CN106343932A - Pneumatic water spraying mop - Google Patents
Pneumatic water spraying mop Download PDFInfo
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- CN106343932A CN106343932A CN201510433926.4A CN201510433926A CN106343932A CN 106343932 A CN106343932 A CN 106343932A CN 201510433926 A CN201510433926 A CN 201510433926A CN 106343932 A CN106343932 A CN 106343932A
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Abstract
The invention provides a pneumatic water spraying mop. The pneumatic water spraying mop comprises a mop body (100) and a rotary body (200). A water tank (120) and a sprayer (130) are arranged on the mop body, and cleaning cloth (110) is arranged at the bottom. The pneumatic water spraying mop is connected with an external vacuum source, and an air inlet (140) is formed in the pneumatic water spraying mop. When the external vacuum source works, airflow flows in the pneumatic water spraying mop from the air inlet and forms an air duct in the pneumatic water spraying mop, and a pneumatic water pump mechanism is arranged in the air duct and comprises a water pump pneumatic wheel (300) arranged in the air duct and a water pump assembly driven by the water pump pneumatic wheel (300). The pneumatic water spraying mop further comprises a switching mechanism for controlling the water spraying amount. By arranging the pneumatic water pump mechanism in the air duct, sucked air flows drives a water pump, water or cleaning liquid is pumped out and sprayed, and a user can conveniently deeply clean the ground. The pneumatic water spraying mop is simple in principle, compact in structure, safe to use and practical in function, and the use range of a dry type dust collector is effectively widened.
Description
Technical field
The present invention relates to a kind of pneumatic mop capable of spraying water, belong to daily electrical home appliance manufacturing technology field.
Background technology
Existing mop is primarily only to be mopped floor using rag in the market, does running into some
Dirt or the place having stain be accomplished by addition sprinkling water ground is drenched or plus cleaning
Cleaning, for the user, such mode of operation is obviously cumbersome for agent.For upper
State problem, market have recently emerged a kind of mop capable of spraying water, be to provide energy to drive by battery
Dynamic water pump or manual pressure hydrojet, complex structure, relatively costly.
Content of the invention
The technical problem to be solved is, for the deficiencies in the prior art, to provide one kind
Pneumatic mop capable of spraying water, by arranging wind-driven water pump mechanism in air channel, by the air flow sucking
To drive water pump, water or cleaning solution to be pumped out and sprays, convenient use person is clear to the deep layer on ground
Clean, principle is simple, compact conformation, use safety and practical function, effectively extends dry type and inhales
The range of dirt device.
The technical problem to be solved is achieved by the following technical solution:
A kind of pneumatic mop capable of spraying water, turn can including type of mop body and with respect to described type of mop body
Dynamic rotor, described type of mop body is provided with water tank and shower nozzle, and bottom is provided with cleaning cloth, institute
State pneumatic mop capable of spraying water to be connected with external vacuum source, described pneumatic mop capable of spraying water is provided with least one
Air inlet, when described external vacuum source works, air-flow flows into and in pneumatic water spray from air inlet
Form air channel in mop, be provided with wind-driven water pump mechanism in described air channel, for by water tank
Water pumps to shower nozzle and sprays, and the water pump that described wind-driven water pump mechanism includes being arranged in air channel is pneumatic
Wheel and the water pump component being driven by it；Described pneumatic mop capable of spraying water is also included for controlling injection flow rate
Switching mechanism.
Specifically, described rotor includes rotary shaft rack, the hose being fixedly connected sequentially
And suction pipe, described rotary shaft rack include hollow vertical portion and to both sides extend tube,
Described tube patches formation rotating shaft in type of mop body, and described wind-driven water pump mechanism is placed in this
In vertical portion, described air inlet is opened in the type of mop body of described tube side.
As needed, in different embodiments of the invention, water pump component also use different
Structure.Specifically, wherein in an embodiment, described water pump component mainly include one every
Membrane pump；Described water pump Pneumatic wheel is fixed in rotary shaft rack by pneumatic wheel support, and rotating shaft is passed through
Bearing is fixed on the center of pneumatic wheel support, and described water pump Pneumatic wheel is fixed on one end of rotating shaft,
The other end of rotating shaft connects the drive end of membrane pump, the water in water tank is pumped and sprays to shower nozzle.
In another embodiment of the present invention, described wind-driven water pump mechanism is arranged on type of mop body
Inner chamber side, described inner chamber connected with rotor by entering air duct, and described air inlet corresponds to
It is opened in the type of mop body of this side.
Described water pump component includes piston mechanism and the pump housing, and gear is passed through in the rotating shaft of water pump Pneumatic wheel
Reducing gear is connected with described piston mechanism, and described piston mechanism is included positioned at gear reduction
The water pump eccentric of final stage and connected water piston bar, described water pump eccentric is embedded at
In the caulking groove of water piston bar one end；When water pump eccentric rotates, water piston bar is in the pump housing
Interior reciprocating motion, the water in water tank is extracted out and sprays from shower nozzle.
In order to effectively adjust the size of air channel interior air-flow, described switching mechanism is suction control valve,
Including the leakage hole being opened on described suction pipe tube wall, and slidably it is arranged on leakage hole
Push button, by promoting push button so that leakage hole is gradually opened or blocking completely, thus adjust in air channel
Air-flow size.
Except by adjust the size of air-flow in air channel to control injection flow rate in addition to, can also directly
The break-make in water route is controlled.Specifically, described switching mechanism includes fixed seat, fixing
The intracavity bottom of seat is provided with guide pillar, and guide pillar is arranged with back-moving spring, also sheathed on described guide pillar
There is gearing body, described back-moving spring is located at fixed seat inner chamber and interlocks between body, interlocks the upper of body
Side is fixed with pedal and is convexly equipped in outside described type of mop body；The described center side of offering interlocking body
Hole, square hole inside casing is respectively equipped with jacking block and lower jacking block, and control valve is contained in described square hole；
Water in described water tank from outlet sequentially pass through control valve, pump entrance, after exit of pump,
Spray through shower nozzle.
More specifically, described control valve includes rotatable being embedded is interlocking internal valve element, described
Valve element is in " z " font, and when interlocking the upper and lower motion of body, described valve element is arranged on respectively
The active force of the upper jacking block in square hole inside casing and lower jacking block and rotate, control water route cut-out or
Connection.
In order to be completely embedded and convenient disassembly, described cleaning cloth by fixing patch be fixed on described in drag
Bottom body.
In order that the structure of pneumatic mop capable of spraying water is compacter, to prevent right in use simultaneously
Shower nozzle causes to collide with and damages, and described shower nozzle is placed in the groove of type of mop body front end.
In sum, the present invention is by being arranged in air channel setting wind-driven water pump mechanism, by sucking
Air flow to drive water pump, water or cleaning solution are pumped out and spray, convenient use person is over the ground
The deep layer cleaning in face, principle is simple, compact conformation, use safety and practical function, effectively expands
Open up the range of dry type dust collector.
Below in conjunction with the accompanying drawings and specific embodiment, technical scheme is carried out in detail
Bright.
Brief description
Fig. 1 and Fig. 2 is respectively explosive view and the overall diagram of the embodiment of the present invention one；
Fig. 3 and Fig. 4 is respectively explosive view and the overall diagram of the embodiment of the present invention two；
Fig. 5 to Fig. 8 is the control valve work process schematic diagram of the embodiment of the present invention two；
Fig. 9 is the explosive view of the embodiment of the present invention four.
Specific embodiment
Embodiment one
Fig. 1 and Fig. 2 is respectively explosive view and the overall diagram of the embodiment of the present invention one.As Fig. 1 simultaneously
In conjunction with shown in Fig. 2, the present invention provides a kind of pneumatic mop capable of spraying water, including type of mop body 100 with
And can be provided with respect to the rotor 200 of described type of mop body rotation, described type of mop body 100
Water tank 120 and shower nozzle 130, bottom is provided with cleaning cloth 110.In order to be completely embedded and convenient disassembly,
Described cleaning cloth 110 passes through the bottom that fixing patch 111 is fixed on described type of mop body 100, Gu
Surely patch 111 cloth convenient for cleaning remove cleaning after being finished, and can conveniently change rag.Institute
State pneumatic mop capable of spraying water to be connected with external vacuum source (not shown), type of mop body is provided with
At least one air inlet, when described external vacuum source works, air-flow from air inlet flow into and
Form air channel in pneumatic mop capable of spraying water, be provided with wind-driven water pump mechanism in described air channel, for inciting somebody to action
Water in water tank 120 pumps to shower nozzle 130 and sprays, and described wind-driven water pump mechanism includes being arranged on
Water pump Pneumatic wheel 300 in air channel and the water pump component being driven by it；Described pneumatic mop capable of spraying water
Also include the switching mechanism for controlling injection flow rate, for adjusting or blocking the air-flow in air channel,
Or cut-out or connection water route.
Such as Fig. 1 simultaneously combines shown in Fig. 2, specifically, in the present embodiment, described rotor
200 include rotary shaft rack 201, hose 202 and the suction pipe 203 being fixedly connected sequentially, institute
State rotary shaft rack 201 and include the vertical portion 210 of hollow and the tube 220 extending to both sides,
Described tube 220 patches formation rotating shaft in type of mop body 100, can make rotor 200
Centered on tube 220, rotate with respect to type of mop body 100, make type of mop body 100 more
Flexibly, operation in operation process for the more convenient user.In the present embodiment, described pneumatic
Water pump mechanism is placed in this vertical portion 210, and in conjunction with shown in Fig. 2, described air inlet 140 is opened
It is located in the type of mop body 100 of described tube side.
As shown in figure 1, as needed, in different embodiments of the invention, water pump component
Employ different structures, specifically, in the present embodiment, described water pump component is mainly wrapped
Include a membrane pump 305；Described water pump Pneumatic wheel 300 is fixed on rotating shaft by pneumatic wheel support 301
In support 201, rotating shaft 303 is fixed on the center of pneumatic wheel support 301 by bearing 302,
Described water pump Pneumatic wheel 300 is fixed on one end of rotating shaft 303, and the other end of rotating shaft 303 connects
The drive end of membrane pump 305.Membrane pump 305 is provided with water inlet 3051 and outlet 3052, its
In water inlet 3051 be connected with the outlet valve 1201 of water tank 120, outlet 3052 and shower nozzle
130 are connected to form water route, thus the water in water tank 120 is pumped spraying to shower nozzle 130.Need
Illustrate, select in the present embodiment is membrane pump, belongs to existing standard element, its
Internal structure be will not be described here with operation principle.Select membrane pump can make in the present embodiment
Obtain complete machine structure compacter, in actual applications it is also possible to select other types as needed
Water pump.In order that the structure of pneumatic mop capable of spraying water is compacter, prevent from using process simultaneously
In shower nozzle 130 caused to collide with and damage, before described shower nozzle 130 is placed in type of mop body 100
In the groove 112 at end.As needed, described shower nozzle 130 spray field is in fan shape.For
It is easy to observe the water level in water tank 120, water level window 800 is further opened with type of mop body 100.
Such as Fig. 1 simultaneously combines shown in Fig. 2, in order to effectively adjust the size of air channel interior air-flow, this
Bright switching mechanism, in the present embodiment, described switching mechanism are additionally provided with pneumatic mop capable of spraying water
For suction control valve 400, including the leakage hole 401 being opened on described suction pipe 203 tube wall, with
And slidably it is arranged on push button 402 on leakage hole 401, make leakage hole by promoting push button 402
401 are gradually opened or block completely, thus adjusting the air-flow size in air channel.Push button 402 is permissible
Slidably it is fixed on by way of conventional on suction pipe 203, as shown in Figures 1 and 2,
The relevant position of suction pipe 203 is convexly equipped with housing, and two side portion of push button 402 can pass through chute
Etc structure be located on housing, the part that push button 402 shows except in figure, can also wrap
Include the part of contraction, for releasing, whole leakage holes of outer inframe are covered in.More specifically,
The leakage hole 401 on suction pipe 203 is made to open when moving on the push button 402 being arranged on suction pipe 203
When, the suction of suction pipe 203 bottom reduces it is impossible to drive the rotation of water pump Pneumatic wheel, now water pump
Quit work；When push button 402 moves down leakage hole 401 closure making on suction pipe 203, suction pipe
The suction of 203 bottoms increases, and drives the rotation of water pump Pneumatic wheel, now water pump is started working.Obviously,
It is also possible to pass through to adjust in addition to making leakage hole fully open or block completely by promotion push button
The position of section push button 402 makes leakage hole 401 partly opened or partly block, thus adjusting air channel
The size of interior air-flow, with the frequency controlling membrane pump 305 to draw water.
In conjunction with shown in Fig. 1 and Fig. 2, the specific work process of the present embodiment is such that
Because water pump Pneumatic wheel 300 is provided in suction pipe 203 bottom, water pump Pneumatic wheel 300
Axle center and suction pipe 203 be arranged in the axial direction in same air channel, when external vacuum source starts work
When making, the air in air channel that formed by rotary shaft rack 201, hose 202 and suction pipe 203
Flowing drives water pump Pneumatic wheel 300 to rotate, thus driving membrane pump 305 pump from water tank 120
Water sprays through shower nozzle 130.In above-mentioned work process, by suction control valve 400 to air channel
In air quantity be controlled.
Embodiment two
Fig. 3 and Fig. 4 is respectively explosive view and the overall diagram of the embodiment of the present invention two.As Fig. 3 simultaneously
In conjunction between the pneumatic mop capable of spraying water shown in Fig. 4, providing in the present embodiment and embodiment one
Main difference is that the setting of described switching mechanism.As shown in the above, in embodiment one,
Switching mechanism is the suction control valve 400 being arranged on suction pipe 203, is by controlling in air channel
Air-flow size come to realize control.And in the present embodiment, described switching mechanism then passes through to control
The cut-out in water route or connection come to realize control.Fig. 5 to Fig. 8 is the control of the embodiment of the present invention two
Valve work process schematic diagram processed.As shown in Figures 3 to 8, the switching mechanism bag in the present embodiment
Include fixed seat 500, the intracavity bottom of fixed seat 500 is provided with guide pillar 501, sheathed on guide pillar 501
There is back-moving spring 502, described guide pillar 501 is also arranged with gearing body 503, described back-moving spring
502 are located at fixed seat 500 inner chamber and interlock between body 503, interlock being fixedly arranged above of body 503
Pedal 504 is convexly equipped in outside described type of mop body 100, is trampled with convenient use person.Described company
The center of kinetoplast 503 offers square hole 505, and square hole inside casing is respectively equipped with jacking block 5051 He
Lower jacking block 5052, control valve 600 is contained in described square hole 505, in described water tank 120
The water pipe of water side in control valve 600, water outlet of water tank 1202 and Inner part of water valve lid 1203
Mouthfuls 1204 are connected, water inlet 3051 phase of the hose nozzle 1205 of opposite side and membrane pump 305
Even, the outlet 3052 of membrane pump 305 is connected with shower nozzle 130.
Such as Fig. 5 to Fig. 8 simultaneously combines shown in Fig. 1, Fig. 2, and described control valve 600 includes revolving
Turn and be embedded interlocking the valve element 601 in body 503, described valve element 601 is in " z " font, when stepping on
When dynamic pedal 504 makes gearing body 503 upper and lower motion, described valve element 601 is arranged respectively
Rotate in the active force of the upper jacking block 5051 in square hole inside casing and lower jacking block 5052, control
The cut-out of controlling the water circulation road or connection.Specifically, as shown in figure 5, valve element 601 is in vertical state,
This state is open mode, the state now remaining up between water tank 120 and shower nozzle.As Fig. 6
Shown, when user steps on pedal 504, back-moving spring 502 compresses, and interlocks body 503 and transports
Move extreme lower position, the upper jacking block 5051 on square hole inside casing promotes the z word in valve element 601 upper right corner
End is so as to be turned clockwise centered on fixing point；As shown in fig. 7, unclamping pedal 504, multiple
Position spring 502 diastole, interlocks body 503 and moves upwards under the effect of its elastic-restoring force, square hole
Lower jacking block 5052 on inside casing promotes the z word end in valve element 601 lower left corner so as to fixing point be
Continue to turn clockwise in center, valve element 601 is in horizontality, and this state is closed mode,
The state now remaining open between water tank 120 and shower nozzle.As shown in figure 8, continue to step on stepping on
Plate 504, upper jacking block 5051 on square hole inside casing promote valve element 601 continue to fixing point be
Center turns clockwise, and returns to the vertical state shown in Fig. 5, protects between water tank 120 and shower nozzle
Hold the state coming back to connection.By that analogy, user can be stepped on by above-mentioned constantly trampling
The mode of plate 504 is realizing being switched on and off of water route.
In addition to the difference of above-mentioned switching mechanism, the other technical characteristics in the present embodiment and reality
Apply example one essentially identical, will not be described here.No matter which kind of structure switching mechanism adopts, from making
From the point of view of the work angle of user, it is all very easily.Respectively by open or close air channel and
Switching effect is realized in water route.Therefore, both both can be used alone it is also possible to use simultaneously,
In actual product structure is arranged, can be selected as needed.
In conjunction with shown in Fig. 3 to Fig. 8, in the present embodiment, specific work process is such that
In the present embodiment, water pump Pneumatic wheel 300 is equally provided in the bottom of suction pipe 203,
And the axle center of water pump Pneumatic wheel 300 is coaxially disposed with suction pipe 203.When external vacuum source starts work
When making, the air in air channel that formed by rotary shaft rack 201, hose 202 and suction pipe 203
Stream drives water pump Pneumatic wheel 300 to rotate, and drives membrane pump 305 to pump out the water in water tank 120
Spray by shower nozzle 130, and the switch of water pump then controlled by valve switch pedal,
After pushes pedals 504 make it move down and reset under the elastic force effect of back-moving spring 502, even
Kinetoplast 503 makes valve element 601 rotate 80 °, now at two lateral lines on Inner part of water valve lid 1203
In off-state；When pushes pedals 504 make it move down and the elastic force in back-moving spring 502 again
After the lower reset of effect, interlocking body 503 makes valve element 601 rotate 80 ° again, now Inner part of water valve lid
Two lateral lines on 1203 are in open mode.And so on pushes pedals 504, you can realize
Control to water route.
Embodiment three
The difference of embodiments of the invention three and embodiment one, two is the position of air inlet 140
Different (the present embodiment does not provide relevant drawings), in the present embodiment, air inlet 140 is arranged on and turns
On bracing strut 201, and the upstream end positioned at water pump Pneumatic wheel 300, in order that air inlet effect is more
Good, air inlet 140 can be arranged on vertical portion 210 that is to say, that air inlet 140 both
May be located in type of mop body 100 it is also possible to be located on rotor 200.
Example IV
Fig. 9 is the explosive view of the embodiment of the present invention four.As shown in figure 9, embodiments of the invention
With the difference of embodiment one, two, four are that the set location of water pump air operated mechanism is different.Real
Apply the wind-driven water pump mechanism in example one, two to be all provided in the vertical portion 210 of rotor 200,
In the present embodiment, wind-driven water pump mechanism is arranged on the side of type of mop body inner chamber, described inner chamber
By entering air duct 700 and rotor 200 UNICOM, and type of mop body 100 corresponds on the one side
Open up described air inlet (not shown).
As shown in figure 9, in the present embodiment, the structure of water pump component also with embodiment one, two
Different, specifically, described water pump component includes piston mechanism and the pump housing 310, water pump wind
The rotating shaft 303 of driving wheel 300 is connected with described piston mechanism by gear reduction.Described work
Plug mechanism includes the water pump eccentric 308 positioned at gear reduction final stage and connected water
Sucker rod 306, described water pump eccentric 308 is embedded at the caulking groove 3061 of water piston bar one end
Interior.When water pump eccentric 308 rotates, water piston bar 306 is back and forth transported in the pump housing 310
Dynamic, the water in water tank 120 is extracted out and sprays from shower nozzle 130.Above-mentioned gear reduction
Belong to the conventional design in mechanical transmission fields it may be assumed that including multiple intermeshing driving cogs
Wheel, as shown in figure 9, including the primary drive gear being connected with rotating shaft 303, and is passed with primary
Intermediate drive gear and final drive gear that moving gear engages successively, three passes through gear ratio
Change and to realize slowing down.For the ease of fixation, it is additionally provided with two in the outside of this gear reduction
The reducing gear shell 307 of semi-involution snapping, half is fixed on the pneumatic wheel support of water pump 301, separately
Half is additionally provided with the space for housing water piston bar 306.
As shown in figure 9, in the present embodiment, specific work process is such that
User promotes push button 402, and the leakage hole 401 being opened on suction pipe 203 is all sealed
Close, now in the presence of external vacuum source, the air flow rate in rotary body 200 increases；Gas
Stream enters the inner chamber of type of mop body by air inlet 140, in leading of the pneumatic wheel support of water pump 301
To under effect, water pump Pneumatic wheel 300 starts to rotate.The rotating shaft 303 of water pump Pneumatic wheel 300 is led to
Crossing reducing gear drives the water pump eccentric 308 being arranged on its end to rotate, water pump eccentric 308
Caulking groove 3061 moves, drives water piston bar 306 to move back and forth in the pump housing 310.Pump
Body 310 is respectively equipped with water inlet 311 and outlet 312, wherein water inlet 311 pass through pipeline with
Water tank 120 is connected, and outlet 312 is connected with shower nozzle 130 by pipeline.Piston rod 306 is past
Water in water tank 120 is pumped in the pump housing 310 by multiple motion by inlet port 311, then through water outlet
Mouth 312 sprays from shower nozzle 130.
In sum, the present invention provides a kind of pneumatic mop capable of spraying water, is set by being arranged in air channel
Put wind-driven water pump mechanism, water pump is driven by the air flow sucking, water or cleaning solution are pumped out
And spray；Wind-driven water pump mechanism can be arranged on the diverse location in air channel according to different needs,
Simultaneous Switching mechanism has also been respectively adopted and has controlled air-flow size and on or off water route in air channel
Mode, principle is simple, compact conformation is various, use safety and practical function, effectively extends
The range of dry type dust collector, the deep layer cleaning to ground for the convenient use person.
Claims (10)
1. a kind of pneumatic mop capable of spraying water, including type of mop body (100) and can be with respect to described
The rotor (200) that type of mop body rotates, described type of mop body is provided with water tank (120) and spray
Head (130), bottom is provided with cleaning cloth (110) it is characterised in that described pneumatic mop capable of spraying water
It is connected with external vacuum source, described pneumatic mop capable of spraying water is provided with least one air inlet (140),
When described external vacuum source works, air-flow flows into and shape in pneumatic mop capable of spraying water from air inlet
Become air channel, be provided with wind-driven water pump mechanism in described air channel, for pumping to the water in water tank
Shower nozzle sprays, and described wind-driven water pump mechanism includes the water pump Pneumatic wheel (300) being arranged in air channel
With the water pump component being driven by it；Described pneumatic mop capable of spraying water is also included for controlling opening of water spray
Shutting mechanism.
2. as claimed in claim 1 pneumatic mop capable of spraying water it is characterised in that described rotor
(200) include rotary shaft rack (201), hose (202) and the suction being fixedly connected sequentially
Pipe (203), described rotary shaft rack includes the vertical portion (210) of hollow and to both sides extension
Tube (220), described tube patches formation rotating shaft, described pneumatic water in type of mop body
Pump machanism is placed in this vertical portion (210), and described air inlet (140) is opened in described pipe
In the type of mop body of shape portion side.
3. as claimed in claim 2 pneumatic mop capable of spraying water it is characterised in that described water pump group
Part mainly includes a membrane pump (305)；Described water pump Pneumatic wheel (300) passes through pneumatic wheel support
(301) it is fixed in rotary shaft rack (201), it is solid that bearing (302) is passed through in rotating shaft (303)
It is scheduled on the center of pneumatic wheel support, described water pump Pneumatic wheel is fixed on one end of rotating shaft, rotating shaft
The other end connects the drive end of membrane pump, and the water in water tank (120) is pumped to shower nozzle (130)
Spray.
4. as claimed in claim 1 pneumatic mop capable of spraying water it is characterised in that described pneumatic water
Pump machanism is arranged on the side of the inner chamber of type of mop body (100), and described inner chamber is by entering air duct
(700) connect with rotor (200), described air inlet (140) correspondence is opened in this side
Type of mop body on.
5. as claimed in claim 4 pneumatic mop capable of spraying water it is characterised in that described water pump group
Part includes piston mechanism and the pump housing (310), and the rotating shaft (303) of water pump Pneumatic wheel (300) is led to
Cross gear reduction to be connected with described piston mechanism, described piston mechanism includes subtracting positioned at gear
The water pump eccentric (308) of fast mechanism final stage and connected water piston bar (306), institute
State water pump eccentric to be embedded in the caulking groove (3061) of water piston bar one end；When water pump is eccentric
When wheel rotates, water piston bar moves back and forth in the pump housing, and the water in water tank (120) is extracted out
And spray from shower nozzle (130).
6. the pneumatic mop capable of spraying water as described in any one of claim 2-5 is it is characterised in that institute
Stating switching mechanism is suction control valve (400), including being opened on described suction pipe (203) tube wall
Leakage hole (401), and be slidably arranged on the push button (402) on leakage hole, by pushing away
Dynamic push button makes leakage hole be gradually opened or blocks completely, thus adjusting the air-flow size in air channel.
7. the pneumatic mop capable of spraying water as described in any one of claim 2-5 is it is characterised in that institute
State switching mechanism and include fixed seat (500), the intracavity bottom of fixed seat is provided with guide pillar (501),
Back-moving spring (502) is arranged with guide pillar, described guide pillar is also arranged with gearing body (503),
Described back-moving spring is located at fixed seat inner chamber and interlocks between body, interlocks being fixedly arranged above of body and steps on
Plate (504) is convexly equipped in outside described type of mop body (100)；
The described center interlocking body (503) offers square hole (505), and square hole inside casing sets respectively
There are upper jacking block (5051) and lower jacking block (5052), control valve (600) is contained in described square hole
In；
Water in described water tank (120) sequentially passes through control valve (600) from outlet, water pumps into
After mouth, exit of pump, spray through shower nozzle (130).
8. as claimed in claim 7 pneumatic mop capable of spraying water it is characterised in that described control valve
(600) the rotatable valve element (601) being embedded in gearing body (503), described valve element are included
It is in " z " font, when interlocking the upper and lower motion of body, described valve element is arranged on square hole respectively
(505) active force of the upper jacking block (5051) in inside casing and lower jacking block (5052) and revolve
Turn, control water route cut-out or connect.
9. as claimed in claim 1 pneumatic mop capable of spraying water it is characterised in that described cleaning cloth
(110) pass through the bottom that fixing patch (111) is fixed on described type of mop body (100).
10. as claimed in claim 1 pneumatic mop capable of spraying water it is characterised in that described shower nozzle
(130) it is placed in the groove (112) of type of mop body (110) front end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510433926.4A CN106343932B (en) | 2015-07-22 | 2015-07-22 | Pneumatic mop capable of spraying water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510433926.4A CN106343932B (en) | 2015-07-22 | 2015-07-22 | Pneumatic mop capable of spraying water |
Publications (2)
| Publication Number | Publication Date |
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| CN106343932A true CN106343932A (en) | 2017-01-25 |
| CN106343932B CN106343932B (en) | 2019-06-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510433926.4A Active CN106343932B (en) | 2015-07-22 | 2015-07-22 | Pneumatic mop capable of spraying water |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108403033A (en) * | 2018-05-11 | 2018-08-17 | 朱柏艳 | It is a kind of to clean the portable mop capable of spraying water for drenching mophead cloth |
| CN112167825A (en) * | 2020-11-10 | 2021-01-05 | 吴剑锋 | Multifunctional intelligent furniture |
| CN112641394A (en) * | 2020-05-21 | 2021-04-13 | 安徽大汉机器人集团有限公司 | Inhale and drag all-in-one with unsteady suction nozzle |
| US11957288B1 (en) | 2022-09-22 | 2024-04-16 | Shenzhen Yuexiangshang Technology Co., Ltd. | Double-tank water spraying mop |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108403033A (en) * | 2018-05-11 | 2018-08-17 | 朱柏艳 | It is a kind of to clean the portable mop capable of spraying water for drenching mophead cloth |
| CN108403033B (en) * | 2018-05-11 | 2020-10-02 | 永嘉启力泵业有限公司 | Portable water spraying mop capable of cleaning and wetting mop head cloth strips |
| CN112641394A (en) * | 2020-05-21 | 2021-04-13 | 安徽大汉机器人集团有限公司 | Inhale and drag all-in-one with unsteady suction nozzle |
| CN112167825A (en) * | 2020-11-10 | 2021-01-05 | 吴剑锋 | Multifunctional intelligent furniture |
| US11957288B1 (en) | 2022-09-22 | 2024-04-16 | Shenzhen Yuexiangshang Technology Co., Ltd. | Double-tank water spraying mop |
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| Publication number | Publication date |
|---|---|
| CN106343932B (en) | 2019-06-14 |
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