Flat mop and matched scraping and washing device
By designing a clamp fixing structure, a squeegee bracket, and a water supply system on the flat mop, the problems of mop head flipping, inconvenient squeegeeing, water waste, and inaccurate soap application are solved, achieving a more stable mop head, easier squeegeeing, and improved cleaning effect.
Patent Information
- Application Number
- CN202422874021.8
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-11-25
- Publication Date
- 2025-11-18
- Estimated Expiration
- 2034-11-25
AI Technical Summary
Existing flat mops and squeegee devices have problems such as mop head flipping, bulkiness and labor-intensive operation, inconvenient water squeegeeing, water waste, incomplete cleaning, and inaccurate application of soap.
A clamp fixing structure for mop head and mop handle is designed, featuring a V-shaped spring plate with telescopic positioning tongue and mushroom-shaped button, a horn guide port and squeegee structure for the squeegee bracket, a water supply hose connector and a press valve for the soap dispenser, achieving stable mop head and convenient disassembly of the squeegee device, a perforated squeegee and baffle structure for the squeegee bracket, and the application of an intelligent dispensing soap dispenser.
It solves the problems of mop head flipping and laborious mopping, achieves convenient water wiping and water conservation, and ensures cleaning effect and precise application of soap.
Smart Images
Figure CN223554803U_ABST
Abstract
Description
TECHNICAL FIELD
[0001] The utility model relates to a cleaning article field, especially a flat mop and a matching cleaning device. BACKGROUND
[0002] The existing flat mop with a scraping and washing device and the matching cleaning device have some technical defects, which directly affect the use function and the mopping effect.
[0003] 1. When the mop head of the existing flat mop is upright for cleaning, there is no fixing device for the mop head and the mop rod, which causes the mop head to easily turn over and affects the cleaning of the mop head.
[0004] 2. The existing flat mop with a scraping and washing device is heavy and laborious to use because the scraping and washing device is still on the mop when mopping.
[0005] 3. The existing flat mop with a scraping and washing device is inconvenient to directly flush under the faucet, which not only causes water splashing and is difficult to control, but also causes water waste.
[0006] 4. The existing flat mop with a scraping and washing device is equipped with a mop bucket for scraping and washing, but the water in the bucket becomes dirty after two times of scraping and washing, which makes the floor cleaning not clean and is troublesome and laborious.
[0007] 5. The cleaning device of the existing flat mop is not equipped with a large soap bucket, which is not only troublesome but also not accurate. SUMMARY
[0008] In order to solve the above-mentioned problems of the existing flat mop and the scraping and washing device, the utility model aims to provide a flat mop scraping and washing device which can remove the scraping and washing device when mopping, the water scraping support can directly flush water to the mop cloth, and the lower part is equipped with a water receiving box and the upper part is equipped with a soap bucket, which can accurately apply soap.
[0009] The utility model solves the above-mentioned technical problems of the existing flat mop and the matching scraping and washing device by adopting the following technical scheme:
[0010] The flat mop is composed of a mop head and a mop rod, and when the mop head is in an upright scraping and washing state, a clamp is arranged at the middle position of the upper end of the mop plate and is matched with the mop rod to prevent the mop head from turning over.
[0011] In a further scheme of the utility model, the mop rod is in a tubular structure, a positioning hole is arranged on one side arm of the clamp, and a corresponding through hole is arranged on the mop rod.
[0012] The mop rod is provided with V-shaped spring sheet with telescopic positioning tongue, the telescopic positioning tongue penetrates the positioning hole of the mop rod and the clamp, and the mop rod and the clamp are locked and positioned to prevent the mop head from turning over during the scraping and washing process.
[0013] A prying strip is arranged between the V-shaped spring sheet on the side with the telescopic positioning tongue and the inner wall of the mop rod, and the lower end of the prying strip is provided with a through hole matched with the telescopic positioning tongue, so that the telescopic positioning tongue passes through the through hole.
[0014] A supporting column is fixed to the inner wall of the mop rod on the side of the positioning hole in the middle of the prying strip, and a pressing column penetrating the wall of the mop rod is fixed to the opposite side of the positioning hole at the upper end of the supporting column, and a mushroom top button is arranged at the upper end of the pressing column.
[0015] When the mop head is vertically erected for scraping and washing, the telescopic positioning tongue can be automatically inserted into the positioning hole of the clamp after being extruded by the clamp due to the taper at the front end of the telescopic positioning tongue.
[0016] After the mop is cleaned by scraping, the mushroom top button is pressed first, the telescopic positioning tongue is pried out of the positioning hole of the clamp through the prying strip, and then the mop head is turned over and laid flat for mopping.
[0017] The further scheme of the flat mop and the scraping and washing device is matched with the flat mop, and the scraping and washing device comprises a water scraping support with a water scraping plate sleeved outside the mop head, a connecting arm and a handle sleeve tube sleeved outside the mop rod.
[0018] The further scheme of the flat mop and the scraping and washing device is that the two edges of the long strip-shaped entrance of the handle sleeve tube are provided with arc column structures for smoothly extruding the mop rod, and a vertical semicircular column is arranged on the inner wall of the handle sleeve tube opposite to the long strip-shaped entrance.
[0019] The further scheme of the flat mop and the scraping and washing device is that the long strip-shaped entrance of the handle sleeve tube is in an inverted eight-shaped structure with a wide upper end and a narrow lower end, and the handle sleeve tube is gradually withdrawn from the mop rod from top to bottom.
[0020] The further scheme of the flat mop and the scraping and washing device of the utility model discloses a connecting arm lower end is fixedly connected with a water scraping support on one side of the water scraping support where the water scraping plate is installed; the upper end of the connecting arm crosses the thickness of the mop head, is fixedly connected with the lower end of the handle sleeve after being inclined to the mop rod.
[0021] The further scheme of the flat mop and the scraping and washing device of the utility model discloses a connecting arm lower end is fixedly connected with a water scraping support on one side of the water scraping support where the water scraping plate is installed; the upper end of the connecting arm crosses the thickness of the mop head, is fixedly connected with the lower end of the handle sleeve after being inclined to the mop rod.
[0022] The further scheme of the flat mop and the scraping and washing device of the utility model discloses a connecting arm lower end is fixedly connected with a water scraping support on one side of the water scraping support where the water scraping plate is installed; the upper end of the connecting arm crosses the thickness of the mop head, is fixedly connected with the lower end of the handle sleeve after being inclined to the mop rod.
[0023] On the inclined edge outside the triangular handle frame, a lever type pressing handle capable of pulling back the spring bolt is arranged; the pressing handle is hingedly connected to the inclined edge outside the triangular handle frame at a proper position in the middle of the pressing handle; the front end of the pressing handle is sleeved on the rear end of the spring bolt rod through a hole matched with the rear end of the spring bolt rod, and then the front end of the pressing handle is blocked in the rear end of the spring bolt rod through the nut of the rear end of the spring bolt rod.
[0024] The spring tongue of the front end of the spring bolt is provided with an outward inclined surface; when the mop rod enters the handle sleeve, the spring tongue can be retracted by extruding the inclined surface, and then the mop rod can automatically enter the handle sleeve;
[0025] When the mop rod comes out of the handle sleeve, the pressing handle is first pressed down to pull back the spring tongue and release the clamping of the spring tongue, and then the mop rod is allowed to come out of the handle sleeve.
[0026] The further scheme of the flat mop and the scraping and washing device of the utility model discloses that the water scraping support is provided with a water scraping plate perpendicular to the mop surface on the top surface and the bottom surface of the side corresponding to the mop cloth.
[0027] The further scheme of the flat mop and the scraping and washing device of the utility model discloses that the water scraping support is provided with a water scraping plate perpendicular to the mop surface on the top surface and the bottom surface of the side corresponding to the mop cloth.
[0028] When the mop rod comes out of the handle sleeve, the pressing handle is first pressed down to pull back the spring tongue and release the clamping of the spring tongue, and then the mop rod is allowed to come out of the handle sleeve.
[0029] The further scheme of the flat mop and the scraping and washing device of the utility model discloses, the bottom of the flushing box is detachable live bottom structure, the bottom of the flushing box is equipped with the inner sleeve ring, the outer diameter of the inner sleeve ring is matched with the inner diameter of the flushing box body, two or more than two clamping tables are equipped on the inner sleeve ring, the corresponding flushing box body is equipped with the matched clamping hole, the inner sleeve ring is inserted into the lower end of the box body, and the clamping table is clamped into the clamping hole and is fixedly sealed;The outer diameter size of the bottom of the flushing box is consistent with the outer diameter size of the cross section of the flushing box body, and the two are integrated.
[0030] The further scheme of the flat mop and the scraping and washing device of the utility model discloses, the bottom of the flushing box is detachable live bottom structure, the bottom of the flushing box is equipped with the inner sleeve ring, the outer diameter of the inner sleeve ring is matched with the inner diameter of the flushing box body, two or more than two clamping tables are equipped on the inner sleeve ring, the corresponding flushing box body is equipped with the matched clamping hole, the inner sleeve ring is inserted into the lower end of the box body, and the clamping table is clamped into the clamping hole and is fixedly sealed;The outer diameter size of the bottom of the flushing box is consistent with the outer diameter size of the cross section of the flushing box body, and the two are integrated.
[0031] The upper surface of the contact edge of the scraping plate and the mop is equipped with an inclined plate for smoothing the nap of the mop, and the included angle between the inclined plate and the mop surface is about 30 degrees.
[0032] The further scheme of the flat mop and the scraping and washing device of the utility model discloses, the bottom of the flushing box is detachable live bottom structure, the bottom of the flushing box is equipped with the inner sleeve ring, the outer diameter of the inner sleeve ring is matched with the inner diameter of the flushing box body, two or more than two clamping tables are equipped on the inner sleeve ring, the corresponding flushing box body is equipped with the matched clamping hole, the inner sleeve ring is inserted into the lower end of the box body, and the clamping table is clamped into the clamping hole and is fixedly sealed;The outer diameter size of the bottom of the flushing box is consistent with the outer diameter size of the cross section of the flushing box body, and the two are integrated.
[0033] The lower surface of the two short edges of the flushing box scraping support is also equipped with a water baffle, and the inclined water baffle of the long edge is integrated, so that the sewage at both ends of the flushing box scraping support is prevented from splashing outward.
[0034] The further scheme of the flat mop and the scraping and washing device of the utility model discloses, the bottom of the flushing box is detachable live bottom structure, the bottom of the flushing box is equipped with the inner sleeve ring, the outer diameter of the inner sleeve ring is matched with the inner diameter of the flushing box body, two or more than two clamping tables are equipped on the inner sleeve ring, the corresponding flushing box body is equipped with the matched clamping hole, the inner sleeve ring is inserted into the lower end of the box body, and the clamping table is clamped into the clamping hole and is fixedly sealed;The outer diameter size of the bottom of the flushing box is consistent with the outer diameter size of the cross section of the flushing box body, and the two are integrated.
[0035] The upper end of the water supply hose is connected with the water supply switch, and the lower end is connected with the vertical upward connector.
[0036] The upper end of the water supply hose is connected with the water supply switch, and the lower end is connected with the vertical upward connector.
[0037] The upper end of the water supply hose is connected with the water supply switch, and the lower end is connected with the vertical upward connector.
[0038] The further scheme of the flat mop and the scraping and washing device removes the sleeve pipe of the handle, fixes the triangular handle frame on the upper end of the connecting arm, and the connecting arm is a square pipe structure; a water receiving box matched with the water flushing box is arranged below the water flushing bracket, a supporting rod is fixed on the inner wall of one side of the water receiving box, the height of the supporting rod meets the needs of the up-down push-pull stroke of the water flushing bracket, the inner side of the upper end of the supporting rod is provided with a connecting arm sleeve pipe matched with the connecting arm, the connecting arm is positioned and guided in the sleeve pipe and slides up and down; after the mop head is inserted into the water flushing bracket, the triangular handle frame can be pushed and pulled up and down to scrape and wash;
[0039] The upper half of the water supply hose joint is bent downward by 180 degrees, is a vertical U-shaped joint, the water inlet of the joint is downward, the lower end of the water supply hose is upward and connected with the joint, when the water flushing box and the water flushing bracket are at the lowermost end, the water inlet of the joint is higher than the upper edge of the water receiving box by a certain distance, so that the water supply hose is not extruded and can move freely, and the upper end of the water supply hose is connected with the water supply switch;
[0040] The bottom of the bottom plate of the water receiving box is provided with a fixed suction cup, and one side vertical surface of the water receiving box is adhered to the wall through a double-sided adhesive; The lower part of the water receiving box is provided with a drain pipe, and sewage is discharged into a sewer.
[0041] In the further scheme of the flat mop and the scraping and washing device, two vertical convex stems for reducing friction force are arranged on each inner wall surface of the connecting arm sleeve pipe.
[0042] The water receiving box is provided with a mop head support table matched with the mop head, and the edges of the two long sides of the mop head support table are provided with a stop edge for clamping the mop head.
[0043] In the further scheme of the flat mop and the scraping and washing device, a soap bucket is arranged on the wall above the water flushing bracket, two mounting holes are arranged on the upper edge of the wall on one side of the soap bucket, two double-sided adhesives with matched mounting screws are arranged on the wall, and the soap bucket is hung on the wall and fixed by screwing the nuts.
[0044] The upper end of the soap pipe is connected and fixed with the bottom of the soap bucket, the lower end is connected with the soap switch, and the soap switch is connected with the water supply hose through a three-way pipe fitting.
[0045] In the further scheme of the flat mop and the scraping and washing device, the soap switch is a pressing type soap delay valve which is pressed vertically to the wall surface, the best amount of soap used each time is found through experiments, and by using the matched soap delay valve, the soap can be accurately applied to the mop cloth by pressing once each time.
[0046] In the further scheme of the flat mop and the scraping and washing device, the soap switch and the water supply switch are combined into a combined flow valve, the inlet end is connected with a tap water pipe and a soap pipe respectively, and the outlet end is connected with the water supply hose;
[0047] The valve body of the water valve of the flow combiner is provided with a sticking plane which can be fixed to a wall by double-sided sticking.
[0048] In further schemes of the flat mop and scraping and washing device, the soap solution switch is a charging type intelligent quantitative soap solution adding device, and a touch switch is arranged on the intelligent quantitative soap solution adding device.
[0049] In further schemes of the flat mop and scraping and washing device, a high-pressure nozzle for adding water into the soap solution barrel is horizontally fixed to a lower end of a side surface of the soap solution barrel, an outer end of the high-pressure nozzle is connected with a water supply pipe through a switch, and a liquid level observation slot is arranged on a front barrel wall of the soap solution barrel.
[0050] Firstly, an appropriate amount of soap solution stock solution is added into the soap solution barrel, then the water supply switch of the soap solution barrel is opened to add water into the soap solution barrel, the soap solution is automatically diluted uniformly by the impact force of the high-pressure nozzle, and the water is added until the soap solution barrel is filled with water, and then the water supply switch of the soap solution barrel is closed.
[0051] Due to the above technical scheme, the following beneficial effects are achieved.
[0052] 1. When the mop head is vertically erected and in the scraping and washing state, the structure that the mop rod and the mop plate are locked and positioned by the clamps and the clamps positioning holes arranged on the mop plate, the positioning perforations arranged on one side of the mop rod and the V-shaped spring sheet retractable positioning tongues arranged in the mop rod can completely solve the problem that the mop head is turned over in the process of scraping and washing.
[0053] 2. Due to the fact that the handle sleeve pipe is provided with a long strip-shaped entrance and exit which can make the mop rod extrude in and out of the elastic opening and closing, after the mop is scraped and washed, the mop rod is made to come out of the long strip-shaped entrance and exit of the handle sleeve pipe, then the scraping and washing device is removed from the mop rod, and only the mop is taken to mop the floor. When the floor is mopped, not only is it easy and labor-saving, but also the mop can be used to clean the low place under the sofa.
[0054] 3. Due to the fact that the upper end of the water scraping support is a horn guide opening, the mop head can be easily inserted into the water scraping support.
[0055] 4. Due to the fact that one side of the water scraping support which is provided with the water scraping plate is provided with a water pipe structure, the water scraping support is connected with the water supply switch through the water supply hose, and the water can be directly and uniformly sprayed on the mop cloth from the water flushing hole of the water scraping support, so that the problem that the mop is inconvenient to be washed under the faucet and water is wasted is completely avoided.
[0056] 5. Due to the fact that the water scraping support is provided with two water scraping plates which are inclined downward at the upper and lower edges, and a plurality of sewage downward discharge long holes are arranged between the water scraping plates and the water flushing pipe, when the water scraping support is lifted up, the sewage can quickly leave the mop cloth along the top surface of the water scraping plate, so that the problem that the sewage is not discharged in time and falls on the mop cloth again is avoided.
[0057] 6. Due to the structure of setting a row of flushing holes under each of the two squeegees, the water takes longer to penetrate the mop, and penetrates deeper and more evenly.
[0058] 7. Because of the structure of the baffle plate on the bottom of the flushing pipe to prevent sewage from splashing, the sewage can flow into the water collection box along the baffle plate during the scrubbing process, avoiding water splashing everywhere.
[0059] 8. Due to the structure of the isosceles triangular handle bracket at the upper end of the handle tube, it is not only more convenient to remove and install the scraping device from the mop handle, but also more convenient to use when scraping.
[0060] 9. Because of the design that incorporates a soap dispenser mounted on the wall and a push-button soap dispenser valve on the hose, the cleaning device can precisely apply soap to the mop. This is not only convenient but also prevents soap waste. Attached Figure Description
[0061] Figure 1 Schematic diagram of the structure of a flat mop in mopping mode
[0062] Figure 2 Schematic diagram of the structure of a flat mop in the scraping and washing state
[0063] Figure 3 Cross-sectional view of the mop handle and mop head fixing assembly
[0064] Figure 4 3D diagram of the connecting arm connecting to the squeegee bracket on the back of the mop board.
[0065] Figure 5 3D diagram of the connecting arm connecting to the squeegee bracket on the mop surface
[0066] Figure 6 Schematic diagram of the cross-sectional three-dimensional structure of the scraping support assembly
[0067] Figure 7 Schematic diagram of the three-dimensional structure of the glove tube assembly
[0068] Figure 8 Schematic diagram of the overall 3D structure of the flush box and squeegee bracket at the bottom of the mop head
[0069] Figure 9 Exploded cross-sectional view of the flush box wiper bracket with extended feet
[0070] Figure 10 Triangular handle frame assembly structural diagram
[0071] Figure 11 Schematic diagram of the overall 3D structure of the flushing box and squeegee bracket at the lower end of the mop head with water collection box.
[0072] Figure 12 Schematic diagram of the overall 3D structure of the flushing box and squeegee bracket with water collection box at the top of the mop head.
[0073] Figure 13 Exploded cross-sectional view of the flush box wiper bracket with baffle
[0074] Figure 14 Schematic diagram of the three-dimensional cross-sectional structure of the water receiving box and support rod
[0075] Figure 15 Schematic diagram of the exploded cross-section of the soap dispenser
[0076] Icons: 1. Mop board; 2. Mop handle; 3. Clamp; 4. Positioning hole; 5. Telescopic positioning tongue; 6. V-shaped spring plate; 7. Pry bar; 8. Support column; 9. Pressing column; 10. Mushroom top button; 11. Squeegee bracket; 12. Connecting arm; 13. Handle sleeve; 14. Long strip inlet / outlet; 15. Curved column; 16. Semi-cylindrical rod; 17. Triangular handle bracket; 18. Hydrated side; 19. Handle sleeve; 20. Spring pin; 21. Spring pin tongue; 22. Pressing handle; 23. Rotating shaft; 24. Spring pin rod; 25. Mounting hole; 26. Nut; 27. Flushing box; 28. Flushing box squeegee bracket; 29. Inner ring; 30. Flushing box base plate; 31. Locking platform; 32. Locking hole; 33. 34. Water supply hose 35. U-shaped connector 36. Water supply switch 37. Water supply pipe 38. Squeegee 39. Flushing hole 40. Inclined plate 41. Water baffle 42. Horn guide port 43. Outer leg 44. Shock-absorbing pad 45. Boss 46. Soap dispenser 47. Mounting hole 48. Screw 49. Double-sided adhesive 50. Nut 51. Soap dispenser lid 52. High-pressure nozzle 53. High-pressure nozzle switch 54. Liquid level observation slot 55. Soap dispenser tube 56. Intelligent quantitative soap dispenser 57. T-fitting 58. Water receiving box 59. Support rod 60. Outer sleeve 61. Vertical protrusion 62. Support platform 63. Mop head guard 64. Fixed suction cup 65. Drain pipe Detailed Implementation
[0077] A single-head, single-sided flat mop and its matching scraping device are selected as an example, and the present invention will be further described in conjunction with the accompanying drawings.
[0078] like Figures 1 to 3 As shown, when the mop head is in the vertical scraping state, a clamp 3 is provided at the middle of the upper end of the mop plate 1 to prevent the mop head from flipping over. After the mop handle 2 is inserted into the clamp 3, the mop handle 2 and the mop head are locked together.
[0079] A positioning hole 4 is provided on one side arm of the clamp 3, and the same through hole is provided on the corresponding mop handle 2.
[0080] The mop handle 2 is a tubular structure. A V-shaped spring plate 6 with a telescopic positioning tongue 5 is installed in the mop handle 2. After the telescopic positioning tongue 5 is inserted into the positioning hole 4 on the clamp 3, the mop head and the mop handle can be locked together, preventing the mop head from flipping over when scraping the mop.
[0081] Between the V-shaped spring plate 6 on the side with the telescopic positioning tongue 5 and the inner wall of the mop handle 2, there is a pry bar 7. The lower end of the pry bar 7 has a through hole that matches the telescopic positioning tongue 5, allowing the telescopic positioning tongue 5 to pass through the through hole.
[0082] A support column 8 is fixed on the middle tube wall of the pry bar 7, and a pressing column 9 that passes through the mop handle wall is fixed at the upper end. A mushroom-shaped button 10 is provided at the upper end of the pressing column 9.
[0083] When the mop head is upright for scrubbing, the telescopic positioning tongue 5, which has a tapered front end, is squeezed back by the clamp 3 and can then automatically insert into the positioning hole 4 on the clamp 3.
[0084] After cleaning the mop, press the mushroom-top button 10 to release the telescopic positioning tongue 5 from the positioning hole 4 on the mop head before mopping. Then, flip the mop head flat to mop the floor.
[0085] like Figures 4 to 7 As shown, the mop squeegee device consists of three parts: a squeegee bracket 11 that is fitted over the mop head, a connecting arm 12, and a handle sleeve 13 that is fitted over the mop handle 2.
[0086] In the middle of the side of the handle tube 13 where the fixed connecting arm 12 is located, there is a long strip-shaped inlet 14 that allows the mop handle 2 to be squeezed in and squeezed out elastically. After the mop is cleaned, the mop handle 2 is allowed to come out from the long strip-shaped inlet 14 of the handle tube, and then the cleaning device is removed from the mop, and only the mop is used to mop the floor.
[0087] Both edges of the long, narrow inlet / outlet 14 of the handle tube are provided with arc-shaped pillars 15 that allow the mop handle 2 to be easily squeezed in and out. On the inner wall of the handle tube opposite the long, narrow inlet / outlet 14, there is a matching semi-cylindrical rod 16 that allows the mop handle 2 to be in the center of the handle tube and reduces friction.
[0088] like Figures 8 to 10 As shown, an isosceles triangular handle bracket 17 is horizontally fixed to the upper end of the glove tube 13 on one side of the connecting arm 12. One end of the hypotenuse 18 and one end of the hypotenuse 19 of the triangular handle bracket 17 are fixedly connected to the upper end of the glove tube 13, and the other end is fixedly connected to the two ends of the handle tube 20 respectively.
[0089] The upper end of the glove tube 13 is provided with a spring pin 21 for sealing the long strip-shaped inlet 14 and blocking the mop handle 2 inside the glove tube 13.
[0090] On the hypotenuse 19 of the triangular handle bracket, there is a lever-type push handle 23 that can pull back the spring pin tongue 22. The push handle 23 is hinged to the hypotenuse 19 at an appropriate position in the middle via a pivot 24. The push handle 23 has a flat strip structure, and its shape conforms to the position of the hypotenuse 19 and the spring pin 21. The front end of the push handle 23 has a mounting hole 26 that matches the rear end of the spring pin rod 25. The mounting hole 26 is fitted onto the rear end of the spring pin rod 25, and then the front end of the push handle 23 is blocked inside by the nut 27 at the rear end of the spring pin rod 25.
[0091] The tongue 22 at the front end of the spring pin is provided with an outward slope. When the mop handle 2 enters the handle sleeve 13, the spring pin tongue 22 can be pushed back by squeezing the slope, and the mop handle 2 can automatically enter the handle sleeve 13.
[0092] When the mop handle 2 comes out of the handle sleeve 13, first press down on the handle 23 to pull back the spring pin tongue 22, release the spring pin tongue 22 from its blockage, and then let the mop handle 2 come out of the handle sleeve 13.
[0093] like Figures 11 to 15 As shown, a flush box 28 is provided on the wiper bracket 11, and the wiper bracket 11 becomes a flush box wiper bracket 29. The bottom of the flush box 28 is a detachable bottom assembly structure. The flush box bottom assembly consists of an inner ring 30 about 2 cm high and a flush box bottom plate 31 connected together. The outer diameter of the inner ring 30 matches the inner diameter of the flush box body. The inner ring 30 is provided with two or more locking platforms 32, and the corresponding flush box body is provided with matching locking holes 33. The inner ring 30 is inserted into the lower end of the box body, and the locking platforms 32 are locked into the locking holes 33 for sealing and fixation. The outer diameter of the flush box bottom plate 32 is consistent with the cross-sectional outer diameter of the flush box body, and the two are integrated.
[0094] The flush box 28 is equipped with a U-shaped connector 35 that connects to the water supply hose 34. The upper end of the water supply hose 34 is connected to the water supply switch 36 installed on the wall, and the upper end of the water supply switch 36 is connected to the water supply pipe 37.
[0095] Two wipers 38 are installed on the inner side of the flush box 28, one above the other. Below the two wipers 38, a row of flushing holes 39 is provided close to the wipers 38.
[0096] Each of the squeegee 38 and the edge in contact with the mop is provided with an inclined plate 40 to smooth out the mop's lint. The angle between the inclined plate 40 and the mop surface is about 30 degrees. The inclined plate 40 can make the squeegee not scrape water when it moves upward, thus saving effort, and only scrape water when it moves downward.
[0097] A splash-proof plate 41 is arranged on the bottom surface of the flushing box 28, the upper edge of the splash-proof plate 41 is fixedly connected with the outer edge of the bottom surface of the flushing box 28, and the lower edge is inwardly inclined to be close to the mop surface;
[0098] The two short edges of the flushing box and the inclined splash-proof plate 41 of the long edge are integrally connected to prevent the sewage at the two ends of the flushing box and the water scraping support 29 from splashing outward.
[0099] The upper surface of the flushing box and the water scraping support 29 is fixed with a horn guide opening 42 for the mop head to be inserted.
[0100] The four corners of the flushing box and the water scraping support 29 are provided with outwardly inclined outward extension feet 43, and the lower surface of the outward extension feet 43 is provided with shock-absorbing pads 44.
[0101] When the flushing box and the water scraping support 29 are lifted to the top, the boss 45 on the connecting arm 12 just touches the pressing column 9 to be positioned.
[0102] A soap bucket 46 is arranged on the wall close to the flushing box and the water scraping support 29, the soap bucket 46 is provided with two mounting holes 47, a double-sided sticker 49 with a screw rod 48 is fixed on the wall, the mounting holes 47 of the soap bucket 46 are hung on the two screw rods 48, then the screw cap 50 is screwed, finally the soap bucket cover 51 is covered, a high-pressure nozzle 52 for adding water into the soap bucket 46 is horizontally fixed at the lower end of one side surface of the soap bucket 46, the outer end of the high-pressure nozzle 52 is connected with the water supply pipe 37 through a switch 53, a liquid level observation slot 54 is arranged on the front wall of the soap bucket 46, the upper end of the soap liquid pipe 55 is connected with the bottom of the soap bucket 46, and the lower end is connected with the rechargeable intelligent quantitative soap adding device 56.
[0103] The water supply switch 36 and the intelligent quantitative soap adding device 56 are connected with the water supply hose 34 through a three-way pipe fitting 57.
[0104] The flushing box and the water scraping support 29 are provided with a matched water receiving box 58, a support rod 59 is fixed on one side inner wall of the water receiving box 58, the upper end of the support rod 59 is provided with a sleeve pipe 60 matched with the connecting arm 12, the connecting arm 12 slides up and down in the sleeve pipe 60, is guided and positioned by the sleeve pipe 60, and cannot rotate. Two vertical studs 61 are arranged on each inner wall surface of the sleeve pipe 60.
[0105] The water inlet of the U-shaped joint 35 is a certain distance above the water receiving box 58, so as not to press the water supply hose 34. A mop head support table 62 is arranged in the water receiving box 58, and the support table 62 is provided with a mop head stop edge 63.
[0106] A fixed suction disc 64 is arranged under the bottom plate of the water receiving box 58, and a drain pipe 65 is arranged at the lower part of the water receiving box 58, so that the sewage is discharged into the sewer.
Claims
1. A flat mop comprising a mop head and a mop handle, characterized in that: The mop head is in the vertical state of the mop plate, and the middle position of the upper end of the mop plate is provided with a clamp matched with the mop rod for preventing the mop head from turning over. After the mop rod is clamped into the clamp, the mop rod and the mop head are clamped together.
2. A flat mop as claimed in claim 1, characterized in that: The mop rod is a tubular structure, and a positioning hole is arranged on one side arm of the clamp. Correspondingly, a through hole is arranged on the mop rod. A V-shaped spring sheet with a telescopic positioning tongue is arranged in the mop rod. The telescopic positioning tongue penetrates the positioning holes on the mop rod and the clamp to lock and position the mop rod and the clamp, so as to prevent the mop head from turning over during the scrubbing process. A pry strip is arranged between the V-shaped spring sheet on the side with the telescopic positioning tongue and the inner wall of the mop rod. The lower end of the pry strip is provided with a through hole matched with the telescopic positioning tongue, so that the telescopic positioning tongue passes through the through hole. A support column is fixed on the inner wall of the mop rod on the same side of the positioning hole in the middle position of the pry strip. A pressing column penetrating the wall of the mop rod is fixed on the opposite side of the positioning hole at the upper end of the support column. A mushroom top button is arranged at the upper end of the pressing column. When the mop head is vertically arranged for scrubbing, the telescopic positioning tongue can be automatically inserted into the positioning hole of the clamp due to the taper at the front end of the telescopic positioning tongue. After the mop is cleaned by scrubbing, the mushroom top button is pressed first, and then the telescopic positioning tongue is pried out of the positioning hole of the clamp by the pry strip to unlock. Then the mop head is turned over to be flat for mopping.
3. A squeegee device for a flat mop, used in conjunction with the flat mop of claim 1, comprising a squeegee bracket with a squeegee worn over the mop head, a connecting arm, and a handle sleeve worn over the mop handle; the lower end of the connecting arm is fixedly connected to the squeegee bracket on the back of the mop head, and the upper end of the connecting arm is fixedly connected to the handle sleeve, characterized in that: A vertical long strip-shaped entrance and exit capable of allowing the mop rod to be squeezed in and out is arranged on the handle sleeve on the front side of the mop plate where the mop cloth is installed. After the mop is cleaned by scrubbing, the mop rod can be taken out of the long strip-shaped entrance and exit of the handle sleeve. Then the scrubbing device can be removed from the mop, and only the mop is used for mopping.
4. A flat mop scrubbing device according to claim 3, wherein: The two edges of the long strip-shaped entrance and exit of the handle sleeve are provided with arc column structures that can smoothly squeeze the mop rod in and out. A vertical semicircular column corresponding to the arc column structures is arranged on the inner wall of the handle sleeve opposite to the long strip-shaped entrance and exit.
5. A flat mop scrubbing device according to claim 3, wherein: The long strip-shaped entrance and exit of the handle sleeve is in an inverted eight-shaped structure with the upper end being wider and the lower end being narrower, so that the handle sleeve can be easily withdrawn.
6. A flat mop scrubbing device according to claim 3, wherein: The lower end of the connecting arm is fixedly connected with the water scraping support on the side where the water scraping plate is installed. The upper end of the connecting arm is fixedly connected with the lower end of the handle sleeve after crossing the thickness of the mop head and being inclined to the mop rod.
7. A flat mop scrubbing device according to claim 3, wherein: An isosceles triangular handle frame is horizontally fixed on one side of the upper end of the handle sleeve. One end of the two inclined sides of the triangular handle frame is fixedly connected with the upper end of the handle sleeve, and the other end is fixedly connected with the two ends of the bottom side of the triangular handle frame, respectively. The bottom side of the triangular handle frame is a handle tube for gripping.
8. A flat mop scrubbing device according to claim 7, characterized in that: The upper end of the handle sleeve is provided with a spring latch for closing the long strip-shaped entrance and exit and blocking the mop rod in the handle sleeve. On the hypotenuse of the outside of the triangular handle frame, a lever type pressing handle is arranged to pull back the spring bolt, the middle of the pressing handle is hinged to the hypotenuse of the outside of the triangular handle frame, the front end of the pressing handle is sleeved on the rear end of the spring bolt rod through the hole matched with the rear end of the spring bolt rod, and then the front end of the pressing handle is blocked in the rear end of the spring bolt rod through the nut of the rear end of the spring bolt rod; The spring tongue at the front end of the spring bolt is provided with an outward inclined surface, when the mop rod enters the handle sleeve, the spring tongue can be retracted by extruding the inclined surface, and then the mop rod can be automatically entered into the handle sleeve; When the mop rod comes out of the handle sleeve, the pressing handle is first pressed down to pull back the spring tongue and release the clamping of the spring tongue, and then the mop rod is allowed to come out of the handle sleeve.
9. A flat mop scrubbing device according to claim 3, wherein: The top surface and the bottom surface of the mop cloth side of the squeegee support are each provided with a squeegee plate perpendicular to the surface of the mop cloth.
10. A flat mop scrubbing device according to claim 3, wherein: The side of the squeegee support on which the squeegee plate is installed is a cuboid flushing box structure, the flushing box is provided with a water outlet hole, the water outlet hole can flush water on the mop cloth, the top surface of the flushing box is provided with a water supply hose joint, the lower end of the water supply hose is connected to the joint on the flushing box, the upper end is connected to a water supply switch, and the length of the water supply hose meets the needs of the up-down pushing and pulling stroke of the flushing box squeegee support. When the squeegee mop is used, the water supply switch is first opened to flush water on the mop cloth, and then the flushing box squeegee support is pushed and pulled to squeegee and wash, after the squeegee and washing is completed, the water supply switch is closed, and the flushing box squeegee support is pushed and pulled several times to squeegee and wash the excess water, the mop is taken off from the squeegee device, and only the mop is used to mop the floor.
11. A flat mop scrubbing device according to claim 10, characterized in that: The bottom of the flushing box is a detachable bottom structure, the bottom of the flushing box is provided with an inner sleeve ring, the outer diameter of the inner sleeve ring is matched with the inner diameter of the flushing box body, the inner sleeve ring is provided with two or more clamping tables, the flushing box body is provided with matched clamping holes, the inner sleeve ring is inserted into the lower end of the box body, and the clamping tables are clamped into the clamping holes to be sealed and fixed; the outer diameter size of the bottom of the flushing box is consistent with the outer diameter size of the cross section of the flushing box body, and the two are integrated.
12. A flat mop scrubbing device according to claim 10 wherein: Two squeegee plates are installed on the inner side of the flushing box, and a row of flushing holes is arranged on the lower surface of each squeegee plate. The upper surface of the contact edge of the squeegee plate and the mop cloth is provided with an inclined plate for smoothing the mop pile, the included angle between the inclined plate and the surface of the mop cloth is about 30 degrees, and the inclined plate can make the squeegee support not squeegee water when going up and save labor, and only squeegee water when going down.
13. A flat mop scrubbing device according to claim 12, characterized in that: A water baffle is arranged on the bottom surface of the flushing box to prevent sewage from splashing, the upper edge of the water baffle is fixedly connected with the outer edge of the bottom surface of the flushing box, and the lower edge is inwardly inclined to be close to the surface of the mop cloth. The lower surface of the two short edges of the flushing box squeegee support is also provided with a water baffle, which is integrated with the inclined water baffles of the long edges to prevent sewage at the two ends of the flushing box squeegee support from splashing outward.
14. A flat mop scrubbing device according to claim 10, wherein the water supply is a water tank. The hose joint is arranged on the top surface of the flushing box and vertically upward; The water supply hose is a spring type telescopic hose, the upper end of which is connected to the water supply switch, and the lower end is connected to the vertically upward joint; The upper opening of the flushing box squeegee support is provided with a horn-shaped guide opening to easily and smoothly insert the mop head into the flushing box squeegee support; The four corners of the flushing box squeegee support are provided with outwardly inclined outward extending feet to stably stand the squeegee support together with the mop, and the lower surface of the outward extending feet is provided with a shock absorbing pad.
15. A flat mop scrubbing device according to claim 3 or 7 or 10, and wherein: Remove the sleeve pipe, fix the triangular handle frame on the upper end of the connecting arm which is square tube structure; the water receiving box is provided below the water scraping support with a matching water receiving box, a support rod is fixed on the inner wall of one side of the water receiving box, the height of the support rod meets the needs of the up-down push-pull stroke of the water scraping support, the inner side of the upper end of the support rod is provided with a section of connecting arm outer sleeve pipe matched with the connecting arm, the connecting arm is positioned and guided in the outer sleeve pipe and slides up and down; after the mop head is inserted into the water scraping support, the triangular handle frame can be pushed up and down to perform the scraping and washing; The upper half of the water supply hose joint is bent downward by 180 degrees, being a vertical U-shaped joint, the water inlet of the joint is downward, the lower end of the water supply hose is upward and connected with the joint, when the water flushing box and the water scraping support are at the lowermost end, the water inlet of the joint is higher than the upper edge of the water receiving box by a certain distance, so that the water supply hose is not squeezed and can move freely, the upper end of the water supply hose is connected with the water supply switch; The bottom plate of the water receiving box is provided below with a fixed suction cup, one side vertical surface of the water receiving box is adhered to the wall by double-sided adhesive; 16. A flat mop scrubbing device according to claim 15, characterized in that: Two vertical convex stems for reducing friction are arranged on each inner wall surface of the connecting arm outer sleeve pipe; The water receiving box is provided with a mop head support table matched with the mop head, the edges of the two long sides of the mop head support table are provided with retaining edges for clamping the mop head.
17. A flat mop scrubbing device according to claim 15 wherein: A soap bucket is arranged on the wall above the water scraping support, two mounting holes are arranged on the upper edge of the wall close to the soap bucket, and two double-sided adhesives with matching mounting screws are arranged on the wall, so that the soap bucket is hung on the wall and then fixed by screwing the nuts; The upper end of the soap pipe is connected with the bottom of the soap bucket and fixed, and the lower end is connected with the soap switch, and the soap switch is connected with the water supply hose through a three-way pipe.
18. A flat mop scrubbing device according to claim 17, characterized in that: The soap switch is a press type soap delay valve which is pressed vertically to the wall surface, the optimal amount of soap for each time is found through tests, and by using the matched soap delay valve, the soap can be accurately applied to the mop cloth by pressing once each time.
19. A flat mop scrubbing device according to claim 18, characterized in that: The soap switch and the water supply switch are combined into a combined water valve with two inputs and one output, the input ends are connected with the water pipe and the soap pipe respectively, and the output end is connected with the water supply hose; A sticking plane is arranged on the valve body of the combined water valve and can be adhered to the wall by double-sided adhesive.
20. A flat mop scrubbing device according to claim 17, characterized in that: The soap switch is a charged intelligent quantitative soap adding device, and a touch switch is arranged on the upper surface of the intelligent quantitative soap adding device.
21. A flat mop scrubbing device according to claim 17, wherein the handle is formed of a plurality of sections. A high-pressure nozzle for adding water into the soap bucket is horizontally fixed to the lower end of one side vertical surface of the soap bucket, the outer end of the high-pressure nozzle is connected with the water supply pipe through a switch, and a liquid level observation slot is arranged on the front wall of the soap bucket; Firstly, an appropriate amount of soap solution is added into the soap bucket, then the water supply switch of the soap bucket is opened to add water into the soap bucket, the high-pressure nozzle is used to automatically dilute the soap uniformly by the impact force, and the water is added until the liquid level observation slot is filled, and then the water supply switch of the soap bucket is closed.