CN201379506Y

CN201379506Y - Two-side glass cleaning mop

Info

Publication number: CN201379506Y
Application number: CN200920126914U
Authority: CN
Inventors: 李贤国
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-04-03
Filing date: 2009-04-03
Publication date: 2010-01-13
Anticipated expiration: 2019-04-03

Abstract

A two-side glass cleaning mop comprises a driving mop plate and a driven mop plate, wherein the driving mop plate and the driven mop plate respectively consists of an driving base plate and a driven base plate, magnets are arranged inside the driving base plate and the driven base plate, the front sides of the driving mop plate and the driven mop plate are both adhered with sponge bodies, and a handle is hinged on the back side of the driving base plate. The two-side glass cleaning mop is characterized in that the front side of the driven base plate is further provided with a rolling component which is arranged outside the sponge body. After adopting the structure, the friction between the sponge body on the driven mop plate and glass is reduced while the suction exerted on the driven mop plate is increased for preventing the driven mop plate from dropping off, which enables users to easily move the driven mop plate.

Description

The double-sided glass cleaning mop

Technical field

The utility model relates to a kind of cleaning mop, particularly a kind of mop that is used for the double-sided glass cleaning.

Background technology

For solving the problem that building window-glass reverse side is difficult to clean, the mop that double-sided glass cleans has appearred on the market being specifically designed to, this kind mop comprises initiatively a planker and a passive planker, this active planker and passive planker comprise a substrate respectively, substrate front side at these two plankers is pasted with a sponge rub body respectively, initiatively the substrate inside of planker and passive planker is provided with a magnet, two blocks of magnet can will just be operated in glass, the active planker on anti-two sides is inhaled mutually with passive planker, drive initiatively planker by manpower during work, passive planker is also driven because of the attraction of magnetic force, thereby just finishes glass, the cleaning on anti-two sides.The problem that this kind structure exists is, magnetic force between active planker and passive planker very great talent can guarantee that passive planker does not come off at work, must cause sponge rub body and the frictional force between glass on the passive planker to strengthen after initiatively the magnetic force between planker and passive planker strengthens but then, cause the passive planker difficulty of walking about.

The utility model content

Technical problem to be solved in the utility model is: a kind of double-sided glass cleaning mop that can reduce passive planker walking resistance is provided, increases work efficiency.

The technical solution of the utility model is as follows: a kind of double-sided glass cleaning mop, comprise initiatively a planker and a passive planker, described active planker, passive planker include initiatively substrate, a passive substrate respectively, inside at this active substrate and this passive substrate all is provided with magnet, all be pasted with the sponge rub body in the front of this active substrate and the front of passive substrate, be hinged with a handle at the active substrate back, its key is, front at described passive substrate also is provided with rolling member, and this rolling member is positioned at the external side of described sponge brush.After adopting this structure, even passive planker is subjected to very big attraction, but because passive substrate front side is equipped with rolling member, thereby rolling member has decomposed sponge rub body on the passive substrate and the pressure between glass has reduced frictional force between this sea rub body and the glass surface, and rolling member is walked about with roll mode, has reduced the resistance of passive planker walking.

The beneficial effects of the utility model are: increasing attraction that passive plate is subjected to prevent to have reduced when it from coming off sponge rub body on the passive planker and the frictional force between glass, make walking about of passive planker easier.

Description of drawings

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

Fig. 2 is passive planker Facad structure schematic diagram;

Fig. 3 is that the A of Fig. 2 is to view;

Fig. 4 is a user mode schematic diagram of the present utility model.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples:

As Fig. 1, Fig. 2, shown in Figure 3, a kind of double-sided glass cleaning mop, comprise initiatively a planker 1a and a passive planker 1b, described active planker 1a, passive planker 1b includes an initiatively substrate 2 respectively, passive substrate 2, inside at this active substrate 2 and this passive substrate 2 all is provided with magnet 4, all be pasted with sponge rub body 5 in the front of this active substrate 2 and the front of passive substrate 2, and be hinged with a handle 3 at these active substrate 2 back sides, it is characterized in that: the front at described passive substrate 2 also is provided with rolling member 6, and this rolling member 6 is positioned at described sponge rub body 5 outsides.Initiatively substrate 2 and passive substrate 2 are made cuboid by plastics or metal, and handle 3 is hinged on the initiatively back side of substrate 2; Initiatively all there is a cavity substrate 2 and passive substrate 2 inside simultaneously, and two blocks of magnet 4 are placed in respectively in these two cavitys, form attraction between the front of the positive and passive substrate 2 of feasible initiatively substrate 2; In position four rolling members 6 are set near four angles in passive substrate 2 fronts, this rolling member 6 is to be made of plastics or metal ball or roller, the part of this ball or roller falls into passive substrate 2 inside, another part exposes the front of passive substrate 2, and the thickness of sponge rub body 5 exceeds ball or roller operate portions bit position 0.5mm, 1.25mm or 2mm.Like this, sponge rub body 5 on the passive substrate 2 pressed shrink attenuation when being attached to glass 9 surfaces after, ball or roller touch glass 9 surfaces and bear pressure and prevent that sponge rub body 5 from continuing to be compressed, and avoid the sponge rub body 5 and the frictional resistance on glass 9 surfaces to continue to increase.After adopting this structure, even passive substrate 2 is subjected to very big attraction, but because passive substrate 2 fronts are equipped with ball or roller, sponge rub body on the passive substrate 2 be attracted defeat be as thin as ball or roller operating position after this sponge rub body 5 no longer continue attenuation, thereby ball or roller have decomposed sponge rub body on the passive substrate 2 and the pressure between glass 9 surfaces has reduced frictional force between this sponge rub body 5 and glass 9 surfaces, and ball or roller are walked about with roll mode, have reduced the resistance of passive planker 1b walking.

As shown in Figure 4, as to a kind of improvement of the present utility model, the working face of described sponge rub body 5 is a rectangle, and ball or roller are positioned at the outside of minor face of the working face of sponge rub body 5; The back side at passive substrate 2, active substrate 2 has two clamp bar slots 7, with stick on passive substrate 2, initiatively the long limit of the sponge rub body 5 in substrate 2 fronts turns to the back side of this passive substrate 2, active substrate 2, push down sponge rub body 5 and snap in the described draw-in groove 7 with buckle 8 and fix.After adopting this structure sponge rub body 5 is fixed more and is convenient for changing by stained sponge rub body 5.

In addition, active planker 1a of the present utility model and passive planker 1b are except being used in combination the cleaning glass, and this active planker 1a can also be used to clean the floor separately.

Claims

1, a kind of double-sided glass cleaning mop, comprise initiatively a planker (1a) and a passive planker (1b), described active planker (1a), passive planker (1b) includes an initiatively substrate (2) respectively, passive substrate (2), inside at this active substrate (2) and this passive substrate (2) all is provided with magnet (4), front at this active substrate (2) and passive substrate (2) all is pasted with sponge rub body (5), and be hinged with a handle (3) at this active substrate (2) back side, it is characterized in that: also be provided with rolling member (6) in the front of described passive substrate (2), this rolling member (6) is positioned at described sponge rub body (5) outside.

2, according to the described double-sided glass cleaning mop of claim 1, it is characterized in that: the working face thickness of described sponge rub body (5) exceeds described rolling member (6) operate portions bit position 0.5mm～2mm.

3, according to claim 1 or 2 described double-sided glass cleaning mops, it is characterized in that: described rolling member (6) has four, and is arranged symmetrically in the position of passive substrate (2) near four angles.

4, according to the described double-sided glass cleaning mop of claim 1, it is characterized in that: the back side of the back side of described active substrate (2) and described passive substrate (2) has two clamp bar slots (7), and buckle (8) will extend to initiatively the sponge rub body (5) at substrate (2) back side and passive substrate (2) back side respectively and push down and buckle (8) is sticked into draw-in groove (7).

5, according to claim 1 or 2 described double-sided glass cleaning mops, it is characterized in that: described rolling member (6) is ball or roller.

6, according to the described double-sided glass cleaning mop of claim 5, it is characterized in that: described ball or roller are made by plastics or metal.