CN201197697Y

CN201197697Y - Long head mop for manually squeezing water

Info

Publication number: CN201197697Y
Application number: CNU2008201117351U
Authority: CN
Inventors: 李月胜
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-05-14
Filing date: 2008-05-14
Publication date: 2009-02-25
Anticipated expiration: 2018-05-14

Abstract

The utility model discloses a manually-operated water-squeezing long-head mop which adopts a hollow mop pole, and the mop pole is provided with a rocking handle. The mop head comprises an inverted V-shaped connecting piece and four hollow pipes fixedly connected with the lower end of the connecting piece, the four hollow pipes are parallelly arranged and positioned at the four vertexes of a rectangle respectively, the lower ends of the four hollow pipes are fixedly connected with a rectangular frame together, two roller wheels are parallelly arranged inside the rectangular frame, and both ends of a roller shaft are respectively arranged on the two opposite sides of the rectangular frame. A mop is fixedly connected on a pull rod, the mop is arranged between the two roller wheels, one end of the pull rod is positioned between the two hollow pipes on one same side of the rectangular frame, and the other end of the pull rod is positioned between the other two corresponding hollow pipes. A pull cord is arranged, one end of the pull cord is connected on the pull rod, and the other end of the pull cord passes through the mop pole and is wound on the rocking handle. Four pull ropes are arranged, one end of each pull rope is connected on the roller shaft, the other end is wound on the rocking handle, and the pull cord and the pull ropes are wound on the rocking handle in opposite directions.

Description

The long mop of manual water squeezing

Technical field:

The utility model relates to a kind of mop, and the long mop of a kind of manual water squeezing of more specifically saying so belongs to the cleaning appliance technical field.

Background technology:

At present, a most frequently used length mop in the known life, be that mop is fixed on the end of T font mop rod, after mop was scrapped, mop rod was also thrown away together in company with mop, wasted resource, the most important thing is that an existing length mop does not have water squeezing feature, hand commonly used is directly twisted water in the life, and it is unhygienic doing one like this, the 2nd, winter water is cool sharp, the water squeezing inconvenience; Other water squeezing mode is defectiveness also, and such as 1, belt leather gloves, the winter is frozen hand, need clean leather glove separately afterwards, run into when repeatedly twisting water will repeatedly take off, be with gloves, and gloves is inconsistent with the mop storage place, possibility inconvenience when use next time; 2, tramp with one's feet or exert oneself to extruding on the ground, unhygienic like this, and influenced by the clean condition of ground and sole; 3, dry naturally, the mop do not wrung out of winter easily freezes, and in the time of need mopping floor repeatedly, be equipped with several mops, bad placement, if on road limit, city, kerbside places, and influences the appearance of the city appearance of streets.

The utility model content:

The utility model is for avoiding above-mentioned existing in prior technology weak point, an a kind of manual water squeezing length mop is provided, can driving mop slip in the middle of two rollers by the twist rocking handle, and then remove the water in the mop.

The utility model technical solution problem adopts following technical scheme:

Manually the long mop of water squeezing comprises mop rod, mophead and mop, adopts hollow mop rod, is provided with a rocking handle that radially passes mop rod on mop rod; Mophead comprise one " ∧ " shape with the detachable connector that is connected of mop rod and connect firmly four hollow pipes in the connector lower end, these four hollow pipes are to be arranged in parallel and be positioned on four summits of rectangle, the lower end of four hollow pipes is common to connect firmly with a rectangular frame, interior parallel two rollers that are provided with of rectangular frame, the two ends of roller shaft are installed in respectively on two opposite side of rectangular frame; Mop connects firmly on a pull bar, and described mop is between two rollers, and an end of described pull bar is between two hollow pipes on same limit of rectangular frame, and the other end of pull bar is between the hollow pipe of other two correspondences; Backguy is set, and an end of backguy is connected on the pull bar, and the other end of backguy passes mop rod and is around on the rocking handle; Four stay cords are set, and a wherein end of every stay cord is connected on the roller shaft, and the other end is around on the rocking handle, backguy and stay cord on rocking handle around on the contrary.

Design feature of the present utility model also is:

The thickness at described pull bar two ends is less than the spacing between two hollow pipes on same limit of rectangular frame, and the thickness at pull bar middle part is greater than the spacing between two hollow pipes on same limit of rectangular frame.

The length of described mop is greater than the length of described hollow pipe.

The spaced surface of described roller is provided with some salient points equably.

Compared with the prior art, the beneficial effects of the utility model are embodied in:

The utility model drives mop friction slip between two rollers by rocking handle, backguy are set, and utilizes the extruding force of pair of rollers mop to wring out water in the mop, and is simple in structure, easy to operate, with low cost.

Description of drawings:

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the front view of rectangular frame and roller.

Fig. 3 is A-A cutaway view of Fig. 2.

Number in the figure: 1, mop rod, 2, rocking handle, 3, connector, 4, hollow pipe, 5, rectangular frame, 6, roller, 7, mop, 8, pull bar, 9, backguy, 10, stay cord, 11, roller shaft, 12, the collar, 13, annulus, 14, decide square, 15, moving square, 16, stage clip, 17, flat head screw, 18, handle.

Below pass through the specific embodiment, and the utility model is described in further detail in conjunction with the accompanying drawings.

The specific embodiment:

Embodiment: referring to Fig. 1-Fig. 3, the long mop of the manual water squeezing of present embodiment adopts hollow mop rod 1, is provided with a rocking handle 2 that radially passes mop rod on mop rod, is used for twist backguy and stay cord; Mophead comprise one " ∧ " shape with the detachable connector that is connected 3 of mop rod and connect firmly four hollow pipes 4 in the connector lower end, these four hollow pipes are to be arranged in parallel and be positioned on four summits of rectangle, the lower end of four hollow pipes is common to connect firmly with a rectangular frame 5, interior parallel two rollers 6 that are provided with of rectangular frame, the two ends of roller shaft are installed in respectively on two opposite side of rectangular frame; Some mops 7 are connected firmly on a pull bar 8, mop is between two rollers, when backguy drive mop slides between roller, the water that contains in the mop can be squeezed out by two rollers, reach the purpose of wringing out mop, one end of pull bar is between two hollow pipes on same limit of rectangular frame, the other end of pull bar is between the hollow pipe of other two correspondences, pull bar can slide up and down between hollow pipe, backguy 9 is set, one end of backguy is connected on the pull bar 8, also can establish a handle 18 on pull bar 8, an end of backguy is fixed on the handle 18, the other end of backguy passes mop rod 1 and is around on the rocking handle 2, during rotation crank, backguy drives mop and slides between roller from bottom to top; Other is provided with four stay cords 10, and a wherein end of every stay cord is connected on the roller shaft 11, and the other end is around on the rocking handle 2, backguy and stay cord on rocking handle around on the contrary.In order to control the moving line of stay cord, the collar 12 of location stay cord can be set in the both sides of connector, therefrom pass for stay cord, also an annulus 13 can be set in the bottom of mop rod, be used to control stay cord and move along the direction that is parallel to mop rod.In order to prevent that pull bar from rocking back and forth between hollow pipe, the thickness at pull bar two ends can be thinner, less than the spacing between two hollow pipes of pull bar slip, the thickness at pull bar middle part can be thicker, greater than the spacing between two hollow pipes on same limit of rectangular frame.In order to prevent that mop breaks away from two rollers from too being pulled, during making, the length of mop should when pull bar is pulled to the highest point of hollow pipe, also have the part mop to stretch out between two rollers greater than the length of hollow pipe.

During water in needs are wrung out mop, twist rocking handle 2, backguy 9 drives pull bar 8 and upwards slides, mop 7 is extruded between two rollers 6 upwards and slides simultaneously, water is extruded, because the frictional force between mop and the roller, two rollers rotate in the opposite direction, and with stay cord 10 on roller shaft 11, when pull bar was pulled to the upper end of hollow pipe 4, direction twist rocking handle 2 again was because stay cord is reverse on rocking handle with backguy, two rollers of stay cord 10 drives this moment rotate in opposite directions, by the frictional force between roller 6 and the mop 7, mop is by the downward twist of roller, can go cleaning floor again, in order to increase the frictional force between roller and the mop, can some salient points be set equably at the spaced surface of roller.

Referring to Fig. 3, in order to regulate two spacings between the roller, to adjust the extruding dynamics of pair of rollers mop, can be provided with respectively at the two ends of rectangular frame 5 and decide square 14 and moving square 15, two roller shafts are installed in respectively to be decided in square and the moving square, one stage clip 16 is set between two squares, moving square can slidably reciprocate in rectangular frame, moving square can be located by a flat head screw 17 that passes the rectangular frame frame, when flat head screw is twisted toward rectangular frame is interior, promote moving square and move to the stage clip direction, the pitch smaller between this moment two rollers puts more effort to the extruding of mop; When loosening outward, stage clip promotes moving square and moves flat head screw toward rectangular frame, and the spacing between this moment two rollers becomes big, and the extruding dynamics of mop is reduced.The utility model is simple in structure, and cost is with low cost, and mop can adopt waste and old clothing, wool fabric etc. to make, and has made full use of waste and old resource, can wring out mop by the twist rocking handle, and is easy to use, simple to operate.

Claims

1. the long mop of manual water squeezing comprises mop rod, mophead and mop, it is characterized in that:

Adopt hollow mop rod, on mop rod, be provided with a rocking handle that radially passes mop rod;

Mophead comprise one " ∧ " shape with the detachable connector that is connected of mop rod and connect firmly four hollow pipes in the connector lower end, these four hollow pipes are to be arranged in parallel and be positioned on four summits of rectangle, the lower end of four hollow pipes is common to connect firmly with a rectangular frame, interior parallel two rollers that are provided with of rectangular frame, the two ends of roller shaft are installed in respectively on two opposite side of rectangular frame;

Mop connects firmly on a pull bar, and described mop is between two rollers, and an end of described pull bar is between two hollow pipes on same limit of rectangular frame, and the other end of pull bar is between the hollow pipe of other two correspondences; Backguy is set, and an end of backguy is connected on the pull bar, and the other end of backguy passes mop rod and is around on the rocking handle; Four stay cords are set, and a wherein end of every stay cord is connected on the roller shaft, and the other end is around on the rocking handle, backguy and stay cord on rocking handle around on the contrary.

2. the long mop of manual water squeezing according to claim 1, it is characterized in that, the thickness at described pull bar two ends is less than the spacing between two hollow pipes on same limit of rectangular frame, and the thickness at pull bar middle part is greater than the spacing between two hollow pipes on same limit of rectangular frame.

3. the long mop of manual water squeezing according to claim 1 is characterized in that the length of described mop is greater than the length of described hollow pipe.

4. the long mop of manual water squeezing according to claim 1 is characterized in that the spaced surface of described roller is provided with some salient points equably.