CN201481358U

CN201481358U - Mop dewatering device

Info

Publication number: CN201481358U
Application number: CN2009201936244U
Authority: CN
Inventors: 林美森
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-08-28
Filing date: 2009-08-28
Publication date: 2010-05-26
Anticipated expiration: 2019-08-28

Abstract

The utility model relates to a mop dewatering device. A dewatering tank is arranged at one side of a water tank; a through-hole spacing plate is installed at the bottom part of the dewatering tank; two guide grooves are arranged at the two ends of the dewatering tank; a rotary drum is installed through a shaft sleeve respectively in the two guide grooves, connected with the upper ends of draw rods at the two ends of the shaft, and connected with pedal levers installed at the bottom part of the water tank at the lower ends of the draw rods; and a spring is installed between the pedal levers and the upper part of the dewatering tank. Water in a mop can be effectively squeezed by a rotary drum squeezing method and the mop can be squeezed dry by using small force. Because the design of two opposite guide grooves with oblique planes is used, the mop can be squeezed from top to bottom or repeatedly for many times in the squeezing process, so that the mop dewatering device has wide range of choices and also is suitable for various mops. The mop dewatering device of the utility model has the advantages of reasonable structure, simple operation, sanitation and convenience, avoids contact between hands and polluted water, and is an ideal cleaning tool for households.

Description

The mop dewatering device

[technical field]

The utility model relates to the required household sanitary equipment of a kind of life, relates in particular to the mop dewatering device that the squeezing of a kind of employing two cylinders makes mop dewatering.

[background technology]

Mop is to be used to drag the cleaners and polishes of smearing the floor in people's life staying idle at home, at present in use, all is to adopt the stubborn method of hand that tramps with one's feet mop is wrung out, and it is arduous painstakingly that this traditional pin is stepped on the stubborn method of hand, nor health.So occur a kind of rotating centrifugal mop dewatering equipment on the market, the mop of this band dewater unit only is fit to the mop supporting with it could be used, and other mop just is not suitable for using.

[utility model content]

In order to overcome the above-mentioned shortcoming of prior art, it is a kind of simple in structure, convenient and strength-saving and be applicable to the mop dewatering device of various mop dewaterings that the utility model provides.

The technical method that its technical problem that solves the utility model adopts is: a kind of mop dewatering device, comprise water tank, be provided with drench pit on one side at water tank, in the bottom of drench pit the open-work dividing plate is housed, be provided with two guide grooves at the two ends of drench pit, in two guide grooves, by axle sleeve cylinder be housed respectively, link in the two ends and the pull bar upper end of axle, the pull bar lower end be installed in the water tank bottom pedal lever and link, between described pedal lever and the above-mentioned drench pit top spring is housed.

Described guide groove is that the upper end is combination guide groove or two relative inclined-plane guide grooves of straight trough for skewed slot, lower end.

The beneficial effects of the utility model are: adopt the method for cylinder squeezing to drain the hydraulic pressure in the mop only effectively, expense power seldom just can press dry mop.Because adopting two upper ends is that skewed slot, lower end are combination guide groove or two relative inclined-plane guide groove designs of straight trough, single pressing is clean from top to bottom at expressing process, also can repeated multiple times squeeze, and range of choice is wide, is applicable to various mops.The utlity model has rational in infrastructure, simple to operate, avoid that hand contacts with sewage, not only health but also advantage easily, be a kind of desirable life staying idle at home sanitary equipment.

[description of drawings]

Fig. 1 is the structural representation of the utility model embodiment 1;

Fig. 2 is the structural representation of the utility model embodiment 2.

Among the figure: 1-water tank, 2-drench pit, 3-open-work dividing plate, 4-guide groove, 5-axle, 6-cylinder, 7-pull bar, 8-pedal lever, 9-spring, 10-protective cover.

[specific embodiment]

Below in conjunction with drawings and Examples the utility model is further specified:

Embodiment 1: referring to Fig. 1, a kind of mop dewatering device, water tank 1 is arranged, be provided with drench pit 2 on one side at water tank 1, in the bottom of drench pit 2 open-work dividing plate 3 is housed, being provided with two upper ends at the two ends of drench pit 2 is skewed slot, the lower end is the combination guide groove 4 of straight trough, in two guide grooves 4, be set with two cylinders 6 by axle 5 respectively, the axle 5 at these cylinder 6 two ends is again by being coupling and pull bar 7 upper ends link, link by being coupling and being installed in water tank 1 bottom pedal lever 8 in pull bar 7 lower ends, between described pedal lever 8 and above-mentioned drench pit 2 tops spring 9 is housed, drench pit 2 two ends and pedal lever 8 are peripherally equipped with protective cover 10.In actual applications, the bar of smearing that needs dehydration mop, be placed between two cylinders 6, foot pedal 9 is under the effect of pull bar 7, and two cylinders 6 are drawn close in two guide grooves, 4 upper end skewed slots and compressed mop and smear bar, when entering the lower end straight trough, two cylinders 6 are done rotation squeezing relative motion downwards on mop top, two cylinders 6 rotatablely move and just mop are squeezed, and hydraulic pressure is squeezed out, and water flows into drench pits 2 bottoms by open-work dividing plate 3.The squeezing rear foot that finishes leaves pedal and shoulders bar 8, under the effect of spring 9, two cylinders 6 is up resetted, because open-work dividing plate 3 is housed in drench pit 2, in the time of need repeating to dewater as mop, can not cause mop that the water at 2 ends of drench pit is sucted mop again.

Embodiment 2: referring to Fig. 2, a kind of mop dewatering device, water tank 1 is arranged, be provided with drench pit 2 on one side at water tank 1, in the bottom of drench pit 2 open-work dividing plate 3 is housed, be provided with two relative inclined-plane guide grooves 4 at the two ends of drench pit 2, in two relative inclined-plane guide grooves 4, be set with two cylinders 6 by axle 5 respectively, the axle 5 at these cylinder 6 two ends is again by being coupling and pull bar 7 upper ends link, link by being coupling and being installed in water tank 1 bottom pedal lever 8 in pull bar 7 lower ends, between described pedal lever 8 and above-mentioned drench pit 2 tops spring 9 is housed, drench pit 2 two ends and pedal lever 8 are peripherally equipped with protective cover 10.In actual applications, the bar of smearing that needs dehydration mop, be placed between two cylinders 6, at pedal lever 8, under the effect of pull bar 7, two cylinders 6 are drawn close in two relative inclined-plane guide grooves and are compressed mop and smear bar, with portable mop, mop just can spur two cylinders 6 and make relative rotary motion at this moment, and two cylinders 6 rotatablely move and just mop squeezed, hydraulic pressure is squeezed out, water flows into drench pit 2 bottoms by open-work dividing plate 3, squeezes the rear foot that finishes and leaves foot pedal lever 8, under the effect of spring 9, two cylinders 6 are separated to be resetted, owing to open-work dividing plate 3 is housed in drench pit 2, in the time of need repeating to dewater as mop, can cause mop that the water at 2 ends of drench pit is sucted mop again.

The utility model adopts the method for cylinder squeezing effectively to drain the hydraulic pressure in the mop only, and the power of taking seldom just can be with squeezing mop. Owing to adopt two relative inclined-plane guide grooves designs, can ascending or repeated multiple times squeezing at expressing process, range of choice is wide, is applicable to that various mops use; But also have rational in infrastructure, simple to operate, can avoid hand to contact with sewage and use fast and easily advantage, be a kind of desirable life staying idle at home sanitary equipment.

Claims

1. mop dewatering device, comprise water tank, it is characterized in that: on one side be provided with drench pit at water tank, in the bottom of drench pit the open-work dividing plate is housed, be provided with two guide grooves at the two ends of drench pit, in two guide grooves, by axle sleeve cylinder be housed respectively, link in the two ends and the pull bar upper end of axle, the pull bar lower end be installed in the water tank bottom pedal lever and link, between described pedal lever and the above-mentioned drench pit top spring is housed.

2. mop dewatering device as claimed in claim 1 is characterized in that: described guide groove is that the upper end is combination guide groove or two relative inclined-plane guide grooves of straight trough for skewed slot, lower end.