CN110393366A - More brush head cleaning brush of Combined-operating mode - Google Patents
More brush head cleaning brush of Combined-operating mode Download PDFInfo
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- CN110393366A CN110393366A CN201910568799.7A CN201910568799A CN110393366A CN 110393366 A CN110393366 A CN 110393366A CN 201910568799 A CN201910568799 A CN 201910568799A CN 110393366 A CN110393366 A CN 110393366A
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- connecting rod
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- brush
- vibration
- universal shaft
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- 238000004140 cleaning Methods 0.000 title claims abstract description 78
- 230000007246 mechanism Effects 0.000 claims abstract description 42
- 206010037660 Pyrexia Diseases 0.000 claims description 49
- 230000008878 coupling Effects 0.000 claims description 26
- 238000010168 coupling process Methods 0.000 claims description 26
- 238000005859 coupling reaction Methods 0.000 claims description 26
- 238000007789 sealing Methods 0.000 claims description 7
- 238000010276 construction Methods 0.000 claims description 6
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 claims description 4
- 239000003822 epoxy resin Substances 0.000 claims description 4
- 229910021389 graphene Inorganic materials 0.000 claims description 4
- 230000017525 heat dissipation Effects 0.000 claims description 4
- 229920000647 polyepoxide Polymers 0.000 claims description 4
- 238000009434 installation Methods 0.000 claims description 3
- 238000009826 distribution Methods 0.000 claims description 2
- 238000005265 energy consumption Methods 0.000 abstract description 6
- 230000008901 benefit Effects 0.000 abstract description 4
- 239000003990 capacitor Substances 0.000 description 20
- 210000001367 artery Anatomy 0.000 description 11
- 210000003462 vein Anatomy 0.000 description 11
- 238000013016 damping Methods 0.000 description 9
- 230000005669 field effect Effects 0.000 description 9
- 239000000203 mixture Substances 0.000 description 9
- 238000010586 diagram Methods 0.000 description 7
- 230000000694 effects Effects 0.000 description 7
- 238000010438 heat treatment Methods 0.000 description 5
- 230000005611 electricity Effects 0.000 description 4
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 3
- CURLTUGMZLYLDI-UHFFFAOYSA-N Carbon dioxide Chemical compound O=C=O CURLTUGMZLYLDI-UHFFFAOYSA-N 0.000 description 2
- 235000011089 carbon dioxide Nutrition 0.000 description 2
- 239000013043 chemical agent Substances 0.000 description 2
- 230000001276 controlling effect Effects 0.000 description 2
- 230000006870 function Effects 0.000 description 2
- 238000011065 in-situ storage Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 238000005498 polishing Methods 0.000 description 2
- 230000001105 regulatory effect Effects 0.000 description 2
- 229910000831 Steel Inorganic materials 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000004090 dissolution Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000003912 environmental pollution Methods 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 230000010358 mechanical oscillation Effects 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000010355 oscillation Effects 0.000 description 1
- 238000003825 pressing Methods 0.000 description 1
- 238000004540 process dynamic Methods 0.000 description 1
- 230000001737 promoting effect Effects 0.000 description 1
- 238000004080 punching Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
- 239000010959 steel Substances 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 238000006467 substitution reaction Methods 0.000 description 1
- 238000004506 ultrasonic cleaning Methods 0.000 description 1
- 230000003313 weakening effect Effects 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46B—BRUSHES
- A46B13/00—Brushes with driven brush bodies or carriers
- A46B13/02—Brushes with driven brush bodies or carriers power-driven carriers
- A46B13/023—Brushes with driven brush bodies or carriers power-driven carriers with means for inducing vibration to the bristles
-
- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46B—BRUSHES
- A46B5/00—Brush bodies; Handles integral with brushware
- A46B5/0004—Additional brush head
- A46B5/0012—Brushes with two or more heads on the same end of a handle for simultaneous use, e.g. cooperating with each-other
-
- A—HUMAN NECESSITIES
- A46—BRUSHWARE
- A46B—BRUSHES
- A46B2200/00—Brushes characterized by their functions, uses or applications
- A46B2200/30—Brushes for cleaning or polishing
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- Brushes (AREA)
Abstract
The present invention discloses a kind of more brush head cleaning brush of Combined-operating mode, including rotating mechanism, universal shaft II and control handle with power supply, the tail end of the rotating mechanism is connect with the steering end of universal shaft II, the fixing end of universal shaft II is connect with the head end of control handle, cleaning brush further includes several vibration cleaning mechanisms, the vibration cleaning mechanism includes vibration brush head, connecting rod I, it can lock-stopping hinge, connecting rod II, universal shaft I and connecting rod III, the vibration brush head is removably tightly connected with the head end of connecting rod I, the tail end of the connecting rod I with can the head end of lock-stopping hinge be fixedly connected, it is described can the tail end of lock-stopping hinge be fixedly connected with the head end of connecting rod II, the tail end of the connecting rod II is removably connect with the steering end of universal shaft I, the fixing end of the universal shaft I and the head end of connecting rod III connect It connects, the tail end of the connecting rod III is removably connect with the head end of the rotating mechanism.The present invention has multistage angular adjustment, strong cleaning force, cost and low energy consumption, is suitable for the advantages of multiple scenes.
Description
Technical field
The invention belongs to electric cleaning brush fields, and in particular to a kind of more brush head cleaning brush of Combined-operating mode.
Background technique
Currently, relying primarily on the feeling of people when cleaning using traditional cleaning brush to tableware, sanitary ware, industrial goods etc.
It is operated manually, cleaning process dynamics is uneven and can not accomplish effectively cleaning comprehensively.And the more bases of electric cleaning brush on the market
It is transformed in hand drill, for brush head using traditional brush head, only rotary work mode is optional, tiny slot can not be accomplished effectively clear
It is clean, and easy damaged implements surface when rotary force spends big.So fundamentally to solve the problems, such as that existing cleaning brush exists, and needs
Start with from the operating mode of cleaning brush and improves.
Existing cleaning mode mainly has giant, chemical agent, polishing, ultrasonic cleaning, dry ice cleaning etc..But
High pressure, chemical agent and dry ice are big using limitation, and there are the hidden danger of certain high energy consumption and environmental pollution, and are not suitable for hand
Holding equipment；Polishing can drive brush head rotation, the control rotation of DC micro-motor speed adjusting plate by minisize dc low-range reduction motor
Rotary speed is realized；And be cleaned by ultrasonic, such as the ultrasonic wave test tube brush of Patent No. CN203245164U, use sonotrode
High frequency electrical signal is exported, its mechanical oscillation is changed by ultrasonic transducer, then do small amplitude and high frequency through amplitude transformer driving hairbrush and shake
It is dynamic；A kind of ink-jet of the ultrasonic wave dry type cleaning device and Patent No. CN207207440U of Patent No. CN207787115U
The sonic cleaning apparatus of printer head uses ultrasonic oscillator to be cleaned as power source, but use cost is high, energy consumption
Height, device volume are big, are not easy to routine use.
In addition, we also find following patent:
1, the patent No.: 201821248129.4, utility model title: test tube cleaning device, the test tube cleaning device structure is simple,
It is easy to use, practical, it is provided with fixed link and stop collar, good fixing effect is provided with link block, good connecting effect, if
It is equipped with vibrating motor and either-rotation motor, cleaning effect is good, high-efficient.And the vibrating motor of the patent is placed on tail portion, if in
Between bar it is longer, be just difficult to realize the vibration of long range.
2, the patent No.: 200910031358.X, denomination of invention: adjustable electric lash brush, be also provided with vibrating motor and
Rotation motor, but because of lash curler and there is no cleaning over long distances, the structure be for lash curler it is reasonable,
But for sanitary ware or industrial goods, sometimes stock being needed to be protruded into, the vibrating motor of the structure is also set to hand
Place is held, when intermediate bar is longer, is just difficult to realize the vibration of long range.
3, application number: 201610284608.0, denomination of invention: a kind of Multifunctional electric cleaning brush, the power supply are placed in rotation cylinder
Interior, one end of swingle is connected to one end of rotation cylinder by universal shaft, the other end connection brush head of swingle, sets in swingle
There is motor, motor is connected with power supply.The invention can carry out comprehensive cleaning to various device tanks, easy to operate, time saving province
Power has very high practical value.But the invention can not be accomplished effectively to clean for tiny slot.
Summary of the invention
Present invention aim to address above-mentioned technical problems, provide one kind and have multistage angular adjustment, strong cleaning force, cost
And low energy consumption, suitable for multiple scenes Combined-operating mode more brush head cleaning brush.
To realize above-mentioned purpose, the technical solution of the present invention is as follows:
A kind of more brush head cleaning brush of Combined-operating mode, including rotating mechanism, universal shaft II and control hand with power supply
Handle, the tail end of the rotating mechanism are connect with the steering end of universal shaft II, the fixing end of universal shaft II and the head end of control handle
Connection, further includes several vibration cleaning mechanisms, the vibration cleaning mechanism include vibrate brush head, connecting rod I, can lock-stopping hinge,
Connecting rod II, universal shaft I and connecting rod III, the vibration brush head is removably tightly connected with the head end of connecting rod I, described
The tail end of connecting rod I with can the head end of lock-stopping hinge be fixedly connected, it is described can the tail end of lock-stopping hinge and the head end of connecting rod II
It is fixedly connected, the tail end of the connecting rod II is removably connect with the steering end of universal shaft I, and the universal shaft I is consolidated
Fixed end is connect with the head end of connecting rod III, and the tail end of the connecting rod III is removably connect with the head end of the rotating mechanism.
As further technical solution, the above can lock-stopping hinge include module I and module II, the module I is set
In the tail end of connecting rod I, the module II is located at the head end of connecting rod II, and the module I and module II are hinged；The mould
The left front connecting plate of block I including two pieces of connections that are parallel to each other and it is right before connecting plate, be plugged on the left front connecting plate locking by
Button, it is described it is right before affixed locking spring, the locking spring and locking button company on connecting plate position corresponding with locking button
It connects, is socketed with gear fixture block on the locking button；The left back connecting plate of the module II including two pieces of connections that are parallel to each other and
Connecting plate behind the right side, the left front connecting plate, it is right before behind connecting plate, left back connecting plate and the right side connecting plate it is hinged by hinge,
The hinged end of the left back connecting plate is set as gear structure, and the gear structure is corresponding with gear fixture block position, when locking bullet
Spring in the raw when, gear fixture block is connected between two teeth of gear structure.
As further technical solution, the above vibration brush head includes bristle, outer housing, inner housing, card slot, vibration
Motor and fever tablet, the bristle are mounted on outer housing, and the outer housing is removably connect with interior shell surface, described interior
The surface of shell is enclosed construction, and the inner housing is removably tightly connected with the head end of connecting rod I, and the card slot is set to interior
In shell, the vibrating motor is mounted in card slot；The fever tablet is mounted on inner housing.
As further technical solution, card slot described above includes groove body, the arc-shaped cage construction of groove body, described
The front and back end of groove body is equipped with baffle, and the inner wall spacing of vibrating motor and inner housing after installation is not more than 1mm；The card slot is axial
It is distributed 1-2.
As further technical solution, rotating mechanism described above includes connector, shaft coupling and rotator, the company
Connector is the head end of rotating mechanism, and the tail end of the connecting rod III is removably connect with connector；The shaft coupling includes axis
Body, the axis body head end are equipped with the first shaft coupling end, and axis body tail end is equipped with the second shaft coupling end；The rotator includes sleeve body, set
Barrel body end cover, conducting slip ring and rotating electric machine；First shaft coupling end is located on the outside of the head end of sleeve body and connect with connector,
The axis body, the second shaft coupling end, conducting slip ring and rotating electric machine are located in sleeve body, and conducting slip ring, institute are socketed on the axis body
It states conducting slip ring periphery to be fixedly connected with sleeve body, the power output axis connection of second shaft coupling end and rotating electric machine is described
Rotating electric machine is fixedly connected with sleeve body；The head end face closure of the sleeve body, offers the circular hole passed through convenient for axis body above,
The breech face of the sleeve body covers realization closing, the outer end face of the sleeve body end cap and universal shaft II by sleeve body end cap
The connection of steering end, the fixing end of the universal shaft II connect with the head end for controlling handle；The conducting slip ring, electric rotating
Machine, fever tablet are electrically connected with control handle respectively, and the vibrating motor and conducting slip ring are electrically connected.
As further technical solution, the above control handle includes fixed the first screw fastening, the first telescopic rod, the
Two screw fastenings are fixed, the second telescopic rod, handle body, handle end cap and power supply and controller；The fixing end of the universal shaft II
By the fixed head end for being fixed on the first telescopic rod of the first screw fastening, first telescopic rod it is telescopic be located at the second telescopic rod
It is interior, head end of the tail portion of the first telescopic rod by the second screw-threaded coupling cover locking in the second telescopic rod, the tail of second telescopic rod
End is connect with handle body, and the power supply and controller are set in handle body, is covered handle body by handle end cap and is realized closing.
As further technical solution, handle body described above is equipped with instruction input knob, described instruction input rotation
Button includes fever knob, rotation knob and multiple vibration knobs, and the power supply and controller include DC power supply and controller, institute
It states DC power supply and controller is electrically connected, the input terminal of the fever knob and controller is electrically connected, the controller
The input terminal of corresponding output end and conducting slip ring is electrically connected, and the corresponding output end of the conducting slip ring electrically connects with fever tablet
It connects；The input terminal of the vibration knob and controller is electrically connected, the corresponding output end of the controller and conducting slip ring it is defeated
Enter end to be electrically connected, the corresponding output end and vibrating motor of the conducting slip ring are electrically connected；The rotation knob and controller
Input terminal be electrically connected, the corresponding output end of the controller and rotating electric machine are electrically connected.
As further technical solution, the junction of circular hole and axis body described above is sealed by sealing ring, described
The outer end face of sleeve body end cap is also fixedly connected with threaded connection block, the steering end spiral shell of the threaded connection block and universal shaft II
Line connection.
As further technical solution, rotating electric machine described above is 25GA370 DC speed-reducing；The vibration electricity
Machine is FF130 vibrating motor；The fever tablet is PTC fever tablet, and the connecting position of wires of the vibrating motor and rotating electric machine is adopted
It is sealed with epoxy resin；Post graphene heat dissipation patch in the surface of the vibrating motor and rotating electric machine.
As further technical solution, the above vibration cleaning mechanism is set as 1-6.
In the present invention, vibration brush head is removably tightly connected with the head end of connecting rod I, the tail end of connecting rod II is detachable
Connect with the steering end of universal shaft I, the tail end of connecting rod III removably with it is removable in the head end of the rotating mechanism
Connection type is unloaded, is to be threadedly coupled.Outer housing of the present invention is removably connect with interior shell surface, to be socketed mode.At this
In the connection of invention, be all with seal waterproof connection based on.
Controller of the invention is common control circuit, rotation circuit, heating circuit including being connected in parallel on both ends of power
And multiple vibrating circuits.
Rotation circuit: 4 feet (reset) and 8 feet (VCC) of 555 timer U1 are connected to positive pole, and 1 foot (GND) connects
Power cathode, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C2 of 0.01uF accesses power cathode, to prevent introducing interference；2
Foot is low level triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level triggering
Arteries and veins；7 feet are discharge end；2,6,7 feet and resistance R2, potentiometer R1 and diode D1, D2, capacitor C1 are connected, constitute duty
Than adjustable PWM generator I；The output of 555 timers is unable to direct-driving motor and PTC fever tablet, therefore output pin 3 and R3 hinder
Buffer resistance and triode Q1 and Q2 composition totem driving circuit I are to promote current driving ability, and wherein Q1 is NPN pipe, current collection
Pole connects positive pole, Q2 PNP, and emitter connects power cathode, and the base stage of Q1 and Q2 are connected to be concatenated with R3 into input pin 3 together,
The emitter of Q1 and the collector of Q2 are connected to the N-channel MOS field-effect tube (MOSFET) for connecing Q3 high current together, provide the drive of 1A
Kinetic force, driving motor；D3 is freewheeling diode, provides access during power tube cut-off for armature current, has both guaranteed electric drive
The continuity of electric current, and prevent the self-induction counter electromotive force of armature coil from damaging power tube；The frequency of PWM generator output pulse takes
Certainly in the numerical value of R2 and C1, pulse is exported by adjusting R1 resistance value (connecing rotation knob) i.e. changeable 555 timer output end, 3 foot
Width, motor is adjusted the speed.
Vibrating circuit:
4 feet (reset) and 8 feet (VCC) of (1) 555 timer U5 are connected to positive pole, and 1 foot (GND) connects power cathode, and 5
Foot (CONTROL VOLTAGE) is connected with the capacitor C4 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low level
Triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet are to put
Electric end；2,6,7 feet and resistance R5, potentiometer R4 and diode D4, D5, capacitor C8 are connected, constitute the adjustable PWM of duty ratio
Generator II；555 timer U5 output is unable to direct-driving motor and PTC fever tablet, therefore output pin 3 and R6 damping resistance,
With triode Q4 and Q5 composition totem driving circuit II to promote current driving ability, wherein Q4 is NPN pipe, and collector connects electricity
Source anode, Q5 PNP, emitter connect power cathode, and the base stage of Q4 and Q5, which are connected to, to be concatenated together with R6 into input pin 3, the hair of Q4
The collector of emitter-base bandgap grading and Q5 are connected to the N-channel MOS field-effect tube (MOSFET) for connecing Q6 high current together, provide the driving energy of 1A
Power, driving motor；D6 is freewheeling diode, provides access during power tube cut-off for armature current, both guarantees armature current
Continuity, and prevent armature coil self-induction counter electromotive force damage power tube；The frequency of PWM generator output pulse depends on
The numerical value of R5 and C8 exports pulse by adjusting R4 resistance value (connecing vibration knob) i.e. changeable 555 timer U5 output end, 3 foot
Width adjusts the speed motor.
4 feet (reset) and 8 feet (VCC) of (2) 555 timer U6 are connected to positive pole, and it is negative that 1 foot (GND) connects power supply
Pole, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C6 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low
Level triggers end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet
For discharge end；2,6,7 feet and resistance R8, potentiometer R7 and diode D7, D8, capacitor C5 are connected, and it is adjustable to constitute duty ratio
PWM generator III；555 timer U6 output is unable to direct-driving motor, therefore output pin 3 and R9 damping resistance and three poles
Pipe Q7 and Q8 form totem driving circuit III to promote current driving ability, and wherein Q7 is NPN pipe, and collector is connecing power supply just
Pole, Q8 PNP, emitter connect power cathode, and the base stage of Q7 and Q8, which are connected to, to be concatenated together with R9 into input pin 3, the emitter of Q7
It is connected to the N-channel MOS field-effect tube (MOSFET) for connecing Q9 high current together with the collector of Q8, the driving capability of 1A is provided, drives
Dynamic motor；D9 is freewheeling diode, provides access during power tube cut-off for armature current, has both guaranteed the continuous of armature current
Property, and prevent the self-induction counter electromotive force of armature coil from damaging power tube；The frequency that PWM generator exports pulse depends on R8 and C5
Numerical value, by adjusting the width of i.e. changeable 555 timer U6 output end, the 3 foot output pulse of R7 resistance value (connect vibration knob),
Motor is adjusted the speed.
4 feet (reset) and 8 feet (VCC) of (3) 555 timer U2 are connected to positive pole, and it is negative that 1 foot (GND) connects power supply
Pole, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C8 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low
Level triggers end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet
For discharge end；2,6,7 feet and resistance R11, potentiometer R10 and diode D10, D11, capacitor C7 are connected, constitute duty ratio
Adjustable PWM generator V；555 timer U2 output is unable to direct-driving motor and PTC fever tablet, therefore output pin 3 and R12
Damping resistance and triode Q10 and Q11 composition totem driving circuit V are to promote current driving ability, and wherein Q10 is NPN
Pipe, collector connect positive pole, Q11 PNP, and emitter connects power cathode, and the base stage of Q10 and Q11 are connected to goes here and there with R12 together
Input pin 3 is accessed, the emitter of Q10 and the collector of Q11 are connected to the N-channel MOS field-effect tube for connecing Q12 high current together
(MOSFET), the driving capability of 1A, driving motor are provided；D12 is freewheeling diode, is armature current during power tube cut-off
Access is provided, had not only guaranteed the continuity of armature current, but also prevents the self-induction counter electromotive force of armature coil from damaging power tube；PWM hair
The frequency of raw device output pulse depends on the numerical value of R11 and C7, by adjusting R10 resistance value (connecing vibration knob) i.e. changeable 555
3 foot of timer U2 output end exports the width of pulse, adjusts the speed to motor.
Heating circuit: 4 feet (reset) and 8 feet (VCC) of 555 timer U3 are connected to positive pole, 1 foot (GND)
Power cathode is connect, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C2 of 0.01uF accesses power cathode, to prevent introducing interference；
2 feet are low level triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level triggering
Arteries and veins；7 feet are discharge end；2,6,7 feet and resistance R14, potentiometer R13 and diode D13, D14, capacitor C9 are connected, constitute
The adjustable PWM generator VI of duty ratio；555 timer U3 output cannot directly drive PTC fever tablet, therefore output pin 3 and R15
Damping resistance and triode Q13 and Q14 composition totem driving circuit VI are to promote current driving ability, and wherein Q13 is NPN
Pipe, collector connect positive pole, Q14 PNP, and emitter connects power cathode, and the base stage of Q13 and Q14 are connected to goes here and there with R15 together
Input pin 3 is accessed, the emitter of Q13 and the collector of Q14 are connected to the N-channel MOS field-effect tube for connecing Q15 high current together
(MOSFET), the driving capability of 1A is provided, PTC fever tablet is driven；The frequency that PWM generator exports pulse depends on R14 and C9
Numerical value, by adjusting the width of R13 resistance value (the hot knob of sending and receiving) i.e. changeable 555 timer U3 output end, 3 foot output pulse,
To fever tablet F1 in parallel, fever tablet F2, fever tablet F3 temperature adjustment.
Compared with prior art, the invention has the benefit that
(1) conducting slip ring is introduced into cleaning brush by the present invention for the first time, can be 360 ° after vibrating motor and conducting slip ring electric connection
Unlimited continuous rotation, therefore successfully vibrating motor is arranged in brush head by the present invention, having broken current vibrating motor can only be arranged
Technical barrier on handle solves the technology of existing long distance transmission vibration weakening when vibrating motor is arranged on handle
Problem realizes vibration, rotation and the technical effect for vibrating rotation simultaneously under the premise of guaranteeing vibrating effect.
(2) present invention is suitable for multiple scenes, and the adjustment that 1-6 vibration cleaning mechanism can be carried out according to the size of equipment is pacified
Dress, and each vibration cleaning mechanism has multistage angle regulating function.Since existing conducting slip ring product could support up 24
Connection, therefore conducting slip ring can be electrically connected 6 vibrating motors in the present invention, devise multiple vibration cleaning mechanisms,
Quantity can be selected according to the size of equipment；Each vibration cleaning mechanism can lock-stopping hinge and universal equipped with adjustable-angle
Shaft I, can lock-stopping hinge by gear structure rotate upwardly and downwardly and locking button with moving gear fixture block and gear structure from
It closes, the flexibility of the up and down direction or left and right directions that realize vibration cleaning mechanism is adjusted, then cooperates universal shaft I, universal
The multidirectional adjusting of shaft II, so that each vibration cleaning mechanism of the present invention has 3 grades of angle regulating functions, when cleaning test tube
When equal industrial equipments, it can enter in test tube with test tube holding preferably angle and clean.Control handle use of the invention can stretch
The structure of contracting, length can be adjusted according to demand, while vibrating motor of the invention, rotating electric machine are seperated with control handle
, therefore control handle can select rigid structure or flexible structure according to usage scenario, cope with tableware, sanitary ware, family
The products surfaces externally and internally cleaning such as electrical appliance, glassware has very useful promotional value, economic benefit, society
Benefit, application prospect are preferable.Meanwhile the present invention is also applied to the fields such as chemical industry, chimney, steel, pharmacy, biology relevant device
Cleaning, promoted worker's cleaning efficiency, reduce enterprise's use cost.
(3) strong cleaning force of the present invention.The present invention is vibrated with the rotation of rotating electric machine driving brush with vibrating motor, with
Fever tablet accelerates the dissolution of filth to remove, and on the bristle of conduct vibrations to brush head outer surface, the cleaning brush of vibration can not only
Large-scale spin-cleaning implements surface, moreover it is possible to tiny slot be cleaned, realization is quickly and efficiently cleaned.Pass through adjusting knob
The revolving speed of rotating electric machine and vibrating motor is adjusted, and then adjusts the speed of rotation and oscillation intensity of brush head, is reduced to device
The damage on object surface.Meanwhile rotation/vibration/rotation+vibration/fever+rotation+vibration can be selected by switching working mode
Equal various ways work, flexible and changeable.Vibrating motor and rotating electric machine of the invention with control handle be it is seperated, therefore
No matter Shou Chi handle have how long, all will not influence rotation and vibrating effect of the invention；Present invention defines vibrating motor with
The gap width of inner casing inner wall avoids gap excessive and the extraneous vibration (mechanicalness noise) of generation.The present invention is using TPR material
Outer housing (soft) and bristle have durability strong, and strong detergency will not knot, soft tough and tensile and exempt to hurt implements surface etc. excellent
Outer housing can integrally be removed when cleaning brush uses overlong time, and cleaning capacity declines, change new shell by point.
(4) cost of the present invention and low energy consumption.The present invention uses the micromotor of cheap low-power consumption, before satisfying the use demand
Putting reduces cost and energy consumption.
(5) safety of the present invention is good.Brush head of the invention is designed using inside and outside shell-type, and shell is for installing bristle and brush
The replacement of hair, inner casing is for installing vibrating motor and preventing motor entering water, and such bristle is when cleaning, inner casing
Effectively water is avoided to enter in vibrating motor.Conducting slip ring is introduced into cleaning brush by the present invention, and conducting slip ring supports ip68 waterproof,
So our rotation, fever and oscillating component, can be completely sunk in the water operation (in liquid)；Cooperate vibration electricity again simultaneously
The connecting position of wires of machine and rotating electric machine is sealed using the junction of epoxy resin sealing, circular hole and axis body by sealing ring,
Power supply and controller are located in the handle body far from brush head, the waterlogged damage of circuit components is effectively avoided.To guarantee
Motor can long-term stable work, on the outside of motor using graphene heat dissipation patch, promoted motor radiating efficiency.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 2 is the vibration brush-head structure schematic diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 3 is the notch schematic diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 4 is the rotating mechanism structural schematic diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 5 is the control handle arrangement schematic diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 6 be Combined-operating mode of the present invention more brush head cleaning brush can lock-stopping hinge structural schematic diagram；
Fig. 7 is the portion the A enlarged drawing of Fig. 6；
Fig. 8 is the circuit diagram of more brush head cleaning brush of Combined-operating mode of the present invention；
Fig. 9 is the controller circuitry figure of more brush head cleaning brush of Combined-operating mode of the present invention.
Appended drawing reference:
1- vibrates cleaning mechanism, and 11- vibrates brush head, 111- bristle, 112- outer housing, 113- inner housing, 114- card slot, 1141-
Groove body, 1142- baffle, 115- vibrating motor, 116- fever tablet, 12- connecting rod I, 13- can lock-stopping hinge, connection before 131- is right
Plate, connecting plate after 132- is right, the left back connecting plate of 133-, the left front connecting plate of 134-, 135- locking button, 136- gear fixture block,
137- locking spring, 138- hinge, 14- connecting rod II, the universal shaft I of 15-, 16- connecting rod III；
2- rotating mechanism, 21- connector, 22- shaft coupling, the first shaft coupling of 221- end, 222- axis body, the second shaft coupling of 223- end, 23-
Rotator, 231- sleeve body, 232- sealing ring, 233- conducting slip ring, 234- rotating electric machine, 235- sleeve body end cap, 24- screw thread
Link block；
The universal shaft II of 3-；
4- controls handle, and the first screw fastening of 41- is fixed, and the first telescopic rod of 42-, the second screw fastening of 43- is fixed, and 44- second is flexible
Bar, 45- handle body, 46- handle end cap, 47- power supply and controller, 471- power supply, 472- controller；
5-PWM generator I, 6- totem driving circuit I, 7-PWM generator II, 8- totem driving circuit II, 9-PWM occur
Device III, 10- totem driving circuit III, 11-PWM generators V, 12- totem driving circuit V, 13-PWM generators VI,
14- totem driving circuit VI.
Specific embodiment
Below with reference to embodiment, the present invention is described in further detail, but embodiments of the present invention are not limited to
The range that embodiment indicates.
Embodiment 1:
As shown in figures 1-8, more brush head cleaning brush of a kind of Combined-operating mode, including rotating mechanism 2, universal shaft II 3 and band
Have the control handle 4 of power supply, the tail end of rotating mechanism 2 is connect with the steering end of universal shaft II 3, the fixing end of universal shaft II 3 with
The head end connection for controlling handle 4, further includes 3 vibration cleaning mechanisms 1, and vibration cleaning mechanism 1 includes vibration brush head 11, connecting rod
I 12, can lock-stopping hinge 13, connecting rod II 14, universal shaft I 15 and connecting rod III 16, vibration brush head 11 removably with connection
The head end of bar I 12 is tightly connected, the tail end of connecting rod I 12 with can the head end of lock-stopping hinge 13 be fixedly connected, can lock-stopping hinge 13
Tail end be fixedly connected with the head end of connecting rod II 14, the removably steering with universal shaft I 15 of the tail end of connecting rod II 14
End connection, the fixing end of universal shaft I 15 connect with the head end of connecting rod III 16, the tail end of connecting rod III 16 removably with rotation
The head end of rotation mechanism 2 connects.Can lock-stopping hinge 13 include module I and module II, module I is located at the tail end of connecting rod I 12, module
II is located at the head end of connecting rod II 14, and module I and module II are hinged；Module I includes the left front of two pieces of connections that are parallel to each other
Connecting plate 134 and it is right before connecting plate 131, be plugged with locking button 135 on left front connecting plate 134, it is right before connecting plate 131 and locking
Affixed locking spring 137 on the corresponding position of button 135, locking spring 137 is connect with locking button 135, on locking button 135
It is socketed with gear fixture block 136；The left back connecting plate 133 and connecting plate 132 behind the right side that module II includes two pieces of connections that are parallel to each other, it is left
Connecting plate 132 is hinged by hinge 138 behind connecting plate 131, left back connecting plate 133 and the right side before preceding connecting plate 134, the right side, left
The hinged end of connecting plate 133 is set as gear structure afterwards, and gear structure is corresponding with 136 position of gear fixture block, when locking spring 137
When in the raw, gear fixture block 136 is connected between two teeth of gear structure.Vibrating brush head 11 includes bristle 111, shell
Body 112, inner housing 113, card slot 114, vibrating motor 115 and fever tablet 116, bristle 111 are mounted on outer housing 112, shell
Body 112 is removably connect with 113 surface of inner housing, and the surface of inner housing 113 is enclosed construction, and inner housing 113 is dismountable
It is tightly connected with the head end of connecting rod I 12, card slot 114 is set in inner housing 113, and vibrating motor 115 is mounted in card slot 114；
Fever tablet 116 is mounted on inner housing 113.Card slot 114 includes groove body 1141, the arc-shaped cage construction of groove body 1141, groove body
1141 front and back end is equipped with baffle 1142, and the inner wall spacing of vibrating motor 115 and inner housing 113 after installation is not more than 1mm；Card
The axial distribution 1 of slot 114.Rotating mechanism 2 includes connector 21, shaft coupling 22 and rotator 23, and connector 21 is rotating mechanism 2
Head end, the tail end of connecting rod III 16 removably connect with connector 21；Shaft coupling 22 includes axis body 222,222 head end of axis body
Equipped with the first shaft coupling end 221,222 tail end of axis body is equipped with the second shaft coupling end 223；Rotator 23 includes sleeve body 231, sleeve body end
Lid 235, conducting slip ring 233 and rotating electric machine 234；First shaft coupling end 221 is located on the outside of the head end of sleeve body 231 and and connector
21 connections, axis body 222, the second shaft coupling end 223, conducting slip ring 233 and rotating electric machine 234 are located in sleeve body 231, axis body 222
Upper socket conducting slip ring 233,233 periphery of conducting slip ring are fixedly connected with sleeve body 231, the second shaft coupling end 223 and rotating electric machine
234 power output axis connection, rotating electric machine 234 are fixedly connected with sleeve body 231；The head end face closure of sleeve body 231, above
The circular hole passed through convenient for axis body 222 is offered, the breech face of sleeve body 231 covers realization closing, sleeve by sleeve body end cap 235
The outer end face of body end lid 235 is connect with the steering end of universal shaft II 3, the fixing end of universal shaft II 3 and the head of control handle 4
End connection；Conducting slip ring 233, rotating electric machine 234, fever tablet 116 respectively with control handle 4 be electrically connected, vibrating motor 115 with
Conducting slip ring 233 is electrically connected.It is fixed including fixed 41, first telescopic rod 42 of the first screw fastening, the second screw fastening to control handle 4
43, the second telescopic rod 44, handle body 45, handle end cap 46 and power supply and controller 47；The fixing end of universal shaft II 3 passes through the
One screw fastening fixed 41 is fixed on the head end of the first telescopic rod 42, the first telescopic rod 42 it is telescopic be located at the second telescopic rod 44
Interior, the tail portion of the first telescopic rod 42 is locked at the head end of the second telescopic rod 44, the second telescopic rod 44 by the second screw fastening fixed 43
Tail end connect with handle body 45, power supply and controller 47 are set in handle body 45, and it is real to cover handle body 45 by handle end cap 46
Now close.Handle body 45 is equipped with instruction input knob, and instruction input knob includes fever knob, rotation knob and multiple vibrations
Knob, power supply and controller 47 include DC power supply 471 and controller 472, and DC power supply 471 and controller 472 are electrically connected,
The input terminal of fever knob and controller 472 is electrically connected, the corresponding output end of controller 472 and the input of conducting slip ring 233
End is electrically connected, and the corresponding output end and fever tablet 116 of conducting slip ring 233 are electrically connected；Vibration knob is defeated with controller 472
Enter end to be electrically connected, the corresponding output end of controller 472 and the input terminal of conducting slip ring 233 are electrically connected, conducting slip ring 233
Corresponding output end and vibrating motor 115 be electrically connected；The input terminal for rotating knob and controller 472 is electrically connected, controller
472 corresponding output end and rotating electric machine 234 is electrically connected.The junction of circular hole and axis body 222 is carried out close by sealing ring 232
Envelope, the outer end face of sleeve body end cap 235 are also fixedly connected with threaded connection block 24, threaded connection block 24 and universal shaft II 3
End is turned to be threadedly coupled.Rotating electric machine 234 is 25GA370 DC speed-reducing；Vibrating motor 115 is FF130 vibrating motor
115；Fever tablet 116 is PTC fever tablet 116, and the connecting position of wires of vibrating motor 115 and rotating electric machine 234 uses epoxy resin
Sealing；Post graphene heat dissipation patch in the surface of vibrating motor 115 and rotating electric machine 234.In the present invention, vibration brush head 11 is detachable
Be tightly connected with the head end of connecting rod I 12, the tail end of connecting rod II 14 removably connects with the steering end of universal shaft I 15
It connects, the tail end of connecting rod III 16 is removably to be threadedly coupled with the detachable connection method in the head end of rotating mechanism 2.
Outer housing 112 of the present invention is removably connect with 113 surface of inner housing, to be socketed mode.In connection of the invention, be all with
It seals based on waterproof connection.
As shown in figure 9, controller 472 of the invention is common control circuit, the rotation including being connected in parallel on both ends of power
Circuit, heating circuit and multiple vibrating circuits.
Rotation circuit: 4 feet (reset) and 8 feet (VCC) of 555 timer U1 are connected to positive pole, and 1 foot (GND) connects
Power cathode, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C2 of 0.01uF accesses power cathode, to prevent introducing interference；2
Foot is low level triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level triggering
Arteries and veins；7 feet are discharge end；2,6,7 feet and resistance R2, potentiometer R1 and diode D1, D2, capacitor C1 are connected, constitute duty
Than adjustable PWM generator I 5；The output of 555 timers cannot directly drive rotating electric machine 234 and PTC fever tablet 116, therefore defeated
Foot 3 and R3 damping resistance and triode Q1 and Q2 composition totem driving circuit I 6 to be out to promote current driving ability, wherein Q1
For NPN pipe, collector connects positive pole, Q2 PNP, and emitter connects power cathode, and the base stage of Q1 and Q2 are connected to goes here and there with R3 together
Input pin 3 is accessed, the emitter of Q1 and the collector of Q2 are connected to the N-channel MOS field-effect tube for connecing Q3 high current together
(MOSFET), the driving capability of 1A, driving motor are provided；D3 is freewheeling diode, is armature current during power tube cut-off
Access is provided, had not only guaranteed the continuity of armature current, but also prevents the self-induction counter electromotive force of armature coil from damaging power tube；PWM hair
The frequency that raw device I 5 exports pulse depends on the numerical value of R2 and C1, by adjusting R1 resistance value (connecing rotation knob) i.e. changeable 555
3 foot of timer U1 output end exports the width of pulse, adjusts the speed to rotating electric machine 234.
Vibrating circuit:
4 feet (reset) and 8 feet (VCC) of (1) 555 timer U5 are connected to positive pole, and 1 foot (GND) connects power cathode, and 5
Foot (CONTROL VOLTAGE) is connected with the capacitor C4 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low level
Triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet are to put
Electric end；2,6,7 feet and resistance R5, potentiometer R4 and diode D4, D5, capacitor C8 are connected, constitute the adjustable PWM of duty ratio
Generator II 7；555 timer U5 output cannot directly drive vibrating motor 115 and PTC fever tablet 116, thus output pin 3 with
R6 damping resistance and triode Q4 and Q5 composition totem driving circuit II 8 are to promote current driving ability, and wherein Q4 is NPN
Pipe, collector connect positive pole, Q5 PNP, and emitter connects power cathode, the base stage of Q4 and Q5 be connected to concatenated together with R6 into
Input pin 3, the emitter of Q4 and the collector of Q5 are connected to the N-channel MOS field-effect tube (MOSFET) for connecing Q6 high current together, mention
For the driving capability of 1A, vibrating motor 115 is driven；D6 is freewheeling diode, is provided during power tube cut-off for armature current
Access, had not only guaranteed the continuity of armature current, but also prevented the self-induction counter electromotive force of armature coil from damaging power tube；PWM generator
The frequency of II 7 output pulses depends on the numerical value of R5 and C8, by adjusting i.e. changeable 555 timing of R4 resistance value (connecing vibration knob)
3 foot of device U5 output end exports the width of pulse, adjusts the speed to vibrating motor 115.
4 feet (reset) and 8 feet (VCC) of (2) 555 timer U6 are connected to positive pole, and it is negative that 1 foot (GND) connects power supply
Pole, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C6 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low
Level triggers end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet
For discharge end；2,6,7 feet and resistance R8, potentiometer R7 and diode D7, D8, capacitor C5 are connected, and it is adjustable to constitute duty ratio
PWM generator III 9；555 timer U6 output cannot directly drive vibrating motor 115, therefore output pin 3 and R9 damping electricity
Resistance and triode Q7 and Q8 composition totem driving circuit III 10 are to promote current driving ability, and wherein Q7 is NPN pipe, current collection
Pole connects positive pole, Q8 PNP, and emitter connects power cathode, and the base stage of Q7 and Q8 are connected to be concatenated with R9 into input pin 3 together,
The emitter of Q7 and the collector of Q8 are connected to the N-channel MOS field-effect tube (MOSFET) for connecing Q9 high current together, provide the drive of 1A
Kinetic force drives vibrating motor 115；D9 is freewheeling diode, provides access during power tube cut-off for armature current, both protected
The continuity of armature current is demonstrate,proved, and prevents the self-induction counter electromotive force of armature coil from damaging power tube；PWM generator III 9 exports arteries and veins
The frequency of punching depends on the numerical value of R8 and C5, by adjusting the i.e. changeable 555 timer U6 output of R7 resistance value (connecing vibration knob)
The width for holding the output pulse of 3 feet, adjusts the speed vibrating motor 115.
4 feet (reset) and 8 feet (VCC) of (3) 555 timer U2 are connected to positive pole, and it is negative that 1 foot (GND) connects power supply
Pole, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C8 of 0.01uF accesses power cathode, to prevent introducing interference；2 feet are low
Level triggers end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level and trigger arteries and veins；7 feet
For discharge end；2,6,7 feet and resistance R11, potentiometer R10 and diode D10, D11, capacitor C7 are connected, constitute duty ratio
Adjustable PWM generator V；555 timer U2 output cannot directly drive vibrating motor 115 and PTC fever tablet 116, therefore defeated
Foot 3 and R12 damping resistance and triode Q10 and Q11 composition totem driving circuit V to be out to promote current driving ability,
Middle Q10 is NPN pipe, and collector connects positive pole, Q11 PNP, and emitter connects power cathode, and the base stage of Q10 and Q11 are connected to one
It rises and R12 is concatenated into input pin 3, the emitter of Q10 and the collector of Q11 are connected to the N-channel MOS field for connecing Q12 high current together
Effect pipe (MOSFET) provides the driving capability of 1A, drives vibrating motor 115；D12 is freewheeling diode, is ended in power tube
Period provides access for armature current, has not only guaranteed the continuity of armature current, but also prevents the self-induction counter electromotive force of armature coil from damaging
Bad power tube；The frequency that PWM generator exports pulse depends on the numerical value of R11 and C7, (connects vibration rotation by adjusting R10 resistance value
Button) width that 555 timer U2 output end, 3 foot exports pulse can be changed, vibrating motor 115 is adjusted the speed.
Heating circuit: 4 feet (reset) and 8 feet (VCC) of 555 timer U3 are connected to positive pole, 1 foot (GND)
Power cathode is connect, 5 feet (CONTROL VOLTAGE) are connected with the capacitor C10 of 0.01uF accesses power cathode, dry to prevent introducing
It disturbs；2 feet are low level triggering end, thus input low level trigger pulse；6 feet are high level triggering end, thus export high level
Trigger arteries and veins；7 feet are discharge end；2,6,7 feet and resistance R14, potentiometer R13 and diode D13, D14, capacitor C9 are connected, structure
At the adjustable PWM generator VI 13 of duty ratio；555 timer U3 output cannot directly drive PTC fever tablet 116, therefore defeated
Foot 3 and R15 damping resistance and triode Q13 and Q14 composition totem driving circuit VI 14 to be out to promote current driving ability,
Wherein Q13 is NPN pipe, and collector connects positive pole, Q14 PNP, and emitter connects power cathode, and the base stage of Q13 and Q14 are connected to
It is concatenated with R15 together into input pin 3, the emitter of Q13 and the collector of Q14 are connected to the N-channel MOS for connecing Q15 high current together
Field-effect tube (MOSFET) provides the driving capability of 1A, drives PTC fever tablet 116；The frequency of the output pulse of PWM generator VI 13
Rate depends on the numerical value of R14 and C9, by adjusting R13 resistance value (the hot knob of sending and receiving) i.e. changeable 555 timer U3 output end, 3 foot
The width for exporting pulse, to fever tablet 116F1 in parallel, fever tablet 116F2, fever tablet 116F3 temperature adjustment.
The working principle of the invention:
1, it rotates: rotating clockwise rotation knob one week, rotating electric machine 234 obtains electric, 234 turns of rotating electric machine of the driving of controller 472
Dynamic, 233 no power of conducting slip ring, rotating electric machine 234 drives connector 21 to rotate by shaft coupling 22, and then drives multiple vibrations
Cleaning mechanism 1 rotates；Rotation knob is continued to rotate, rotary rpm can be adjusted；It is in situ that knob cycle counterclockwise will be rotated,
234 power loss of rotating electric machine stops working；
2, it vibrating: rotating clockwise any vibration knob one week, conducting slip ring 233 is powered, and corresponding vibrating motor 115 must be electric,
Controller 472 drives vibrating motor 115 to vibrate；Vibration knob is continued to rotate, vibration frequency can be adjusted；Knob will be vibrated
Cycle counterclockwise is in situ, and 233 power loss of conducting slip ring, vibrating motor 115 stops working；
3, it generates heat: rotating clockwise fever knob one week, conducting slip ring 233 is powered, and controller 472 drives all vibration cleaners
The fever tablet 116 of structure 1 obtains electric fever.
4, rotation+vibration: while rotation knob and any vibration knob are adjusted, brush head rotation speed can be achieved at the same time
Degree is adjusted and vibration frequency is adjusted.
5, fever+rotation+vibration: while fever knob, rotation knob and vibration knob are adjusted, it can be in heating shape
Realize that brush head rotation speed is adjusted and vibration frequency is adjusted under state simultaneously.
Angular adjustment mode:
First order angular adjustment: realize that the direction of multiple vibration cleaning mechanisms 1 is adjusted by rotating universal shaft II 3；
Second level angular adjustment: realize that the direction of single vibration cleaning mechanism 1 is adjusted by rotating universal shaft I 15；
Third level angular adjustment: pressing locking button 135, and locking spring 137 is compressed, the tooth being socketed on locking button 135
Wheel fixture block 136 is removed between two teeth, and the gear structure of left back connecting plate 133 unlocks, and connecting rod I 12 can be according to hinged side
To up and down or left and right rotation is carried out, after going to suitable angle, locking button 135 is unclamped, locking spring 137 resets, tooth
Wheel fixture block 136 block back to be locked between two teeth of gear structure, i.e. the adjusting of completion third level angle.
Length adjustment:
By unclamping the second screw fastening fixed 43, the first telescopic rod 42 stretches in the second telescopic rod 44 carries out length adjustment, when
After adjusting appropriate length, the second screw fastening fixed 43 is tightened.
In the description of the present invention, it is to be understood that, term " center ", " longitudinal direction ", " transverse direction ", " preceding ", "
Afterwards ", the orientation of the instructions such as "left", "right", " head ", " tail ", "vertical", "horizontal", "top", "bottom" "inner", "outside"
Or positional relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of description of the present invention and simplification of the description, and
It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore
It should not be understood as limiting the scope of the invention.It should also be noted that, unless otherwise clearly defined and limited, " phase
Even ", the terms such as " connection " shall be understood in a broad sense, for example, it may be being fixedly connected；It can be dismantling connection；It is also possible to a company
It connects；It can be and be directly connected to；It can be and be indirectly connected with by intermediary, the connection inside two elements can be made, for this
For the those of ordinary skill in field, the concrete meaning of above-mentioned term in the present invention can be understood with concrete condition.In the present invention
The equipment connection mode not elaborated is understood by the conventional connection type of this field.
Above-described embodiment is only further described the purpose of the present invention, technical scheme and beneficial effects specific
A example, present invention is not limited to this.All any modification, equivalent substitution and improvement done within the scope of disclosed by the invention
Deng being all included in the scope of protection of the present invention.
Claims (10)
1. more brush head cleaning brush of a kind of Combined-operating mode, including rotating mechanism, universal shaft II and with the control of power supply
Handle, the tail end of the rotating mechanism are connect with the steering end of universal shaft II, the fixing end of universal shaft II and the head of control handle
End connection, it is characterised in that: further include several vibration cleaning mechanisms, the vibration cleaning mechanism includes vibration brush head, connecting rod
I, can lock-stopping hinge, connecting rod II, universal shaft I and connecting rod III, the dismountable head end with connecting rod I of the vibration brush head
Be tightly connected, the tail end of the connecting rod I with can the head end of lock-stopping hinge be fixedly connected, it is described can lock-stopping hinge tail end and company
The head end of extension bar II is fixedly connected, and the tail end of the connecting rod II is removably connect with the steering end of universal shaft I, and described ten thousand
Connect to the fixing end of shaft I with the head end of connecting rod III, the tail end of the connecting rod III removably with the rotating mechanism
Head end connection.
2. more brush head cleaning brush of Combined-operating mode according to claim 1, it is characterised in that: it is described can lock-stopping hinge
Including module I and module II, the module I is located at the tail end of connecting rod I, and the module II is located at the head end of connecting rod II, institute
It states module I and module II is hinged；The module I includes the preceding connection of left front connecting plate and the right side of two pieces of connections that are parallel to each other
Plate, is plugged with locking button on the left front connecting plate, it is described it is right before affixed lock on connecting plate position corresponding with locking button
Only spring, the locking spring are connect with locking button, are socketed with gear fixture block on the locking button；The module II includes
The left back connecting plates of two pieces of connections that are parallel to each other and it is right after connecting plate, the left front connecting plate, it is right before connecting plate, left back connecting plate
Hinged by hinge with connecting plate behind the right side, the hinged end of the left back connecting plate is set as gear structure, the gear structure
It is corresponding with gear fixture block position, when locking spring in the raw when, gear fixture block be connected to gear structure two teeth it
Between.
3. more brush head cleaning brush of Combined-operating mode according to claim 1, it is characterised in that: the vibration brush head packet
Bristle, outer housing, inner housing, card slot, vibrating motor and fever tablet are included, the bristle is mounted on outer housing, the outer housing
Removably connect with interior shell surface, the surface of the inner housing is enclosed construction, the inner housing removably with connection
The head end of bar I is tightly connected, and the card slot is set in inner housing, and the vibrating motor is mounted in card slot；The fever tablet peace
On inner housing.
4. more brush head cleaning brush of Combined-operating mode according to claim 3, it is characterised in that: the card slot includes slot
The front and back end of body, the arc-shaped cage construction of groove body, the groove body is equipped with baffle, the vibrating motor and inner housing after installation
Inner wall spacing is not more than 1mm；Axially distribution 1-2 is a for the card slot.
5. more brush head cleaning brush of Combined-operating mode according to claim 4, it is characterised in that: the rotating mechanism packet
Connector, shaft coupling and rotator are included, the connector is the head end of rotating mechanism, and the tail end of the connecting rod III is dismountable
It is connect with connector；The shaft coupling includes axis body, and the axis body head end is equipped with the first shaft coupling end, and axis body tail end is equipped with second
Shaft end；The rotator includes sleeve body, sleeve body end cap, conducting slip ring and rotating electric machine；First shaft coupling end is located at set
It is connect on the outside of the head end of cylinder and with connector, the axis body, the second shaft coupling end, conducting slip ring and rotating electric machine are located at sleeve body
It is interior, conducting slip ring is socketed on the axis body, the conducting slip ring periphery is fixedly connected with sleeve body, second shaft coupling end and rotation
The power output axis connection of rotating motor, the rotating electric machine are fixedly connected with sleeve body；The head end face closure of the sleeve body, on
Face offers the circular hole passed through convenient for axis body, and the breech face of the sleeve body covers realization closing, the set by sleeve body end cap
The outer end face of barrel body end cover is connect with the steering end of universal shaft II, the fixing end of the universal shaft II and the head of control handle
End connection；The conducting slip ring, rotating electric machine, fever tablet are electrically connected with control handle respectively, the vibrating motor and conduction
Slip ring is electrically connected.
6. more brush head cleaning brush of Combined-operating mode according to claim 5, it is characterised in that: the control handle packet
Include fixed fixed the first screw fastening, the first telescopic rod, the second screw fastening, the second telescopic rod, handle body, handle end cap and power supply and
Controller；The fixing end of the universal shaft II is by the fixed head end for being fixed on the first telescopic rod of the first screw fastening, and described the
One telescopic rod is telescopic to be located in the second telescopic rod, and the tail portion of the first telescopic rod is stretched by the second screw-threaded coupling cover locking second
The tail end of the head end of contracting bar, second telescopic rod is connect with handle body, and the power supply and controller are set in handle body, by hand
Pommel lid covers handle body and realizes closing.
7. more brush head cleaning brush of Combined-operating mode according to claim 6, it is characterised in that: set on the handle body
Have an instruction input knob, it includes fever knob, rotation knob and multiple vibration knobs that described instruction, which inputs knob, the power supply and
Controller includes DC power supply and controller, and the DC power supply and controller are electrically connected, the fever knob and controller
Input terminal be electrically connected, the input terminal of the corresponding output end of the controller and conducting slip ring is electrically connected, described conductive sliding
The corresponding output end and fever tablet of ring are electrically connected；The input terminal of the vibration knob and controller is electrically connected, the control
The corresponding output end of device and the input terminal of conducting slip ring are electrically connected, the corresponding output end and vibrating motor of the conducting slip ring
It is electrically connected；The input terminal of the rotation knob and controller is electrically connected, the corresponding output end and electric rotating of the controller
Machine is electrically connected.
8. more brush head cleaning brush of Combined-operating mode according to claim 5, it is characterised in that: the circular hole and axis body
Junction be sealed by sealing ring, the outer end face of the sleeve body end cap is also fixedly connected with threaded connection block, the spiral shell
Line link block is threadedly coupled with the steering end of universal shaft II.
9. more brush head cleaning brush of Combined-operating mode according to claim 5, it is characterised in that: the rotating electric machine is
25GA370 DC speed-reducing；The vibrating motor is FF130 vibrating motor；The fever tablet is PTC fever tablet, the vibration
The connecting position of wires of dynamic motor and rotating electric machine is sealed using epoxy resin；The surface of the vibrating motor and rotating electric machine is posted
Graphene heat dissipation patch.
10. more brush head cleaning brush of Combined-operating mode according to claim 1, it is characterised in that: the vibration cleaning
Mechanism is set as 1-6.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910568799.7A CN110393366A (en) | 2019-06-27 | 2019-06-27 | More brush head cleaning brush of Combined-operating mode |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910568799.7A CN110393366A (en) | 2019-06-27 | 2019-06-27 | More brush head cleaning brush of Combined-operating mode |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110393366A true CN110393366A (en) | 2019-11-01 |
Family
ID=68324280
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910568799.7A Withdrawn CN110393366A (en) | 2019-06-27 | 2019-06-27 | More brush head cleaning brush of Combined-operating mode |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110393366A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110946393A (en) * | 2019-11-14 | 2020-04-03 | 安徽省潜山县志发机电配件有限公司 | Industrial brush capable of improving cleaning effect |
-
2019
- 2019-06-27 CN CN201910568799.7A patent/CN110393366A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110946393A (en) * | 2019-11-14 | 2020-04-03 | 安徽省潜山县志发机电配件有限公司 | Industrial brush capable of improving cleaning effect |
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Application publication date: 20191101 |
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| WW01 | Invention patent application withdrawn after publication |