CN109068910A - The section port body of electric dust collector - Google Patents
The section port body of electric dust collector Download PDFInfo
- Publication number
- CN109068910A CN109068910A CN201780013270.8A CN201780013270A CN109068910A CN 109068910 A CN109068910 A CN 109068910A CN 201780013270 A CN201780013270 A CN 201780013270A CN 109068910 A CN109068910 A CN 109068910A
- Authority
- CN
- China
- Prior art keywords
- roller
- dust collector
- driven roller
- port body
- section port
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
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
-
- 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
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Nozzles For Electric Vacuum Cleaners (AREA)
Abstract
A kind of section port body that can realize rectilinear propagation and rotating electric dust collector simultaneously with simple ground structure is provided.A kind of section port body of electric dust collector characterized by comprising suction inlet main body has the bottom surface for being provided with the suction inlet extended in left-right direction；One driven roller can rotatably be configured around the first axle center of left and right directions in the bottom surface；And driven roller motor, rotation drive the driven roller, the driven roller is configured at the left and right directions middle position in the suction inlet main body.
Description
Technical field
The present invention relates to the section port bodies of electric dust collector
Background technique
The section port body of electric dust collector as the prior art 1, the rotating brush including being rotationally arranged at suction inlet
With rotating brush motor, and popularizes and the dust on ground is swept into suction inlet and has cleaned and rotating rotating brush
Type.In this case, by being rotated while rotating brush contacts ground, user can be pushed away with light power
Dynamic section port body.
The section port body of electric dust collector as the prior art 2, patent document 1 propose a kind of electric dust collector,
Include: the rotating brush for being rotationally arranged at suction inlet, rotating brush motor, can turn around the vertical central with first gear
Dynamic turntable, the running wheel of pair of right and left for being rotationally arranged at turntable, wheel drive motor, can around with rotation
Turntable gear engagement vertical central rotation second gear, make second gear drive direction conversion motor and
It is rotationally arranged at the big wheel of the pair of right and left at more rear than turntable.
According to the electric dust collector of the prior art 2, by rotating the running wheel of pair of right and left and making section port body row
Dust on ground is swept into suction inlet to clean by the rotating brush rotated while walking, and during this period, is revolved by making
Turntable rotation, can be such that section port body rotates and convert direction of travel.
Existing technical literature
Patent document
Patent document 1: Japanese Patent Laid-Open is at 7-8417 bulletin
Summary of the invention
The technical problems to be solved by the invention
In the section port body of the prior art 1, since rotating brush undertakes the function of both cleaning and walking, it is applied to
The load of rotating brush motor increases, and motor life shortens, and the efficiency of dust collection of rotating brush reduces.Further, it revolves
Turn the straight operation that brushing helps user to carry out section port body, is especially effectively, because of the friction of rotating brush on carpet
Resistance increases, but on the other hand, rotation process becomes difficult on carpet, needs that section port body is made lightly to float and revolve
Turn.
In the section port body of the prior art 2, due to revolving the running wheel of pair of right and left by wheel drive motor
Turn and section port body is made to walk, the load of rotating brush motor can be mitigated compared with the prior art 1.Further, since passing through rotation
Turntable rotation can be such that section port body rotates, therefore rotation process can be easily carried out on carpet.It is used for however, resulting in
The increase and the complication of structure etc. for the number of components for promoting rotatory, and cause the weight of section port body increase and at
This rising.
The present invention is completed in view of problem above, it is intended that suction can be realized with simple ground structure simultaneously by providing
The section port body of the rectilinear propagation of entrance body and rotating electric dust collector.
Solution to the problem
Therefore, according to the present invention, a kind of section port body (first invention) of electric dust collector is provided comprising: suction inlet
Main body has the bottom surface for being provided with the suction inlet extended in left-right direction；One driven roller, can be around the first of left and right directions
Axle center is rotatably configured in the bottom surface；And driven roller motor, rotation drive the driven roller,
The driven roller is configured at the left and right directions middle position in the suction inlet main body.
In addition, according to the present invention, providing a kind of section port body (the second invention) of electric dust collector comprising: suction inlet
Main body has the bottom surface for being provided with the suction inlet extended in left-right direction；Driven roller can be rotated around the axle center of left and right directions
Ground is set to the bottom surface side；And rotation force transfer mechanism portion, by the rotary force of the driven roller motor to the drive
Dynamic roller transmitting,
The driven roller includes the rotary part connecting with the rotation force transfer mechanism portion, is set to the rotary part
The columnar roller member and the roller fixation member being set between the rotary part and the roller member that periphery is surveyed,
The rotary part is in conjunction with the roller fixation member.
In addition, other viewpoints of the invention, provide it is a kind of include the section port body electric dust collector.
Invention effect
In the section port body of the electric dust collector of (first invention) of the invention, since a driven roller is configured at suction inlet master
Left and right directions middle position in body, user can receive walking auxiliary by driven roller, and can be same with simple ground structure
The rectilinear propagation and rotatory of Shi Shixian section port body.As a result, improving user to the operability of section port body.
In addition, the section port body of electric dust collector of the invention are as follows: be not provided with the section port body of rotating brush in suction inlet, inhaling
Entrance is provided through the section port body for the rotating brush that suction airflow is rotated, is provided through motor progress in suction inlet
The section port body of the rotating brush of driving is rotated, and can be suitably used for rod-type electric dust collector, vertical electric dust collector, the electronic suction of pot type
Dirt device etc., and the rectilinear propagation of section port body can be made in any one type and rotatory while being realized.
However, the present inventor considers: in the case where making the driven roller of auxiliary suction inlet body walking, with ground
The periphery component needs of the contacts such as plate, tatami, carpet are formed as the material as frictional resistance relatively large rubber, can
Rotation is pivotally supported the tree high by such as durability and heat resistance in the framework and high-speed rotating central spindle part needs of section port body
Material as rouge is formed, and is tested, but has found following new problem.That is, in the central spindle made of the material
In the case where being bonded between part and outer peripheral portion with bonding agent, the adhesive strength of central spindle part is weak, cannot obtain reality
Use required adhesive strength.
Therefore, the purpose of (the second invention) of the invention is, provides a kind of with by assembling the different component of adhesive strength simultaneously
The section port body of the electric dust collector of the driven roller of production.
In the section port body of the electric dust collector of (the second invention) of the invention, the rotary part and roller fixed part of driven roller are constituted
Part combines.That is, rotary part is combined with roller member via roller fixation member.
Therefore, each component for constituting driven roller can be formed with following material.
As long as durability and heat resistance are high, i.e., rotatable axis is also capable of forming using the low material of the adhesive strength of bonding agent
It is supported on the framework of section port body and high-speed rotating rotary part.
As long as the adhesive strength of frictional resistance and bonding agent is relatively large, i.e. the low material of useful life longevity and heat resistance
It is capable of forming and contacts without the roller for lost motion transmitting rotary force to the ground with floor, tatami, the carpet etc. for becoming ground
Component.
It can be by the material shape of the intermediate physical property with these materials in conjunction with the roller fixation member of rotary part and roller member
At.
Detailed description of the invention
Fig. 1 is the perspective view for indicating the free standing condition of embodiment one of electric dust collector of the invention.
Fig. 2 is the left side cross-sectional view of the free standing condition of the electric dust collector of Fig. 1.
Fig. 3 is the perspective view for indicating the section port body of electric dust collector of Fig. 1.
Fig. 4 is the bottom view for indicating the section port body of electric dust collector of Fig. 1.
Fig. 5 is the left side cross-sectional view for indicating the section port body of electric dust collector of Fig. 1.
Fig. 6 is the perspective view of the driving roller unit in the section port body for indicate the electric dust collector of Fig. 1.
Fig. 7 is the exploded view of the section port body of the electric dust collector of Fig. 1.
Fig. 8 is the explanatory diagram of the swing state of the connecting section in the section port body for indicate the electric dust collector of Fig. 1, and (A) is most
Decline state, (B) are most propradation.
Fig. 9 is the perspective view of the driven roller in the driving roller unit for indicate Fig. 6.
Figure 10 is the main view of the driven roller of Fig. 9.
Figure 11 is the sectional view of the driven roller of Fig. 9.
(A) of Figure 12 is the local wide figure of Figure 11 (A), and (B) is the local wide figure of Figure 11 (B).
Figure 13 is an exemplary circuit diagram of the actuating circuit for the electric dust collector for indicating that embodiment one is related to.
Figure 14 is the left side cross-sectional view for indicating the section port body of electric dust collector of Fig. 1, and (A) indicates not supporting for bumper bar and wall
State is connect, (B) indicates the abutting state of bumper bar and wall.
Figure 15 is the figure of the driven roller in the section port body for the electric dust collector for indicating that embodiment two is related to, and (A) is perspective view,
(B) be main view, (C) be Figure 15 (B) I-I line to view sectional view, (D) be Figure 15 (C) II-II line to view section
Figure.
Specific embodiment
(embodiment one)
Fig. 1 is the perspective view for indicating the free standing condition of embodiment one of electric dust collector of the invention.Fig. 2 is the electronic of Fig. 1
The left side cross-sectional view of the free standing condition of dust catcher.
<overall structure of electric dust collector>
The electric dust collector 100 includes: electric blowing machine 11, is built-in with battery 12 and circuit substrate etc. main body of dust collector 10,
It is releasably installed on the dust pocket unit 20 of main body of dust collector 10, is releasably connected to the sucking as main body of dust collector 10
Mouthful tubular suction unit 10a extension tube 30 and the section port body 40 that is releasably connect with extension tube 30, and be configured to as
It can support oneself shown in Fig. 1 and 2.In addition, in the present specification, the direction gage that section port body 40 is advanced and retreated on the F of ground
It is set to " front-rear direction ", the direction vertical with ground F is defined as " up and down direction ", it will and and front-rear direction parallel with ground F
Vertical direction is defined as " left and right directions ", and will observe from the rear section port body 40 when be defined as it is right and left.
The operation portion 10c that main body of dust collector 10 has handle 10b and is arranged on handle 10b can grasped by setting
Make the operation of the starting stop button SW104 on portion 10c to carry out the switching for operating/stopping, and by being arranged in operation portion 10c
On attraction switching push button SW102 operation to switch strong or weak attraction.In the running, electric blowing machine 11 is driven,
And drive the rotating brush motor and driven roller motor of aftermentioned section port body 40.In addition, though the illustration is omitted,
Main body of dust collector 10 is electrically connected with extension tube 30 with section port body 40 by conductive component, and from battery 12 to electric blowing machine
11, each motor etc. provides electric power.In addition, the suction unit 10a of main body of dust collector 10 is collapsibly provided with brush component 13.
<structure of section port body>
Fig. 3 is the perspective view for indicating the section port body of electric dust collector of Fig. 1, and Fig. 4 is the sucking for indicating the electric dust collector of Fig. 1
The bottom view of mouth body, Fig. 5 is the left side cross-sectional view for indicating the section port body of electric dust collector of Fig. 1.In addition, Fig. 6 is to indicate Fig. 1
Electric dust collector section port body in driving roller unit perspective view, Fig. 7 is the section port body of the electric dust collector of Fig. 1
Exploded view.In addition, Fig. 8 is the explanatory diagram of the swing state of the connecting section in the section port body for indicate the electric dust collector of Fig. 1,
It (A) is minimum state, (B) is highest state.
[about section port body]
Section port body 40 includes: suction inlet main body 41, has the setting suction inlet that (direction arrow A) extends in left and right directions
41a1Bottom surface；Connecting section 42, can around left and right directions axis swing be connected to the rear portion of suction inlet main body 41；Rotation
Brush 43, the suction inlet 41a that can be rotatably disposed at around the axle center of left and right directions in suction inlet main body 411；Rotation driving rotation
The rotating brush motor 44 of brush 43；It is set to the driving roller unit 45 of the bottom surface side of suction inlet main body 41；Posture detection switch
46 and lift detection switch 47.
Suction inlet main body 40 includes: with suction inlet 41a1Lower case 41a, upper body 41b, front shell 41c,
The receiving portion 41e and aft case 41f of bumper bar 41d, tubular.
Lower case 41a, which is included, is rotatably received by suction inlet 41a for rotating brush 431Top upper opening shape
The first space 41s1；Storage is configured at the first space 41s1Rear lift detection switch 47 and rotating brush motor 44
Upper opening shape second space 41s2；The third space 41s of lower opening shape3, store and be configured at second space 41s2's
Rear or a part and second space 41s2The driving roller unit 45 of overlapping；It is configured at third space 41s3Rear below open
The 4th fan-shaped space 41s of mouth shape4(referring to Fig.1 4), second space 41s2It is formed with a part for making to lift detection switch 47
The hole 41a exposed below outside portion2。
Upper body 41b is the second space 41s for covering lower case 41a2And third space 41s3Component, the rear end
Portion is provided with margining tablet portion 41b1, limitation swing is up to the rotation on the torsional direction of the connecting tube 42 of substantially vertical state.
Front shell 41c is the first space 41s for covering lower case 41a1Component, and to be equipped with bumper bar
The component of 41d.
In addition, appended drawing reference 41cx is left and right rear end and the upper body for being releasably mounted on front shell in Fig. 7
Locking plate between the left and right front end of 41b, by dismantling each locking plate 41cx so that upper body 41b and front shell 41c
It is dismantled from lower case 41a.
Lift detection switch 47 include swing bar portion with wheel, swingably bearing swing bar portion switch main body,
With the torsion coil spring that will be swung bar portion and exert a force downwards, switch main body is connected to the circuit base for being accommodated in lower case 41a
Plate 48, the wheel for swinging bar portion are exerted a force so that from hole 41a2Expose below outside portion.This lifts detection switch 47 with suction inlet
Body 40 makes motor drive, section port body 40 stops the driving of motor mode when floating from ground F when being located on the F of ground
It switches over.In addition, " motor " described herein includes the rotating brush motor 44, and it is included in the driven roller
Aftermentioned driven roller motor 45b in unit 45.
Rotating brush 43 has sheave in one end side, is fixed with sheave with the output shaft of motor 44 in rotating brush, passes through
Slot band is set up between these sheaves, rotating brush is passed to rotating brush 43 with the rotary force of motor 44.
Aft case 41f includes arc-shaped portion, the third space 41s with lower case 41a3Peripheral part it is chimeric with
Make the rear direction from driving roller unit 45 throughout left and right and surrounds；And scallop, setting is connect with the arc-shaped portion and under
The 4th space 41s of portion shell 41a4Peripheral part it is chimeric, the bottom surface (lower surface) of scallop is provided with the peace of lower opening shape
Recess portion is filled, is used to install the rear portion roller 49 of pair of right and left can rotate around left and right axle center.
In addition, forming round hole between the mounting recess of the left and right in aft case 41f, and in aft case 41f
On be provided with cylindrical part 41g, lower end have convex curved surface 41g1So that prominent below the outside portion of round hole.
In the left-right position in the arc-shaped portion of aft case 41f and the third space 41s of lower case 41a3Left-right position
It is provided with semicircular rib 41h, rotationally the axle portion 45d of the aftermentioned left and right of pivot suspension driving roller unit 4511。
Receiving portion 41e be can around left and right directions axis swing keep the component of connecting section 42, and have and can divide
At two-part lower component 41e1With upper-part 41e2。
Lower component 41e1There is circular ventilation hole portion 41e in front end11, and there is peace in the end in the left side of half cylinder portions
The mounting portion 41e of posture detection switch 46 is filled12。
Upper-part 41e2Notch is formed in rear end to enable connecting section 42 to be rocked to substantially vertical state
41e21。
It is assembled with lower component 41e1With upper-part 41e2Receiving portion 41e ventilation hole portion 41e11Circular peripheral part be embedded in
It is respectively arranged at the semicircular rib 41e of lower case 41a and upper body 41b13, and with can be around axis rotation in the front-back direction
Mode install.
[about connecting section]
Connecting section 42 includes the main part 42a of the tubular with air flow path, and is installed on the upper cup portion of main part 42a
42b, and base end side (root side) have can around left and right directions axis swing connect with the receiving portion 41e of suction inlet main body 41
The connection axle portion 42x connect.
Axle portion 42x is connected in the face of the swaying direction side (arrow B direction side) of connecting section 42, i.e. main part 42a's is outer
A part of the outer surface of a part and upper cup portion 42b on surface becomes convex surface, and with can be around the axle center of left and right directions
The mode that (direction arrow B) is swung is connect (referring to Fig. 2) with the receiving portion 41e of suction inlet main body 41.
Lower cup portion 42a has the switch abutting part 42a of overshooting shape in the left side of base end part1.Switch abutting part 42a1It is logical
It crosses the swing of connection axle portion 42x and is abutted with the bar 46a for the posture detection switch 46 for being installed on receiving portion 41e, and by motor
Stopping is switched to from driving.In addition, " motor " described herein includes the rotating brush motor 44, and it is included in institute
State the aftermentioned driven roller motor 45b in driving roller unit 45.
Upper cup portion 42b has the inclined surface adjacent with the convex surface, and has the contracting between inclined surface and convex surface
Neck 42b1, when connecting section 42 swings to plumbness (Fig. 8 (B)) from heeling condition (Fig. 8 (A)), necking part 42b1Stop
In the notch 41e of receiving portion 41e21Inside and limit further swing.In addition, " plumbness " of connecting section 42 is
Refer to the state substantially vertical relative to ground F.
[about driving roller unit]
Fig. 9 is the perspective view of the driven roller in the driving roller unit for indicate Fig. 6, and Figure 10 is the main view of the driven roller of Fig. 9, Figure 11
It is the sectional view of the driven roller of Fig. 9.
Driving roller unit 45 includes driven roller 45a, driven roller motor 45b, has slot band 45c1Rotary force transmitting
Mechanism part and the shell 45d for storing them, and by the way that section port body 40 is arranged in and drives not shown between roller unit 45
Force application part, by the side F to the ground force in a manner of be installed on suction inlet main body 41.
Shell 45d includes first shell 45d1, be assembled in first shell 45d1Top second shell 45d2And assembling
In first shell 45d1Lower part third shell 45d3。
First shell 45d1There is axle portion 45d in left and right side11。
Second shell 45d2Left-right position in upper surface has the recess portion 45d of short tubular21, it is used to be embedded in as the force
The lower end of the helical spring of component.
Third shell 45d3With making the driven roller 45a side F opening portion 45d outstanding to the ground31。
Driven roller is accommodated in first shell 45d with motor 45b1With second shell 45d2Between space, driven roller 45a
First shell 45d is accommodated in a manner of it can rotate around the axle center of left and right directions1With third shell 45d3Between space.
Driven roller 45a includes the rotary part 45a connecting with the rotation force transfer mechanism portion1, be set to rotary part
45a1Periphery survey columnar roller member 45a2And it is set to rotary part 45a1With roller member 45a2Between roller fix
Component 45a3。
Columnar roller fixation member 45a3Include the convex edge 45a that the both ends of axis direction are set31, and
A pair of of annulus protrusion 45a of outer peripheral surface is set at predetermined intervals on axis direction32, and by two-part half can be divided into divide
Body 45a33It constitutes.
Columnar roller member 45a2It is embedded in roller fixation member 45a3A pair of of annulus protrusion 45a32Between.
Rotary part 45a1Include main part 45a11, have and outer peripheral surface be set at predetermined intervals on axis direction
A pair of of outward flange section 45a111；With rest pad 45a13, via pin and bearing 45a12It is rotatably installed in main part 45a11
Axis direction on both ends.
In main part 45a11One end outward flange section 45a111With rest pad 45a13Between be formed with composition rotation
Turn the sheave 45a in force transfer mechanism portion112.In addition, in main part 45a11Peripheral part in a pair of of outward flange section 45a111It is interior
Side is formed with recessed all grooves 45a113, it is embedded in and has been inserted into a pair of of outward flange section 45a111Between a pair of of semi-split body 45a33It is interior
Flange part 45a31.In addition, in semi-split body 45a33Convex edge 45a31A part be formed with more than one notch, and
And in recessed all grooves 45a113A part be provided with more than one protrusion, by engaging protrusion with notch, rotary part 45a1
With roller fixation member 45a3It mechanically combines and rotates integrally.
As rotary part 45a1Raw material, for example, enumerating POM (polyacetals), PET (polyethylene terephthalate
Ester), the resin of PTFE (tetrafluoroethene) etc., use POM in the present embodiment.
In addition, as roller fixation member 45a3Raw material, enumerate and rotary part 45a1Raw material compare organic solvent-resistant
The lower resin of property, for example, ABS (styrene butadiene acrylonitle copolymer), AS (styrene acrylonitrile copolymer),
The resin of PS (polystyrene) etc. uses ABS in the present embodiment.
As roller member 45a2Raw material, for example, enumerate the rubber such as silicon rubber, fluorubber, chlorosulfonated polyethylene rubber,
Silicon rubber is used in the present embodiment.
Roller member 45a2Bonding agent and roller fixation member 45a can be used3Bonding can also directly be covered without using bonding agent
Lid.Using bonding agent, as long as roller member 45a can be bonded2With roller fixation member 45a3, for example, enumerating third
Olefin(e) acid resinae, vinyl chloride resin class, neoprene class, the solvent shape bonding agent of nitrile rubber class etc..
Rotation force transfer mechanism portion (omitting appended drawing reference) includes the output shaft for being fixed to driven roller motor 45b
Sheave 45b1, driven roller 45a sheave 45a112, be erected at these sheaves 45b1、45a112Between slot band 45c1(referring to Fig. 7).
[positional relationship of each component in section port body]
Then, the positional relationship of each component comprising driven roller 45a in section port body 40 is illustrated.Hereinafter, such as Fig. 5 institute
Show, using the axle center of driven roller 45a as the first axle center P1, connecting section 42 connection axle portion 42x axle center as the second axle center
P2, rotating brush 43 axle center as third axle center P3, a pair of of rear portion roller 49 axle center as the 4th axle center P4, driven roller is with electronic
The axle center of machine 45b is as the 5th axle center P5It is illustrated.
In the section port body 40, as shown in figure 4, driven roller 45a configures the left and right directions (arrow in suction inlet main body 41
Head A direction) on middle position.Further, as shown in figure 5, the first axle center P1It is configured at the second axle center P2With suction inlet 45a1
Or third axle center P3Between.By configuring a driven roller 45a in such position, it is able to suppress and is applied to rotating brush with electronic
The load of machine 44, and improve the operability of the rotation of section port body 40.
In addition, the 4th axle center P4Configuration is than the second axle center P2More rearward position.It is left by being configured in such position
The rear portion roller 49 of right a pair, by the three-point support of driven roller 45a and the rear portion roller 49 of pair of right and left for making electric dust collector
100 with the self-support of substantially vertical shape is effective (referring to Fig. 2), and can be inhibited by back roller 49 rear portion of section port body 40 with
Flooring surface F is contacted and is damaged.
In addition, the axle portion 45d of driving roller unit 4511The first axle center P than driven roller 45a is set1More rear with drive
Move roller the 5th axle center P of motor 45b5On roughly the same axle center, and force application part configuration is in axle portion 45d11More before
Side.Therefore, driving roller unit 45 can be with axle portion 45d11To be swung on fulcrum in above-below direction (direction arrow C), and can lead to
Force application part is crossed to adjust the load of the up and down motion of driven roller 45a.In addition, illustrating to set in driving roller unit 45 in Fig. 6
Set two recess portion 45d21So that the case where two helical springs as force application part can be set, but recess portion 45d21Quantity
It is also possible to three, further, as long as the quantity for the helical spring being actually arranged is according to the load for being applied to driven roller 45a
To change.
[movement of electric dust collector]
When cleaning on the F of ground using the electric dust collector 100 constituted in this way, as shown in (B) of Fig. 8, make section port body 40
Connecting section 42 be heeling condition, then open (ON) operation portion 10c power switch.At this point, as shown in (A) of Figure 12,
It is set to the switch abutting part 42a of the connection axle portion 42x of connecting section 421It is located remotely from the bar 46a's of posture detection switch 46
Position, posture detection switch 46 are switched to the state for driving rotating brush motor 44 and driven roller motor 45b.
By turning on the power switch, become negative pressure, the sky on the F of ground in the driving of electric blowing machine 11 and dust pocket unit 20
Gas is together with dust from suction inlet 41a1It is sucked into section port body 40, and by extension tube 30 and main body of dust collector 10
And it flows into dust pocket unit 20.In dust pocket unit 20, dust is centrifuged and accumulates, and has removed the sky of dust
Gas is discharged again by main body of dust collector 10 and from exhaust outlet (not shown) to outside.
In addition, when turning on the power switch, rotating brush motor 44 and driven roller motor 45b driving, and rotating brush
43 and driven roller 45a rotation.At this point, due to driven roller 45a by force application part by towards ground F press, pass through drive
Frictional resistance between dynamic roller 45a and ground F, is applied with the power moved forwards in suction inlet main body 41.Therefore, user
Only section port body 40 can be made to advance by pressing lightly on handle 10b.Alternatively, in 40 autonomous of section port body and passing through
The state of the pulling main body of dust collector 10 of extension tube 30.Further, since passing through the suction of the electric blowing machine 11 in main body of dust collector 10
Gravitation makes the section port body 40 for being attached to ground by driven roller 45a autonomous, therefore, hand only can be placed on handle 10b
On, it will be able to it is easy to carry out cleaning, and can reduce the burden to body.Also, since driven roller 45a is configured in suction inlet
The central part of body 40, therefore can be improved small rotation, and it is narrow local around the angle in desk etc. can be suitable
It is cleaned sharply.
In the walking of section port body, when user twists handle 10b to the right or to the left, section port body 40 is to the right or to the left
Rotation.In this case rotation includes that section port body 40 moves left and right.At this point, since driven roller 45a is located at left and right directions
On middle position, therefore the connection axle portion 42x of connecting section 42 become position, and driven roller 45a become fulcrum and sucking
Mouth body 40 successfully carries out to the right or to the left direction conversion.
In cleaning, when section port body 40 floats from ground F, the detection that lifts being press-fit into suction inlet main body 41 is opened
It is protruding to the outside to close 47.When being in the state, the driving of rotating brush motor 44 and driven roller motor 45b stop, and
The rotation of rotating brush 43 and driven roller 45a stop.
In addition, as shown in Fig. 1 and 2, making electric dust collector in the case where the user position away from keyboard in cleaning
100 support oneself.At this point, the connecting section 42 of section port body 40 become be rocked to upwards the predetermined angular as shown in (B) of Fig. 8 with
On substantially vertical state.When being in the state, as shown in (B) of Figure 12, the connection axle portion 42x of connecting section 42 is set
Switch abutting part 42a1Abut and push with the bar 46a of posture detection switch 46, thus posture detection switch 46 be switched with
Stop the driving of rotating brush motor 44 and driven roller motor 45b.
Even if user does not carry out the power supply shutoff operation of operation portion 10c, rotating brush 43 and driven roller 45a as a result,
It is automatically stopped, therefore 40 autonomous of section port body can be prevented and be in 100 disequilibrium of electric dust collector of free standing condition
The unfavorable condition fallen down and damaged.
<actuating circuit of electric dust collector>
Figure 13 is an exemplary circuit diagram of the actuating circuit for the electric dust collector for indicating that the embodiment is related to.
As shown in figure 13, the actuating circuit of electric dust collector 100 is divided centered on the circuit substrate 142 in main body of dust collector 10
Dissipate the dynamic of the rotating brush 43 being mounted in dust sensor substrate 101, key substrate 102, LED substrate 103 and section port body 40
On power brush substrate 104.
Circuit substrate 142 is configured in main body of dust collector 10.Circuit substrate 142, which is equipped with, is equivalent to control unit of the present invention
Microcomputer 110.
In Figure 13, the circuit element of a part is up front marked alphabetical Q to crystal for the ease of reference
Pipe, letter r is marked to resistance, alphabetical SW is marked to touch-switch, alphabetical LED is marked to light emitting diode, and rear
Face marks the proprietary number of element.
Key substrate 102 and the configuration of LED substrate 103 are on operation portion 10c.In Figure 13, two be mounted on key substrate 102 are touched
Switch SW104 and SW102 are corresponding with starting stop button and attraction switching push button respectively.
The left end of circuit substrate 142 in Figure 13 is provided with the portion of terminal 143 being electrically connected with battery 12.L1 terminal is to receive to come from
The connection terminal of the voltage output B+ (rated value 20.5V) of battery 12.L2 is the connection terminal for being grounded (GND).
Electricity is supplied to via the transistor Q4 as switch from the output voltage B+ of the battery 12 of L1 and L2 terminal feeding
Dynamic pressure fan 11.The open and close of Q4 is that " sucking driving " signal exported by microcomputer 110 controls.The embodiment party
The electric blowing machine of formula is DC brushless motor.In addition, driving " the sucking driving " of electric blowing machine 11 in this embodiment
Signal is pulse signal, and can change the speed of electric blowing machine 11, i.e. attraction by changing its duty ratio.
Output voltage B+ from battery 12 is also supplied to key substrate 102.Further, in addition, the output voltage via
Latch cicuit 106, as output 5V power supply voltage-stabilized power supply circuit 111 input and be provided.
Latch cicuit 106 is the circuit for unlatching and closing the regulated power supply of 5V.5V power supply is made with microcomputer 110
Head makes the movements such as dust detection circuit 114, amplifying circuit 113, dust sensor substrate LED501 and phototransistor Q601
Power supply.In addition, the 5V of voltage value is only an example.
Further, the output voltage B+ of battery 12 is provided to the power brush substrate 104 in section port body 40 so that suction inlet
The rotating brush of body 40 motor 44 and driven roller motor 45b rotation.But by by being exported from microcomputer 110
" PB driving signal " driving transistor Q10, to be switched on or switched off rotating brush motor 44 and driven roller motor
The voltage B+ of 45b.
Microcomputer 110 identifies starting stop button " SW104 " by the level change of " KEY1 " signal or attracts
Power switching push button " SW102 " is pressed.The voltage level of " KEY1 " signal in the case where any one button is pressed is by electricity
The intrinsic standoff ratio for hindering R102, R107 and R52 determines.The level of " KEY1 " signal according to which button is pressed and it is different.In addition,
In the level of judgement " KEY1 " signal, microcomputer 110 using be connected to same power supplies " KEY2 " signal level as base
Standard is simultaneously referred to.
In response to the operation that starting stop button " SW104 " or attraction switching push button " SW102 " are received, miniature calculating
Machine 110 controls the movement of each section of electric dust collector 100.For example, " sucking drives " letter exported according to microcomputer 110
Number turn on and off transistor Q4, so that electric blowing machine be made to start and stop.Further, according to each letter of LED1~3
Number LED201, LED202 and LED203 of LED substrate 103 is made to light and extinguish.
The electric current for flowing through power supply brush substrate 104 flows through current sense resistor R58, and in the generation of resistance both ends and size of current
Proportional voltage." PB current detecting " signal for amplifying voltage is supplied to microcomputer 110 by amplifying circuit 113.It is miniature
The level of monitoring " PB current detecting " signal of computer 110.
When section port body 40 is lifted by user from ground, it is arranged on the lower surface of section port body 40 and lifts detection switch
47 (SW301 corresponding to Figure 12) are disconnected, and are cut off in a manner of circuit.To rotating brush motor 44 and driven roller electricity consumption
The electric current of motivation 45b.In addition, when posture detection switch 46 (SW302 corresponding to Figure 12) detects self-support posture, by circuit
From the current path switched to the current path of motor 45b to rotating brush motor 44 and driven roller to R304.Then,
Stabling current flows through current sense resistor R58.The resistance value of R304 is used with rotating brush motor 44 and driven roller with obtaining
Motor 45b in movement and in stopping the mode of the current value different (that is, current value is zero) and be set.
Microcomputer 110 passes through the level of monitoring PB current detection signal, to identify rotating brush motor 44 and drive
Dynamic roller with motor 45b be also be off in movement in or section port body 40 be self-support posture or lift.
Table 1 below indicates electric blowing machine corresponding with the state for lifting detection switch 47 and posture detection switch 46, rotation
The state of brush motor 44 and driven roller motor 45b, and the level of " PB current detecting " signal.
If microcomputer 110 judges that the level of " PB current detecting " signal as the stabling current flowed in R304, makes to locate
Stop in the electric blowing machine 11 of free standing condition.If judge the level of " PB current detecting " signal as rotating brush motor 44 and
Driven roller in the movement of motor 45b or stop which of (in addition to press in operation starting stop button (SW104)
And receive except the state for stopping instruction) when, then so that electric blowing machine 11 is worked.
As shown in table 1, section port body 40 is raised from ground and lifts the disconnection of detection switch 47, even if then rotating brush electricity consumption
Motivation 44 and driven roller are in the state stopped with motor 45b, and microcomputer 110 also makes electric blowing machine 11 work.
For example, it is contemplated that removing section port body 40 to user, and brush component 13 is used as the electric dust collector of hand-held to make
The case where using.When section port body 40 is removed, with identical, " PB current detecting " signal the case where lifting the disconnection of detection switch 47
Level become zero.Though microcomputer 110 has been removed without Direct Recognition to section port body 40, even if due to current value
It is zero electric blowing machine 11 also to be made to work, therefore may be used as electric dust collector.
In this way, even if not identifying the shape for lifting detection switch 47 and posture detection switch 46 for microcomputer 110
The wiring of the landing state of state or section port body 40 can also suitably make electric blowing machine 11 work and stop according to situation.
According to the embodiment, the wiring for connecting main body of dust collector 10 and section port body 40 is only universally to drive rotating brush motor
44 and driven roller two power supply lines of motor 45b.Section port body 40 is reached from main body of dust collector 10 via extension tube 30
Bindiny mechanism due to do not need Switch wiring thus can simply form.
That is, section port body 40 is mounted, unless in self-support posture and lifting state, otherwise electric blowing machine work is (referring to table 1
The 4th row).In the case where section port body 40 is disassembled, rotating brush motor 44 and driven roller motor 45b do not connect
It connects.Therefore, do not have in current sense resistor R58 electric current flowing (zero current).The state of zero current is equal to the most next line of table 1
State (posture for lifting state and falling down).Though microcomputer 110 itself identification has been disassembled less than section port body 40, can
Electric blowing machine 11 is set to work using the level based on " PB current detecting " signal as zero current.
As described above, microcomputer 110 is also mounted in section port body 40 even if being the simple composition of only two power supply lines
When according to detection is lifted and posture detection makes electric blowing machine 11 work or stop, making in the case where section port body 40 is disassembled
Electric blowing machine 11 work, therefore no matter section port body 40 installation or removal whether, can be used for electric dust collector.
[table 1]
In addition, the posture detection switch 46 in the embodiment is when the extension tube on the front-rear direction in section port body 40
30 extending direction relative to front ground horizontal plane become predetermined angular (for example, 85 ° ± 5 °) in the state of when, by electric current
Path is switched to the side R304.Microcomputer 110 identifies the level of " PB current detecting " signal in range corresponding with the state
It is interior, and it is judged as self-support posture.
Then, the circuit operation in the case where the closing from the state of electric power starting to power supply is described.Power supply is closed
It is to export " POW_OFF " signal by the microcomputer 110 in work to start.Microcomputer 110 is for example from pressing
Lower starting stop button (SW104) make electric blowing machine 11 stop to during scheduled without operation in the case where, output
" POW_OFF " signal.Alternatively, from posture detection switch 46 be in self-support posture to it is scheduled during do not operate the case where
Under, export " POW_OFF " signal.
When disposably exporting " POW_OFF " signal from microcomputer 110, as triggering, and will turn on
The latch cicuit of switching transistor Q1 disconnects.When disconnecting Q1, supplies to the cell output voltage B of IC2 and be cut off, thus cannot
It is supplied to voltage-stabilized power supply circuit 111.As a result, 5V voltage is closed.
Then, to from power down state to power opening state transfer in the case where circuit operation describe.In power supply
5V power supply is cut off under closed state, and microcomputer 110 does not work.But the output voltage B+ from battery 12 is supplied to
To key substrate 102.
When any one for pressing starting stop button (SW104) or attraction switching push button (SW102), via unlatching
Switch is input in latch cicuit 106 (SW signal shown in Figure 13) for the signal opened is latched.Lock is connected as triggering
Circuit 106 is deposited, and the Q1 disconnected is connected.When Q1 is connected, voltage is supplied to voltage-stabilized power supply circuit 111, and 5V power initiation.
When 5V power initiation, 5V voltage is supplied to the power supply i.e. VDD terminal of microcomputer 110, and is connected to RESET
The C16 of terminal charges via R50, releases reset shortly after.In this way, the processing of microcomputer 110 starts.
In addition, power supply is supplied to drive circuit 112, dust detection circuit 114, amplification electricity when 5V power initiation
Road 113 etc., and each circuit works.As a result, microcomputer 110 is able to detect that user to starting stop button
(SW104) and the operation of attraction switching push button (SW102) it can light, and according to the operation and extinguish LED201~203.This
Outside, it becomes able to control the movement of electric blowing machine.Further, the level of " PB current detecting " signal is read to be able to detect
Rotating brush motor 44 and driven roller with motor 45b are also off in work, and whether section port body 40 is in supporting oneself
Posture.
If passed through after starting stop button (SW104) is pressed and stops electric blowing machine 11 without any operation
Defined period (for example, 3 minutes) are crossed, then microcomputer 11 exports " POW_OFF " signal and closes 5V power supply.In addition,
After section port body 40 be in self-support posture in the state that power supply is closed, without any operate the case where have passed through the period
Under, it also exports " POW_OFF " signal and closes 5V power supply.As a result, for making microcomputer 110 and other circuits in standby
The electric power of the battery 12 of work and consumption is reduced.
Latch cicuit 106 and voltage-stabilized power supply circuit 111 constitute power supply unit of the present invention.
[other structures]
Figure 14 is the left side cross-sectional view for indicating the section port body of electric dust collector of Fig. 1, and (A) indicates not supporting for bumper bar and wall
State is connect, (B) indicates the abutting state of bumper bar and wall.
As shown in (A) of Fig. 7 and Figure 14, in the lower case 41a of suction inlet main body 40, described the of storage rotating brush 43
One space 41s1With the first space 41s1The second space 41s at rear2Between be provided with rib 41a as partition3。
In section port body 40, due to rib 41a3Upper end engaged via upper body 41b with front shell 41c, because
This first space 41s1With second space 41s2Top be closed.On the other hand, rib 41a3Lower end be configured to and suction inlet
41a1Rear end it is opposite.According to this structure, make suction inlet 41a1With second space 41s2The air-breathing flow path 41A of connection4Pass through rib
41a3And narrow.As a result, it is possible to make from suction inlet 41a1Pass through air-breathing flow path 41A4And second space 41s2To connecting section 42
The air-flow high-pressure trend of flowing simultaneously improves attraction, so as to be forcibly sucked dust.
As shown in figure 3, bumper bar 41d is in the bump that its surface (front) has a part of simulation ripple and is formed
41d1.Bump 41d1In protrusion and recess portion be formed as left and right directions middle part is low and Curved that left and right end portions are high, because
This dust for being attached to recess portion is easy to concentrate on left and right middle section.In addition, being contacted by being formed as concaveconvex shape with wall
Region about reduces half compared with flat shape, therefore the range scratched becomes smaller, and more attractive in appearance.
In addition, bumper bar 41d is for example formed by the soft material of low density polyethylene (LDPE) (LDPE).Therefore, such as (B) of Figure 14
It is shown, by the way that by bumper 41d pressing, on wall W, flexible deformation, wall W and suction inlet 41a occur for bumper 41d1Between
Distance Shortened, as a result, it is possible to improve inhalation power.
(embodiment two)
Figure 15 is the figure of the driven roller in the section port body for the electric dust collector for indicating that embodiment two is related to, and (A) is perspective view,
(B) be main view, (C) be Figure 15 (B) I-I line to view sectional view, (D) be Figure 15 (C) II-II line to view section
Figure.
The section port body of the electric dust collector of embodiment two in addition to the structure difference with the driven roller 45a in embodiment one with
Outside, other are identical as the section port body of embodiment one.Hereinafter, mainly illustrating different from embodiment one in embodiment two
Part.
The driven roller 145a of embodiment two includes the slot band 45c with rotation force transfer mechanism portion1(referring to Fig. 7) connection
Rotary part 145a1, be embedded in rotary part 145a1Peripheral part columnar roller member 45a2, and do not have suitable
The roller fixation member 45a in driven roller 45a illustrated in embodiment one (Fig. 9 to 11)3Component.
Rotary part 45a1Include main part 145a11, have and be arranged at predetermined intervals on outer peripheral surface along axis direction
A pair of of major diameter flange part 145a111Be set to a pair of of major diameter flange part 145a111Two sides a pair of of path flange part
145a113；Rest pad 145a13, via pin and bearing 145a12It is rotatably installed in main part 145a11Axis direction
Both ends.
In main part 145a11One end path flange part 145a113With rest pad 145a13Between, it is formed with
Constitute the sheave 145a in rotation force transfer mechanism portion112.In addition, in sheave 145a112With path flange part 145a113Between and prop up
Supporting block 145a13With path flange part 145a113Between, it is provided with the criss-cross cross sectional shape as shown in (D) of Figure 15
Rib 145a114.The shape of the rib can be not limited to cross, can increase the quantity etc. of rib, for example, being 6.
When driven roller 145a rotation, pass through the rib 145a of rotation114Air-flow is generated, and when fibers such as hair and the end of a thread
Shape dust is wound on rotary part 45a1When upper, fibrous dust inflow stream simultaneously inhibits to wind.In addition, described in Fig. 9 to 11
The rotary part 45a of the driven roller 45a of bright embodiment one1In, it can also be in sheave 45a112With outward flange section 45a111It
Between and rest pad 45a13With outward flange section 45a111Between, the rib with criss-cross cross sectional shape is set.
The cylinder roller component 145a of rubber system with retractility2Expand its hole portion and is embedded in rotary part 45a1In
A pair of of major diameter flange part 145a111Between.Due to the roller member 145a of insertion2Pass through contraction and rotary part 145a1Closely
Contact, therefore the bonding by bonding agent is omitted.
Roller member 145a2Both ends of the thickness on the axis direction of outer peripheral surface it is thicker, it is slightly thin between both ends, lead to
Cross the thickness difference and in roller member 145a2Outer peripheral surface formed recessed all grooves 145a21.By in roller member 145a2Upper setting recessed week
Slot 145a21, and there is no recessed all grooves 145a21The case where compare, with roller member 145a2Ground contact area reduce, as a result,
Rotary part 145a1And roller member 145a2Vibration, the generation shaken or swung is inhibited, and can reduce noise.
(embodiment three)
In the electric dust collector of embodiment one, it is configured to detect 40 quilt of section port body by lifting detection switch 47 though instantiating
The state that lifts and the case where close power supply, but can also constitute as follows.Lift detection switch 47 that is, omitting, in suction inlet master
Setting switch or sensor between body 41 and driving roller unit 45, drive roller unit 45 far from suction inlet main body 41 when detecting
State when, be also configured to close power supply.In this way, driving roller unit 45 can have the function for lifting detection switch simultaneously
Energy.
In addition, driving roller unit 45 can not also pass through axle portion 45d11It swings, and is configured to entirely drive on roller unit 45
Lower movement is to carry out adjustment of load.Further, in this case, driving roller unit 45 can also be opened with detection is lifted
The function of pass.
(embodiment four)
In the case where the driven roller 45a illustrated in Fig. 9 to 11, compared with the case where walking on floor or tatami, on ground
Roller member 45a is easy to produce in the case where walking on blanket2Idle running, and the walking power of section port body 40 is easily reduced.
It therefore, can also be in roller fixation member 45a in driven roller 45a3Annulus protrusion 45a32With rotary part 45a1It is outer
Flange part 45a111Between slot 45ax, i.e. roller member 45a2The circular hair roller 45ax of axis direction two sides setting1(in Figure 10
Double dot dash line part).In this case, for example, using bonding agent by hair roller 45ax1Raw material be pasted on slot 45ax
And it is fixed.In this way, big frictional resistance is applied to a mao roller 45ax when cleaning on carpet1Carpet on, therefore can make to inhale
The walking power of entrance body 40 increases.
Alternatively, roller member 45a2Outer peripheral surface be formed as concavo-convex, the bumps make with the frictional resistance of carpet increase, so as to
Increase the walking power of section port body 40, it is further possible to and with hair roller 45ax1。
(embodiment five)
In embodiment one, the rotating brush motor 44 that rotating brush 43 is set and rotates it in section port body 40 is instantiated
Situation, but also can be omitted rotating brush motor 44, and the rotating brush rotated by suction airflow is used, or can also save
Slightly rotating brush.
(embodiment six)
In embodiment one, following composition is instantiated: by driven roller 45a, driven roller motor 45b and rotation force transfer mechanism
Portion is accommodated in the driving roller unit 45 in shell 45d with axle portion 45d11Centered on be rockably mounted to suction inlet ontology 41, and
Roller unit 45 will be driven by force application part, and the side F exerts a force to the ground, but driven roller 45a, driven roller are passed with motor 45b and rotary force
Passing mechanism part can also be accommodated in suction inlet main body 41.In this case, for example, setting is with outstanding in suction inlet main body
The bearing part of function is hung, and the both ends of driven roller are rotatably installed on the bearing part.At this point, making the roller of driven roller
Expose from the hole for the bottom that suction inlet main body is arranged in outside the lower part of component.Then, in the sheave of driven roller and driven roller
With erection slot band between the sheave of motor.
(summary)
The section port body of the electric dust collector of (first invention) of the invention includes: suction inlet main body, has and is provided with along left and right
The bottom surface for the suction inlet that direction extends；One driven roller can rotatably be configured around the first axle center of left and right directions at the bottom
Face；And driven roller motor, rotation drive the driven roller,
The driven roller is configured at the left and right directions middle position in the suction inlet main body.
(first invention) of the invention can be constituted as follows, these can also be appropriately combined.
(1) can also further include connecting section, can around left and right directions the second axis swing with the suction inlet main body
Rear portion connection, the first axle center is configured between the second axle center and the suction inlet.
In this way, the suction inlet of the electric dust collector of the rod-type and pot type that hold the extension tube that connecting tube is connected to be cleaned
The rotatory of body is improved.At this point, user can be with slightly by being configured at driven roller close to the position of connecting tube
The deliberate action for twisting the wrist for holding extension tube easily makes section port body rotation or mobile.
(2) it can also further include rotating brush, the suction inlet can be rotatably provided in around the third axle center of left and right directions
The suction inlet in main body.
In addition, can also further include rotating brush motor in addition to this, rotation drives the rotating brush.
In the case where being provided with rotating brush and rotating brush motor, due to that can use to remove dust as the main purpose
Rotating brush, therefore the load that can be realized rotating brush motor reduces and the promotion of efficiency of dust collection.
Be provided through suction airflow and rotate rotating brush in the case where, the auxiliary even if rotating brush is not walked, Yong Huye
Walking auxiliary can be received by driven roller, with no rotating brush the case where compared with can also improve the collection efficiency of dust.
(3) the rear portion roller for the pair of right and left that can be rotated around the 4th axle center for being parallel to the first axle center also can be set in than institute
State the more rearward position in the second axle center in suction inlet main body.
In this way, in rod-type electric dust collector, by the three-point support of the rear portion roller of driven roller and pair of right and left with substantially vertical
Shape self-support is effective, and the rear portion of section port body can be inhibited to contact damage with flooring surface by rear portion roller.
(4) convex curved surface can also be set between the rear portion roller of the pair of right and left of the suction inlet main body.
In this way, inhibiting the rear portion roller of pair of right and left to be embedded in the hair of carpet by convex surface, and can maintain when cleaning on carpet
The rotatory of section port body on carpet.
The section port body of the electric dust collector of (the second invention) of the invention includes: suction inlet main body, has and is provided with edge
The bottom surface for the suction inlet that left and right directions extends；Driven roller can be rotatably provided in the bottom surface side around the axle center of left and right directions；
Driven roller motor；And rotation force transfer mechanism portion, by the rotary force of the driven roller motor to the driven roller
Transmitting,
The driven roller includes the rotary part connecting with the rotation force transfer mechanism portion, is set to the rotary part
The roller member and the roller fixation member being set between the rotary part and the roller member that periphery is surveyed,
For the rotary part in conjunction with the roller fixation member, the roller fixation member and the roller member pass through bonding agent knot
It closes.
(the second invention) of the invention can be constituted as follows, these can also be appropriately combined.
(I) the roller fixation member can also by compared with the rotary part the lower resin of organic solvent resistance be made.
In this case, the raw material as roller fixation member, such as enumerate ABS (styrene butadiene acrylonitle is total
Polymers), the resin of AS (styrene acrylonitrile copolymer), PS (polystyrene) etc..In addition, the former material as rotary part
Material, such as the resin for enumerating POM (polyacetals), PET (polyethylene terephthalate), PTFE (tetrafluoroethene) etc..In addition,
As the raw material of roller member, such as enumerate the rubber such as silicon rubber, fluorubber, chlorosulfonated polyethylene rubber.
In this way, being capable of increasing compared with making roller member directly overlay the bonding force being bonded on rotary part by bonding agent
So that roller member is covered the bonding force that roller fixation member is bonded by bonding agent, and can will be rotated long-time uses
The rotary force of component is reliably transmitted to roller member without dallying.
(II) the roller fixation member can also be by that can be divided into a pair of of semi-split body of two semi cylindrical types to constitute, and structure
As by combining the pair of semi-split body and being fitted into the peripheral part of the rotary part.
In such manner, it is possible to be easy to carry out the combination of the rotary part of roller fixation member.
It (III) can also be with further include: in the driving roller unit that the rear portion of the suction inlet main body is pivotally supported, and be set to
Force application part between the suction inlet main body and the driving roller unit, that the driving roller unit is surveyed to force to the ground,
The driving roller unit have the driven roller, the driven roller motor, the rotation force transfer mechanism portion and
Their shell is stored,
The shell has and makes driven roller side opening portion outstanding to the ground, and side is applied to the ground by force application part
Power.
In this way, inhibiting sliding of the driven roller relative to ground, and can be easily since driven roller is pressed towards ground
Maintain the fixation of the walking power of section port body.At this point, due to driven roller and driven roller motor and rotation force transfer mechanism portion
It is incorporated in shell, therefore even if entirely driving roller unit is mobile relative to suction inlet main body, rotary force is also reliably from electricity
Motivation is transmitted to driven roller.
(IV) the driving roller unit have axle portion, be set to the more rear in the axle center of the driven roller and with it is described
The axis parallel of driven roller,
The force application part is configured at the more front of the axle portion.
In this way, can swing in above-below direction by the driving roller unit of fulcrum of axle portion, and reliably driven roller can be made to ground
Face force.
(V) circular hair roller can also be set in the axis direction two sides of the roller member.
Compared with the floor or tatami the case where, the contact area of roller member and carpet is easy lower, therefore roller member and carpet
Frictional resistance decline, and section port body walking power be easy decline.In this case, by the axle center side of roller member
The hair roller circular to two sides setting can make suction inlet due to increasing the big frictional resistance with the carpet of hair roller
The walking power of body increases.
In addition, disclosed embodiment is illustration in all aspects, it is considered that be not limitation.The scope of the present invention is not
It is indicated by above-mentioned explanation by claims, it is believed that comprising in the meaning and range that are equal with claims
All changes.
Description of symbols
40 section port bodies
41 suction inlet main bodys
41a1Suction inlet
41g1Convex curved surface
42 connecting section
43 rotating brushes
44 rotating brush motor
45 driving roller units
45a driven roller
45a1Rotary part
45a2Roller member
45a3Roller fixation member
45a33Semi-split body
45ax1Hair roller
45b driven roller motor
45d shell
45d11Axle portion
45d31Opening portion
49 rear portion rollers
100 electric dust collectors
P1First axle
P2Second axle center
P3Third axle center
P44th axle center
Claims (15)
1. a kind of section port body of electric dust collector characterized by comprising
Suction inlet main body has the bottom surface for being provided with the suction inlet extended in left-right direction；
One driven roller can rotatably be configured around the first axle center of left and right directions in the bottom surface；And
Driven roller motor, rotation drive the driven roller,
The driven roller is configured at the left and right directions middle position in the suction inlet main body.
2. the section port body of electric dust collector as described in claim 1, wherein
Further include connecting section, can around left and right directions the second axis swing connect with the rear portion of the suction inlet main body,
First axle center is configured between second axle center and the suction inlet.
3. the section port body of electric dust collector as claimed in claim 1 or 2, wherein
It further include rotating brush, the suction that can be rotatably provided in around the third axle center of left and right directions in the suction inlet main body
Entrance.
4. the section port body of electric dust collector as claimed in claim 3, wherein
It further include rotating brush motor, rotation drives the rotating brush.
5. the section port body of electric dust collector according to any one of claims 1 to 4, wherein
The rear portion roller for the pair of right and left that can be rotated around the 4th axle center for being parallel to first axle center is set to than the suction inlet
The more rearward position in second axle center in main body.
6. the section port body of the electric dust collector as described in any one of claims 1 to 5, wherein
Convex curved surface is provided between the rear portion roller of the pair of right and left of the suction inlet main body.
7. a kind of electric dust collector comprising such as section port body described in any one of claims 1 to 6.
8. a kind of section port body of electric dust collector characterized by comprising
Suction inlet main body has the bottom surface for being provided with the suction inlet extended in left-right direction；
Driven roller can be rotatably provided in the bottom surface side around the axle center of left and right directions；
Driven roller motor；And
Force transfer mechanism portion is rotated, the rotary force of the driven roller motor is transmitted to the driven roller,
The driven roller includes the rotary part connecting with the rotation force transfer mechanism portion, is set to the rotary part
The roller member of peripheral side and the roller fixation member being set between the rotary part and the roller member,
The rotary part is in conjunction with the roller fixation member.
9. the section port body of electric dust collector as claimed in claim 8, wherein
The roller fixation member by compared with the rotary part the lower resin of organic solvent resistance be made.
10. the section port body of electric dust collector as claimed in claim 9, wherein
The roller fixation member and the roller member by bonding agent in conjunction with.
11. the section port body of the electric dust collector as described in any one of claim 8 to 10, wherein
The roller fixation member is configured to described by making by a pair of of semi-split body of two semi cylindrical types can be divided into constitute
A pair of of semi-split body is fitted into the peripheral part of the rotary part and combines.
12. the section port body of the electric dust collector as described in any one of claim 8 to 11, wherein
Further include: in the driving roller unit that the rear portion of the suction inlet main body is pivotally supported, and it is set to the suction inlet main body
It is described driving roller unit between, by it is described driving roller unit to the ground side force force application part,
The driving pipe unit have the driven roller, the driven roller motor, the rotation force transfer mechanism portion and
The shell of the driven roller, the driven roller motor and the rotation force transfer mechanism portion is stored,
The shell has and makes driven roller side opening portion outstanding to the ground, and passes through force application part side to the ground
Force.
13. the section port body of electric dust collector as claimed in claim 12, wherein
The driving roller unit have axle portion, be set to the more rear in the axle center of the driven roller and with the driven roller
Axis parallel,
The force application part is configured at the more front of the axle portion.
14. the section port body of the electric dust collector as described in any one of claim 8 to 13, wherein
Circular hair roller is provided in the axis direction two sides of the roller member.
15. a kind of electric dust collector, which is characterized in that the electric dust collector includes such as any one of claim 8 to 14 institute
The section port body stated.
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2016-083062 | 2016-04-18 | ||
| JP2016083062 | 2016-04-18 | ||
| JP2016083069 | 2016-04-18 | ||
| JP2016-083069 | 2016-04-18 | ||
| PCT/JP2017/003612 WO2017183251A1 (en) | 2016-04-18 | 2017-02-01 | Suction inlet assembly for electric vacuum cleaner |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109068910A true CN109068910A (en) | 2018-12-21 |
Family
ID=60115866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201780013270.8A Pending CN109068910A (en) | 2016-04-18 | 2017-02-01 | The section port body of electric dust collector |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP6899381B2 (en) |
| CN (1) | CN109068910A (en) |
| WO (1) | WO2017183251A1 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2019136386A (en) * | 2018-02-14 | 2019-08-22 | シャープ株式会社 | Suction port body for vacuum cleaner |
Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0329A (en) * | 1989-05-26 | 1991-01-07 | Tokyo Electric Co Ltd | Suction port body for vacuum cleaner |
| JPH0739495A (en) * | 1993-07-30 | 1995-02-10 | Tec Corp | Suction port body of vacuum cleaner |
| JP2002355200A (en) * | 2001-06-01 | 2002-12-10 | Toshiba Tec Corp | Suction opening and vacuum cleaner |
| JP2013070837A (en) * | 2011-09-28 | 2013-04-22 | Hitachi Appliances Inc | Vacuum cleaner |
| CN103313640A (en) * | 2010-12-01 | 2013-09-18 | 创科地板护理技术有限公司 | Wheel assembly for a vacuum cleaner |
| JP2014213009A (en) * | 2013-04-26 | 2014-11-17 | 日立アプライアンス株式会社 | Suction tool of vacuum cleaner, and vacuum cleaner using the same |
| JP5715886B2 (en) * | 2011-06-01 | 2015-05-13 | 株式会社東芝 | Wheels for vacuum cleaner, suction mouth of vacuum cleaner and vacuum cleaner |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH08173357A (en) * | 1994-12-22 | 1996-07-09 | Tec Corp | Suction opening body for vacuum cleaner |
| JPH0910145A (en) * | 1995-06-30 | 1997-01-14 | Sanyo Electric Co Ltd | Suction device for floor |
| GB2413941B (en) * | 2004-05-13 | 2007-08-15 | Dyson Ltd | An accessory for a cleaning appliance |
-
2017
- 2017-02-01 JP JP2018512786A patent/JP6899381B2/en active Active
- 2017-02-01 WO PCT/JP2017/003612 patent/WO2017183251A1/en active Application Filing
- 2017-02-01 CN CN201780013270.8A patent/CN109068910A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH0329A (en) * | 1989-05-26 | 1991-01-07 | Tokyo Electric Co Ltd | Suction port body for vacuum cleaner |
| JPH0739495A (en) * | 1993-07-30 | 1995-02-10 | Tec Corp | Suction port body of vacuum cleaner |
| JP2002355200A (en) * | 2001-06-01 | 2002-12-10 | Toshiba Tec Corp | Suction opening and vacuum cleaner |
| CN103313640A (en) * | 2010-12-01 | 2013-09-18 | 创科地板护理技术有限公司 | Wheel assembly for a vacuum cleaner |
| JP5715886B2 (en) * | 2011-06-01 | 2015-05-13 | 株式会社東芝 | Wheels for vacuum cleaner, suction mouth of vacuum cleaner and vacuum cleaner |
| JP2013070837A (en) * | 2011-09-28 | 2013-04-22 | Hitachi Appliances Inc | Vacuum cleaner |
| JP2014213009A (en) * | 2013-04-26 | 2014-11-17 | 日立アプライアンス株式会社 | Suction tool of vacuum cleaner, and vacuum cleaner using the same |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2017183251A1 (en) | 2017-10-26 |
| JPWO2017183251A1 (en) | 2019-02-21 |
| JP6899381B2 (en) | 2021-07-07 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN207444893U (en) | The nozzle of dust catcher | |
| TWI691303B (en) | Self-propelled electric sweeping robot | |
| EP3192420A1 (en) | Electric vacuum cleaning apparatus | |
| WO2017177697A1 (en) | Automatic cleaning device and sweeping component thereof | |
| KR100667873B1 (en) | Up-right type vacuum cleaner | |
| CN105380566B (en) | Dust catcher | |
| CN207412122U (en) | Clean robot | |
| WO2024139317A1 (en) | Automatic cleaning device | |
| CN108882815A (en) | The section port body of electric dust collector | |
| CN109068910A (en) | The section port body of electric dust collector | |
| TW202010466A (en) | Self-propelled electric vacuum cleaner characterized by suppressing electric power consumption and efficiently cleaning trash | |
| CN107616744A (en) | Self walking electric dust catcher | |
| CN208988717U (en) | Mobile robot | |
| CN112716394B (en) | Surface cleaning device and surface cleaning equipment | |
| CN203138346U (en) | Automatic cleaning ball | |
| CN106604670B (en) | Self-propelled electronic equipment | |
| CN109068911A (en) | Electric dust collector | |
| JP7005322B2 (en) | Vacuum cleaner suction port | |
| CN205923639U (en) | Pouring cup is prevented to intelligent motor drive formula | |
| JP7507350B2 (en) | Autonomous Vacuum Cleaner | |
| CN219538190U (en) | Intelligent wet cleaning equipment | |
| CN110141156A (en) | The extension tube of electric dust collector | |
| CN208144230U (en) | Swing type fish jar clean robot | |
| CN218186692U (en) | Dual-purpose floor brush | |
| AU2017394582A1 (en) | Cleaner |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20181221 |