TWM609970U - Cleaning device of mopping machine - Google Patents

Abstract

A cleaning device for a mopping machine belongs to the technical field of mopping machine accessories. The floor scrubbing machine is provided with a wiper for wiping the floor, and the floor scrubbing machine cleaning device includes a bucket body in which at least one water removing member and a water supply mechanism for delivering cleaning water to the wiper are arranged; the water supply mechanism includes A water tank connected with a diversion pipe for conveying the cleaning water to the wipe, and the bottom of the water tank is higher than the diversion pipe and one end away from the water tank. Put the mopping machine into the bucket, and the mopping machine can drive the wiper to move the wiper together with the dewatering member to dry the wiper and remove water. When cleaning, the water supply mechanism flushes the wiper to wipe the wiper. The objects are automatically cleaned, and the cleaning water delivered in the water delivery mechanism will not be polluted by the mop, which can effectively improve the cleaning efficiency.

Description

Mopping machine cleaning device

The model relates to the technical field of accessories of a mopping machine, in particular to a cleaning device of a mopping machine.

Mop refers to a long-handled cleaning tool for scrubbing the floor. With the development of technology, automatic mops that can make the mop move by itself to mop the floor are more and more popular. The automatic mop cleaning bucket in the prior art is used to clean the mop. The cleaning water is placed in the bucket and is easily contaminated by the mop. The contaminated cleaning water will cause the mop to clean slowly and the cleaning effect is poor.

The main purpose of the present invention is to provide a cleaning device for a mopping machine to solve the above-mentioned problems.

In order to achieve the above objective, the present invention provides a cleaning device for a mopping machine. The mopping machine is provided with a wiper for wiping the ground. A water delivery mechanism for conveying cleaning water; the water delivery mechanism includes a water tank connected to a diversion tube for transporting cleaning water to the wipe, and the bottom of the water tank is higher than the diversion tube and far away One end of the water tank; during cleaning, while the water delivery mechanism delivers water to the wipe, the wipe scrapes against the dewatering element; when dewatering, the wipe scrapes against the dewatering element.

In one embodiment, the draft tube is provided with a squeezing and discharging part that controls the delivery and stopping of the clean water delivery, and the squeezing and discharging part includes a squeezing and discharging part inserted into the draft tube and capable of reciprocating in a horizontal direction Valve parts.

In an embodiment, the water delivery mechanism further includes a quantitative water discharging component that controls the delivery amount of cleaning water; the quantitative water discharging component includes a driving component for driving the water tank to move upward in a vertical direction.

In one embodiment, the driving component includes a first elastic member arranged at the bottom of the water tank, and the first elastic member can drive the water tank to move upward so that the liquid level of the cleaning water in the water tank is higher than that of the guide tube away from the water tank. The height of one end.

In an embodiment, the first elastic member is a compression spring.

In one embodiment, the diversion tube is connected to a rotating handle water discharging part, and the rotating handle water discharging part is a water valve.

In one embodiment, the dewatering element includes a supporting plate arranged in the barrel, and the supporting plate is provided with a plurality of scrapers.

In one embodiment, the water removal member includes a scraper, and the barrel body is also provided with a foot pedal for driving the scraper to rotate. The foot pedal and the scraper The bar is matched by gear transmission, and a pedal is rotatably connected to the pedal rotating plate. .

In one embodiment, a drive installation block is provided in the barrel, a bevel gear is provided in the drive installation block, and the bevel gear is connected with the pedal plate through a rotating shaft. The bevel gear meshes with a driven bevel gear, and the driven bevel gear is connected with the scraper through a rotating shaft.

According to the aforementioned new content, compared with the conventional technology, this new model has the following characteristics: Put the scrubbing machine into the bucket, and the scrubbing machine can drive the wiper movement to cooperate with the water removing member to wipe the wiper dry. When cleaning, the water delivery mechanism flushes the wipe to automatically clean the wipe, and the cleaning water delivered in the water delivery mechanism will not be contaminated by the mop, which can effectively improve the cleaning efficiency.

The detailed description and technical content of the new model are described as follows in conjunction with the diagrams:

1 to 5, the present invention provides a cleaning device for a floor scrubbing machine. The floor scrubbing machine 101 is provided with a wiper 102 for wiping the ground. The cleaning device for the floor scrubbing machine includes a barrel 1 in which the barrel 1 is provided There is at least one water removing member 4 and a water supply mechanism 302 for supplying cleaning water to the wipe 102. The water delivery mechanism 302 includes a water tank 303a connected to a diversion pipe 309a for conveying the cleaning water to the wipe 102, and the bottom of the water tank 303a is higher than the diversion pipe 309a far away from the water tank 303a.

During cleaning, while the water delivery mechanism 302 delivers water to the wipe 102, the wipe 102 scrapes against the water removing member 4 at the same time.

When water is removed, the wipe 102 and the water removal member 4 are scraped.

In the first and second embodiments, the scrubbing machine 101 is inserted into the barrel 1, and the bottom of the scrubbing machine 101 is connected with the wiper 102 that can rotate in a circumferential direction, rotate in an axial direction, or reciprocate in translation. And the wipe 102 corresponds to the water removing member 4.

When in use, the mopping machine 101 is inserted into the barrel 1, and the mopping machine 101 drives the wiper 102 to move and can cooperate with the dewatering member 4 to dry the wiper 102 and remove water during cleaning. , The water supply mechanism 302 flushes the wipe 102 to automatically clean the wipe 102.

The scrubber cleaning device can automatically clean and scrape the wiper 102 that can rotate in a circumferential direction, rotate in an axial direction or move back and forth in translation, and has high cleaning and scraping efficiency.

The water delivery mechanism 302 includes a water tank 303a connected to the diversion pipe 309a for delivering the cleaning water to the wipe, and the bottom of the water tank 303a is higher than the diversion pipe 309a far away from the water tank 303a.

Example one

2 and 3, the guide tube 309a is provided with a squeezing and discharging part 310a that controls the delivery and stopping of the cleaning water. The squeezing and discharging part 310a includes a squeeze and discharging part 310a that is inserted into the guide tube 309a and can be inserted along the guide tube 309a. A valve member 501a that reciprocates in the horizontal direction.

The water delivery mechanism 302 also includes a quantitative water discharging component 311 for controlling the delivery amount of the cleaning water; the quantitative water discharging component 311 includes a driving component 307a for driving the water tank 303a to move upward in the vertical direction.

The driving component 307a includes a first elastic member 308a disposed at the bottom of the water tank 303a, and the first elastic member 308a can drive the water tank 303a to move upward so that the cleaning water level in the water tank 303a is higher than the guide tube 309a is away from the height of one end of the water tank 303a. The first elastic member 308a is a compression spring.

The dewatering element 4 includes a supporting plate 700 arranged in the barrel 1, and at least one scraper 21 is provided on the supporting plate 700.

In this embodiment, as shown in FIG. 2 and FIG. 3, the water tank 303a and the clean water in the water tank 303a rely on gravity to compress the first elastic member 308a. When the clean water in the water tank 303a decreases, the first The elastic member 308a can drive the water tank 303a to rise so as to ensure that the liquid level in the water tank 303a is higher than the guide tube 309a to ensure normal water flow.

When the scrubber cleaning device is moving, the water tank 303a is hidden in the barrel 1, which can prevent the water tank 303a from being damaged by external forces and cause water leakage, and can automatically perform both drying and cleaning without the action of an external drive mechanism. Switch the mode, and can quantify the water when in use, reducing the waste of water resources.

The water tank 303a can store a certain amount of the cleaning water, which is convenient for multiple use, and can be conveniently and quickly switched between the two modes of washing and scraping, and the work efficiency is high.

In this embodiment, as shown in FIG. 2 and FIG. 3, when the scrubbing machine 101 is inserted into the barrel 1, the scrubbing machine 101 can squeeze the valve member 501a, the guide tube 309a and the water tank 303a is connected for automatic water discharge.

The water tank 303a is further provided with a serration 502a on the side close to the valve member 501a, and the valve member 501a is provided with a clamping end 503 that is engaged with the serration 502a.

In this embodiment, as shown in FIG. 2 and FIG. 3, when the scrubbing machine 101 is inserted into the barrel 1, while the scrubbing machine 101 squeezes the valve member 501a, the clamping end 503 can be inserted After entering the saw teeth 502a to prevent the water in the water tank 303a from being reduced, the driving component 307a drives the water tank 303a to rise to cause the diversion pipe 309a to discharge water, thereby achieving a quantitative discharge effect and saving water resources.

The valve member 501a is inserted into the guide tube 309a and is connected to a sealing block 504 at one end. The sealing block 504 is connected to a return spring 505 at one end away from the valve member 501a. The return spring 505 is connected to the end of the sealing block 504 away from the sealing block 504. The guide tube 309a is fixedly connected.

In this embodiment, as shown in FIG. 2 and FIG. 3, the sealing block 504 can be made of rubber or other materials. When the valve member 501a is not compressed, the return spring 505 can drive the sealing block 504 to block the The draft tube 309a.

The bottom of the water tank 303a is provided with a water outlet pipe 506. The first end of the guide pipe 309a away from the valve member 501a is connected to a hose 550, and the end of the hose 550 away from the guide pipe 309a is connected to the side wall of the outlet pipe 506. The elastic member 308a is fixed at the bottom of the water outlet pipe 506 and the end of the first elastic member 308a away from the water outlet pipe 506 is fixed at the bottom of the barrel 1.

In this embodiment, as shown in FIG. 2 and FIG. 3, the hose 550 may be a rubber tube or the like. When the first elastic member 308a drives the water tank 303a to rise, the hose 550 can rise together with the water tank 303a, so that The water tank 303a and the diversion pipe 309a are always in a communication state.

Secondly, the barrel 1 is also provided with a limit slot 900 corresponding to the water tank 303a, and the limit slot 900 can prevent the water tank 303a from shifting when it moves.

The barrel 1 is also provided with a water tank cavity 507 and a wiper cavity 508, a partition plate 509 is arranged between the water tank cavity 507 and the wiper cavity 508, and the guide tube 309a is movably connected to the top of the partition plate 509.

In this embodiment, as shown in FIG. 2 and FIG. 3, the partition plate 509 can isolate the water tank cavity 507 and the wiper cavity 508 to prevent the water in the wiper cavity 508 from flowing into the water tank cavity 507 to corrode The first elastic member 308a.

The dewatering element 4 includes the support plate 700 arranged in the barrel 1, the support plate 700 is provided with at least one scraper 21, and the support plate 700 is also provided with a sewage hole 510.

In this embodiment, the support plate 700 is horizontally suspended and fixed in the middle of the wiper chamber 508 to separate the wiper strip 21 from the sewage, and the sewage can flow into the bottom through the sewage hole 510.

The working principle of the first embodiment is: the water tank 303a and the clean water in the water tank 303a rely on gravity to compress the first elastic member 308a. When the clean water in the water tank 303a is reduced, the first elastic member 308a can drive the The water tank 303a rises to ensure that the liquid level in the water tank 303a is higher than the guide tube 309a to ensure normal water flow. Insert the scrubber 101 into the barrel 1, and the scrubber 101 can squeeze the valve member 501a Therefore, the guide tube 309a is connected with the water tank 303a for automatic water discharge, and when the scrubber 101 is inserted into the barrel 1, the scrubber 101 squeezes the valve member 501a at the same time, the clamping end After the 503 can be inserted into the serration 502a to prevent the water in the water tank 303a from being reduced, the first elastic member 308a drives the water tank 303a to rise, causing the diversion pipe 309a to discharge water, thereby achieving a quantitative waterproof effect and saving water resources.

Example two

As shown in Figs. 2 and 3, the diversion tube 309a is connected to a rotating handle water discharging component 312, which is a water valve.

The guide tube 309a is provided with an annular limit groove 401a in the middle. The end of a manual valve 400 is provided with a sealing ring 402a that is inserted into the annular limit groove 401a and can rotate in a circumferential direction. The sealing ring 402a is also provided with a and The flow channel in the guide tube 309a is matched with the water outlet hole 403a.

In this embodiment, as shown in FIG. 1, the sealing ring 402a can be made of rubber material. When the water outlet hole 403a is in communication with the flow channel in the guide pipe 309a, water can be discharged, and the annular limit groove 401a can The sealing ring 402a is restricted.

One end of the manual valve 400 away from the sealing ring 402 a penetrates the barrel 1 and penetrates out of the barrel 1.

The barrel 1 is provided with a sewage chamber 404a and a drying chamber 405a. A separating plate 406 is provided between the sewage chamber 404a and the drying chamber 405a. The water tank 303a is located at the top of the sewage chamber 404a. The diversion tube 309a is located on the upper side of the sewage chamber 404a and the diversion tube 309a penetrates the isolation plate 406 and is inserted into the drying chamber 405a.

In this embodiment, as shown in FIG. 1, the diversion tube 309a is located on the upper side of the sewage chamber 404a and the diversion tube 309a penetrates the isolation plate 406 and is inserted into the drying chamber 405a to guide water to the dewatering chamber. At 4 water fittings, the isolation plate 406 can isolate the sewage and prevent the sewage from pouring back and polluting the mopping machine 101.

The drying chamber 405a is also provided with the supporting plate 700, the supporting plate 700 is horizontally suspended and fixed in the middle of the drying chamber 405a, the scraping strip 21 is arranged on the supporting plate 700, and the bottom of the supporting plate 700 A sewage flow channel 408 is provided. One end of the sewage flow channel 408 away from the support plate 700 is connected to the sewage chamber 404a, and an end of the flow guide tube 309a away from the water tank 303a is located above the support plate 700.

In this embodiment, as shown in FIG. 1, the sewage channel 408 can discharge sewage into the sewage chamber 404a.

The working principle of the second embodiment is that rotating the manual valve 400 can control the guide tube 309a to flush the wiper 21. Manually controlling the flushing without using a driving mechanism such as a motor can reduce the cost and weight of the product, and The flushing time can be controlled freely, the operation is simple and convenient, and it is not easy to be damaged.

The scrubbing machine cleaning device also includes a supporting device for supporting the scrubbing machine 101 from the bottom of the bucket body 1.

The supporting device includes a supporting body arranged in the barrel 1, and the supporting body supports the mopping machine 101 when cleaning or removing water. The supporting device includes a supporting frame connected to the bucket body 1, and a positioning member is provided on the mopping machine 101, and the positioning member is supported by the supporting frame when cleaning or removing water. The wiper 102 on the floor scrubber 101 rotates horizontally, or the wiper 102 rotates vertically, or the wiper 102 reciprocates and translates horizontally.

Example three

4 and 5, in this embodiment, the barrel 1 is provided with the wiper strip 21 for cleaning the wipe 102, and the barrel 1 is also provided with a wiper strip 21 for rotating the wiper. The foot pedal b11 is matched with the scraper 21 through gear transmission. The foot pedal b11 is rotatably connected with a foot pedal b12, and the bucket body 1 is provided with the water tank 303a.

In this embodiment, the water tank 303a can be equipped with clean water required to clean the wipe 102. When the wipe 102 needs to be cleaned, the wipe 102 is placed in the barrel 1 and combined with the The wiper strip 21 is in contact. At this time, the clean water in the water tank 303a is put into the barrel 1 and showers the wiper 102, and the wiper strip 21 is driven to rotate through the pedal b11, so that the wiper 102 and The scraper strip 21 is rubbed to scrape off the dirt. After rinsing, the water is stopped. At this time, the foot pedal b11 is started again to drive the scraper strip 21 to rotate, and the wiper 102 is placed on the wiper 102 by the scraper strip 21. The water squeegee is dry, the cleaning efficiency is high, and the scope of application is wide. It is suitable for a variety of scouring machine wipes. The production cost is low. When cleaning a reciprocating scouring machine wipe, the reciprocating scouring machine wipe is combined with The wiper strip 21 is in contact with each other to release water. While rotating the wiper strip 21, the wiper synchronously reciprocates to clean the wiper 102. After the cleaning is completed, stop watering, and the wiper strip 21 uses the wiper strip 21 to reciprocate the wiper. The water on 102 is wiped dry; when cleaning a rotary wiper wipe, the wiper of the rotary wiper contacts the wiper strip 21, and the water is discharged. While rotating the wiper strip 21, the wiper The wiper 102 rotates synchronously to clean the wiper 102. After the cleaning is completed, the water is stopped, and the water on the wiper 102 is dried by the wiper strip 21. The rotatable mop head of the mop and the wiper strip 21. The cleaning or scraping effect with structure coordination is the best. When it is necessary to drive the scraper 21 to rotate, move the foot on the pedal b12, drive the pedal b11 to rotate by stepping on the pedal b12, and drive the scraper 21 through gear transmission cooperation. Circumferential rotation can achieve the purpose of cleaning or scraping dry, easy to bear force, and achieve the purpose of saving time and effort.

The barrel body 1 is provided with a drive seating block b13, the drive seating block b13 is provided with a bevel gear b14, and the bevel gear b14 is connected with the pedal plate b11 through a rotating shaft. The bevel gear b14 meshes with a driven bevel gear b15, and the driven bevel gear b15 is connected with the scraper 21 through a rotating shaft.

In this embodiment, when the foot pedal b11 is driven to rotate by stepping on the foot pedal b12, the bevel gear b14 is also driven to rotate, and the bevel gear b14 is meshed with the driven bevel gear b15. The rotating shaft and the scraper 21 are driven to rotate, the structure is simple, and the transmission efficiency is high.

As shown in FIG. 4, the barrel 1 is provided with a cleaning cavity b5, the scraper 21 is located in the cleaning cavity b5, and the water tank 303a is located above the barrel 1. A diversion tube 309a is connected to the bottom of the water tank 303a, one end of the diversion tube 309a is connected to the water tank 303a, and the other end of the diversion tube 309a extends into the cleaning cavity b5.

In this embodiment, the wipe is placed in the cleaning chamber b5 during cleaning, and when water needs to be put into the cleaning chamber b5, the clear water in the water tank 303a flows into the cleaning chamber through the diversion tube 309a In b5, the wipe 102 is cleaned.

The guide tube 309a corresponds to the position of the scraper 21, the guide tube 309a is provided with a water pipe valve b16, and the water pipe valve b16 is provided with a valve core b17. The water pipe valve b16 is rotatably provided with a toggle rod b18.

In this embodiment, the water pipe valve b16 can discharge or block the clean water in the water tank 303a, the valve core b17 is provided with a water hole, and the toggle lever b18 can drive the valve core b17 to rotate, so that the The water-passing hole is in communication with the diversion pipe 309a or is displaced to complete the action of water-passing or water-blocking.

As shown in Figure 4 and Figure 5, a sealing ring b19 is provided between the valve core b17 and the toggle lever b18, and the barrel 1 is also provided with a dirty water receiving cavity b20. The water pipe valve b16 is located above the dirty water receiving cavity b20.

In this embodiment, the sealing ring b19 has a sealing function to prevent the clean water from leaking when the water hole is misaligned with the diversion tube 309a, and the dirty water storage cavity b20 is used to contain the dirty water and sewage after washing.

A water baffle b21 is provided between the dirty water receiving cavity b20 and the cleaning cavity b5, the barrel 1 is provided with the diversion tube 309a, and one end of the diversion tube 309a is connected to the The cleaning cavity b5 is connected, and the other end of the guide tube 309a is connected to the dirty water receiving cavity b20.

In this embodiment, the water baffle b21 can isolate the dirty water accommodating cavity b20 from the cleaning cavity b5, and the dirty water after cleaning during the cleaning process flows into the dirty water accommodating cavity b20 through the diversion tube 309a, so that Dirty water and clean water are separated to avoid secondary pollution.

The water outlet of the guide tube 309a is located above the scraper 21, and the water outlet of the guide tube 309a is arranged obliquely.

Specifically, the water outlet of the diversion tube 309a is located above the scraper 21, and the water outlet of the diversion tube 309a is arranged obliquely, so that the clean water can automatically flow to the wipe 102 during showering, and the position layout is reasonable. The shower effect is good.

The scraping strip 21 is provided with a plurality of flanging ribs b23 symmetrical along the center line of the scraping strip 21, and the flanging ribs b23 are convenient for flanging cleaning of the wipe 102, and the cleaning is relatively complete.

The said flanging ribs b23 are provided with a plurality of drainage grooves b24, and the said drainage grooves b24 have a slope, which can make the sewage flow out through the drainage grooves b24 during the cleaning process, so as to prevent the sewage from staying in the turnover grooves b24. Inside the side rib b23, it affects the drying effect and the next cleaning.

The working principle of the utility model is:

When the wipe 102 needs to be cleaned, place the wipe 102 in the barrel 1 and contact the scraper 21. At this time, the clean water in the water tank 303a is put into the barrel 1 and rinsed When the wiper 102 drives the pedal plate b11 to rotate by stepping on the pedal plate b12, it drives the bevel gear b14 to rotate at the same time, through the meshing action between the bevel gear b14 and the driven bevel gear b15 Drive the rotating shaft and the scraper strip 21 to rotate, so that the wiper 102 rubs against the scraper strip 21 to scrape off the dirt. After rinsing and washing, the water is stopped. At this time, it is driven by stepping on the pedal b12 again. The rotation of the pedal plate b11 drives the bevel gear b14 to rotate. The meshing action between the bevel gear b14 and the driven bevel gear b15 drives the shaft and the scraper 21 to rotate. The water on the wiper 102 is wiped dry. When cleaning the wiper of the reciprocating wiper, the wiper of the reciprocating wiper is brought into contact with the wiper strip 21 to release water. While rotating the wiper strip 21, the wiper The wiper 102 reciprocates synchronously to clean the wiper 102. After the cleaning is completed, the water is stopped, and the water on the wiper 102 is wiped dry by the wiper strip 21; when cleaning the wiper of the rotary scrubber , The wiper of the rotary scrubber is brought into contact with the wiper strip 21, and the water is discharged. While rotating the wiper strip 21, the wiper 102 rotates synchronously to clean the wiper 102. After the cleaning is completed, stop The water is discharged, and the water on the wipe 102 is dried by the scraper strip 21. The rotatable mop head of the mop and the scraper strip 21 have the best cleaning or scraping effect.

To sum up, it is only a preferred embodiment of the present model. When the scope of implementation of the present model cannot be limited by this, that is, all equal changes and modifications made in accordance with the scope of the patent application of the present model should still belong to the present model. The scope of patent coverage.

1: barrel 101: mopping machine 102: Wipes 21: Scrape 302: water delivery agency 303a: water tank 307a: drive components 308a: the first elastic part 309a: draft tube 310a: squeeze the water release part 311: Quantitative Drainage Parts 312: Rotary handle draining part 4: Dewatering parts 400: manual valve 401a: Annular limit groove 402a: Sealing ring 403a: water outlet 404a: Sewage chamber 405a: Scrape dry cavity 406: Isolation Board 408: drainage channel 501a: Valve parts 502a: Sawtooth 503: card connector 504: Seal block 505: return spring 506: outlet pipe 507: water tank cavity 508: Wipe Chamber 509: Spacer 510: Sewage hole 550: hose 700: Support plate 900: limit slot b11: Foot pedal b12: Foot pedal b13: drive placement block b14: Bevel gear b15: driven bevel gear b16: Water pipe valve b17: spool b18: toggle lever b19: sealing ring b20: Dirty water storage cavity b21: Water baffle b23: Flanging ribs b24: drainage channel b5: cleaning chamber

Fig. 1 is an internal schematic diagram of a second embodiment of the present invention. Figure 2 is a schematic diagram of the internal structure of the sealing block in the first embodiment of the present invention when it is not squeezed. Figure 3 is a schematic diagram of the internal structure of the sealing block in the first embodiment of the present invention when it is squeezed. Figure 4 is a schematic diagram of the water release state in the third embodiment of the present invention. Fig. 5 is a schematic diagram of the structure of the wiper state in the third embodiment of the present invention.

1: barrel

4: Dewatering parts

21: Scrape

302: water delivery agency

303a: water tank

309a: draft tube

312: Rotary handle draining part

400: manual valve

401a: Annular limit groove

402a: Sealing ring

403a: water outlet

404a: Sewage chamber

405a: Scrape dry cavity

406: Isolation Board

408: drainage channel

700: Support plate

Claims (9)

A cleaning device for a mopping machine is provided with a wiper for wiping the ground, and is characterized in that: It includes a bucket, in which at least one water removal element and a water delivery mechanism for delivering cleaning water to the wipe are arranged; the water delivery mechanism includes a water tank connected to the water tank for cleaning Water is delivered to the draft tube of the wipe, and the bottom of the water tank is higher than the draft tube and one end away from the water tank; During cleaning, while the water delivery mechanism delivers water to the wipe, the wipe scrapes against the water removal member; When removing water, the wiper scrapes the water removing member. The cleaning device for a floor scrubber according to claim 1, wherein the draft tube is provided with a squeezing and discharging part that controls the delivery and stopping of the cleaning water, and the squeezing and discharging part includes a squeezing and discharging part inserted into the draft tube. Inside and can reciprocate along the horizontal direction of the valve. The cleaning device for a floor scrubber according to claim 2, wherein the water delivery mechanism further includes a quantitative water discharging component that controls the delivery amount of cleaning water; the quantitative water discharging component includes a driving component for driving the water tank to move upward in a vertical direction . According to claim 3, the cleaning device for a floor scrubber, wherein the driving component includes a first elastic member arranged at the bottom of the water tank, and the first elastic member can drive the water tank to move upward so as to make the cleaning water in the water tank move up. The surface is higher than the height of the guide tube away from the end of the water tank. According to claim 4, the cleaning device of a floor scrubber, wherein the first elastic member is a compression spring. According to claim 1, the cleaning device for a floor scrubber, wherein the guide pipe is connected to a water release component with a rotating handle, and the water release component with a rotating handle is a water valve. According to claim 1, the cleaning device of a floor scrubber, wherein the water removing member includes a supporting plate arranged in the barrel, and the supporting plate is provided with a plurality of scrapers. According to claim 7, the cleaning device for a floor scrubber, wherein the water removing member includes a scraper, and the barrel body is also provided with a foot pedal for driving the scraper to rotate, the The foot pedal is matched with the scraper through a gear transmission, and a foot pedal is rotatably connected to the foot pedal. According to claim 8, the cleaning device for a floor scrubber, wherein a drive setting block is provided in the barrel body, a bevel gear is provided in the drive setting block, and the bevel gear rotates with the pedal The plates are connected by a rotating shaft, the bevel gear is meshed with a driven bevel gear, and the driven bevel gear is connected with the scraper through the rotating shaft.

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