one end When arbor 221 rotates, motor shaft 221 drives transmission belt 13 to rotate, and transmission belt 13 drives round brush 11 to turn around its own rotation axis It is dynamic, hereby it is achieved that motor 22 drives round brush 11 to rotate.Reference picture 10, axial direction and round brush 11 due to the motor shaft 221 of motor 22 The non-parallel setting in axial direction, therefore, the transmission belt 13 between round brush 11 and motor shaft 221 occurs once to reverse, and windup-degree is 30°-90°.Further, motor 22 can be rotated to produce dust-absorbing airflow with driving fan, so as to provide suction for vertical type dust collector 1 Dirt power, motor 22 can also drive round brush 11 to be rotated around its own axis, so as to realize the purpose on cleaning ground.
Cylinder block set 300 is mainly made up of body 31, bridgeware 32 and dirt cup 37, wherein, dirt cup 37 and bridgeware 32 divide It is not located on body 31, and bridgeware 32 is connected with the lower end of body 31, and two side plates 322 of bridgeware 32 are respectively provided at electricity The outside of the side wall of machine outer cover 21 and rotationally it is connected with outsides cover of electric machinery 21, and the outside of two side plates 322 of bridgeware 32 Provided with rotatable roller 38, user is facilitated to promote the vertical type dust collector 1 to work.Disengagement chamber 371, dirt cup are defined in dirt cup 37 37 have the air inlet 372 connected with disengagement chamber 371 and gas outlet 373, and organism grate flow channel 311 is limited in body 31, from The dust and debris of the suction port suction of round brush shell 12 are entered by the first air-breathing runner 1221 and the second air-breathing runner 1222 respectively Enter the motor air-breathing runner 216 in outsides cover of electric machinery 21, subsequently into filtration treatment is carried out in the disengagement chamber 371 of dirt cup 37, obtain Cleaned air motor exhausting runner in outsides cover of electric machinery 21 is discharged to from the gas outlet 373 of dirt cup 37, finally from outsides cover of electric machinery 21 Vent 213 be discharged to external environment.
The touch part of arrangement of clutch 400 be rotatably arranged on outsides cover of electric machinery and respectively with bridgeware 32 and the motor of motor Shell 222 coordinates, so as to realize the driving clutch 400 of bridgeware 32 rotate, the motor 22 of arrangement of clutch 400 rotate mesh 's.
Reference picture 1, the vertical type dust collector 1 in a non-operative state, can be stood up on ground, i.e. vertical type dust collector 1 Body 31 is located at the second stand up position, occupies little space.When user needs to use the vertical type dust collector 1, human hand can be held The handle of body 31 is to promote the vertical type dust collector 1 to work.First, human hand can start the switch of vertical type dust collector 1, this When, transmission belt 13 is in relaxation state, and motor 22 can not drive round brush 11 to rotate, i.e., the vertical type dust collector 1 is in holding state, Round brush 11 does not sweep dirt；Then human hand rotates body 31 from the second stand up position to the second obliquity, in the process, motor Bridgeware 32 on outer cover 21 turns clockwise relative to outsides cover of electric machinery 21 with body 31, and then, bridgeware 32 passes through driving Arrangement of clutch on outsides cover of electric machinery 21, realize that the motor 22 in motor outer cover 21 rotates, i.e., motor 22 tilts position by first Put to the first stand up position and rotate, in the process, the lower end of motor shaft 221 is gradually moved rearwards, so that motor shaft 221 The distance between lower end and round brush 11 increase, and then realize the tensioning of transmission belt 13, and motor 22 can be driven by transmission belt 13 Round brush 11 rotates, and reaches to start and sweeps dirt, the purpose of dust suction action.Certainly, the present invention is not limited thereto, user can also directly by Body 31 rotates from the second stand up position to the second obliquity, and in the process, transmission belt 13 is gradually tensioned, and then opens again The switch of the vertical type dust collector 1 is moved, is reached and is swept dirt, dust suction action while drive purpose.
That is, user only needs one-key start, opening for dirt is then swept by the direction for the handle for operating body 31, realization Stop, it is simple to operate without operational control keyboard.Alternatively, switch can be located on the handle of body 31, facilitate human hand to operate, It can also be provided on the round brush shell 12 or outsides cover of electric machinery 21 of the lower section of body 31, facilitate user with pin starting switch；Motor 22 It can be set near floor level, i.e., the center of gravity of motor 22 is on the lower side relative to the center of gravity of the motor 22 of the dust catcher in correlation technique, this Sample for the body 31 with equal length dust catcher, user operation the present invention vertical type dust collector 1 when, it is more laborsaving, It is easy to operate.
Explanation is needed exist for, when second obliquity of the body 31 from the second stand up position to predetermined angular operates, Motor 22 can with the synchronous axial system of body 31, when motor 22 goes to predetermined angular, human hand can freely operate body 31 without The tensioning state of transmission belt 13 is influenceed, i.e., when motor 22 goes to the first stand up position from the first obliquity, human hand can be certainly By operation body 31 dirt and dust suction are swept without influence vertical type dust collector 1.Certainly, the present invention is not limited thereto, and body 31 turns Dynamic angle can also be with the rotational angle direct correlation of motor 22, i.e. human hand can be real by adjusting the angle of inclination of body 31 The location status of motor 22 is now adjusted, so as to realize the purpose of the tensioning degree of adjustment transmission belt 13.
Other of vertical type dust collector 1 according to embodiments of the present invention are formed and operated for those of ordinary skill in the art For be all known, be not detailed herein.
In the description of the invention, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", " up time The orientation or position relationship of the instruction such as pin ", " counterclockwise ", " axial direction ", " radial direction ", " circumference " be based on orientation shown in the drawings or Position relationship, it is for only for ease of and describes the present invention and simplify description, rather than indicates or imply that signified device or element must There must be specific orientation, with specific azimuth configuration and operation, therefore be not considered as limiting the invention.
In addition, term " first ", " second " are only used for describing purpose, and it is not intended that instruction or hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Thus, define " first ", the feature of " second " can be expressed or Implicitly include one or more this feature.In the description of the invention, " multiple " are meant that two or more, Unless otherwise specifically defined.
In the present invention, unless otherwise clearly defined and limited, term " installation ", " connected ", " connection ", " fixation " etc. Term should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integrally；Can be that machinery connects Connect or electrically connect, can also be communication；Can be joined directly together, can also be indirectly connected by intermediary, can be with It is connection or the interaction relationship of two elements of two element internals.For the ordinary skill in the art, may be used To understand the concrete meaning of above-mentioned term in the present invention as the case may be.
In the present invention, unless otherwise clearly defined and limited, fisrt feature can be with "above" or "below" second feature It is that the first and second features directly contact, or the first and second features pass through intermediary mediate contact.Moreover, fisrt feature exists Second feature " on ", " top " and " above " but fisrt feature are directly over second feature or oblique upper, or be merely representative of Fisrt feature level height is higher than second feature.Fisrt feature second feature " under ", " lower section " and " below " can be One feature is immediately below second feature or obliquely downward, or is merely representative of fisrt feature level height and is less than second feature.
In the description of this specification, reference term " one embodiment ", " some embodiments ", " example ", " specifically show The description of example " or " some examples " etc. means specific features, structure, material or the spy for combining the embodiment or example description Point is contained at least one embodiment or example of the present invention.In this manual, to the schematic representation of above-mentioned term not Identical embodiment or example must be directed to.Moreover, specific features, structure, material or the feature of description can be with office Combined in an appropriate manner in one or more embodiments or example.In addition, in the case of not conflicting, the skill of this area Art personnel can be tied the different embodiments or example and the feature of different embodiments or example described in this specification Close and combine.
Although an embodiment of the present invention has been shown and described, it will be understood by those skilled in the art that：Not In the case of departing from the principle and objective of the present invention a variety of change, modification, replacement and modification can be carried out to these embodiments, this The scope of invention is limited by claim and its equivalent.

Claims (33)

  1. A kind of 1. vertical type dust collector, it is characterised in that including：
    Round brush；
    Electric machine assembly, the electric machine assembly include outsides cover of electric machinery and the motor being located in the outsides cover of electric machinery, the rotation of the motor The non-parallel setting of rotation axis of shaft axis and the round brush, the motor drive the round brush to roll and opening by transmission belt It is rotatable between first stand up position of the tight transmission belt and the first obliquity for loosening the transmission belt；
    Cylinder block set, the cylinder block set include body and bridgeware and dirt cup on the body, the bridgeware It is rotatably coupled to the outsides cover of electric machinery so that the body is rotatable between the second stand up position and the second obliquity；
    Wherein, when the body moves to second obliquity from second stand up position, the bridgeware driving The motor moves to first stand up position from first obliquity.
  2. 2. vertical type dust collector according to claim 1, it is characterised in that further comprise：
    Arrangement of clutch, the arrangement of clutch are located between the bridgeware and the motor, when the body is straight from described second When vertical position moves to second obliquity, the bridgeware drives the motor from described the by the arrangement of clutch One obliquity moves to first stand up position.
  3. 3. vertical type dust collector according to claim 2, it is characterised in that the arrangement of clutch includes：
    First shifting block, first shifting block are fixed on the motor；
    Second shifting block, second shifting block are located on the bridgeware；
    Lever and cam part, the lever and cam part be rotatably provided on the outsides cover of electric machinery and both ends respectively with described first group Block and second shifting block coordinate.
  4. 4. vertical type dust collector according to claim 3, it is characterised in that the lever and cam part includes：
    Rotary connector, the rotary connector are rotatably connected on the outsides cover of electric machinery；
    It is same that first group of portion and second group of portion, first group of portion and second group of portion are separately fixed at the rotary connector Both sides and direction remote toward each other on shaft section extend, and first group of portion coordinates with the motor, described second group Portion coordinates with the bridgeware.
  5. 5. vertical type dust collector according to claim 4, it is characterised in that second group of portion and the rotary connector Ultimate range between center is less than the ultimate range between first group of portion and the center of the rotary connector, and along The width in the first group of portion described in direction away from the rotary connector and the width in second group of portion are gradually reduced.
  6. 6. vertical type dust collector according to claim 3, it is characterised in that formed with screens groove on the lever and cam part, When the motor movement to first stand up position, first shifting block coordinates in the screens groove.
  7. 7. vertical type dust collector according to claim 2, it is characterised in that the arrangement of clutch includes：
    Slide rail, the slide rail are located on the bridgeware；
    Tongue is dialled, described group of tongue is fixed on the motor and rotatable relative to the motor cover；With
    Lever piece, one end of the lever piece, which is slidably engaged to one end of the slide rail and the other end and described group of tongue, matches somebody with somebody Close.
  8. 8. vertical type dust collector according to claim 7, it is characterised in that the lower end of the slide rail is provided with gear block to prevent Described one end of the lever piece slips from the lower end of the slide rail.
  9. 9. vertical type dust collector according to claim 7, it is characterised in that the other end of the lever piece is formed as hanging Hook, described one end of described group of tongue are fastened in the hook.
  10. 10. vertical type dust collector according to claim 7, it is characterised in that described group of tongue includes：
    Transfer part, one of them in the transfer part and the outsides cover of electric machinery are provided with rotary shaft, outside the transfer part and the motor Another in cover is provided with the rotational axis hole with the rotary shaft rotatable engagement；With
    Tongue, one end of the tongue is connected with the transfer part and the other end is directed away from the direction of the transfer part and prolonged along curve Stretch, the other end of the tongue coordinates with the other end of the lever piece.
  11. 11. vertical type dust collector according to claim 7, it is characterised in that the slide rail is along with the rotation of the bridgeware The camber line extension of axle centered on axis.
  12. 12. vertical type dust collector according to claim 2, it is characterised in that the arrangement of clutch includes：
    Slideway, the slideway are formed on the bridgeware；
    Touch part, the touch part are pivotally supported on the outsides cover of electric machinery, and one end of the touch part has slidably The slide post and the other end that ground is engaged in the slideway have the driving lever for being suitable to stir the motor movement,
    Wherein, the slide post is slided along the slideway so that the touch part revolves when the bridgeware drives the slideway movement Turn, the driving lever is stirred the motor and rotated relative to the outsides cover of electric machinery when touch part rotates.
  13. 13. vertical type dust collector according to claim 12, it is characterised in that the touch part includes：
    First touch part, the slide post are formed on first touch part；
    Second touch part, the driving lever are formed on second touch part；
    Pivot section, the pivot section are connected between first touch part and the second touch part, and the pivot section is rotatably Through the outsides cover of electric machinery.
  14. 14. vertical type dust collector according to claim 13, it is characterised in that the pivot section is vertically arranged, and described first Touch part is vertically arranged with the pivot section, along one end of the neighbouring slide post from first touch part to adjacent to institute On the direction for stating the other end of pivot section, the vertical height of first touch part be gradually reduced and first touch part it is upper Surface is formed as cambered surface corresponding with the shape of the bridgeware.
  15. 15. vertical type dust collector according to claim 13, it is characterised in that formed with for accommodating on the outsides cover of electric machinery First touch part and the receiving space rotated for first touch part.
  16. 16. vertical type dust collector according to claim 13, it is characterised in that the pivot section is vertically arranged, and described first Touch part and the driving lever are vertically arranged with the pivot section, wherein, the length bearing of trend of the driving lever and described first Angular range between the length bearing of trend of touch part is 0 ° -90 °.
  17. 17. vertical type dust collector according to claim 12, it is characterised in that the end of the driving lever, which has, to be suitable to promote institute State the inclined plane of motor casing.
  18. 18. vertical type dust collector according to claim 12, it is characterised in that the slideway be linear slideway and relative to Fore-and-aft direction tilts extension.
  19. 19. vertical type dust collector according to claim 1, it is characterised in that the transmission belt is wrapped in the round brush axis On middle body on direction.
  20. 20. according to the vertical type dust collector any one of claim 1-19, it is characterised in that further comprise：
    Round brush shell, the round brush shell is interior to have round brush air-breathing runner and the transmission belt installation cavity for installing the transmission belt, institute State the first air-breathing runner and the second air-breathing runner that round brush air-breathing runner includes being located at the transmission belt installation cavity both sides.
  21. 21. vertical type dust collector according to claim 20, it is characterised in that the first air-breathing runner and described second is inhaled Flow channel is symmetrical arranged on the transmission belt.
  22. 22. vertical type dust collector according to claim 20, it is characterised in that there is vent, dirty on the outsides cover of electric machinery Air outlet slit and net air entrance, motor air-breathing runner and motor exhausting runner, the motor are limited in the outsides cover of electric machinery Air-breathing flow passage is between the round brush air-breathing runner and dirty air outlet, and the motor exhausting flow passage is described Between net air entrance and the vent.
  23. 23. vertical type dust collector according to claim 20, it is characterised in that the motor air-breathing runner includes being communicated to institute State the first branch flow passage of the first air-breathing runner and be communicated to the second branch flow passage of the second air-breathing runner.
  24. 24. vertical type dust collector according to claim 23, it is characterised in that first branch flow passage and described second point Branch flow passage is limited by the motor casing and the outsides cover of electric machinery of the motor, and first branch flow passage and second branch It is generally annular solid space that runner, which collectively forms cross section,.
  25. 25. vertical type dust collector according to claim 22, it is characterised in that the dirty air outlet passes through air intake tube assembly The air inlet of the dirt cup is connected to, the air intake tube assembly includes：
    Blast pipe, the blast pipe is located on the outsides cover of electric machinery and one end is connected to the dirty air outlet；With
    Flexible pipe, the flexible pipe are connected between the other end of the blast pipe and the air inlet of the dirt cup.
  26. 26. vertical type dust collector according to claim 22, it is characterised in that the dirty air outlet is connected by reversal valve To the air inlet of the dirt cup, the reversal valve has the first passage, the second passage and the 3rd passage,
    First passage is communicated to the round brush air-breathing runner, second passage be connected to the dirt cup it is described enter Gas port, the 3rd passage are communicated to ambient atmosphere, and the reversal valve is configured in first passage and described the Switch between the second state that the first state of two passages connection and the 3rd passage connect with second passage.
  27. 27. vertical type dust collector according to claim 26, it is characterised in that the reversal valve includes：
    Three-way pipe, the three-way pipe include interconnected the first pipeline section, the second pipeline section and the 3rd pipeline section, first passage Limited by the free end of first pipeline section, second passage is limited by the free end of second pipeline section；With two Siphunculus, the bipass include interconnected the 4th pipeline section and the 5th pipeline section, and the 3rd passage is by the 4th pipeline section Free end limit, limit the 4th passage on the 5th pipeline section, being extending at least partially into for the 5th pipeline section is described In 3rd pipeline section and make the first position and make the described 4th to ventilate that first passage connects with second passage It may move between the second place that hole connects with second passage.
  28. 28. vertical type dust collector according to claim 22, it is characterised in that body exhaust stream is limited in the body Road, one end of the body grate flow channel are connected to the gas outlet of the dirt cup, the other end of the body grate flow channel and institute State the connection of net air entrance.
  29. 29. vertical type dust collector according to claim 1, it is characterised in that further comprise：Two rollers, it is described two Roller is respectively provided at the both sides of the outsides cover of electric machinery and is rotatably coupled to the outsides cover of electric machinery, and the bridgeware includes top plate With two side plates for being connected to the top plate both sides, described two side plates are folded in the two side of the outsides cover of electric machinery and right respectively It is rotatably coupled between the roller answered and with the outsides cover of electric machinery.
  30. 30. vertical type dust collector according to claim 29, it is characterised in that the top plate of the bridgeware is provided with the One connecting tube, is provided with positioning card column in first connecting tube, and the lower end of the body is provided with the second connecting tube, on the top plate Provided with locator card cylinder, after second connecting tube is plugged in first connecting tube, it is described fixed that the locator card jacket casing is located at In the card column of position.
  31. 31. vertical type dust collector according to claim 29, it is characterised in that the rotation axis of the roller and the round brush Rotation axis it is parallel.
  32. 32. vertical type dust collector according to claim 1, it is characterised in that further comprise：
    Tensioning wheel, the tensioning wheel are relative with the part of the neighbouring round brush of the transmission belt for the tensioning transmission Band.
  33. 33. vertical type dust collector according to claim 1, it is characterised in that the motor is transported from first obliquity It is 1 ° -10 ° to move the angular range turned over to first stand up position.
CN201510917466.2A 2015-12-10 2015-12-10 Vertical type dust collector Expired - Fee Related CN105411477B (en)

Priority Applications (41)

Application Number Priority Date Filing Date Title
CN201510917466.2A CN105411477B (en) 2015-12-10 2015-12-10 Vertical type dust collector
PCT/CN2016/075610 WO2017096721A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
CA2971492A CA2971492A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
US15/539,149 US20180263441A1 (en) 2015-12-10 2016-03-04 Floor brush assembly for upright vacuum cleaner and upright vacuum cleaner having same
CA2971488A CA2971488A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
EP16871932.6A EP3387978B1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
PCT/CN2016/075606 WO2017096719A1 (en) 2015-12-10 2016-03-04 Separating device for upright vacuum cleaner, and upright vacuum cleaner having same
CA2971505A CA2971505A1 (en) 2015-12-10 2016-03-04 Floor brush assembly for upright vacuum cleaner and upright vacuum cleaner with the same
CA2970981A CA2970981A1 (en) 2015-12-10 2016-03-04 Clutch device for upright vacuum cleaner and upright vacuum cleaner having same
EP16871800.5A EP3387975B1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
CA2971231A CA2971231A1 (en) 2015-12-10 2016-03-04 Floor brush assembly for upright vacuum cleaner and upright vacuum cleaner having same
EP16871931.8A EP3387977A4 (en) 2015-12-10 2016-03-04 Vertical cleaner scrubbing brush assembly and vertical cleaner having the same
US15/539,154 US10188247B2 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
PCT/CN2016/075605 WO2017096718A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
CA2971500A CA2971500A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
EP16871929.2A EP3387974B1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
PCT/CN2016/075615 WO2017096725A1 (en) 2015-12-10 2016-03-04 Cyclonic separation device for upright vacuum cleaner, and upright vacuum cleaner having same
CA2971659A CA2971659A1 (en) 2015-12-10 2016-03-04 Vacuum cleaner
EP16871926.8A EP3222183B1 (en) 2015-12-10 2016-03-04 Vertical dust collector
EP16871927.6A EP3222184B1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
PCT/CN2016/075604 WO2017096717A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
US15/539,156 US10448798B2 (en) 2015-12-10 2016-03-04 Floor brush assembly for upright vacuum cleaner and upright vacuum cleaner with the same
PCT/CN2016/075612 WO2017096723A1 (en) 2015-12-10 2016-03-04 Vertical cleaner scrubbing brush assembly and vertical cleaner having the same
EP16871928.4A EP3387976B1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
US15/539,155 US10278556B2 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
CA2971638A CA2971638A1 (en) 2015-12-10 2016-03-04 Cyclonic separating device for upright vacuum cleaner and upright vacuum cleaner with the same
CA2971499A CA2971499A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
US15/539,150 US10694909B2 (en) 2015-12-10 2016-03-04 Clutch device for upright vacuum cleaner and upright vacuum cleaner having same
CA2971082A CA2971082A1 (en) 2015-12-10 2016-03-04 Clutch device for upright vacuum cleaner and upright vacuum cleaner having same
PCT/CN2016/075611 WO2017096722A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner floor brush assembly and upright vacuum cleaner comprising same
PCT/CN2016/075603 WO2017096716A1 (en) 2015-12-10 2016-03-04 Vertical dust collector
EP16871930.0A EP3222185A4 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner floor brush assembly and upright vacuum cleaner comprising same
EP16871802.1A EP3235412A4 (en) 2015-12-10 2016-03-04 Separating device for upright vacuum cleaner, and upright vacuum cleaner having same
PCT/CN2016/075614 WO2017096724A1 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
EP16871799.9A EP3219240A4 (en) 2015-12-10 2016-03-04 Separating device for upright vacuum cleaner, and upright vacuum cleaner having same
PCT/CN2016/075608 WO2017096720A1 (en) 2015-12-10 2016-03-04 Separating device for upright vacuum cleaner, and upright vacuum cleaner having same
US15/539,158 US10178931B2 (en) 2015-12-10 2016-03-04 Upright vacuum cleaner
US15/635,096 US10383494B2 (en) 2015-12-10 2017-06-27 Clutch device for upright vacuum cleaner and upright vacuum cleaner having same
US15/636,166 US10455999B2 (en) 2015-12-10 2017-06-28 Upright vacuum cleaner
US15/637,721 US10610071B2 (en) 2015-12-10 2017-06-29 Upright vacuum cleaner
US15/638,119 US10517452B2 (en) 2015-12-10 2017-06-29 Cyclonic separating device for upright vacuum cleaner and upright vacuum cleaner having the same

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201510917466.2A CN105411477B (en) 2015-12-10 2015-12-10 Vertical type dust collector

Publications (2)

Publication Number Publication Date
CN105411477A CN105411477A (en) 2016-03-23
CN105411477B true CN105411477B (en) 2017-11-14

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Application Number Title Priority Date Filing Date
CN201510917466.2A Expired - Fee Related CN105411477B (en) 2015-12-10 2015-12-10 Vertical type dust collector

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CN (1) CN105411477B (en)

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2002233482A (en) * 2001-02-07 2002-08-20 Sanyo Electric Co Ltd Vacuum cleaner
GB2391459A (en) * 2002-08-09 2004-02-11 Dyson Ltd A surface treating appliance with increased manoeuverability
GB2474462B (en) * 2009-10-15 2013-12-11 Dyson Technology Ltd A surface treating appliance with domed-shaped wheels
CN102871604B (en) * 2012-08-17 2015-02-04 苏州诚河清洁设备有限公司 Clutch for rolling brush of dust collector
CN205338840U (en) * 2015-12-10 2016-06-29 江苏美的清洁电器股份有限公司 Vertical cleaner

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