RU83178U1 - MOP WITH WASHING AND EXTRACTION DEVICE - Google Patents

Abstract

A mop with a washing-squeezing device, comprising a handle with rollers, a washing nozzle made of special foam, a lever and traction, characterized in that a plate of elastomeric material is attached to the bottom of the handle together with a stiffening bracket, around which a washing nozzle is placed with an interference fit along the length of the mop, on the lower part of the handle part of the pipe of larger diameter is freely placed, the other part of the pipe has longitudinal grooves in which the elastomeric plate with the washing nozzle is placed with the possibility of movement, at the ends of the lower part of the pipe It is perpendicular and parallel to the elastomeric tube plate fixed sliding rollers and are pressed against each other through an elastomeric plate and washing the nozzle by a spring.

Description

The invention relates to the vital human needs and can be used in the manufacture of washing devices, mops for cleaning floors.

Foreign and domestic mops with mechanical extraction of excess moisture from a washing nozzle are known by:

- compression nozzles;

- compression of the nozzle and its movement in one direction;

- twisting the nozzle.

Compression squeezed squeegees operate using levers and rods with the movement of platform parts onto which the washing nozzle is attached and which provide compression of the washing nozzle.

Patents: US 7257853 B2, US 7225497 B1, US 6854149 B1, US 6588045 BB, FR 2730401 A1.

Mops with squeezing and one-way nozzle movement operate with the use of link levers and rollers and provide compression of the washing nozzle while moving it relative to the rollers in one direction. The washing nozzle is made of special foam in the form of a cylinder and, when the pressure of the rollers is relieved, takes its original shape.

Patents: US 6865768 B2, US 7197785 B2.

Mops with spin twisting of the washing nozzle work with linear movement of the slide on the handle, by rotating the inner sleeve relative to the handle, ensuring twisting of the washing nozzle.

Patents: WO 3070079 A1, PU 2006107323 A.

In the proposed embodiment, the washing and spinning of the washing nozzle are performed during periods of upward and downward movement of a pipe of a larger diameter with sliding rollers fixed to it, pressed against each other through an elastomeric plate and a washing nozzle by a spring.

Washing the washing nozzle is done by placing the squeegee in a bucket with the washing solution and the rolls moving up and down the washing nozzle, and excess moisture is squeezed out by the same movements only above the washing solution.

The proposed option simplifies the design of the mops of the previous options, eliminates levers, rods, sliders, bushings and special rollers and, due to the small thickness and considerable length of the washing nozzle, improves the technical characteristics of the mop, - allows you to wash floors under furniture, increases reliability and productivity, improves occupational health by eliminating washing and spinning the washing nozzle with your hands.

Figure 1 presents a General view of the mop.

The mop consists of a handle 1, a plate 6 made of elastomeric material (rubber, rubber, etc.), rigidly fixed together with a stiffening bracket 3 to the handle, washing nozzle 7, made of woven printed or other washing materials placed around the elastomeric plates along it with an interference fit.

A pipe of a larger diameter is loosely dressed on the lower part of the handle 1, the upper part of which is the handle 2 of the sliding rolls. The lower part of the pipe has longitudinal grooves, the width of which is equal to the thickness of the elastomeric plate with the washing nozzle and freely moves into the length of the washing nozzle in them and each half below is partially cut and the ends are apart. At the ends of the lower part of the pipe, sliding rolls 4 are rigidly fixed perpendicularly to the pipe and parallel to the elastomeric plate, which are pressed against each other through the washing nozzle and the elastomeric plate by a spring 5, for example ring rubber.

Floor cleaning is as follows.

In the idle position, the sliding rolls are in the lower position, and during the washing period - in the upper position.

During washing and squeezing operations in a bucket of water, the sliding rolls moving along the washing nozzle, and under the action of spring forces, working pressure is created on both sides of the washing nozzle, accelerates the movement of water along the nozzle and through the nozzle and, therefore, flushes dirt from the washing nozzle.

When washing the floor, the mop is lowered into a bucket of water, the washing element is saturated with water, the mop is removed from the water and 2-3 movements up and down on the washing nozzle with rollers are performed over the bucket, the nozzle is pressed. We clean the floor with both sides of the washing nozzle.

After significant contamination, the mop is placed in a bucket of water, the handle is made of 2-3 sliding rolls, dirt particles are washed off the washing nozzle, the mop is removed from the water and excess moisture is extracted from the washing element over the bucket, and then the floor washing and washing operations are repeated nozzles.

Claims (1)

A mop with a washing-squeezing device, comprising a handle with rollers, a washing nozzle made of special foam, a lever and traction, characterized in that a plate of elastomeric material is attached to the bottom of the handle together with a stiffening bracket, around which a washing nozzle is placed with an interference fit along the length of the mop, on the lower part of the handle part of the pipe of larger diameter is freely placed, the other part of the pipe has longitudinal grooves in which the elastomeric plate with the washing nozzle is placed with the possibility of movement, at the ends of the lower part of the pipe It is perpendicular and parallel to the elastomeric tube plate fixed sliding rollers and are pressed against each other through an elastomeric plate and washing the nozzle by a spring.