CN2528384Y - Pedal mop wring barrel - Google Patents

Abstract

The utility model discloses a pedal mop wring barrel. The utility model has the advantages of convenient dehydration, simple structure and good appearance. The form mop wring barrel has the disadvantages of inconvenient dehydration, complicated structure and unaesthetic appearance. Two straight flanges of the foot lever of the utility model are arranged on both sides of the mop wring barrel. One ends of a front clamp holder and a rear clamp holder are hinged together at the top of the straight flange through a sliding chute on the rear clamp holder. The front clamp holder and the rear clamp holder are respectively fixed onto the ladle body of the barrel through a front positioning pin and a rear positioning pin. The other ends of the front and the rear clamp holders are respectively provided with a front clamping roll and a rear clamping roll. When the front and the rear clamp holders is dragged downward through treading the foot lever, the front and the rear clamping rolls are furled, thereby extruding the mop. The mop is positioned between the clamping rolls. The aim of facilitating dehydration can be achieved. The utility model has the advantages of simple structure, easy dehydration and good appearance. The utility model is widely adapted to use in house, school, guesthouse and other public places.

Description

Foot-operated floor mop dehydration barrel

Technical field

The utility model relates to a kind of floor mop dehydration barrel, particularly a kind of foot-operated floor mop dehydration barrel.

Background technology

Present floor mop dehydration barrel, dehydration are all inconvenient, the water of floor mop be deviate from, and floor mop can only be taken out from bucket, firmly floor mop are pushed on the carriage of dehydration barrel then; A kind of floor mop automatic dehydration bucket is also arranged in addition, and by the step of the foot-driven lever that tramps with one's feet, foot-driven lever can rotate around being hinged, and makes main pressure roller near secondary pressure roller, thereby the floor mop that pushes between the major and minor pressure roller makes it dehydration, complex structure, and profile is not attractive in appearance.

Summary of the invention

In order to overcome existing floor mop dehydration barrel dehydration inconvenience, complex structure, the inaesthetic deficiency of external form, a kind of convenience of dewatering, the foot-operated floor mop dehydration barrel simple in structure, aesthetic in appearance of providing of the present utility model.

The technical scheme that its technical problem that solves the utility model adopts is:

Foot-operated floor mop dehydration barrel, two straight flanges of foot-driven lever are installed in the both sides of dehydration barrel, the straight flange top of foot-driven lever is hinged together by the end of the chute on the clamp holder of back with preceding clamp holder and back clamp holder, preceding clamp holder and back clamp holder are fixed on the ladle body of dehydration barrel by prelocalization nail and back locating pin respectively, before clamp holder and the back clamp holder the other end be separately installed with before nip rolls and the back nip rolls, only using foot step on foot-driven lever just can drag down before, back clamp holder, before making, the back clamp holder other end adorned before, back nip rolls draws in, thereby the floor mop between the extruding nip rolls reaches convenient purpose of dewatering.

The beneficial effects of the utility model are: owing to adopt foot-driven lever to control whole dewater unit, it is convenient, simple in structure, aesthetic in appearance to dewater.

Description of drawings

The utility model is described in further detail below in conjunction with accompanying drawing:

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

Fig. 2 is a lateral plan of the present utility model;

Fig. 3 is a vertical view of the present utility model;

Structural representation when Fig. 4 is work of the present utility model.

The specific embodiment

At Fig. 1, Fig. 2, Fig. 3, among Fig. 4, two straight flanges of foot-driven lever 2 are installed in the both sides of dehydration barrel 1, the straight flange top of foot-driven lever 2 is hinged together by the end of the chute 9 on the clamp holder 8 of back with preceding clamp holder 7 and back clamp holder 8, preceding clamp holder 7 and back clamp holder 8 are fixed on the ladle body of dehydration barrel 1 by prelocalization nail 6 and back locating pin 4 respectively, before the other end of clamp holder 7 and back clamp holder 8 be separately installed with before nip rolls 13 and back nip rolls 11, only using foot is stepped on foot-driven lever 2 just can be by the drag down of clamp holder 7 before hauling straight flange top with foot-driven lever 2 and being hinged together and back clamp holder 8, chute 9 on the back clamp holder 8 just can make preceding clamp holder 7 of rigidity and back clamp holder 8 draw in flexibly, prelocalization nail 6 and back locating pin 4 are fixed on preceding clamp holder 7 and back clamp holder 8 on the ladle body respectively, form a firm supporting structure, in case preceding clamp holder 7 and back clamp holder 8 draw in, the other end of preceding clamp holder 7 and back clamp holder 8, respectively by being adorned on preceding fixed axis 13 and the back fixed axis 10, the preceding nip rolls 13 and the back nip rolls 11 that rest on dehydration barrel 2 bungs can press from both sides tightly, thereby extruding is placed on the floor mop between the nip rolls, reaches convenient, the purpose of fast dewatering.

In Fig. 1, Fig. 2, Fig. 3, one spring 5 is housed on the back clamp holder 8, and the other end of spring 5 is fixed on the ladle body of dehydration barrel 1, when stepping on foot-driven lever, spur two clamp holders and clamp floor mop between two nip rolls, after taking off the water of floor mop, unclamp pin, spring 5 is by elastic force, back clamp holder 8 can be resetted, two nip rolls unclamp, and are very easy to use, and are in open configuration during off working state all the time.

In Fig. 1, Fig. 2, Fig. 3, groove 3 is arranged on the dehydration barrel 1, the horizontal edge of foot-driven lever 2 is enclosed within the groove 3, when stepping on or loosen foot-driven lever 2, foot-driven lever 2 always moves up and down in groove 3, and user's foot-driven lever 2 of can stepping on easily can loosen foot-driven lever 2 again relievedly.

Claims (3)

1, foot-operated floor mop dehydration barrel, two straight flanges of foot-driven lever (2) are installed in the both sides of dehydration barrel (1), the straight flange top that it is characterized in that foot-driven lever (2) is hinged together by the end of the chute (9) on the back clamp holder (8) with preceding clamp holder (7) and back clamp holder (8), before clamp holder (7) and back clamp holder (8) be fixed on the ladle body of dehydration barrel (1) by prelocalization nail (6) and back locating pin (4) respectively, preceding clamp holder (7) and after the other end of clamp holder (8) be separately installed with preceding nip rolls (13) and after nip rolls (11).

2, foot-operated floor mop dehydration barrel according to claim 1 is characterized in that on the described back clamp holder (8) spring (5) being housed, and the other end of spring (5) is fixed on the ladle body of dehydration barrel (1).

3, foot-operated floor mop dehydration barrel according to claim 1 is characterized in that groove (3) is arranged on the described dehydration barrel (1), and the horizontal edge of foot-driven lever (2) is enclosed within the groove (3).

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