Summary of the invention
To solve the deficiencies in the prior art, the object of the present invention is to provide detergent concentration can the cleaning glass of self-regulated set
It is standby.
To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.
A kind of detergent concentration can self-regulated glass cleaning equipment comprising power supply component, power transfer mechanism, stream
Amount control device, cleaning device, water pot, cleaning tank, power supply component are used to clean glass for cleaning device to provide to clean and move
Power, power transfer mechanism can receive the power of power supply component and the power are transferred to cleaning device, and water pot is for being clear
Cleaning water source needed for clean device provides, cleaning tank are used to provide required detergent during glass surface cleaning for cleaning device,
Cleaning device can receive the mixed liquor of clean water and detergent and clean to glass, and volume control device is for controlling cleaning
The mixed proportion of clean water and detergent in device;
The volume control device includes control mechanism, detergent flow control mechanism, water flow control mechanism, cleaning
Agent flux control mechanism is used to control the flow of the detergent flowed into cleaning device, and water flow control mechanism is flowed into for controlling
The flow of clean water in cleaning device, control mechanism are used to control detergent flow control mechanism and water flow control mechanism
It opens or closes;
The detergent flow control mechanism and water flow control mechanism includes flow controlling unit, fixes bracket,
Flow controlling unit is installed on fixed bracket;
The cleaning tank includes cleaning tank ontology, conducting hose, and one end that hose is connected connect with cleaning tank ontology, is another
One end is connect with the flow controlling unit for being set to detergent flow control mechanism;
The water pot includes water pot ontology, diversion pipe, and one end of diversion pipe connect with water pot ontology, the other end and setting
It is connected in the flow controlling unit of water flow control mechanism.
Advanced optimizing and improving as this programme.
The flow controlling unit includes screw nipple, tee tube, sealing-plug, connecting tube, and the tee tube is set
It is equipped with vertical flow tube, horizontal flow tube, vertical flow tube is vertically installed in horizontal flow tube middle position and mutually connects and constitute T-type
Structure, one end of horizontal flow tube is threaded ends, the other end is liquid extruding end, the conducting hose or diversion pipe and three
The vertical flow tube of siphunculus, which connects, to be connected, and the sealing-plug is set in horizontal flow tube and the two constitutes sealed sliding and matches
It closes, by sliding of the sealing-plug in horizontal flow tube, to control the effective vent ruler at vertical flow tube and horizontal flow tube connection
Very little, the screw nipple is movably installed on fixed bracket and can rotate around center axis, screw nipple
Central axial direction is parallel with the central axial direction of shaft, and the connection end of screw nipple and horizontal flow tube is the end of thread,
The end of thread of screw nipple is threadedly coupled with the threaded ends of tee tube, one end of the connecting tube and horizontal flow tube
The connection of liquid extruding end is connected, the other end and cleaning device connection are connected;
The flow controlling unit further includes adjustment spring, and built-in step is provided in the horizontal flow tube, built-in
Step be set to horizontal flow tube liquid extruding end and horizontal flow tube, vertical flow tube connection between, the adjustment spring
It being set in horizontal flow tube, the built-in step in one end of adjustment spring and horizontal flow tube contradicts, the other end and sealing-plug contradict,
The elastic force of adjustment spring makes threaded connection end motion of the sealing-plug towards horizontal flow tube;
The flow controlling unit further includes gear c, and gear c is socketed on the outside of screw nipple, the gear c
It is connect between screw nipple by connector, and gear, when threadingly connecting tube is axially displaced, gear c can pass through
Connector continues to screw nipple output power, and the connector is the external splines two being set on screw nipple, sets
Be placed at the center gear c and with the matched internal spline two of external splines two-phase, gear c be subjected to external motivating force simultaneously to screw thread connect
Adapter tube is transmitted.
Advanced optimizing and improving as this programme.
The power transfer mechanism includes bevel gear transmission, shaft, and the bevel gear transmission includes master
The power output end of dynamic bevel gear, driven wheel of differential, the power supply component is connect with drive bevel gear, driven wheel of differential
It is engaged with drive bevel gear and driven wheel of differential is fixedly sheathed in the outside of shaft.
Advanced optimizing and improving as this programme.
The control mechanism includes loop bar, impeller, fixed link, gear part, the central axis of the fixed link
Direction is parallel with the central axial direction of shaft, and the gear part is socketed on the outside of shaft, and the one of the impeller
End cap is connected to the outside of fixed link, the other end is socketed on the outside of shaft and is flexibly connected with gear part, and impeller can edge
The axial movement of fixed link when impeller is axially displaced along fixed link, can drive gear part to move axially along shaft, institute
The loop bar stated is socketed on the outside of fixed link and is flexibly connected with impeller, and loop bar can sliding axially and cover along fixed link
Bar can draw the synchronous fortune of impeller when along fixed link axis shift occurs for loop bar around the center axis thereof of fixed link
It is dynamic;
It is connected between the gear part and shaft by linkage part, and along shaft position axially occurs for gear part
When shifting, shaft can be continued by linkage part to gear part output power, and the linkage part is to be set in shaft
External splines one, the internal spline one for being set to gear part;
The gear part includes gear a, gear b, connection loop bar, gear a, gear b, the connection equal coaxial line cloth of loop bar
It sets and gear a, gear b is fixedly installed on the one end for connecting loop bar respectively, internal spline one is set in gear a and gear b
Match at the heart and with the external splines one being set in shaft, the impeller is fixedly connected on connection loop bar;
When gear part is moved along the central axial direction of shaft, and makes gear a in gear part and be set to clear
When the gear c engagement of the flow controlling unit in clean agent flux control mechanism, gear part can clean agent flux control to being set to
Screw nipple on flow controlling unit in mechanism processed transmits rotary force, and controls the flow of detergent;
When gear part is moved along the central axial direction of shaft, and makes gear b in gear part and be set to water
When the gear c engagement of the flow controlling unit in flow control mechanism, gear part can be to being set in water flow control mechanism
Flow controlling unit on screw nipple transmit rotary force, and control the flow of water.
Advanced optimizing and improving as this programme.
The cleaning device includes cleaning head, cleaning shaft, accommodates tank, fixing sleeve, and the receiving tank can receive stream
It measures the detergent or water that control unit is discharged and accommodates the holding tank being provided in tank for accommodating detergent or water, cleaning turns
The central axial direction of axis is overlapped with the central axial direction of shaft, and the one end for cleaning shaft connect with shaft, the other end and clear
Clean head connection, shaft rotation drives cleaning shaft rotation, and cleaning head is driven to rotate;
The cleaning shaft is the cylindrical barrel body structure of both ends open, and the part that the shaft is located in holding tank is set
It is equipped with the water flowing inner cavity connected with cleaning shaft inner cavity, the periphery of shaft is provided with and the connection of water flowing inner cavity and and holding tank
The permeable hole of connection, clean inner cavity is provided in the cleaning head and the inner cavity of clean inner cavity and cleaning shaft is connected, clearly
It is in the limbers for being evenly spaced on and connecting with clean inner cavity that several are provided on the end face of clean head and glass contact.
Advanced optimizing and improving as this programme.
Glass cleaning equipment further includes the mounting device for quickly and easily installing or removing cleaning tank ontology, described
Mounting device includes installation shell, installs and limit switches, position-limit mechanism, limit switch, position-limit mechanism, braking are arranged on shell
Spring;
The installation shell includes outer cover body, consolidates positioned at outer cover body side and with what outer cover body was structure as a whole
Fixed circle, for fixed cleaning tank ontology, the outer cover body is used for towards being provided on the face of volume control device retainer plate
The mounting groove of limit switch is accommodated, for mounting groove towards limit sliding chutes are provided on the cell wall of retainer plate, position-limit mechanism is installed on limit
In the sliding slot of position and position-limit mechanism can be moved along the guide direction of limit sliding chutes;
The limit switch includes shank, tripping spring, locking sliding block, one end of the shank be positive stop end and
Positive stop end is connect with locking sliding block, the other end and outer cover body are hinged, and hinged place is located at the lower section of mounting groove and hinged central spindle
Line is parallel with the groove depth direction of mounting groove, and the slot bottom of the mounting groove is provided with the protrusion of the constraint above locking sliding block,
The locking sliding block towards being provided with mobile protrusion on the face of constraint protrusion, one end of tripping spring with it is mobile it is raised connect,
The other end is connect with constraint protrusion, and the elastic force of tripping spring moves upwards locking sliding block along the guide direction of mounting groove, described
Locking sliding block be set in mounting groove and locking sliding block is towards guide chute is provided on the face of mounting groove slot bottom, guiding is slided
The cell wall of slot and mounting groove matches and locking sliding block can be slided up and down by guide chute and installation groove groove wall cooperation;
The locking sliding block includes locking sliding block ontology, is integrated below the retainer plate and with locking sliding block ontology
The filler ring of structure, the filler ring are connect with conducting hose, and the locking sliding block ontology is towards on the face of volume control device
It is provided with guide and limit slot, the positive stop end of the shank is located in guide and limit slot, and shank and the cooperation of guide and limit slot control
Position-limit mechanism opens or closes;
The guide and limit slot includes guiding groove one, limiting slot, guiding groove two, guiding groove one, limiting slot, guiding groove two
Between mutually connect, for guiding the positive stop end of shank into limiting slot, the limiting slot is used for the guiding groove one
The movement of shank is limited, the guiding groove two is for the positive stop end of shank to be guided out from limiting slot;
The position-limit mechanism includes gag lever post, position limiting slide block, and gag lever post is structure as a whole with position limiting slide block, position limiting slide block
Match with the limit sliding chutes on installation shell and position limiting slide block can be slided along the guide direction of limit sliding chutes, the one of gag lever post
The hinged and hinged shaft core line with locking sliding block ontology is held to be pressing end perpendicular to the groove depth direction of mounting groove, the other end and be used for
Locking positioning is carried out to cleaning tank ontology.
Advanced optimizing and improving as this programme.
The inclined arrangement of the channeling direction of the limit sliding chutes and the distance between limit sliding chutes and mounting groove slot bottom
Guide direction along mounting groove is from top to bottom incremented by, when gag lever post is moved along the channeling direction of limit sliding chutes, the pressing of gag lever post
It holds and contacts or disengage with the tank bottom of cleaning tank ontology, to be limited or be cancelled limitation to cleaning tank ontology.
Advanced optimizing and improving as this programme.
The guiding groove one it is inclined arrangement and the distance between guiding groove one and filler ring along the guiding side of mounting groove
To being incremented by from the bottom to top, the guiding groove two is arranged vertically, the V-shaped structure of the limiting slot, the output of guiding groove one
End and the input terminal of limiting slot are connected, and the output end of limiting slot and the input terminal of guiding groove two are connected, the output end of guiding groove two
It is connected with the input terminal of guiding groove one;
The upper V-shaped groove wall minimum point of the limiting slot is close to the input terminal of limiting slot, the close limit of lower V-shaped groove wall minimum point
The output end of position slot.
Advanced optimizing and improving as this programme.
Limited block one is provided between the output end of guiding groove one and the input terminal of limiting slot, limited block one is in wedge
The thickness of shape structure and limited block one is incremented by along one output end of guiding groove to the direction of limiting slot input terminal, the guiding groove
Limited block two, the wedge shaped structure of limited block two and limited block two are provided between two output end and the input terminal of guiding groove one
Thickness be incremented by along two output end of guiding groove to the direction of one input terminal of guiding groove, the maximum face of thickness on limited block two with draw
The input terminal of guide groove one is concordant.
Advanced optimizing and improving as this programme.
The control mechanism further includes oscillating structural member, and oscillating structural member is for making axial movement of the loop bar along fixed link, institute
The oscillating structural member stated includes control rocking bar, intermediate bar, motion bar, control rocking bar can deflection and deflected trajectory be parallel to and turn
The central axis of axis, the central axial direction for extending perpendicularly to shaft of intermediate bar control one end and the intermediate bar of rocking bar
Driving end be fixedly connected, the deflection for controlling rocking bar drives intermediate bar synchronous deflection, and motion bar is metal elastic part, living
One end of lever is fixedly connected with the output end of intermediate bar, the other end and loop bar connect, and the deflection of intermediate bar drives loop bar deflection,
The deflection of loop bar can be divided into sliding axially, around the axial direction rotation of fixed link along fixed link.
The sweep-out method of the flat-objects surface such as glass, floor stain, step are:
(1) water source and detergent preparation stage are cleaned;
S1: cleaning water source is injected into water pot ontology by water injection pipe;
S2: by mounting device by clean tank ontology be installed on shell, by retainer plate and filler ring make clean tank ontology with
Hose is connected to connect, pressing cleaning tank ontology moves downward it and filler ring and locking sliding block ontology is driven to move downward, filler ring
During being moved downward with locking sliding block ontology, when the distance between filler ring and retainer plate incrementally increase and reach maximum value,
The positive stop end of shank is entered in limiting slot by the guiding function of guiding groove one, positive stop end and limiting slot the cooperation limitation lock of shank
Tight slider body moves upwards, and tripping spring be in extended state, the elastic force of tripping spring make locking sliding block ontology do with respect to
Upper movement tendency, at the same time, gag lever post are moved downward along the channeling direction of limit sliding chutes, due to the channeling direction of limit sliding chutes
Inclined arrangement, the movement of gag lever post can be divided into vertical motion and horizontal movement, and the vertical motion of gag lever post makes the pressure of gag lever post
End is closed close to cleaning tank ontology, the horizontal movement of gag lever post contacts the pressing end of gag lever post and the tank bottom of cleaning tank ontology and right
The movement of cleaning tank ontology is limited, and cleaning tank ontology is firmly fixed under tripping spring and the cooperation at gag lever post pressing end
In shell;
(2) cleaning water source and detergent mix stages;
S3: the cleaning water source in water pot ontology is by diversion pipe inflow water flow control mechanism and by water flow control mechanism
It is delivered in the receiving tank of cleaning device, water flow control mechanism can control the cleaning water source for flowing into and accommodating tank in transmission process
Flow, when accommodate tank in cleaning water source reach aequum after, water flow control mechanism make clean water source can not flow into receiving
In tank;
S4: the detergent in cleaning tank ontology flows into detergent flow control mechanism by conducting hose, and by detergent
Flow control mechanism is delivered in the receiving tank of cleaning device to be mixed with cleaning water source, detergent flow control machine in transmission process
Structure can control the flow for flowing into the detergent for accommodating tank, after the detergent in receiving tank reaches aequum, clean agent flux
Control mechanism flow into detergent can not in receiving tank;
The detergent flow control mechanism in water flow control mechanism, step S4 in above-mentioned steps S3 includes flow
Control unit is led to when external motivating force connect with the flow controlling unit for being set to water flow control mechanism and transmits power
It crosses and is set to the flow controlling unit of water flow control mechanism the flow of clean water is adjusted;When external motivating force and setting
When the flow controlling unit of detergent flow control mechanism connects and transmits power, by being set to detergent flow control machine
The flow of detergent is adjusted in the flow controlling unit of structure;
(3) cleaning device cleans the glass stage;
S5: when shaft rotates, the permeable hole for being set to shaft can be to the mixing at cleaning water source and detergent in holding tank
Liquid carries out flow-disturbing, makes to clean water source and is uniformly mixed with detergent, and liquid after mixing passes sequentially through permeable hole, shaft
Water flowing inner cavity, the cleaning inner cavity of shaft, the clean inner cavity of cleaning head, the limbers on cleaning head are sprayed to glass surface, simultaneously
Shaft rotation drives cleaning shaft to rotate and cleaning head is driven to rotate, and cleaning head rotation makes sponge protrusion cleaning glass window;
(4) cleaning water source and detergent refill the cleaning device stage;
S6: external motivating force connect with the flow controlling unit for being set to water flow control mechanism and transmits power, setting
Flow in the flow controlling unit control cleaning water source of water flow control mechanism increases, after cleaning water source reaches aequum,
External motivating force reduces the flow at the flow controlling unit for being set to water flow control mechanism control cleaning water source until being zero;
S7: external motivating force connect with the flow controlling unit for being set to detergent flow control mechanism and transmits power,
The flow for being set to the flow controlling unit control detergent of detergent flow control mechanism increases, when detergent reaches aequum
Afterwards, the flow that external motivating force makes to be set to the flow controlling unit control detergent of detergent flow control mechanism reduce until
It is zero;
(5) the replacement stage of tank ontology is cleaned;
S8: pressing cleaning tank ontology, during pressing, the positive stop end of shank is detached from limit under the guiding function of guiding groove two
Position slot, the elastic force of tripping spring moves upwards locking sliding block ontology, at the same make gag lever post along limit sliding chutes channeling direction to
Upper movement makes the pressing end of gag lever post be detached from the tank bottom of cleaning tank ontology due to the inclined arrangement of the channeling direction of limit sliding chutes,
The unrestricted position bar of cleaning tank ontology is limited and can be removed;
S9: new cleaning tank ontology is installed on by shell by mounting device.
The beneficial effect of the present invention compared with prior art is that the detergent concentration that glass is cleaned in the present invention can be certainly
It adjusts, and it is convenient to clean the dismounting of tank ontology.
Detailed description of the invention
It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, below will be to institute in embodiment
Attached drawing to be used is needed to be briefly described, it should be apparent that, the accompanying drawings in the following description is only of the invention
Some embodiments for those of ordinary skill in the art without any creative labor, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is overall structure diagram of the invention.
Fig. 2 is cross-sectional view of the invention.
Fig. 3 is partial sectional view of the invention.
Fig. 4 is the structural schematic diagram of control mechanism of the invention.
Fig. 5 is the unmated schematic diagram of control mechanism and flow controlling unit of the invention.
Fig. 6 is the cross-sectional view of flow controlling unit of the invention.
Fig. 7 is the cross-sectional view of receiving tank of the invention.
Fig. 8 is the cooperation schematic diagram of shaft and cleaning shaft of the invention.
Fig. 9 is the cooperation schematic diagram of shaft and cleaning shaft of the invention.
Figure 10 is the cross-sectional view of anti-detachment shell of the invention.
Figure 11 is the uninstalled schematic diagram of cleaning tank ontology of the invention.
Figure 12 is the mounted schematic diagram of cleaning tank ontology of the invention.
Figure 13 is the structural schematic diagram of mounting device of the invention.
Figure 14 is the structural schematic diagram of installation shell of the invention.
Figure 15 is the structural schematic diagram of position limiting slide block of the invention.
Figure 16 is the structural schematic diagram of position-limit mechanism of the invention.
Each label meaning in figure are as follows:
100, power supply component;
200, power transfer mechanism;210, shaft;211, permeable hole;212, dive key;220, drive bevel gear;230,
Driven wheel of differential;
300, volume control device;310, control mechanism;311, rocking bar is controlled;312, intermediate bar;313, motion bar;314,
Loop bar;315, impeller;316, fixed link;317, gear part;318, external splines one;
320, detergent flow control mechanism;
330, water flow control mechanism;
340, flow controlling unit;341, screw nipple;342, external splines two;343, gear c;344, tee tube;
345, sealing-plug;346, adjustment spring;347, connecting tube;
400, cleaning device;410, cleaning head;420, shaft is cleaned;421, buffer spring;422, keyway;430, it accommodates
Tank;431, holding tank;
440, anti-detachment shell;441, inner cavity is limited;442, inner cavity is slided;443, inner cavity is connected;
500, water pot;
600, tank is cleaned;610, tank ontology is cleaned;620, hose is connected;
700, mounting device;710, shell is installed;711, outer cover body;712, mounting groove;713, constraint protrusion;714, hook
Hole;715, limit sliding chutes;716, retainer plate;
720, shank;
730, tripping spring;
740, locking sliding block;741, locking sliding block ontology;742, guide chute;743, filler ring;744, mobile protrusion;745,
Guiding groove one;746, limiting slot;747, guiding groove two;748, limited block one;749, limited block two;
750, position-limit mechanism;751, gag lever post;752, position limiting slide block;
800, shell.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole implementation
Example.Based on the embodiments of the present invention, obtained by those of ordinary skill in the art without making creative efforts
Every other embodiment, shall fall within the protection scope of the present invention.
As illustrated in figs. 1-16, a kind of detergent concentration can self-regulated glass cleaning equipment, including power supply component 100,
Power transfer mechanism 200, volume control device 300, cleaning device 400, water pot 500, cleaning tank 600, power supply component 100
Cleaning power is provided for cleaning glass for cleaning device 400, power transfer mechanism 200 can receive power supply component 100
The power is simultaneously transferred to cleaning device 400 by power, and water pot 500 cleans water source, cleaning needed for being used to provide for cleaning device 400
Tank 600 is used to provide required detergent during glass surface cleaning for cleaning device 400, and cleaning device 400 can receive cleaning
The mixed liquor of water and detergent simultaneously cleans glass, and volume control device 300 is used to control the cleaning in cleaning device 400
The mixed proportion of water and detergent.
As Figure 2-3, above-mentioned power transfer mechanism 200 includes gear drive, shaft 210, it is preferred that gear
Transmission mechanism is bevel gear transmission, and the bevel gear transmission includes drive bevel gear 220, driven wheel of differential 230,
The power output end of the power supply component 100 is connect with drive bevel gear 220, driven wheel of differential 230 and active conical tooth
220 engagement of wheel and driven wheel of differential 230 are fixedly sheathed in the outside of shaft 210, the power of the power supply component 100
Shaft 210 is transferred to by bevel gear transmission and rotates shaft 210 around center axis;Select Bevel Gear Transmission machine
Structure can make power direction of transfer that 90 degree of deflections occur, and can reduce the volume of transmission mechanism.
For the ease of holding, the present invention is additionally provided with front handlebar, rear handle, and the power supply component 100 is set to
Afterwards in handle, since bevel gear transmission can make power direction of transfer that 90 degree of deflections occur, handle can be set vertically after institute
Set, be advantageous in that, in the use of the present invention, cleanup crew can the right hand hold front handlebar, handle after left-handed, convenient for cleaning
Personnel hold.
Glass cleaning equipment further includes shell 800, and the power transfer mechanism 200, volume control device 300 are respectively provided with
In in shell 800.
As shown in figures 2-6, above-mentioned volume control device 300 includes control mechanism 310, detergent flow control mechanism
320, water flow control mechanism 330, the detergent flow control mechanism 320 connect with cleaning tank 600 and for controlling
The flow of the detergent in cleaning device 400 is flowed into, the water flow control mechanism 330 connect and is used for water pot 500
Control flows into the flow of the clean water in cleaning device 400, and the control mechanism 310 is for controlling detergent flow control machine
Structure 320 and water flow control mechanism 330 open or close.
As shown in Figure 3-4, above-mentioned control mechanism 310 includes loop bar 314, impeller 315, fixed link 316, gear part
317, the fixed link 316 is fixedly connected with shell 800 and in the central axial direction of fixed link 316 and shaft 210
Heart axis direction is parallel, and the gear part 317 is socketed on the outside of shaft 210, one end socket of the impeller 315
The outside of shaft 210 is socketed in the outside of fixed link 316, the other end and is flexibly connected with gear part 317, impeller
315 can drive gear part when impeller 315 is axially displaced along fixed link 316 along the axial movement of fixed link 316
317 move axially along shaft 210, and the loop bar 314 is socketed on the outside of fixed link 316 and connects with 315 activity of impeller
Connect, loop bar 314 can along fixed link 316 slide axially and loop bar 314 can be around the center axis thereof of fixed link 316, loop bar
314 along fixed link 316 occur axis shift when, the synchronous movement of impeller 315 can be drawn;Loop bar 314 is along fixed link 316
Being axially moved makes impeller 315 push gear part 317 during the sliding axially of shaft 210, gear part 317 and clear
Clean agent flux control mechanism 320 or water flow control mechanism 330 connect and control opening or closing for the two.
More specifically, it is connected between gear part 317 and shaft 210 by linkage part, and 317 edge of gear part
When shaft 210 is axially displaced, shaft 210 can be continued by linkage part to 317 output power of gear part, it is preferred that
The linkage part is the external splines 1 being set in shaft 210, the internal spline one for being set to gear part 317.
More optimize, the gear part 317 includes gear a, gear b, connection loop bar, gear a, gear b, connection
Loop bar equal coaxial line arrangement and gear a, gear b are fixedly installed on one end of connection loop bar respectively, in gear a and gear b
The internal spline one that the external splines 1 in shaft 210 matches is provided with and is set at the heart, and the impeller 315 is solid
Surely it is connected to connection loop bar;Gear part 317 is in the central axial direction motion process along shaft 210, when gear a and water flow
When measuring control mechanism 330 and connecting, shaft 210 to 330 output power of water flow control mechanism and can control water flow control mechanism
330 are opening, are switching between closed state, and when gear b is connect with detergent flow control mechanism 320, shaft 210 can
To 320 output power of detergent flow control mechanism and detergent flow control mechanism 320 is controlled between opening, closed state
It switches over.
As shown in figure 4, above-mentioned control mechanism 310 further includes oscillating structural member, oscillating structural member is installed on shell 800, pendulum
Dynamic component is for making loop bar 314 along the axial movement of fixed link 316.
More specifically, the oscillating structural member includes control rocking bar 311, intermediate bar 312, motion bar 313, controls rocking bar
311 are located at outside shell 800, control rocking bar 311 can deflection and deflected trajectory be parallel to the central axis of shaft 210,
Intermediate bar 312 is movably installed on shell 800, and the central axial direction for extending perpendicularly to shaft 210 of intermediate bar 312 is simultaneously
And the driving end of intermediate bar 312 is located at outside shell 800, output end is located inside shell 800, control rocking bar 311 one end with
The driving end of intermediate bar 312 is fixedly connected, and the deflection of control rocking bar 311 drives 312 synchronous deflection of intermediate bar, motion bar
313 one end is fixedly connected with the output end of intermediate bar 312, the other end and loop bar 314 are connect, and the deflection of intermediate bar 312 drives
Loop bar 314 deflects, and the deflection of loop bar 314 can be divided into sliding axially, around the axial direction rotation of fixed link 316 along fixed link 316;Set
The deflection process specific manifestation of bar 314 are as follows: when the distance between loop bar 314 and intermediate bar 312 are incremented by by minimum value to maximum value
When (loop bar 314 is far from intermediate bar 312), the deflection of motion bar 313 make loop bar 314 along the axial direction of fixed link 316 do far from
Between bar 313 sliding, while loop bar 314 being made to do the rotation of bar 313 towards the middle around the axial direction of fixed link 316, when loop bar 314 with
When the distance between intermediate bar 312 is successively decreased by maximum value to minimum value (i.e. loop bar 314 is close to intermediate bar 312), motion bar 313
Deflection makes loop bar 314 do the sliding close to intermediate bar 313 along the axial direction of fixed link 316, while making loop bar 314 around fixed link 316
Axial direction do the rotation far from intermediate bar 313.
Preferably, the motion bar 313 is metal elastic part;Motion bar 313 made of metal elastic part has
Bending property, the process that can make motion bar 313 that loop bar 314 be driven to deflect is more smooth, if motion bar 313 does not have bendability
Can, then motion bar 313 drive loop bar 314 deflect during, loop bar 314 along fixed link 316 slide axially with loop bar 314 around
It can be interfered between the axial rotation of fixed link 316, lead to Caton occur in 314 deflection process of loop bar.
As seen in figs. 5-6, above-mentioned detergent flow control mechanism 320 and water flow control mechanism 330 include flow
Control unit 340, the fixation bracket being fixedly installed on shell 800, flow controlling unit 340 are installed on fixed bracket, if
The clean water that the flow controlling unit 340 for being placed in water flow control mechanism 330 is used to control in water pot 500 flows into cleaning device
Flow in 400 is set to the flow controlling unit 340 of detergent flow control mechanism 320 for controlling in cleaning tank 600
Detergent flows into the flow in cleaning device 400, to control the mixing ratio of the clean water and detergent in cleaning device 400
Example.
More specifically, the cleaning tank 600 includes cleaning tank ontology 610, conducting hose 620, and hose 620 is connected
One end connect with cleaning tank ontology 610, the other end and the flow controlling unit 340 for being set to detergent flow control mechanism 320
Connection, cleaning device can be flowed by conducting hose 620 and flow controlling unit 340 by cleaning the detergent in tank ontology 610
In 400, the water pot 500 includes water pot ontology, diversion pipe, one end of diversion pipe connect with water pot ontology, the other end with set
The flow controlling unit 340 for being placed in water flow control mechanism 330 connects, the clean water in water pot ontology can by diversion pipe and
Flow controlling unit 340 flows into cleaning device 400.
As shown in fig. 6, above-mentioned flow controlling unit 340 include screw nipple 341, tee tube 344, sealing-plug 345,
Connecting tube 347, the tee tube 344 are provided with vertical flow tube, horizontal flow tube, and vertical flow tube is vertically installed in horizontal flow tube
Between position and mutually connect and constitute T-type structure, one end of horizontal flow tube is threaded ends, the other end is liquid extruding end,
The conducting hose 620 or diversion pipe connect connection with the vertical flow tube of tee tube 344, and the sealing-plug 345 is set to
In horizontal flow tube and the two constitute it is sealed be slidably matched, by sliding of the sealing-plug 345 in horizontal flow tube, to control
Effective vent size at vertical flow tube and horizontal flow tube connection, the screw nipple 341 are movably installed in fixed bracket
It can rotate above and around center axis, the central axial direction of screw nipple 341 and the central axial direction of shaft 210
In parallel, the connection end of screw nipple 341 and horizontal flow tube is the end of thread, the end of thread and tee tube of screw nipple 341
344 threaded ends are threadedly coupled, one end of the connecting tube 347 connect with the liquid extruding end of horizontal flow tube connection,
The other end connect connection with cleaning device 400;When screw nipple 341 rotates, due to horizontal flow tube and screw nipple 341
Between be connected through a screw thread, move screw nipple 341 can along center axis direction towards horizontal flow tube, be threadedly coupled
Pipe 341 is contacted with sealing-plug 345 during the motion, and makes liquid extruding end motion of the sealing-plug 345 towards horizontal flow tube, close
In 345 motion process of blocking, sealing-plug 345 is gradually reduced vertical flow tube with the effective vent size at horizontal flow tube connection,
To make the specific discharge of tee tube 344 be gradually reduced, to adjust the clean water or clear in cleaning tank 600 in water pot 500
The clean dose of flow flowed into tee tube 344, and be finally reached and adjust the clean water in water pot 500 or the cleaning in cleaning tank 600
Agent flows into the purpose of the flow in cleaning device 400, and after clean water is mixed with detergent completion, sealing-plug 345 will flow vertically
Pipe is sealed at horizontal flow tube connection, be entered clean water or detergent can not by tee tube 344 in cleaning device 400, is kept away
Exempt from the optimum mixture ratio example of the clean water destroyed in cleaning device 400 and detergent.
As shown in fig. 6, above-mentioned flow controlling unit 340 further includes adjustment spring 346, setting in the horizontal flow tube
There is built-in step, it is preferred that built-in step is set to the liquid extruding end of horizontal flow tube and the connection of horizontal flow tube, vertical flow tube
Between, adjustment spring 346 is set in horizontal flow tube, and one end of adjustment spring 346 is supported with the built-in step in horizontal flow tube
Touching, the other end and sealing-plug 345 contradict, and the elastic force of adjustment spring 346 makes sealing-plug 345 towards the threaded ends of horizontal flow tube
Movement;When in cleaning device 400 clean water and detergent mixing liquid after use, screw nipple 341 can be reversely rotated,
Exit the end of thread of screw nipple 341 from the threaded ends of horizontal flow tube, while sealing-plug 345 is in adjustment spring 346
Elastic force effect under towards horizontal flow tube threaded connection end motion, in 345 motion process of sealing-plug, sealing-plug 345 makes vertically
Flow tube is gradually increased with the effective vent size at horizontal flow tube connection, is made clean water or detergent by tee tube 344 and is connected
Adapter tube 347 reenters in cleaning device 400, until again inciting somebody to action sealing-plug 345 after clean water is mixed with detergent completion
It is sealed at vertical flow tube and horizontal flow tube connection, and so on.
As seen in figs. 5-6, above-mentioned flow controlling unit 340 further includes gear c343, and gear c343 is socketed on screw thread company
The outside of adapter tube 341, the gear a when gear part 317 is moved along the central axial direction of shaft 210, in gear part 317
Or gear b is engaged with the gear c in flow controlling unit 340, shaft 210 rotates and gear part 317 is driven to rotate, thus band
Moving gear c rotation, and finally rotate screw nipple 341.
More specifically, it is connected between the gear c343 and screw nipple 341 by connector, and gear
When threadingly connecting tube 341 is axially displaced, gear c can continue to export to screw nipple 341 by connector dynamic c343
Power, it is preferred that the connector is the external splines 2 342 being set on screw nipple 341, is set to the center gear c343
Place and the internal spline two to match with external splines 2 342;During gear c343 drives screw nipple 341 to rotate, spiral shell
Line connecting tube 341 is moved towards tee tube 344, at the same time, due to the presence of connector, gear c343 opposite thread connecting tube
341 occur relative displacement, and gear c can be continued by connector to 341 output power of screw nipple.
As shown in Fig. 2-3,7-9, above-mentioned cleaning device 400 include cleaning head 410, cleaning shaft 420, accommodate tank 430,
Fixing sleeve, the receiving tank 430 are fixedly installed on shell 800 by fixing sleeve, and accommodating tank 430 can receive flow control list
The detergents of 340 discharge of member and accommodate the holding tank 431 being provided in tank 430 for accommodating detergent or water at water, clean
The central axial direction of shaft 420 is overlapped with the central axial direction of shaft 210, and the one end and shaft 210 for cleaning shaft 420 connect
It connects, the connection of the other end and cleaning head 410, the rotation of shaft 210 drives cleaning shaft 420 to rotate, and cleaning head 410 is driven to rotate.
As shown in fig. 7, the cleaning shaft 420 is the cylindrical barrel body structure of both ends open, the shaft 210 is located at
Part in holding tank 431 is provided with the water flowing inner cavity connected with cleaning 420 inner cavity of shaft, and the periphery of shaft 210 is provided with
The permeable hole 211 connected with water flowing inner cavity and connected with holding tank 431 is provided with clean inner cavity in the cleaning head 410
And the inner cavity of clean inner cavity and cleaning shaft 420 is connected, and is provided with several on cleaning head 410 and the end face of glass contact and is in
The limbers for being evenly spaced on and being connected with clean inner cavity;Clean water and detergent mixture in holding tank 431 are successively
Pass through permeable hole 211, the water flowing inner cavity of shaft 210, the cleaning inner cavity of shaft 420, the clean inner cavity of cleaning head 410, cleaning head
Limbers on 410 is sprayed to glass surface, and the rotation of shaft 210 drives cleaning shaft 420 to rotate and drive 410 turns of cleaning head
Dynamic, 410 cleaning glass window of cleaning head, in addition to this, permeable hole 211 also have stirring action, specific manifestation are as follows: shaft 210 is turning
During dynamic, permeable hole 211, which can be realized, carries out flow-disturbing to the mixed liquor in holding tank 431, to promote filling for water and detergent
Divide mixing.
Preferably, several are additionally provided on the cleaning head 410 and the end face of glass contact in being evenly spaced on
Sponge protrusion, when 410 cleaning glass window of cleaning head, sponge protrusion is capable of increasing the frictional force between cleaning head 410 and glass,
To improve the efficiency that cleaning head 410 cleans glass.
More optimizing, the shaft 210 is located at the lower section of holding tank 431, its significance lies in that, holding tank can be improved
The utilization rate of clean water and detergent mixture in 431 will appear residual if shaft 210 is not located at the lower section of holding tank 431
Stay phenomenon, specific manifestation are as follows: holding tank 431, which is located at the water of 210 top of shaft and detergent mixture, can pass through permeable hole 211
Into in cleaning head 410, and water and detergent mixture that holding tank 431 is located at the lower section of shaft 210 are due to can not be with permeable hole
211 contacts lead to not enter in cleaning head 410 by permeable hole 211, can only remain in holding tank 431, not only reduce
The utilization rate of water and detergent mixture in holding tank 431, the also optimum mixture ratio to clean water and detergent next time
Example impacts.
When cleaning device 400 cleans glass, if cleaning of the glass surface there are stain, in cleaning device 400
First 410 cannot quickly remove stain, in order to quickly remove the stain of glass surface, go back in cleaning device 400
It is provided with buffer gear, the buffer gear makes between cleaning head 410 and shaft 210 that there are cushion effects, and cushion effect is not only
Cleaning head 410 can be made quickly to remove the spot of glass surface, additionally it is possible to reduce the vibration between cleaning head 410 and glass surface
It is dynamic.
As Figure 8-9, above-mentioned buffer gear include buffering connector, the shaft 210 and cleaning shaft 420 it
Between by buffering connector connection, and when cleaning shaft 420 and being subjected to displacement along center axis direction, shaft 210 can lead to
It crosses buffering connector to continue to cleaning 420 output power of shaft, it is preferred that the buffering connector includes being set to shaft
Dive key 212 on 210, the keyway 422 being set in cleaning shaft 420.
As Figure 8-9, above-mentioned buffer gear further includes buffer spring 421, is set in 420 inner cavity of cleaning shaft
It is equipped with built-in step, one end of buffer spring 421 and the built-in step conflict being set in cleaning 420 inner cavity of shaft, the other end
It is contradicted with shaft 210, the elastic force of buffer spring 421 transports cleaning shaft 420 towards cleaning head 410 along center axis direction
It is dynamic;When cleaning head 410 and glass surface contact, glass surface not only makes to clean shaft 420 to the reaction force of cleaning head 410
Buffer spring 421 is compressed, there are buffer springs to make to clean between shaft 420 and shaft 210, additionally it is possible to increase cleaning head
Sponge protrusion on 410 is conducive to eliminate stain to the frictional force of glass surface.
Cleaning device 400 cleans in glass process, and when cleaning head 410 is contacted with glass surface, buffer spring 421 is in
Compressive state, when cleaning head 410 is disengaged with glass surface, the elastic force of buffer spring 421 can be such that cleaning shaft 420 does far
Movement from shaft 210 in this motion process, if the elastic force of buffer spring 421 is excessive, will lead to shaft 210 and cleaning turns
Be detached between axis 420, in order to prevent this occurrence of, shaft 210 and cleaning shaft 420 junction be provided with anticreep
From shell 440.
As shown in Figure 10, above-mentioned anti-detachment shell 440 is the cylindrical barrel body structure of both ends open, anti-detachment shell 440
Inner cavity be divided into three parts, the limit inner cavity 441 that respectively matches with shaft 210, the connection to match with cleaning shaft 420
Inner cavity 443 positioned at limit inner cavity 441 and connects between inner cavity 443 and the sliding inner cavity 442 that matches with dive key 212,
Limit inner cavity 441 diameter be less than sliding inner cavity 442 diameter, the shaft 210 be slidably socketed in limit inner cavity 441 in,
The dive key 212 is set in sliding inner cavity 442 and the two composition is slidably matched, and the cleaning shaft 420 can
Disassembly is socketed in connection inner cavity 443, it is preferred that cleaning shaft 420 is connected through a screw thread with inner cavity 443 is connect;Buffering elastic
The elastic force of spring 421 does cleaning shaft 420 in the motion process far from shaft 210, due to cleaning shaft 420 and anti-detachment shell
440 are connected through a screw thread, and cleaning shaft 420 drives anti-detachment shell 440 to move synchronously, and the movement of anti-detachment shell 440 is suitable
The movement towards limit inner cavity 441 is done in sliding inner cavity 442 in dive key 212, since the diameter of limit inner cavity 441 is less than
The diameter for sliding inner cavity 442 limits 441 restricted guidance of inner cavity when dive key 212, which is moved to, to be contacted with limit inner cavity 441
Flat key 212 continues to move, so that limiting cleaning shaft 420 does the movement far from shaft 210, be finally reached prevent shaft 210 with
The purpose being detached between cleaning shaft 420.
As shown in Figure 1, above-mentioned water pot ontology is fixedly installed in the outside of shell 800, water filling is provided on water pot ontology
Pipe, when the water in water pot ontology after use, water can be injected into water pot ontology by water injection pipe;Above-mentioned cleaning tank ontology
610 are movably installed in the outside of shell 800, when cleaning tank ontology 610 in detergent after use, replaceable new cleaning tank
Ontology 610, in order to clean the install convenient of tank ontology 610, the present invention is additionally provided with mounting device 700, and mounting device 700 can
Quickly and easily installation or removal cleaning tank ontology 610.
As illustrated in figures 11-16, above-mentioned mounting device 700 includes installation shell 710, limit switch, position-limit mechanism 750,
Installation shell 710 is fixedly connected with shell 800 and installs installation limit switches, position-limit mechanism 750 on shell 710, when clear
When clean tank ontology 610 is completed to connect with conducting hose 620, position-limit mechanism 750 is by the movement of limitation cleaning tank ontology 610, when right
When cleaning tank ontology 610 is replaced, limit switch can make limitation of the revocation of position-limit mechanism 750 to cleaning tank ontology 610, be convenient for
Replacement.
As shown in figure 14, above-mentioned installation shell 700 include outer cover body 711, be located at 711 side of outer cover body and with it is outer
The retainer plate 716 that shell ontology 711 is structure as a whole, retainer plate 716 is for fixed cleaning tank ontology 610, the outer cover body
711 towards the mounting groove 712 being provided on the face of shell 800 for accommodating limit switch, and mounting groove 712 is towards retainer plate 716
Cell wall on be provided with limit sliding chutes 715, position-limit mechanism 750 is installed in limit sliding chutes 715 and position-limit mechanism 750 can be along limit
The guide direction movement of position sliding slot 715.
As illustrated in figs. 13-15, above-mentioned limit switch includes shank 720, tripping spring 730, locking sliding block 740, described
Shank 720 one end be positive stop end and positive stop end connect with locking sliding block 740, the other end and outer cover body 711 hingedly, cut with scissors
It meets place and is located at the lower section of mounting groove 712 and the mounting groove that hinged shaft core line is parallel, described with the groove depth direction of mounting groove 712
712 slot bottom is provided with the constraint protrusion 713 above locking sliding block 740, and the locking sliding block 740 is raised towards constraint
Mobile protrusion 744 is provided on 713 face, one end of tripping spring 730 is connect with mobile protrusion 744, the other end and constraint are convex
713 connections are played, the elastic force of tripping spring 730 moves upwards locking sliding block 740 along the guide direction of mounting groove 712, described
Locking sliding block 740 is set in mounting groove 712 and locking sliding block 740 is towards being provided with guiding on the face of 712 slot bottom of mounting groove
The cell wall of sliding slot 742, guide chute 742 and mounting groove 712 match and locking sliding block 740 can by guide chute 742 with
The cooperation of 712 cell wall of mounting groove slides up and down.
As shown in figure 15, above-mentioned locking sliding block 740 include locking sliding block ontology 741, be located at the lower section of retainer plate 716 and
The filler ring 743 being structure as a whole with locking sliding block ontology 741, the filler ring 743 are connect with conducting hose 620, when cleaning tank
When ontology 600 is located in retainer plate 716 and moves downward, the bottleneck of cleaning tank ontology 600 will be connected with filler ring 743, thus with
Hose 620 is connected to connect, the locking sliding block ontology 741 is described towards being provided with guide and limit slot on the face of shell 800
The positive stop end of shank 720 is located in guide and limit slot, the opening of shank 720 and guide and limit slot cooperation control position-limit mechanism 750
Or it closes.
More specifically, the guide and limit slot includes guiding groove 1, limiting slot 746, guiding groove 2 747, guidance
Slot 1, limiting slot 746 are mutually connected between guiding groove 2 747, and the guiding groove 1 is used for the limit of shank 720
Position end is guided into limiting slot 746, and the limiting slot 746 is used to limit the movement of shank 720, the guiding groove 2 747
For the positive stop end of shank 720 to be guided out from limiting slot 746;Cleaning tank ontology 600 continues after connecting with conducting hose 620
During moving downward, the distance between filler ring 743 and retainer plate 716 are gradually increased, when filler ring 743 and retainer plate 716 it
Between distance be maximum value when, the positive stop end of shank 720 is located in limiting slot 746, and the elastic force of tripping spring 730 makes filler ring 743
Has the tendency that relative upward movement, moving upwards for tank ontology 600, tripping spring are cleaned in the limitation of position-limit mechanism 750 at the same time
730 make to clean tank ontology 600 and are fixed with the cooperation of position-limit mechanism 750, clean in 600 disassembly process of tank ontology, filler ring 743 and solid
Surely the distance between circle 716 is gradually reduced, when the distance between filler ring 743 and retainer plate 716 are minimum value, shank 720
Positive stop end is guided out from limiting slot 746, and tank sheet is cleaned in limitation of the revocation of position-limit mechanism 750 at the same time to cleaning tank ontology 600
Body 600 can be removed.
More optimize, the guiding groove 1 is inclined to be arranged and between guiding groove 1 and filler ring 743
Distance is incremented by from the bottom to top along the guide direction of mounting groove 712, and the guiding groove 2 747 is arranged vertically,
The V-shaped structure of limiting slot 746, the output end of guiding groove 1 and the input terminal of limiting slot 746 are connected,
The output end of limiting slot 746 and the input terminal of guiding groove 2 747 are connected, output end and the guiding groove 1 of guiding groove 2 747
Input terminal is connected.
Preferably, the upper V-shaped groove wall minimum point of limiting slot 746 is minimum close to input terminal, the lower V-shaped groove wall of limiting slot 746
Point close to limiting slot 746 output end, be advantageous in that, shank 720 from limiting slot 746 into 2 747 motion process of guiding groove,
It can prevent shank 720 from backhaul phenomenon occurs (i.e. shank 720 is moved from limiting slot 747 to guiding groove 1).
It is more perfect, limit is provided between the output end of the guiding groove 1 and the input terminal of limiting slot 746
The thickness of block 1, the wedge shaped structure of limited block 1 and limited block 1 is along one 745 output end of guiding groove to limiting slot
The direction of 746 input terminals is incremented by, and from guiding groove 1 into 747 motion process of limiting slot, limited block 1 can make shank 720
Shank 720 can smoothly enter into limiting slot 747, prevent shank 720 occur backhaul phenomenon, the output end of the guiding groove 2 747 with
Limited block 2 749, the wedge shaped structure of limited block 2 749 and limited block 2 749 are provided between the input terminal of guiding groove 1
Thickness along 2 747 output end of guiding groove to the direction of one 745 input terminal of guiding groove be incremented by, the thickness on limited block 2 749 is most
Big face is concordant with the input terminal of guiding groove 1, shank 720 from guiding groove 2 747 into one 745 motion process of guiding groove,
Limited block 2 749 can make shank 720 can smoothly enter into guiding groove 1, prevent shank 720 from reentering guiding groove 2 747.
As shown in Figure 11-12,16, above-mentioned position-limit mechanism 750 includes gag lever post 751, position limiting slide block 752, gag lever post 751
It is structure as a whole with position limiting slide block 752, position limiting slide block 752 matches and limits with the limit sliding chutes 715 on installation shell 710
Sliding block 752 can be slided along the guide direction of limit sliding chutes 715, one end of gag lever post 751 and locking sliding block ontology 741 it is hinged and
Hinged shaft core line is pressing end perpendicular to the groove depth direction of mounting groove 712, the other end and is used to lock cleaning tank ontology 610
Tightening position;Locking sliding block ontology 741 slides up and down and gag lever post 751 is driven to move along the guide direction of limit sliding chutes 715, thus
The pressing end of gag lever post 751 is set to be limited or be cancelled limitation to cleaning tank ontology 610.
More specifically, the inclined arrangement of the channeling direction of the limit sliding chutes 715 and limit sliding chutes 715 and installation
The distance between 712 slot bottom of slot is from top to bottom incremented by along the guide direction of mounting groove 712, and gag lever post 751 is along limit sliding chutes 715
When channeling direction moves, the pressing end of gag lever post 751 contacts or disengages with the tank bottom of cleaning tank ontology 610, thus to clear
Clean tank ontology 610 is limited or is cancelled limitation;Gag lever post 751 presses end and limits the limitation or revocation of cleaning tank ontology 610
Process, specific manifestation are as follows: due to the inclined arrangement of the channeling direction of limit sliding chutes 715, gag lever post 751 is led along limit sliding chutes 715
Movement to direction can be divided into vertical motion and horizontal movement, and the vertical motion of gag lever post 751 leans on the pressing end of gag lever post 751
Close or remote from the tank bottom of cleaning tank ontology 610, the horizontal movement of gag lever post 751 makes pressing end and the cleaning tank sheet of gag lever post 751
The tank bottom of body 610 is contacted or is disengaged, when the pressing end of gag lever post 751 is close and contacts the tank bottom of cleaning tank ontology 610,
Cleaning tank ontology 610 is limited, and when the pressing end of gag lever post 751 is separate and is detached from the tank bottom of cleaning tank ontology 610, cleans tank
Ontology 610 is revoked limitation.
When glass cleaning equipment works, cleaning water source is injected into water pot ontology by water injection pipe, passes through mounting device 700
Cleaning tank ontology 610 is installed on shell 800, the installation process specific manifestation of mounting device 700 are as follows: cleaning tank ontology 610 is logical
It crosses retainer plate 716 and filler ring 743 to be connected with conducting hose 620, pressing cleaning tank ontology 610 makes it move downward and drive
Filler ring 743 and locking sliding block ontology 741 move downward, and during filler ring 743 is moved downward with locking sliding block ontology 741, work as support
When the distance between ring 743 and retainer plate 716 incrementally increase and reach maximum value, the positive stop end of shank 720 passes through guiding groove one
745 guiding function enters in limiting slot 746, positive stop end and limiting slot 746 the cooperation limitation locking sliding block ontology of shank 720
741 move upwards, and tripping spring 730 is in extended state, and the elastic force of tripping spring 730 does locking sliding block ontology 741 relatively
Trend is moved upwards, at the same time, gag lever post 751 is moved downward along the channeling direction of limit sliding chutes 715, due to limit sliding chutes
The inclined arrangement of 715 channeling direction, the movement of gag lever post 751 can be divided into vertical motion and horizontal movement, and gag lever post 751 erects
Straight movement makes the pressing end of gag lever post 751 close to cleaning tank ontology 610, and the horizontal movement of gag lever post 751 makes the pressure of gag lever post 751
It closes end and is contacted with the tank bottom for cleaning tank ontology 610 and the movement of cleaning tank ontology 610 is limited, cleaning tank ontology 610 exists
It is fixed under tripping spring 730 and the cooperation at the pressing of gag lever post 751 end;When being replaced to cleaning tank ontology 610, press again
Tank ontology 610 is cleaned, during pressing, the positive stop end of shank 720 is detached from limiting slot under the guiding function of guiding groove 2 747
746, the elastic force of tripping spring 730 moves upwards locking sliding block ontology 741, while making gag lever post 751 along limit sliding chutes 715
Channeling direction moves upwards, and due to the inclined arrangement of the channeling direction of limit sliding chutes 715, is detached from the pressing end of gag lever post 751
The tank bottom of tank ontology 610 is cleaned, cleaning 610 unrestricted bars of tank ontology 751 are limited and can be removed.
The detergent in cleaning water source and cleaning tank ontology 610 in water pot ontology passes through diversion pipe or conducting hose
620 enter in volume control device 300 and are delivered in the receiving tank 430 in cleaning device 400 by volume control device 300,
Volume control device 300 can control the flow for flowing into the clean water or detergent that accommodate tank 430, specific manifestation in transmission process
Are as follows: the axial movement that mobile oscillating structural member makes loop bar 314 push impeller 315 along shaft 210, impeller 315 push gear structure
Part 317 along shaft 210 axial movement, to make gear a or gear b in gear part 317 engage with gear c343, simultaneously
Shaft 210 rotates and being engaged by gear part 317 with gear c rotates screw nipple 341, due to screw nipple
It is connected through a screw thread between 341 and horizontal flow tube, makes screw nipple 341 can be along center axis direction towards horizontal flow tube
Movement, screw nipple 341 is contacted with sealing-plug 345 during the motion, and makes sealing-plug 345 towards the fluid of horizontal flow tube
End motion is squeezed out, in 345 motion process of sealing-plug, sealing-plug 345 makes the effective vent at vertical flow tube and horizontal flow tube connection
Size is gradually reduced, so that the inflow of tee tube 344 be made to be gradually reduced, and is finally reached the clean water adjusted in water pot 500
Or the detergent in cleaning tank 600 flows into the purpose of the flow in cleaning device 400, when clean water is mixed with detergent completion
Afterwards, sealing-plug 345 will seal at vertical flow tube and horizontal flow tube connection, make clean water or detergent can not be by tee tube 344
Into in cleaning device 400, the optimum mixture ratio example of the clean water and detergent in cleaning device 400 is avoided damage to.
It accommodates the mixing liquid in tank 430 and passes sequentially through permeable hole 211, the water flowing inner cavity of shaft 210, cleaning shaft 420
Inner cavity, the clean inner cavity of cleaning head 410, the limbers on cleaning head 410 be sprayed to glass surface, while shaft 210 rotates
It drives cleaning shaft 420 to rotate and cleaning head 410 is driven to rotate, the rotation of cleaning head 410 makes sponge protrusion cleaning glass window.
When accommodating the mixture in tank 430 after use, mobile oscillating structural member simultaneously makes gear part 317 and gear c again
Engagement, while shaft 210 is rotated backward, shaft 210, which rotates backward, to be driven screw nipple 341 to rotate synchronously and connects screw thread
The end of thread of adapter tube 341 is exited from the threaded ends of horizontal flow tube, while sealing-plug 345 is made in the elastic force of adjustment spring 346
With the lower threaded connection end motion towards horizontal flow tube, in 345 motion process of sealing-plug, sealing-plug 345 makes vertical flow tube and water
Effective vent size at advection pipe connection is gradually increased, and clean water or detergent is made to pass through 347 weight of tee tube 344 and connecting tube
It is new to enter in receiving tank 430, until again rotating backward shaft 210 after water is mixed with detergent completion and screw thread being driven to connect
Adapter tube 341 and connects sealing-plug 345 by vertical flow tube and horizontal flow tube towards the liquid extruding end motion of horizontal flow tube
Place's sealing, and so on.
The sweep-out method of the flat-objects surface such as glass, floor stain, step are:
(1) water source and detergent preparation stage are cleaned;
S1: cleaning water source is injected into water pot ontology by water injection pipe;
S2: shell 800 is installed on for tank ontology 610 is cleaned by mounting device 700, passes through retainer plate 716 and filler ring 743
Make clean tank ontology 610 and be connected hose 620 connect, pressing cleaning tank ontology 610 move downward it and drive filler ring 743 and
Locking sliding block ontology 741 moves downward, during filler ring 743 is moved downward with locking sliding block ontology 741, when filler ring 743 and admittedly
Surely when the distance between circle 716 incrementally increases and reaches maximum value, the positive stop end of shank 720 passes through the guidance of guiding groove 1
Effect enters in limiting slot 746, and positive stop end and limiting slot 746 the cooperation limitation locking sliding block ontology 741 of shank 720 are transported upwards
Dynamic, tripping spring 730 is in extended state, and the elastic force of tripping spring 730 makes locking sliding block ontology 741 do relative upward movement to become
Gesture, at the same time, gag lever post 751 are moved downward along the channeling direction of limit sliding chutes 715, due to the guidance side of limit sliding chutes 715
To inclined arrangement, the movement of gag lever post 751 can be divided into vertical motion and horizontal movement, and the vertical motion of gag lever post 751 makes to limit
Close to cleaning tank ontology 610, the horizontal movement of gag lever post 751 makes pressing end and the cleaning of gag lever post 751 at the pressing end of position bar 751
The tank bottom of tank ontology 610 is contacted and is limited the movement of cleaning tank ontology 610, cleans tank ontology 610 in tripping spring 730
It is pressed with gag lever post 751 and is fixedly installed in shell 800 under the cooperation at end;
(2) cleaning water source and detergent mix stages;
S3: the cleaning water source in water pot ontology flows into water flow control mechanism 330 by diversion pipe and is controlled by water flow
Mechanism 330 is delivered in the receiving tank 430 of cleaning device 400, and water flow control mechanism 330 can control inflow in transmission process
The flow for accommodating the cleaning water source of tank 430, after the cleaning water source in receiving tank 430 reaches aequum, water flow control mechanism
330, which flow into cleaning water source can not, accommodate in tank 430;
S4: the detergent in cleaning tank ontology 610 flows into detergent flow control mechanism 320 by conducting hose 620, and
It is delivered in the receiving tank 430 of cleaning device 400 by detergent flow control mechanism 320 and is mixed with cleaning water source, transmission process
Middle detergent flow control mechanism 320 can control the flow for flowing into the detergent for accommodating tank 430, clear in tank 430 when accommodating
After clean dose reaches aequum, detergent flow control mechanism 320 flow into detergent can not in receiving tank 430;
The detergent flow control mechanism 320 in water flow control mechanism 330, step S4 in above-mentioned steps S3 includes
There is flow controlling unit 340, when external motivating force is connect with the flow controlling unit 340 for being set to water flow control mechanism 330
And when transmitting power, the flow controlling unit 340 by being set to water flow control mechanism 330 adjusts the flow of clean water
Section;When external motivating force is connect with the flow controlling unit 340 for being set to detergent flow control mechanism 320 and transmits power
When, the flow of detergent is adjusted in the flow controlling unit 340 by being set to detergent flow control mechanism 320;
(3) cleaning device cleans the glass stage;
S5: shaft 210 rotate when, be set to shaft 210 permeable hole 211 can in holding tank 431 cleaning water source with
The mixing liquid of detergent carries out flow-disturbing, is uniformly mixed cleaning water source with detergent, liquid after mixing passes sequentially through
Permeable hole 211, the water flowing inner cavity of shaft 210, the cleaning inner cavity of shaft 420, the clean inner cavity of cleaning head 410, on cleaning head 410
Limbers be sprayed to glass surface, while the rotation of shaft 210 drives cleaning shaft 420 to rotate and cleaning head 410 is driven to rotate,
The rotation of cleaning head 410 makes sponge protrusion cleaning glass window;
(4) cleaning water source and detergent refill the cleaning device stage;
S6: external motivating force connect and transmits dynamic with the flow controlling unit 340 for being set to water flow control mechanism 330
Power, the flow for being set to the control cleaning of flow controlling unit 340 water source of water flow control mechanism 330 increases, when cleaning water source
After reaching aequum, external motivating force makes the control cleaning of flow controlling unit 340 water source for being set to water flow control mechanism 330
Flow reduce until be zero;
S7: external motivating force connect and transmits with the flow controlling unit 340 for being set to detergent flow control mechanism 320
Power, the flow controlling unit 340 for being set to detergent flow control mechanism 320 control the flow increase of detergent, work as cleaning
After agent reaches aequum, external motivating force controls the flow controlling unit for being set to detergent flow control mechanism 320 340 clearly
Clean dose of flow reduces until being zero;
(5) the replacement stage of tank ontology is cleaned;
S8: pressing cleaning tank ontology 610, during pressing, the positive stop end of shank 720 is made in the guidance of guiding groove 2 747
With lower disengaging limiting slot 746, the elastic force of tripping spring 730 moves upwards locking sliding block ontology 741, while making gag lever post 751
Channeling direction along limit sliding chutes 715 moves upwards, and due to the inclined arrangement of the channeling direction of limit sliding chutes 715, makes gag lever post
751 pressing end is detached from the tank bottom of cleaning tank ontology 610, and cleaning 610 unrestricted bars of tank ontology 751 are limited and can be removed;
S9: new cleaning tank ontology 610 is installed on by shell 800 by mounting device 700.
Specific examples are applied in the present invention, and principle and implementation of the present invention are described, above embodiments
Illustrate to be merely used to help understand method and its core concept of the invention;Meanwhile for the general skill of this field
Art personnel, according to the thought of the present invention, there will be changes in the specific implementation manner and application range.In conclusion this
Description should not be construed as limiting the invention.