CN106943094B

CN106943094B - Multifunctional mop cleaning system and water squeezing cleaner applied to same

Info

Publication number: CN106943094B
Application number: CN201710319078.3A
Authority: CN
Inventors: 金广成
Original assignee: Shanghai Qiyin Household Articles Co ltd
Current assignee: Shanghai Qiyin Household Articles Co ltd
Priority date: 2017-05-08
Filing date: 2017-05-08
Publication date: 2022-08-02
Anticipated expiration: 2037-05-08
Also published as: CN106943094A

Abstract

The invention provides a multifunctional mop cleaning system, which solves the problems that in the prior art, hair and other substances in a mop cannot be easily removed, a mop cleaner in the prior art cannot effectively and thoroughly remove the hair and other substances, the cleaning effect is poor, water squeezing and squeezing are not clean, the functionality is poor, the mop cleaning system is often positioned at the front end or the side surface of the mop, the occupied space is large, the mop cleaning system is easy to touch and even damage during use, the firmness is poor, the use is inconvenient and the like, and the multifunctional mop cleaning system is fixedly connected with a mop plate to clean cotton heads; it comprises a track, a pin column and a water squeezing cleaner; the track is positioned on the side edge of the mop plate, the pin is positioned in the track, and the water squeezing cleaner is fixed on the pin; the water squeezing washer comprises a handle, guide rail holes and a water squeezing washing assembly, wherein the guide rail holes are formed in two sides of the front end of the handle, the water squeezing washing assembly comprises a washing water squeezing device inner framework, fork teeth and a guide head, and the fork teeth are arranged at the front end of the washing water squeezing device inner framework.

Description

Multifunctional mop cleaning system and water squeezing cleaner applied to same

Technical Field

The invention belongs to the field of cleaning equipment, and particularly relates to a multifunctional mop cleaning system.

Background

The flat mop has a certain width, so that the flat mop is inconvenient to directly clean by using a water tap, and the problem that the hair and the like of the mop can be easily removed and the excessive moisture can be squeezed out in the cleaning process is difficult to solve.

There is a mop clearance ware of perpendicular to cotton head among the prior art, but this kind of clearance ware can't insert cotton head in fact, can't clear away impurities such as hair, fibre in the cotton head, only is the carding of form, and the clearance effect is poor, can't get rid of moisture simultaneously, and is functional not strong.

In addition, the mop cleaning system in the prior art is often located at the front end or the side of the mop, occupies a large space, is easy to touch and even damage during use, has poor firmness and is inconvenient to use.

Disclosure of Invention

The multifunctional mop cleaning system can be turned over, can remove moisture and hair simultaneously, and has a good cleaning effect.

The multifunctional mop cleaning system is fixedly connected with the mop plate and is used for cleaning the cotton head; it comprises a track, a pin column and a water squeezing cleaner; the rails are positioned on the side edges of the mop plate, and the preferable rails are positioned on the two side edges of the mop plate; the pin is located in the track, and the water squeezing cleaner is fixed on the pin. The water squeezing washer comprises a handle, guide rail holes and water squeezing washing components, wherein the guide rail holes are positioned on two sides outside the front end of the handle, the water squeezing washing components comprise a washing water squeezing device inner framework, fork teeth and guide heads, the fork teeth are arranged at the front end of the washing water squeezing device inner framework, the guide heads are positioned at two ends of the side surface of the washing water squeezing device inner framework, and the number of the guide heads is one or more than two; the guide head is nested in the guide rail hole, and the water squeezing and cleaning assembly is fixed on the handle through the connection of the guide head and the guide rail hole.

The multifunctional mop cleaning system further comprises a cotton head fixing part, wherein the cotton head fixing part comprises a cotton head fixing hole, a cotton head fixing head and a cotton head fixing rope, the cotton head fixing rope is connected with the cotton head fixing head, the cotton head is embedded in the cotton head fixing hole through the cotton head fixing rope, and the cotton head fixing hole is located on the side edge of the mop plate, preferably on the front side edge and the rear side edge of the mop plate; or the cotton head fixing part comprises a cotton head fixing clamp and a cotton head fixing buckle, and the cotton head fixing clamp is positioned at any one or two sides of the front side edge and the rear side edge of the mop plate or positioned at the top of the mop plate; the cotton head fixing buckle is connected with the cotton head, and the cotton head fixing clamp is connected with the cotton head fixing buckle in a buckling mode.

Of course, the cotton bud can also be fixed by components such as a zipper, a nylon fastener and the like, but the components are more complex in structure and insufficient in firmness, so that the cotton bud is not selected in the invention.

The water squeezing washer is applied to a multifunctional mop cleaning system and comprises a handle, guide rail holes and water squeezing washing components, wherein the guide rail holes are positioned at two sides outside the front end of the handle; the guide head is nested in the guide rail hole, and the water squeezing and cleaning assembly is fixed on the handle through the connection of the guide head and the guide rail hole.

The water squeezing and cleaning assembly also comprises a shaft hole, a shaft, a roller and an eccentric roller; the shaft holes are positioned at two ends of the inner framework of the cleaning wringing device, the shaft is embedded in the shaft holes, and the roller and the eccentric roller are embedded on the shaft. The shaft fixes the roller and the eccentric roller on the inner framework of the cleaning wringing device.

The water squeezing cleaner also comprises a brush pushing device, and the brush pushing device comprises a brush pushing plate, brush pushing teeth, a push head and a fixing plate; the brush pushing teeth are positioned at the lower part of the front of the brush pushing plate, the pushing head is positioned at the back of the brush pushing plate, and the fixing plate is positioned at the back of the brush pushing plate.

The brush pushing device further comprises a rear plate, and the rear plate is connected with the fixing plate. The back plate and the fixing plate are connected with each other and form an included angle, and the included angle is 30-100 degrees, preferably 90 degrees.

The cleaning water squeezer is characterized in that a brush pushing device through hole is formed in a panel of an inner framework of the cleaning water squeezer, the brush pushing device is located at the front end of a water squeezing cleaning assembly, a brush pushing plate penetrates through the brush pushing device through hole, the brush pushing plate is arranged on fork teeth, the brush pushing teeth are meshed with the fork teeth, a pushing head is arranged at the rear end of the brush pushing plate, and the number of the brush pushing teeth is more than one.

The fork tine is more than one.

The guide rail holes are positioned at two sides of the water squeezing and cleaning component, and the number of the guide rail holes is more than one, preferably two; the number of the guide rail holes is the same as that of the guide heads, the guide rail holes are opposite to each other, and the guide rail holes are obliquely arranged on the handle.

The inclination angle of the guide rail hole is 15-75 degrees, preferably 30-60 degrees, and most preferably 45 degrees.

The inclination angle of the guide rail hole is the included angle between the guide rail hole and the horizontal plane at the bottom end of the guide rail hole; when the number of the guide rail holes is two or more, the straight lines of the bottom ends of all or most of the guide rail holes are used as the reference included angle.

The roller and the eccentric roller are arranged on the shaft and fixed on the inner framework of the cleaning squeezer through the shaft hole: the roller is in direct contact with the cotton head and rotates in the forward and backward propelling processes of the cleaning wringing device, and the eccentric roller is linked to rotate; the roller wheel linkage eccentric roller wheel mode is direct linkage or indirect linkage.

The water squeezing cleaner is fixed on the track through the pin, the handle is lifted during working, the cleaning system rotates by taking the pin as an axis and rotates from one side of the mop surface to one side of the cotton head of the mop, the rotation angle of the cleaning system is 1-360 degrees, and the actually required working angle is preferably about 180 degrees.

Of course, the squeezing washer can also be used in cooperation with other systems, and details are not described herein.

The invention has the beneficial effects that:

when the cleaning system works, the handle is lifted, the cotton wool cleaning machine overturns and runs through the pin columns fixed on the track, and pushes the cotton wool cleaning machine after the cotton wool cleaning machine overturns to one side of the cotton wool head, so that the cleaning system works. Like this, cleaning system can settle at the mop board back when unoperated state, the one side of being connected with the mop pole that is exactly, and it is positive to turn to the mop board at the during operation, the one side that also sets up the cotton head, and such structure can make cleaning system not occupy the plane space of mop board, and the cleaning system who lies in the mop board back simultaneously can not touched when the mop board is worked.

The invention reverses the inherent idea that the cleaning system and the cotton head are arranged on the same side in the prior art, and the cleaning system can be arranged on the back of the mop plate through the ingenious design of overturning the rail and the pin column, so that the space is saved and the use is more convenient, and a new development direction and thought are created for the development of the field.

The flat mop is provided with the water squeezing and cleaning component and the pushing and brushing device, so that the flat mop can easily remove hair and the like of the mop in the cleaning process, and can squeeze out excessive water easily, and the flat mop is convenient to clean and squeeze water to be convenient to use.

Drawings

FIG. 1 is a schematic view of the construction of the wringer cleaner assembled with a mop;

FIG. 2 is a schematic view showing the squeezing washer being pushed onto the mop;

FIG. 3 is a schematic view of the wringer cleaner in a home position on the mop;

FIG. 4 is a schematic view of the structure of the squeezing washer in a return state;

FIG. 5 is a schematic top view of the wringing cleaning assembly;

FIG. 6 is a schematic top view of the wringing cleaning assembly;

FIG. 7 is a front view of the wringing cleaning assembly;

FIG. 8 is a schematic side view of the wringing cleaning assembly;

FIG. 9 is a schematic top view of the brush pusher;

FIG. 10 is a schematic front view of the brush pusher;

FIG. 11 is a side view of the brush pusher;

FIG. 12 is a schematic view of the working eccentric wheel and roller in the wringing and cleaning assembly;

FIG. 13 is a front view of the eccentric wheel and the roller in the wringing cleaning assembly in an operating state;

FIG. 14 is a schematic side view of the eccentric wheel and the roller in the wringing and cleaning assembly.

Name of each component:

1. mop rod 8, cleaning water squeezer 15, guide head

2. Mop plate 9, handle 16, brush pushing device

3. Track 10, guide rail hole 17, push brush board

4. Cotton head fixing hole 11, pin 18, push brush tooth

5. Cotton head 12, cleaning inner frame 19 of water squeezer and pushing head

6. Cotton head fixed head 13, fork 20, back plate

7. Cotton head fixing rope 14, shaft hole 21 and roller

24. Fixed plate 25, brush pusher through hole 22, eccentric roller

23. Shaft

Detailed Description

Embodiments of the present invention are described in detail below with reference to the accompanying drawings.

Example 1:

referring to fig. 1-14, the structure of the multifunctional mop cleaning system of the embodiment is schematically illustrated:

the multifunctional mop cleaning system is connected with the mop plate 2, and is positioned on one side of the mop rod 1 of the mop plate in a non-working state; the multifunctional mop cleaning system comprises a track 3, a pin 11 and a cleaning system 8; the tracks 3 are positioned on two side edges of the mop plate, the pins 11 are positioned in the tracks 3, and the cleaning system 8 is fixed on the pins 11. The water squeezing washer comprises a handle 9, guide rail holes 10 and a water squeezing washing assembly 8, wherein the guide rail holes 10 are positioned at two outer sides of the front end of the handle 9, and the water squeezing washing assembly 8 comprises a washing water squeezing device inner framework 12, fork teeth 13 and a guide head 15; the fork teeth 13 are arranged at the front end of the inner framework 12 of the cleaning wringing device, and the guide heads 15 are positioned at two ends of the inner framework 12 of the cleaning wringing device, wherein the number of the guide heads is one or more than two; the guide head 15 is nested in the guide rail hole 10, and the water squeezing and cleaning assembly 8 is fixed on the handle 9 through the connection of the guide head 15 and the guide rail hole 10.

The overturning and cleaning system further comprises a cotton head fixing part, wherein the cotton head fixing part comprises a cotton head fixing hole 4, a cotton head fixing head 6 and a cotton head fixing rope 7, the cotton head fixing rope 7 penetrates through the cotton head fixing head 6, the cotton head 5 is embedded in the cotton head fixing hole 4 through the cotton head fixing rope 7, and the cotton head fixing hole 4 is located on the front side edge and the rear side edge of the mop plate 2;

the water squeezing and cleaning assembly 8 further comprises a shaft hole 14, a shaft 23, a roller 21 and an eccentric roller 22; the shaft holes are positioned at two ends of the inner framework 12 of the cleaning wringing device, the shaft 23 is embedded in the shaft hole 14, and the roller 21 and the eccentric roller 22 are embedded on the shaft 23. The shaft 23 fixes the roller 21 and the eccentric roller 22 on the inner framework 12 of the washing and squeezing device.

The water squeezing cleaner also comprises a brush pushing device 16, wherein the brush pushing device 16 comprises a brush pushing plate 17, brush pushing teeth 18, a pushing head 19 and a fixing plate 24; the brush pushing teeth 18 are positioned at the lower front part of the brush pushing plate 17, the pushing head is positioned at the back of the brush pushing plate 17, and the fixing plate 24 is positioned at the back of the brush pushing plate 17.

The brush pusher further comprises a rear plate 20, and the rear plate 20 is vertically connected with a fixing plate 24.

The front panel of the inner framework 12 of the cleaning water squeezer is provided with a brush pushing through hole 25, the brush pushing device 16 is positioned at the front end of the water squeezing cleaning component 8, the brush pushing plate 17 penetrates through the brush pushing through hole 25, the brush pushing plate 17 is arranged on the fork teeth 13, the brush pushing teeth 18 are meshed with the fork teeth 13, the pushing head 19 is arranged at the rear end of the brush pushing plate, and the number of the brush pushing teeth 18 is more than one.

The fork tooth is a plurality of.

The number of the push heads is multiple.

The guide rail holes 10 are positioned at two sides of the water squeezing and cleaning component 8, the number of the guide rail holes is 4, the guide rail holes are positioned at two sides of the handle, and each guide rail hole is 2; the number of the guide rail holes is the same as that of the guide heads, and the guide heads are opposite in position, so that the guide heads can be nested in the guide rail holes and move along the guide rail holes; the guide rail holes are positioned on two sides of the front section of the handle and are obliquely arranged.

The inclination angle of the guide rail hole is 45 degrees.

The inclination angle of the guide rail hole is the included angle between the guide rail hole and the horizontal plane at the bottom end of the guide rail hole; when the number of the guide rail holes is two or more, the straight lines of the bottom ends of all or a plurality of the guide rail holes are taken as the reference included angle, and the bottom ends of the guide rail holes are taken as the reference when the handle is positioned on the mop plate in a flat-laid state.

The roller 21 and the eccentric roller 22 are arranged on the shaft 23 and are fixed on the inner framework 12 of the cleaning wringing device through the shaft hole 14: the roller 21 is directly contacted with the cotton head 5 and rotates in the forward and backward propelling process of the cleaning wringing device 8, and is linked with the eccentric roller 22 to rotate; the roller 21 is linked with the eccentric roller 22 directly or indirectly.

The cleaning and the water squeezing of the flat mop are completed by the following modes: the handle 9 of the water squeezing and cleaning component 8 rotates around the track 3 by the pin 11, and rotates from the mop surface side to the surface of the cotton head 5 of the mop, preferably 180 degrees. At this time, the cleaning wringing device 8 is parallel to the cotton head 5 and is pushed forward along the track 3, the inner framework 12 of the cleaning wringing device is subjected to resistance from the front of the cotton head 5, so that the fixing pins 11 at the two ends of the inner framework 12 of the cleaning wringing device slide to the lower end of the track hole 10, the gap between the inner framework 12 of the cleaning wringing device and the cotton head 5 is further reduced, the fork teeth 13 at the front of the inner framework 12 of the cleaning wringing device are transversely inserted into the cotton head 5, the fork teeth 13 scoop up hair dirt in the cotton head 5 in the forward advancing process of the inner framework 12 of the cleaning wringing device, the gap between the inner framework 12 of the cleaning wringing device and the cotton head 5 is further reduced, the water adsorbed by the cotton head 5 is indirectly squeezed, the wringing process of the mop is completed, synchronously, the roller 21 starts to rotate under the friction force from the cotton head 5, the eccentric roller 22 rotates under linkage, and the pushing brush plate 17 is pushed forward, the brush pushing plate 17 moves back and forth along the direction of the fork teeth 13, so that the fork teeth 13 push the hair dirt scooped up from the cotton head 5 to the front end to fall off, and the whole washing and wringing stroke of the mop is completed till the completion, and the washing and wringing of the mop is continuously completed by a plurality of washing and wringing strokes.

The neutral return of the flat mop is completed in the following way: after the washing wringing device 8 is parallel to the cotton head 5 and pushed forwards to the end to finish wringing and washing in one stroke, the handle 9 is held to be pulled backwards along the track 3, the inner framework 12 of the washing wringing device is subjected to resistance from the front of the cotton head 5, so that the fixing pins 11 at two ends of the inner framework 12 of the washing wringing device slide to the upper end of the guide rail hole 10, the gap between the inner framework 12 of the washing wringing device and the cotton head 5 is expanded until the friction force disappears, and finally the inner framework 12 of the washing wringing device is separated from the surface of the cotton head 5, and synchronously, the roller 21 does not stop rotating under the friction force from the cotton head 5 until the flat mop returns to the initial state of washing and wringing.

According to the picture 1, the mop plate 2 is fixedly connected with the mop rod 1, the track 3 is fixed on the mop plate 2, and the cotton head 5 is sleeved in the cotton head fixing hole 4 through the cotton head fixing rope 7 fixed on the cotton head fixing head 6, so that the cotton head is fixed on the mop plate, and the cleaning water squeezer 8 is prevented from falling off under stress when working.

The cleaning system 8 is fixed on the track 3 through the pin 11, the handle 9 is lifted during work, the cleaning system 8 rotates from one side of the mop surface to one surface of the cotton head 5 of the mop by taking the pin 11 as an axis, the rotation angle of the cleaning system 8 is 1-360 degrees, and the working angle required in the embodiment is 180 degrees.

While there has been described what are believed to be the preferred embodiments of the present invention, it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the principles of the invention, and it is intended to cover all such changes and modifications as fall within the true scope of the invention.

Claims

1. A multifunctional mop cleaning system is connected with a mop plate and used for cleaning cotton heads; the method is characterized in that: comprises a track, a pin column and a water squeezing cleaner; the track is positioned on the side edge of the mop plate, the pin is positioned in the track, and the water squeezing cleaner is fixed on the pin; the multifunctional mop cleaning system also comprises a cotton head fixing part, wherein the cotton head fixing part comprises a cotton head fixing hole, a cotton head fixing head and a cotton head fixing rope, the cotton head fixing rope is connected with the cotton head fixing head, the cotton head is embedded in the cotton head fixing hole through the cotton head fixing rope, and the cotton head fixing hole is positioned at the front side edge and the rear side edge of the mop plate; or the cotton head fixing part comprises a cotton head fixing clamp and a cotton head fixing buckle, and the cotton head fixing clamp is positioned at any one or two sides of the front side edge and the rear side edge of the mop plate or positioned at the top of the mop plate; the cotton head fixing buckle is connected with the cotton head, and the cotton head fixing clamp is connected with the cotton head fixing buckle in a buckling manner; the water squeezing washer comprises a handle, guide rail holes and water squeezing washing components, wherein the guide rail holes are positioned on two sides outside the front end of the handle, the water squeezing washing components comprise a washing water squeezing device inner framework, fork teeth and guide heads, the fork teeth are arranged at the front end of the washing water squeezing device inner framework, the guide heads are positioned at two ends of the side surface of the washing water squeezing device inner framework, and the number of the guide heads is one or more than two; the guide head is nested in the guide rail hole, and the water squeezing and cleaning assembly is fixed on the handle through the connection of the guide head and the guide rail hole; the water squeezing and cleaning assembly also comprises a shaft hole, a shaft, a roller and an eccentric roller; the shaft holes are positioned at two ends of the inner framework of the cleaning wringing device, the shaft is embedded in the shaft holes, and the roller and the eccentric roller are embedded on the shaft; the shaft fixes the roller and the eccentric roller on the inner framework of the cleaning wringing device.

2. The multi-function mop cleaning system of claim 1, wherein: the water squeezing cleaner also comprises a brush pushing device, and the brush pushing device comprises a brush pushing plate, brush pushing teeth, a push head and a fixing plate; the brush pushing teeth are positioned at the lower part of the front of the brush pushing plate, the pushing head is positioned at the back of the brush pushing plate, and the fixing plate is positioned at the back of the brush pushing plate.

3. The multi-function mop cleaning system of claim 2, wherein: the brush pushing device further comprises a rear plate, and the rear plate is connected with the fixing plate; the back plate is connected with the fixing plate and forms an included angle with the fixing plate, and the included angle is 30-100 degrees.

4. The multi-function mop cleaning system of claim 3, wherein: the back plate is connected with the fixed plate and the included angle between the back plate and the fixed plate is 90 degrees.

5. The multi-function mop cleaning system of claim 4, wherein: the cleaning wringing device is characterized in that a brush pushing device through hole is formed in a panel of an inner framework of the cleaning wringing device, the brush pushing device is located at the front end of the wringing cleaning assembly, a brush pushing plate penetrates through the brush pushing device through hole and is located on the fork teeth, the brush pushing teeth are meshed with the fork teeth, a pushing head is arranged at the rear end of the brush pushing plate, and the number of the brush pushing teeth is more than one.

6. The multi-function mop cleaning system of claim 5, wherein: the fork teeth are more than one; the guide rail holes are positioned on two sides of the water squeezing and cleaning assembly and are formed by more than one guide rail holes; the number of the guide rail holes is the same as that of the guide heads, the guide rail holes are opposite, and the guide rail holes are positioned on the handle and are obliquely arranged; the inclination angle of the guide rail hole is 15-75 degrees.

7. The multi-function mop cleaning system of claim 6, wherein: the guide rail holes are located on two sides of the water squeezing and cleaning assembly, and the number of the guide rail holes is two.

8. The multi-function mop cleaning system of claim 6, wherein: the inclination angle of the guide rail hole is 30-60 degrees.

9. The multi-function mop cleaning system of claim 8, wherein: the inclination angle of the guide rail hole is 45 degrees.