CN204455956U

CN204455956U - Floor cleaner

Info

Publication number: CN204455956U
Application number: CN201520007619.5U
Authority: CN
Inventors: 朱进平
Original assignee: Individual
Current assignee: Individual
Priority date: 2015-01-06
Filing date: 2015-01-06
Publication date: 2015-07-08
Anticipated expiration: 2025-01-06

Abstract

The utility model discloses a kind of floor cleaner, comprise floor cleaning mechanism, floor cleaning mechanism comprises two relatively-stationary frames in position, two ends are rotated respectively and are located at main shaft in two frames and cylinder, the absorbent cloth that the two ends of winding on cylinder are closed, and the aqua storage tank be arranged on below main shaft, before cylinder is positioned at main shaft, rear both sides, the minimum Free Surface of absorbent cloth is lower than the bottommost of frame, floor cleaning mechanism also comprises two ends and rotates the frame of being located at both sides respectively, the side shaft rotated in the opposite direction with main shaft, absorbent cloth with contrary direction winding on side shaft and main shaft, the part of absorbent cloth between side shaft and main shaft is subject to the extruding of side shaft and main shaft.By arranging main shaft and side shaft, can in the gap of absorbent cloth between main shaft and side shaft, apply maximum power from two sides of absorbent cloth to extrude, thus the sewage that absorbent cloth is absorbed is extruded as much as possible, in order to avoid cause secondary pollution to ground when again turning to ground.

Description

Floor cleaner

Technical field

The utility model relates to a kind of cleaning device, especially a kind of can the floor cleaner of wiping excess surface water.

Background technology

At present, on market, existing mop is difficult to disposable clean for the removing of the ponding on ground, and usually stays water stain after mopping floor, and is easy to the pollution again causing ground.Have again, comparatively dense is compared due to personnel in the covered courts such as megastore, ground is easy to dirty, this just needs street cleaner to clear up ground frequently, market huge floor area cleaning just bring very large working strength to street cleaner, existing water drainage device is then difficult to use in the cleaning of flooring ponding due to bulky and that excess surface water is more shallow reason.

For this reason, also there has been some can wiping ground to remove the device of excess surface water and convenient operation, as application number a kind of road surface wiping arrangement disclosed in the Chinese patent application of 201210100639.8, comprise at least two rack-mounted horizontal roller in two ends, and around the closed flexible water sucting belt in two horizontal roller, also comprise the horizontal squeeze roll of at least one extruding absorbent material, squeeze roll is pressed in closed flexible water sucting belt above closed flexible water sucting belt, water receiving tank is provided with below squeeze roll, the most bottom surface of frame is higher than the nethermost Free Surface of water sucting belt, this wiping arrangement can manual drive, also can be installed on sanitation cart.During use, push away or draw road surface wiping arrangement, closed flexible water sucting belt surface contacts with road surface and is slightly squeezed, make water sucting belt drive horizontal roller to rotate, water sucting belt absorbs the water of bottom surface, and floor cleaning is clean, absorb the water sucting belt after surface gathered water to rotate upwards, extruded by squeeze roll, the ponding of absorption is extruded and is fallen in water receiving tank and is collected in water sucting belt, can discharge when the water of collection is more from gutter.

But this road surface wiping arrangement, above water sucting belt, water sucting belt to be extruded by squeeze roll is arranged on and the water that water sucting belt absorbs is extruded, because squeeze roll is one-sided force to water sucting belt, very limited by the effect of fashion of extrusion water squeezing, and when water sucting belt is slightly lax, then water squeezing ability greatly declines especially, makes the water sucting belt being absorbed with addle again to rotate to and earth surface, stays water stain on the ground, cleaning capacity is not enough, causes and again pollutes.

Utility model content

Technical problem to be solved in the utility model is for above-mentioned prior art Problems existing, provides a kind of floor cleaner improving cleaning capacity.

The utility model solves the problems of the technologies described above adopted technical scheme: a kind of floor cleaner, comprise floor cleaning mechanism, described floor cleaning mechanism comprises two relatively-stationary frames in position, two ends are rotated respectively and are located at main shaft in two frames and cylinder, the absorbent cloth that winding two ends are on which cylinder closed, and the aqua storage tank be arranged on below described main shaft, before described cylinder is positioned at described main shaft, rear both sides, the minimum Free Surface of described absorbent cloth is lower than the bottommost of described frame, it is characterized in that: described floor cleaning mechanism also comprises two ends and rotates the frame being located at both sides respectively, the side shaft rotated in the opposite direction with described main shaft, described absorbent cloth with contrary direction winding on described side shaft and main shaft, the part of described absorbent cloth between described side shaft and main shaft is subject to the extruding of described side shaft and main shaft.

In order to improve the efficiency of extruding, described side shaft comprises two and lays respectively at the front and rear sides of described main shaft, and the front and rear sides of described aqua storage tank extends to below described side shaft respectively.

The position of described side shaft is higher than described main shaft, described absorbent cloth is from the top of described side shaft and reel from the below of described main shaft, make absorbent cloth thus after the extruding of main shaft and side shaft, can also be squeezed below main shaft further, the sewage absorbed can be extruded fully.

The front and rear sides of described aqua storage tank is respectively arranged with the guide strip to described aqua storage tank intermediate, inclined, thus the sewage that main shaft and side shaft can be guided to squeeze out enters in aqua storage tank.

Realizing the preferred mode of one that side shaft and main shaft rotate with contrary direction is that the first end of described main shaft is provided with the first gear, and the respective end of described side shaft is provided with the second gear with described first gears meshing.

In order to force main shaft and the more effective extruding absorbent cloth of side shaft, the second end of described main shaft is provided with and keeps described main shaft to have the spring drawing close trend to described side shaft.

In order to limit the position between two frames, be also provided with at least one support bar between two frames, the two ends of described support bar are fixed with described frame respectively.

In order to guarantee the position of the minimum Free Surface of absorbent cloth further, be also provided with at least one guide peg between the bottom of two frames, described guide peg is positioned at above the minimum Free Surface of described absorbent cloth.

Changeing for the ease of absorbent cloth, easy to use, the two ends of described absorbent cloth are bondd by VELCRO.

Save muscle power for the ease of user's operation, described frame and absorbent cloth are also provided with casing outward, the minimum Free Surface of described absorbent cloth, lower than the bottommost of described casing, described casing is rotatably connected to handle.

Compared with prior art, the utility model has the advantage of: by arranging the main shaft and side shaft that rotate in the opposite direction, can in the gap of absorbent cloth between main shaft and side shaft, apply maximum power from two sides of absorbent cloth to extrude, thus the sewage making absorbent cloth absorb is extruded as much as possible, in order to avoid cause secondary pollution to ground when again turning to ground; Spring is set by the one end at main shaft, the more effective extruding absorbent cloth of main shaft can be made, improve the efficiency of water squeezing; Fixing by VELCRO bonding between the two ends of absorbent cloth, can change, easy to use.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of floor cleaner of the present utility model;

Fig. 2 is the schematic diagram of the floor cleaning mechanism of floor cleaner of the present utility model;

Fig. 3 is the schematic diagram (hiding absorbent cloth) of the floor cleaning mechanism of floor cleaner of the present utility model;

Fig. 4 is the schematic diagram (hiding a side frame) of the floor cleaning mechanism of floor cleaner of the present utility model.

Detailed description of the invention

Below in conjunction with accompanying drawing embodiment, the utility model is described in further detail.

See Fig. 1 ~ Fig. 4, a kind of floor cleaner, the handle 2 comprising floor cleaning mechanism 1 and be rotationally connected with floor cleaning mechanism 1, when operating grip 2 promotes floor cleaning mechanism 1, floor cleaning mechanism 1 opposite handle 2 actual conditions on ground that can clean as required can convert various angle, so that save user's muscle power.

Floor cleaning mechanism 1 comprises the frame 11 being positioned at both sides, is arranged on the support bar 12 of the level between two frames 11, main shaft 13, side shaft 14 and cylinder 15, and the absorbent cloth 16 of the flexibility of winding on above-mentioned main shaft 13, side shaft 14 and cylinder 15.

Frame 11 can be roughly triangular in shape, and support bar 12 is arranged between two frames 11, and the two ends of support bar 12 are fixed with the frame 11 of respective end respectively, can limit the relative position of two frames 11 thus, avoid relative motion in cleaning course.Preferably, the quantity of support bar 12 can be determined according to the shape of frame 11, and in the utility model preferred embodiment, support bar 12 comprises three, corresponding with three angles of frame 11 respectively.

The cylinder 15 of floor cleaning mechanism 11 at least comprises two, in the utility model preferred embodiment, cylinder 15 is two, is separately positioned on the front-end and back-end (front-end and back-end during use on direction of propulsion) of frame 11, and near the bottom of frame 11.Optionally, also cylinder 15 can be set in the position at the top near frame 11 again, guarantee have cylinder 15 to lay respectively at the front and rear sides of main shaft 13.

The two ends of main shaft 13 are rotationally connected with the frame 11 of corresponding side respectively, connecting portion can be positioned at the middle part of frame 11, side shaft 14 comprises two, the two ends of each side shaft 14 are also rotationally connected with the frame 11 of corresponding side respectively, two side shafts 14 can be positioned at the front and rear sides of main shaft 13 and position a little more than main shaft 13, the side of each side shaft 14 is near the side of main shaft 13.On the first end of main shaft 13, the position be positioned at inside frame 11 is provided with the first gear 131, and the corresponding one end of each side shaft 14 is provided with the second gear 141, the first gear 131 and the second gear 141 engages, and the rotation of side shaft 14 can drive main shaft 13 to rotate thus.On second end of main shaft 13, the position be positioned at outside frame 11 is provided with spring 132, and one end and the frame 11 of spring 132 are fixed, and other end extruding main shaft 13 makes it keep the trend of drawing close to side shaft 14.The position of two side shafts 14 also can maintain an equal level lower than main shaft 13 or with main shaft 13, as long as when winding absorbent cloth 16, guarantee absorbent cloth 16 from different directions by side shaft 14 and main shaft 13, if absorbent cloth 16 winding is above side shaft 14, then when main shaft 13 then winding in the below of main shaft 13, absorbent cloth 16 can be strained thus, and can by side shaft 14 be extruded during the side that main shaft 13 is mutually close and the water of absorption extruded.

Absorbent cloth 16 is by the absorbent material of flexibility, as non-woven fabrics, porous material etc. are made, after two cylinders 15 are crossed in one end winding, from the top winding of side side shaft 14, and enter into the below of main shaft 13, after this, after winding to the top of another side shaft 14, the two ends of absorbent cloth 16 are by bondings such as VELCRO, thus the closed structure formed.That is, absorbent cloth 16 passes through between main shaft 13 and the gap of side shaft 14 side, is extruded absorbent cloth 16 by the side of main shaft 13 and side shaft 14.And due to the setting of spring 132, main shaft 13 and the more effective extruding absorbent cloth 16 of side shaft 14 can be made, raise the efficiency.The mode of VELCRO bonding can make absorbent cloth 16 change, easy to use.

Between two frames 11, the position be positioned at below main shaft 13 is provided with aqua storage tank 17, and for the water that splendid attire is extruded by main shaft 13 and side shaft 14, aqua storage tank 17 front and rear sides extends to the below of the side shaft 14 being positioned at main shaft 13 both sides respectively.The front and rear sides of aqua storage tank 17 can arrange the guide strip 171 to aqua storage tank 17 intermediate, inclined respectively, thus guides the water squeezed out to enter in aqua storage tank 17.The sidewall of one of them frame 11 is provided with the weep hole 172 be communicated with aqua storage tank 17, makes can pour out easily during aqua storage tank 17 inner product full water.

Frame 11 is outer is also provided with casing 18, covers on frame 11 and absorbent cloth 16, and the minimum Free Surface of absorbent cloth 16 lower than the bottommost of frame 11 and casing 18, thus ensures by absorbent cloth 16 kiss the earth, clears up ponding.And in order to guarantee the lowest position of absorbent cloth 16 further, handle 2 can be arranged on casing 18.Can also be provided with at least one guide peg 19 between the bottom of two frames 11, absorbent cloth 16 is positioned at the below of guide peg 19.

During use, floor cleaning mechanism 1 is promoted by handle 2, absorbent cloth 16 and ground friction, cylinder 15 rotates, thus drive side shaft 14 to rotate, by the first gear 131 and the second gear 141 of engagement, main shaft 13 is driven oppositely to rotate thus, the bottommost that absorbent cloth 16 and earth surface absorb sewage rotates to above side shaft 14 thus, after this between the side entering into side shaft 14 and main shaft 13, the side shaft 14 contrary by rotation direction and main shaft 13 extrude absorbent cloth 16 in the both sides of absorbent cloth 16, the sewage absorbed is expressed in aqua storage tank 17, circulate with this, the sewage that absorbent cloth 16 absorbs guarantees to be squeezed out fully by side shaft 14 and main shaft 13, the part pressed through when absorbent cloth 16 is squeezed thus again forwards to and can not leave spot with during earth surface, cleaning capacity greatly improves.

Claims

1. a floor cleaner, comprise floor cleaning mechanism (1), described floor cleaning mechanism (1) comprises two the relatively-stationary frame in positions (11), two ends are rotated respectively and are located at main shaft (13) on two frames (11) and cylinder (15), the absorbent cloth (16) that the two ends of winding on described cylinder (15) are closed, and be arranged on the aqua storage tank (17) of described main shaft (13) below, before described cylinder (15) is positioned at described main shaft (13), rear both sides, the minimum Free Surface of described absorbent cloth (16) is lower than the bottommost of described frame (11), it is characterized in that: described floor cleaning mechanism (1) also comprise two ends rotate respectively be located at both sides frame (11) on, the side shaft (14) rotated in the opposite direction with described main shaft (13), described absorbent cloth (16) with contrary direction winding on described side shaft (14) and main shaft (13), described absorbent cloth (16) part be positioned between described side shaft (14) and main shaft (13) is subject to the extruding of described side shaft (14) and main shaft (13).

2. floor cleaner as claimed in claim 1, it is characterized in that: described side shaft (14) comprises two and lays respectively at the front and rear sides of described main shaft (13), the front and rear sides of described aqua storage tank (17) extends to described side shaft (14) below respectively.

3. floor cleaner as claimed in claim 2, it is characterized in that: the position of described side shaft (14) is higher than described main shaft (13), and described absorbent cloth (16) is from the top of described side shaft (14) and reel from the below of described main shaft (13).

4. floor cleaner as claimed in claim 2, is characterized in that: the front and rear sides of described aqua storage tank (17) is respectively arranged with the guide strip (171) to described aqua storage tank (17) intermediate, inclined.

5. the floor cleaner according to any one of Claims 1 to 4, it is characterized in that: the first end of described main shaft (13) is provided with the first gear (131), the respective end of described side shaft (14) is provided with the second gear (141) engaged with described first gear (131).

6. floor cleaner as claimed in claim 5, is characterized in that: the second end of described main shaft (13) is provided with and keeps described main shaft (13) to have the spring (132) drawing close trend to described side shaft (14).

7. the floor cleaner according to any one of Claims 1 to 4, it is characterized in that: be also provided with at least one support bar (12) between two frames (11), the two ends of described support bar (12) are fixed with described frame (11) respectively.

8. the floor cleaner according to any one of Claims 1 to 4, it is characterized in that: be also provided with at least one guide peg (19) between the bottom of two frames (11), described guide peg (19) is positioned at above the minimum Free Surface of described absorbent cloth (16).

9. the floor cleaner according to any one of Claims 1 to 4, is characterized in that: the two ends of described absorbent cloth (16) are bondd by VELCRO.

10. the floor cleaner according to any one of Claims 1 to 4, it is characterized in that: described frame (11) and absorbent cloth (16) are also provided with casing (18) outward, the minimum Free Surface of described absorbent cloth (16), lower than the bottommost of described casing (18), described casing (18) is rotatably connected to handle (2).