CN218165167U - Floor brush and floor washing machine thereof - Google Patents

Abstract

The floor brush part comprises a brush main body which is arranged to horizontally rotate along the direction A; the ground brush part is provided with a plurality of brushing parts, the brushing parts are arranged to be of structures which extend and bulge towards the lower side direction of the brush main body, and the plurality of brushing parts are arranged to be of structures which are distributed at intervals along the direction A; the brushing pieces are provided with notch parts, and the areas of the notch parts arranged on at least two adjacent brushing pieces extending along the A direction form a staggered structure which is not mutually covered. The scrubber machine comprises the aforementioned floor brush which is mounted in place to effect a cleaning treatment of the floor. The problem that the current dish brush exists stress concentration, unable better crossing barrier or rubbish is solved to this scheme to and the easy problem of damaging that current dish brush exists, and solved current scrubber can't be better come to scrape the rubbish that washes and sewage collect the clean effect of the ground that arouses poor, have secondary pollution's problem.

Description

Floor brush and floor washing machine thereof

Technical Field

The utility model relates to a clean field, concretely relates to ground brush spare and floor cleaning machine thereof, ground brush spare mainly used is installed and is come to wash ground cleaning process ground on the floor cleaning machine.

Background

The existing floor washing machine mainly moves on the ground to realize the cleaning treatment of the ground and collect the generated sewage in the process of cleaning the ground; the existing floor cleaning machine is generally provided with a cleaning component of a roller structure, and is further provided with a cleaning component of a disc brush structure, wherein the cleaning component is directed at the disc brush structure, a brush strip is mainly arranged on a main body of a disc brush to clean and scrape the ground, but the structure of the brush strip has the problem of stress concentration, the brush strip is easy to form the effect of forced scraping along the length direction of the brush strip in the process of scraping and washing the ground, and then the brush strip is easy to be scraped and deformed or even broken, meanwhile, the structure of the brush strip can not be deformed well and further can cross large garbage or obstacles on the ground, the stability of the work of the floor cleaning machine is seriously affected, and the structure of the existing disc brush can not form a gathering path which is sucked to move the garbage or sewage when the floor cleaning machine works, the garbage and the sewage are easy to be on the brush strip, the problem that the garbage and the sewage are gathered and can not be effectively sucked to be collected is easy to form secondary pollution on the ground.

SUMMERY OF THE UTILITY MODEL

The present invention is directed to solving, at least to some extent, one of the technical problems in the related art.

Therefore, the utility model aims to provide a scrubbing brush spare and floor scrubber thereof mainly solves stress concentration, the unable better problem of crossing barrier or rubbish that exists of current dish brush to and the easy problem of damaging that exists of current dish brush, and solve the unable better ground cleaning effect poor, the problem that has secondary pollution that comes to scrape rubbish and the sewage that washes to the dish brush that current floor scrubber is collected and arouse.

The embodiment of the utility model provides a floor brush and a floor cleaning machine thereof; ground brush spare, including brush main part, its characterized in that: the structure that the brush body horizontally rotates along the A direction when the ground brush part contacts the ground for brushing and cleaning is arranged;

the floor brush part is provided with a plurality of brushing parts, the brushing parts are arranged to be of structures extending and protruding towards the lower side direction of the brush main body, and the plurality of brushing parts are arranged to be of structures distributed at intervals along the direction A;

the brushing pieces are provided with notch parts, and the areas of the notch parts arranged on at least two adjacent brushing pieces extending along the A direction form a staggered structure which is not mutually covered.

In the floor brush part, the brushing part is a flexible and deformable structure, and the structure of the brushing part in the length direction is a structure extending and extending towards the outer side of the brush body;

or the brushing part is set to be in a flexible deformable structure, the structure of the brushing part in the length direction is set to extend and extend towards the outer side part of the brush main body, and the tail end position of the brushing part is set to extend through the outer side part of the brush main body to form a brushing disturbing part which is positioned on the outer side area position of the outer side part of the brush main body and is in a suspension structure.

In the floor brush, the structure of the brush part in the length direction is a structure which is inclined towards the direction a in a straight line;

or the structure of the brushing piece in the length direction is arranged to be arc-shaped inclined towards the A direction;

or the structure of the brushing piece in the length direction is set to be an arc-shaped inclined structure towards the A direction, and the outer side surface of the brushing piece facing the A direction is set to be a concave structure towards the direction opposite to the A direction.

The floor brush part is provided with a structure that a plurality of brushing parts are inclined towards the A direction;

when the plurality of brushing parts are in a structure of linearly inclining towards the A direction, setting a linear inclination angle W1 of the brushing part close to the A direction in at least two adjacent brushing parts to be smaller than a linear inclination angle W2 of the brushing part far away from the A direction;

or when the plurality of brushing parts are all in an arc-shaped inclined structure towards the A direction, the radian of the brushing part close to the A direction in at least two adjacent brushing parts is smaller than the radian of the brushing part far away from the A direction, or the arc length of the brushing part close to the A direction is larger than the arc length of the brushing part far away from the A direction.

In the floor brush part, the brushing part is provided with a plurality of gap parts, and the plurality of gap parts are arranged in a structure distributed at intervals along the length direction of the brushing part.

In the above-described floor brush, the regions where the cutout portions of the plurality of brushes extend in the a direction are all configured to be offset structures that do not cover each other.

In the floor brush, the outer side surface of the brush member facing the a direction is inclined in the a direction, so that an acute angle is formed between the outer side surface of the brush member facing the a direction and the bottom end surface of the brush body.

In the above-mentioned floor brush, in the direction a, an angle Q1 formed between an outer side surface facing the direction a of the brush close to the direction a of at least two adjacent brush pieces and the bottom end surface of the brush body is smaller than an angle Q2 formed between an outer side surface facing the direction a of the brush piece far from the direction a and the bottom end surface of the brush body.

Floor washing machine, including washing the ground module, wash the ground module and be used for moving on ground and clean its characterized in that to ground: the bottom of the ground washing module is provided with an installation cavity;

the floor brush is characterized by also comprising the floor brush piece as described above, wherein the floor brush piece is arranged in the mounting cavity in a horizontally rotatable manner;

the ground washing module is also provided with a sewage collecting channel which is communicated with the installation cavity;

the connecting position of the dirt collecting channel and the installation cavity is positioned on the inner top surface and/or the inner side surface of the installation cavity.

In the floor washing machine, the number of the installation cavities is multiple, and each installation cavity is internally provided with a floor brush piece;

the initial positions of two adjacent ground brush pieces which are arranged in place form an asymmetric distribution structure;

or the initial positions of two adjacent ground brushes arranged in place are configured into an asymmetric distribution structure, and the brushing parts on the two adjacent ground brushes are also configured into an asymmetric distribution structure;

or when two adjacent floor brushes are installed in place and are in a horizontal rotating structure, the brushing part arranged on one floor brush and the brushing part arranged on the other floor brush are in a structure which is not contacted with each other, and a first brushing area formed by the brushing part on one floor brush on the ground and a second brushing area formed by the brushing part on the other floor brush on the ground are in an overlapped structure at least partially covering each other.

Compared with the prior art, the utility model discloses following beneficial effect has:

the ground brush piece of this scheme realizes that horizontal rotation motion comes to carry out cleaning to ground when contacting ground, can effectually clean the drive to subaerial dirty and rubbish and transfer, realizes scrubbing the clean effect to the large tracts of land on ground.

The ground brush of this scheme is gone up to set up and is scrubbed the piece, scrubs the piece and contacts ground and scrub, and a plurality of scrubbing pieces come to scrub subaerial filth and rubbish along the horizontal rotation direction, can effectual promotion to the cleaning treatment effect on ground.

The scrubbing member of this scheme is provided with breach portion, the structure of breach portion can effectually prevent to scrub the stress concentration of piece on length direction, make scrubbing member be separated for a plurality of parts by breach portion on length direction, and then can make scrubbing member can carry out effectual deformation when following horizontal rotation direction and contact the ground, can carry out effectual deformation simultaneously and stride across subaerial barrier and rubbish, can effectually prevent to scrub the piece and be damaged, the scrubbing member can not appear and is forced the problem of scraping with ground on whole length direction.

The breach portion structure of scrubbing of this scheme through setting up to and set up the breach portion on two adjacent at least scrubbing pieces and extend the dislocation structure that the region that stretches out constitutes not mutual cover along the A direction, make two adjacent at least scrubbing pieces can not appear leaking the problem in clean region when cleaning ground in the horizontal rotation motion process, the ground position that the breach portion that realizes on two adjacent scrubbing pieces corresponds can be covered the cleanness by the position that is not breach portion on the length direction each other, the problem of the clean region of hourglass exists is solved.

The breach portion of this scheme can also be used for scrubbing the piece and make sewage and rubbish carry out the structure that passes through at the motion in-process to brush the in-process of piece horizontal rotation along with the ground and make sewage and rubbish can follow scrubbing the piece and move and gather, and convenient follow-up comes to concentrate sewage and rubbish and absorbs the collection, realizes guiding the flow of rubbish and sewage effectively and passes through the effect.

The slope structure of scrubbing member of this scheme can effectually come to scrub subaerial sewage and rubbish, can also effectually guide sewage and rubbish to remove, and effectual guide sewage and rubbish are concentrated simultaneously, and then promote the clean effect to ground, and promote the collection effect to rubbish and sewage.

The scrubbing brush piece of this scheme is installed subaerially, sets up a plurality of scrubbing brush pieces and installs the cleaning to realize on the floor cleaning machine to ground, comes to carry out effectual absorption through setting up the dirty passageway of collection to the rubbish that scrubbing brush piece scrubbed and sewage simultaneously and collects, and then promotes the clean effect to ground.

The breach portion that sets up on the scrubbing piece of this scheme can come effectual promotion scrubber during operation to the absorption collection effect of sewage and rubbish, realizes that breach portion comes and then makes scrubbing piece scrape the sewage and rubbish of washing and remove along breach portion orientation A direction through the air current, and makes and can form the structure that rubbish and sewage intercommunication pass through between two adjacent scrubbing pieces, and then promotes the collection efficiency to sewage and rubbish.

The structure that the ground brush piece of this scheme's asymmetric distribution, or brush on two ground brush pieces for asymmetric distribution's structure realizes the effective coverage to ground for there is not the problem of leaking clean area between two ground brush pieces, like the problem of leak, makes the floor scrubber can form the clean area of coverage that one was accomplished to the cleaning of in-process single on ground removal, and then effectively solves the problem that has the leak in the cleanness.

According to the scheme, the first scrubbing area formed by the scrubbing part on one of the floor brushes on the ground and the second scrubbing area formed by the scrubbing part on the other floor brush on the ground form an overlapped structure with at least partial areas covered with each other, so that a complete coverage area is formed between two adjacent floor brushes in the process of scrubbing and cleaning the ground in a single time, namely the first scrubbing area and the second scrubbing area can form a partially overlapped complete coverage area, and the problem of seam leakage cleaning is effectively solved.

Drawings

FIG. 1 is a side schematic view of a floor brush;

FIG. 2 is a side view of the floor brush;

FIG. 3 is a bottom schematic view of the floor brush;

FIG. 4 is a schematic illustration of the installation of the floor brush to the scrubber and the asymmetric distribution;

reference numerals are as follows: 1-ground brush, 10-brush body, 11-brush, 111-gap part, 112-first brushing area, 113-second brushing area, 12-brush disturbing part and 2-floor washing machine.

Detailed Description

In order to make the utility model realize the technical means, creation characteristics, achievement purpose and efficiency are easy to understand and understand, the utility model is further explained by combining the specific embodiment.

The embodiment is as follows: the utility model discloses a ground brush spare and floor cleaning machine thereof, as figure 1 to figure 4 constitute show, wherein, ground brush spare 1 mainly contacts ground to scrub the cleanness ground, mainly with ground brush spare 1 install the scrubbing to ground cleaning machine 2 on realize the scrubbing to ground, ground brush spare 1 carries out horizontal rotation motion at the in-process that contacts ground, and the in-process of horizontal rotation motion combines clear water to realize the scrubbing effect to ground.

The floor brush part 1 comprises a brush body 10, the brush body 10 is set to be a structure which performs horizontal rotary motion along a direction A when the floor brush part 1 is contacted with the ground for brushing and cleaning, the direction A can be set to be clockwise horizontal rotary motion or anticlockwise horizontal rotary motion according to requirements, the ground is brushed and cleaned through the horizontal rotary motion of the floor brush part 1, specifically, a plurality of brushing parts 11 are arranged on the floor brush part 1, the brushing parts 11 are set to be structures which extend and protrude towards the lower side direction of the brush body 10, so that the brushing parts 11 can be contacted with the ground for brushing and cleaning, the brush body 10 is not contacted with the ground, the brushing parts 11 on the brush body 10 are driven to synchronously perform horizontal rotary motion during horizontal rotary motion, and then the brushing effect on the ground is achieved, the plurality of brushing parts 11 are set to be structures which are distributed at intervals along the direction A, the plurality of brushing parts 11 can be contacted with the ground for brushing effect on the ground along the direction A, the single brushing part 11 can be independently contacted with the ground for cleaning, the plurality of brushing parts 11 can be used for effectively removing dirt in the horizontal rotary motion of the floor.

In order to improve the deformation effect of the brushing part 11, prevent the brushing part 11 from being damaged due to forced scraping of the brushing part 11 contacting the ground, and improve the spanning capability of the brushing part 11 to obstacles and garbage on the ground, the present solution is provided with a notch 111 on the brushing part 11, the notch 111 mainly forms a concave notch, the notch 111 divides the brushing part 11 into a plurality of parts along the length direction, so that the brushing part 11 can deform in the length direction, thereby preventing the problem of stress concentration, when there is larger garbage and obstacles on the ground, the brushing part 11 will form resistance when contacting the obstacles and garbage, and the brushing part 11 will deform along the notch 111 under the resistance, so that the brushing part 11 spans the obstacles and the garbage, thereby preventing the brushing part 11 from being damaged, and improving the reliability and the deformation effect of the brushing part 11.

It can be understood that, when the notch 111 is not provided on the brushing member 11, the brushing member 11 is a continuous integral structure, and when there is an obstacle or a large volume of garbage on the floor, the brushing member 11 is not easily deformed in the length direction when colliding with the obstacle or the garbage, and forced scraping is performed between the brushing member 11 and the obstacle and the garbage and the floor, which easily causes the brushing member 11 to be damaged, so that the reliability of the floor brushing member 1 is reduced.

It can be seen that, the brush member 11 of the present embodiment is provided with the notch portion 111, and the structure of the notch portion 111 can effectively prevent the stress concentration of the brush member 11 in the length direction, so that the brush member 11 is divided into a plurality of parts by the notch portion 111 in the length direction, and further, the brush member 11 can effectively deform when contacting the ground along the horizontal rotation direction, and simultaneously can effectively deform to cross over obstacles and garbage on the ground, thereby effectively preventing the brush member 11 from being damaged, and avoiding the problem that the brush member 11 is forcibly scraped with the ground in the whole length direction.

Specifically, the two brushing members 11 are each provided with the notch 111, and the positions of the notches 111 on the two adjacent brushing members 11 in the areas extending in the a direction are configured as a staggered structure which does not cover each other, that is, the area where the notch 111 on one brushing member 11 extends around the a direction and the area other than the notch 111 on the other brushing member 11 are mutually covered and do not cover the position of the notch 111, the area where the notch 111 on the other brushing member 11 extends around the a direction and the area other than the notch 111 on one brushing member 11 are mutually covered and do not cover the position of the notch 111, and the area on the floor corresponding to the notch 111 on one brushing member 11 can be contacted by the area other than the notch 111 on the other brushing member 11 during the horizontal rotation of the ground brushing member 1, and the area on the floor corresponding to the notch 111 on one brushing member 11 can not be contacted by the area on the other brushing member 11, and the area on the other brushing member 11 corresponding to the notch 111 cannot be contacted by the area 111, so that the area on the floor corresponding to the brushing member 11 cannot be contacted by the notch 111.

It can be seen that the brushing parts 11 of the present scheme are configured by the notch parts 111, and the notch parts 111 on at least two adjacent brushing parts 11 are arranged to extend along the a direction to form a staggered structure which does not cover each other, so that the problem of missing cleaning areas does not occur when at least two adjacent brushing parts 11 clean the ground in the horizontal rotation movement process, the ground positions corresponding to the notch parts 111 on two adjacent brushing parts 11 can be covered and cleaned by the positions which are not the notch parts 111 in the length direction of each other, and the problem of missing cleaning areas is solved.

Alternatively, the brush body 10 is provided in a disc-like structure, such as a disc-like structure.

Optionally, the number of the brushing members 11 is set to 3-6, and the brushing members are distributed at intervals along the A direction.

Above-mentioned brush member 11's breach portion 111's structural part, breach portion 111 can also play the path structure that guide rubbish and sewage pass through, and then come effectual promotion floor cleaning machine 2 during operation to the absorption collection effect of sewage and rubbish, realize breach portion 111 and come through the air current and then make brush member 11 scrape the sewage and rubbish of washing move along breach portion 111 towards the A direction, and make and to form the structure that rubbish and sewage intercommunication pass through between two adjacent brush members 11, make can carry out the concentration to rubbish and sewage in the regional position between two adjacent brush members 11, and then promote the collection efficiency to sewage and rubbish.

In this embodiment, for the structural part of the brushing part 11 on the brush main body 10, the brushing part 11 may be set to be a flexible deformable structure, and the structure of the brushing part 11 in the length direction may be set to be a structure extending toward the outer side of the brush main body 10, so that the brushing part 11 is located at the bottom end face position of the brush main body 10 and extends toward the outer side of the brush main body 10, the length of the brushing part 11 may be greater than or equal to half of the outer diameter of the brush main body 10, so that the brushing part 11 forms a long strip structure, and the brushing part 11 brushes the local area of the ground.

Alternatively, the outer end position of the brushing member 11 in the length direction may be overlapped with the outer side position of the brush body 10, or the outer end position of the brushing member in the length direction may be extended through the outer side position of the brush body 10, so that the brushing member 11 has a certain length to form a brushing effect on a certain area range on the ground.

In this embodiment, regarding the structural portion of the brushing member 11 on the brush main body 10, it may be further configured that the brushing member 11 is configured to be a flexible deformable structure, and the structure of the brushing member 11 in the length direction is configured to extend toward the outer side of the brush main body 10, so that the brushing member 11 is located at the bottom end surface position of the brush main body 10 and extends toward the outer side of the brush main body 10, and the brushing member 11 is configured to be a long strip-shaped structure, so that the brushing member 11 brushes a local area of the floor, and it is also configured that the tip position of the brushing member 11 extends through the outer side position of the brush main body 10 to form the brushing portion 12 in a suspended structure located at the outer side area position of the outer side of the brush main body 10, so that the outer end position of the brushing member 11 passes through the outer side position of the brush main body 10 to form the brushing portion 12, and the brushing portion 12 in the length direction is configured as a part of the brushing member 11, and the suspended structure in the vertical direction is configured, that the upper portion of the brushing portion 12 is not connected with the brush main body 10 and the outer side of the brush main body 10 to form a suspended structure that the wall can be used for cleaning and the floor, so that the floor can be covered by the raised area covered by the wall, and the floor can be more effectively covered by the floor.

For the structural part of the brushing member 11 mounted on the brush main body 10, the brushing member 11 may be detachably mounted on the brush main body 10, or the brushing member 11 and the brush main body 10 may be integrated; the structure that the brushing part 11 is detachably mounted on the brush main body 10 may be a mounting structure that is provided with an insertion connection, for example, a T-shaped groove structure is provided on the brush main body 10, and the T-shaped structure correspondingly provided on the brushing part 11 is inserted into the T-shaped groove structure of the brush main body 10, so that the brushing part 11 is detachably mounted on the brush main body 10.

Specifically, the structure of the brush member 11 mounted on the brush body 10 may be configured such that the structure of the brush member 11 in the longitudinal direction is linearly inclined toward the a direction, and the brush member 11 extends and extends in the a direction and is linearly inclined toward the a direction, and specifically, the structure of the brush member 11 linearly inclined toward the a direction is configured such that a position of one end of the brush member 11 close to the center position of the brush body 10 is not overlapped with the center position of the brush body 10 or a position of the rotation axis of the brush body 10, or the structure of the brush member 11 inclined toward the a direction in the longitudinal direction is configured such that a position of one end of the brush member 11 close to the center position of the brush body 10 along the extension area of the longitudinal direction of the brush member 11 is not overlapped with the center position of the brush body 10 or the rotation axis of the brush body 10, and the brush member 11 is configured as a linear structure, which may be a long bar-shaped structure, so that the brush member 1 rotates to perform a floor surface treatment on sewage by the brush member 11 linearly inclined, and the sewage and the brush member 11 is moved and the sewage flows in the a direction inclined toward the a direction of the brush body a further, thereby collecting garbage.

Specifically, to the structure part that brushing 11 installed on brush main part 10, can also set up to, brushing 11 sets up to be the structure that the arc inclines towards A direction in the structure of length direction, mainly sets up to the structure that stretches out towards A direction extension for brushing 11 to be the arc structure, set up to incline towards A direction simultaneously, the brushing 11 of arc structure can be better guide sewage and rubbish to flow and gather, can form better scrubbing effect subaerial simultaneously.

Alternatively, a position of one end of the brush member 11 close to the center of the brush body 10 may be misaligned with the center of the brush body 10 or a position of the rotation axis of the brush body 10 to form a structure in which the brush member 11 is inclined in an arc shape toward the direction a, or a position of one end of the brush member 11 close to the center of the brush body 10 along an extension area of the brush member 11 in the length direction may be misaligned with the center of the brush body 10 or the rotation axis of the brush body 10 to form a structure in which the brush member 11 is inclined in an arc shape toward the direction a in the length direction, and the brush member 11 is configured in an arc-shaped structure to better guide the sewage and the garbage to flow along the arc-shaped structure, and to realize the arc-shaped structure to better collect the garbage and the sewage, thereby facilitating a subsequent collection and treatment of the sewage and the garbage.

Specifically, to the structure part that brushing 11 installed on brush main part 10, also can set up to, brushing 11 sets up to be the structure that the arc inclines towards the A direction and sets up brushing 11 on and personally submit towards the outside of A direction and be the sunk structure towards the opposite direction of A direction, mainly for brushing 11 sets up to extend the structure that stretches out towards the A direction, and be the arc structure, set up to incline towards the A direction simultaneously, and set up brushing 11 on and personally submit towards the outside of A direction and be the sunk structure towards the opposite direction of A direction, make the subaerial sewage and rubbish of guidance and the convergence that the sunk structure position can be better, and then promote brushing 11 to the scrubbing effect on ground, brushing 11's arc structure and sunk structure can be better guide sewage and rubbish to flow and gather, can form better scrubbing effect on ground simultaneously.

Alternatively, a position of an end of the brushing member 11 close to the center of the brush body 10 may be misaligned with a position of the center of the brush body 10 or a rotation axis of the brush body 10 to form a structure in which the brushing member 11 inclines in an arc shape toward the a direction, and an outer side surface of the brushing member 11 facing the a direction is formed in a concave structure facing a direction opposite to the a direction, or an extended region of an end of the brushing member 11 close to the center of the brush body 10 along the length direction of the brushing member 11 is misaligned with a position of the center of the brush body 10 or a rotation axis of the brush body 10 to form a structure in which the brushing member 11 inclines in an arc shape toward the a direction, and an outer side surface of the brushing member 11 facing the a direction is formed in a concave structure facing a direction opposite to the a direction, so as to better guide the sewage and the garbage to flow along the arc-shaped structure, and to realize the arc-shaped structure and the concave structure to better gather the garbage and the sewage, thereby facilitating a subsequent collection and treatment of the sewage.

Set up a plurality of structural part who scrub 11 on 1 to ground brush, set up a plurality of structures that scrub 11 and all be the slope towards the A direction in this scheme to realize that ground brush 1 comes more effectual scrubbing to ground through a plurality of scrubbing 11 that are the slope structure at the in-process of horizontal rotation motion, and then more effective guide sewage and rubbish gather and collect.

When the plurality of brushing parts 11 are all in a structure which is linearly inclined towards the direction a, the linear inclination angle W1 of the brushing part 11 close to the direction a in at least two adjacent brushing parts 11 is smaller than the linear inclination angle W2 of the brushing part 11 far from the direction a, it can be understood that, in the direction a, the brushing part 11 close to the direction a is the brushing part 11 on the front side, and the brushing part 11 far from the direction a is the brushing part 11 on the rear side, so that the brushing part 11 close to the direction a can be located on the front side to primarily brush the sewage and the garbage on the ground in the process of horizontal rotation of the floor brushing part 1 by setting W1 smaller than W2, and the brushing part 11 far from the direction a can be located on the rear side to perform a deep brushing effect in a larger angle range on the sewage and the garbage on the ground; the process of horizontal rotary motion of the ground brush part 1 can effectively promote the plurality of brushing parts 11 to form step-by-step deep brushing and cleaning effects on the ground, and is beneficial to the concentration of sewage and garbage along the A direction.

Wherein, when a plurality of brushing 11 all are the structure of arc slope towards A direction, it is less than the radian of the brushing 11 of keeping away from A direction to set up the radian that is close to A direction in two adjacent brushing 11, and then form and be close to A ascending brushing 11 and carry out the concentrated scrubbing of minim scope to ground along A ascending front side, and keep away from A ascending brushing 11 and carry out extensive deep scrubbing to ground along A ascending rear side, realize the effect of scrubbing the deep layer on ground step by step in A direction, be favorable to promoting the concentrated effect of scrubbing to subaerial sewage and rubbish on the whole.

When the plurality of brushing parts 11 are all in an arc-shaped inclined structure towards the direction a, the arc length of the brushing part 11 close to the direction a in at least two adjacent brushing parts 11 is set to be larger than the arc length of the brushing part 11 far away from the direction a, so that the brushing part 11 close to the direction a is formed to intensively brush a large area of the ground along the front side in the direction a, the longer the arc length is, the larger the brushing area formed by surrounding the corresponding brushing part 11 is, the deeper the brushing part 11 far away from the direction a is, the smaller the brushing area formed by surrounding the corresponding brushing part 11 is, the effect of deeply brushing the ground in the direction a is realized, the brushing part 11 at the front side firstly brushes the large area of the ground, and the brushing part 11 at the rear side then brushes the sewage on the ground in a small area, which is beneficial to improving the effect of intensively brushing water and garbage on the ground.

In order to further improve the deformation effect of the brushing member 11 and prevent stress concentration so as to better cross obstacles and garbage on the ground, the present solution is provided with a plurality of notches 111 on the brushing member 11, the plurality of notches 111 divide the brushing member 11 into a plurality of parts in the length direction, and the plurality of notches 111 are arranged in a structure distributed at intervals along the length direction of the brushing member 11, the plurality of notches 111 can make the brushing member 11 deform better in the length direction, when encountering obstacles or garbage on the ground, the brushing member 11 can make the brushing member 11 deform in the length direction and cross the obstacles or garbage along the position of the notches 111, the brushing member 11 is not easy to be damaged, and the reliability and durability of the brushing member 11 as a whole are improved.

Alternatively, the number of the cutout portions 111 on a single brush 11 is set to be two or more.

In order to further improve the brushing effect of the plurality of brushing parts 11 on the ground surface of the ground brush part 1 and to prevent the problem that the brushing effect of the ground brush part 1 on the ground surface is not uniform or a cleaning area is missed due to the notch parts 111, the scheme is provided with a staggered structure that the areas of the notch parts 111 on the plurality of brushing parts 11 extending along the direction a are not mutually covered, namely, the staggered structure that the areas of the notch parts 111 on the plurality of brushing parts 11 on the ground brush part 1 extending along the direction a are not mutually covered is formed, so that the ground area positions corresponding to the notch parts 111 on the plurality of brushing parts 11 can be contacted and brushed by the positions except the notch parts 111 on the brushing parts 11, the ground area positions corresponding to the notch parts 111 can be brushed cleanly by the brushing parts 11, and the brushing effect on the ground surface is integrally improved; meanwhile, the staggered structure of the notch parts 111 on the brushing parts 11 can enable the corresponding spatial region positions between the brushing parts 11 to form a communicated channel structure through the notch parts 111 of the staggered structure, so that the sewage and garbage to be brushed can be prevented from flowing along the same path of the notch parts 111, the sewage and garbage can be prevented from being blocked at the notch parts 111, and the subsequent efficiency of collecting the sewage and the garbage is improved.

In this embodiment, in order to further enhance the brushing effect of the brushing member 11 on the ground and enhance the reliability of the brushing member 11, the structure of the outer side surface of the brushing member 11 facing the a direction is an inclined structure facing the a direction, so that an acute angle structure is formed between the outer side surface of the brushing member 11 facing the a direction and the bottom end surface of the brush main body 10, that is, an acute angle structure is formed between the outer side surface of the brushing member 11 facing the a direction and the bottom end surface of the brush main body 10, and the outer side surface of the brushing member 11 facing the a direction is inclined with respect to the bottom end surface of the brush main body 10, and the inclined structure is inclined toward the a direction, so that the brushing member 11 can brush the ground more strongly along the a direction, and can drive the dirt and garbage on the ground to be carried in an area corresponding to the acute angle structure, and the acute angle structure enables the brushing member 11 to contact the ground better even in a deformed structure when the brushing member 11 contacts the ground for a long time, and the brushing member 11 can not be moved to a right angle when the ground is in a force is applied and the ground, and thus the ground can be moved to the ground, and the ground can be effectively prevented from being moved, and the ground, even if the bottom structure is deformed, and the brushing member 11 is moved to the ground can be moved to the ground for a right angle structure, and the ground can be effectively prevented from being moved for a long time.

In order to further improve the brushing effect on the ground, in the present scheme, in the direction a, an angle Q1 formed between an outer side surface facing the direction a of the brushing member 11 close to the direction a of at least two adjacent brushing members 11 and a bottom end surface of the brush main body 10 is smaller than an angle Q2 formed between an outer side surface facing the direction a of the brushing member 11 away from the direction a and a bottom end surface of the brush main body 10, it can be understood that, in the direction a, an acute angle formed between an outer side surface facing the direction a of the brushing member 11 located on the front side and the bottom end surface of the brush main body 10 is Q1, an acute angle formed between an outer side surface facing the direction a of the brushing member 11 located on the rear side and the bottom end surface of the brush main body 10 is Q2, and Q1 is smaller than Q2, so as to achieve a preliminary contact brushing of the brushing member 11 located on the front side with the ground, a crimping effect of contact between a bottom position of the brushing member 11 located on the rear side and the ground is weak, and a further, a deep contact effect of the brushing member 11 located on the ground is achieved, and a deep contact of the brushing member 11 is achieved.

It is thus clear that the inclined structure of scrubbing 11 of this scheme can effectually come to scrub subaerial sewage and rubbish, can also effectually guide sewage and rubbish to remove, and effectual guide sewage and rubbish are concentrated simultaneously, and then promote the clean effect to ground, and promote the collection effect to rubbish and sewage.

On ground brush 1 of this scheme installed floor cleaning machine 2, set up a plurality of ground brushes 1 and install the cleaning treatment who realizes ground on the floor cleaning machine 2, come to carry out effectual absorption collection to the rubbish that ground brush 1 scrubbed and sewage through setting up the dirty passageway of collection simultaneously, and then promote the clean effect to ground.

In this embodiment, the floor brush 1 is mainly attached to the floor washing machine 2 to perform the floor scrubbing and cleaning treatment, and one or more floor brushes 1 may be attached to the floor washing machine 2.

The floor washing machine 2 comprises a floor washing module, the floor washing module is used for moving on the ground to clean the ground, and an installation cavity is mainly arranged at the bottom of the floor washing module; the floor washing machine 2 further comprises the floor brush part 1 as described above, the floor brush part 1 is arranged in the installation cavity in a horizontally rotating mode, the floor brush part 1 is installed in the installation cavity, the floor brush part 1 can be located in the installation cavity to perform independent horizontal rotating motion, when the floor brush part 1 is installed in the installation cavity, at least the floor brush part 11 is not wrapped by the side part of the installation cavity, the bottom surface of the floor brush part 11 can be in contact with the ground, the bottom surface of the floor washing module is not in contact with the ground, the floor washing module can be in contact with the ground to perform floor washing cleaning by forming the floor brush part 11 in the process of moving on the floor, the floor brush part 1 is controlled to perform horizontal rotating motion, the floor is cleaned by the multiple floor brush parts 11 on the horizontally rotating floor brush part 1, dirt, garbage and sewage on the ground are removed, and the dirt, the garbage and the sewage are collected into the floor washing machine 2.

To collecting the structure part of sewage and rubbish on washing machine 2, this scheme still is provided with the dirty passageway of collection on washing the ground module, the dirty passageway of collection mainly is used for passing through of sewage and rubbish, the dirty passageway of collection sets up to be the structure that is linked together with the installation cavity, so that the dirty passageway of collection can be followed to the dirty sewage and the rubbish that scrubbing 1 scrubbed in the installation cavity, and then the realization is to the collection of sewage and rubbish, wherein, the handing-over position that the dirty passageway of collection is linked together with the installation cavity is located on the interior top surface of installation cavity and/or on the inside side, so that rubbish and sewage can be better absorb enter into the dirty passageway of collection, the horizontal rotation motion of combining ground brush 1 makes sewage and rubbish be in the state that removes, rubbish and sewage are absorbed under the state of removal and enter into in the dirty passageway of collection and then realize collecting.

Alternatively, the connecting position of the dirt collecting channel communicated with the inside of the installation cavity can be only arranged on the inner top surface of the installation cavity, so that sewage and garbage are sucked into the dirt collecting channel under the action of the suction force of the air flow, wherein the connecting position of the dirt collecting channel communicated with the inside of the installation cavity is positioned on the area position between the outer side of the rotating shaft of the ground brush part 1 and the outermost side of the ground brush part 1, and sewage and garbage can be sucked better.

Wherein, the handing-over position that dirty passageway of collection is linked together in with the installation cavity is greater than to the distance of the rotation axis of scrubbing brush spare 1 in the outside of scrubbing brush spare 1 for handing-over position is close to the outside position of scrubbing brush spare 1 relatively, can realize better absorbing sewage and rubbish.

Optionally, the handing-over position that dirty passageway of collection is linked together in with the installation cavity can only set up on the inside lateral surface of installation cavity, realizes absorbing sewage and rubbish from the medial surface of installation cavity, makes sewage and rubbish of scrubbing on the ground brush 1 move towards the horizontal direction more easily under the absorption of the suction of air current this moment and enters into the dirty passageway of collection, and the effect that the realization was collected sewage and rubbish is better.

Optionally, still can set up the handing-over position that communicates in dirty passageway of collection and the installation cavity on the interior bottom surface of installation cavity and the inside side face, can come to form the absorption collection effect to sewage and rubbish simultaneously from the horizontal direction and in the vertical direction this moment, be favorable to guiding sewage and rubbish slant to remove and enter into in the dirty passageway of collection, and then promote the effect of collecting sewage and rubbish.

In this scheme, absorb the structure part of collecting to sewage and rubbish, can set up power spare, power spare is airflow generator, like the fan of vacuum pump or big suction, install the sewage case on floor cleaning machine 2, the sewage case links to each other with power spare, the sewage case is linked together with the dirty passageway of collection, make and produce the air current at power spare during operation, the start drives the ground brush 1 and goes up the sewage of scrubbing and rubbish and come to be absorbed by the air current, the mixture of rubbish and sewage enters into in the dirty passageway of collection, and realize collecting through the dirty passageway of collection entering into the sewage incasement.

In this scheme, install the installation intracavity local brush 1, and power spare start-up work absorbs sewage and rubbish that ground brush 1 scrubbed and collects, breach portion 111 can effectually come to make and gathers sewage and rubbish in the regional position between two adjacent scrubbing 11, mainly forms the access structure along the A direction and comes to be used for the flow of sewage and rubbish to pass through, so that sewage and rubbish can gather between two adjacent scrubbing 11, and then concentrate and absorb and collect and enter into in the dirty passageway of collection.

In the scheme, the clear water tank can be arranged on the floor washing machine 2, and a water pump or a water valve can be arranged to supply clear water in the clear water tank to the ground or to the floor brush part 1, for example, a pipeline is arranged to supply clear water to be sprayed to the ground, and the ground is scrubbed and cleaned when the clear water on the ground contacts the floor brush part 1 on the floor washing machine 2; if a pipeline is arranged to be communicated with the installation cavity, a liquid supply port is formed in the installation cavity, clean water is supplied to the floor brush part 1 through the liquid supply port, and the floor brush part 1 contacts the clean water and horizontally rotates on the ground to achieve the floor scrubbing and cleaning effects; the configuration for supplying fresh water may be set as needed.

The floor washing machine 2 can be a self-moving type floor washing machine 2, namely the floor washing machine 2 can move on the ground independently, and driving wheels can be correspondingly arranged to drive the floor washing machine 2 to move autonomously; the scrubber machine 2 may also be of a hand-held construction, i.e., the scrubber machine 2 is propelled by a user in a hand-held manner to move over the floor surface.

The floor cleaning machine 2 to this scheme is the floor cleaning machine 2 of hand-held type structure, still sets up push rod assembly on floor cleaning machine 2, and push rod assembly is used for the handheld 2 removals that promote of pushing away of floor cleaning machine of user, and push rod assembly with wash the rotatable linking to each other of ground module, the handheld push rod assembly of user drives and washes the ground module and transfer subaerial, wash the ground module and realize ground brush 1 contact ground and scrub clean effect subaerial removal in-process.

To the structure of ground brush 1 horizontal rotation motion, can set up drive module in washing the ground module, drive module includes the motor at least, can also set up including gear drive structure or belt pulley drive structure, and then realize that motor start work drives ground brush 1 and carries out horizontal rotation motion, ground brush 1 can set up to detachably and install on washing the ground module, if set up the structure of butt joint grafting, the realization can realize the direct or indirect brush 1 horizontal rotation motion that drives of motor after the realization is installed ground brush 1 butt joint in place.

In this scheme, in order to further promote the scrubbing clean effect of floor cleaning machine 2 to ground, the quantity of the installation cavity in this scheme sets up to a plurality ofly, brush 1 is all installed in every installation cavity, the quantity of brush 1 is unanimous with the quantity of installation cavity, brush 1 is singly installed to single installation cavity, brush 1 and a plurality of installation cavity can be for the structure that distributes side by side a plurality of, it is bigger to realize that the single removes the in-process and carries out clear scope to ground, and more be favorable to promoting the clean efficiency to ground.

The installation structure of the plurality of ground brushes 1 may be configured such that initial positions at which two adjacent ground brushes 1 are installed are configured to be asymmetrically distributed, the two adjacent ground brushes 1 are respectively located in two adjacent installation cavities to perform independent horizontal rotation motions, and the scrubbing parts 11 on the two adjacent ground brushes 1 are also configured to be asymmetrically distributed by the configuration of the asymmetric distribution, so that the scrubbing parts 11 on the two adjacent ground brushes 1 do not contact with each other and do not interfere with each other, so that the two adjacent ground brushes 1 are not likely to collide and interfere with each other in a moving state, and the safety and reliability of the movement of the ground brushes 1 are ensured. It can be understood that, when the brushing parts 11 are provided with the brushing disturbing parts 12, at this time, because the adjacent two ground brushing parts 1 are asymmetrically distributed and the brushing parts 11 on the adjacent two ground brushing parts 1 are also asymmetrically distributed, the phenomenon that the brushing disturbing parts 12 corresponding to the brushing parts 11 on the adjacent two ground brushing parts 1 are in interference contact can be effectively ensured, and meanwhile, under the structure of the brushing disturbing parts 12, the ground areas corresponding to the connection positions between the adjacent two ground brushing parts 1 can be brushed by the respective brushing disturbing parts 12, so that the problem of seam leakage or cleaning area leakage can be effectively solved.

In this case, the two adjacent ground brushes 1 may be installed at initial positions where the two adjacent ground brushes 1 are installed in an asymmetric distribution structure, and the brushes 11 on the two adjacent ground brushes 1 may also be installed in an asymmetric distribution structure, so that the brushes 11 on the two adjacent ground brushes 1 do not contact with each other, and an interference phenomenon is not generated, and the two adjacent ground brushes 1 are not likely to collide and interfere with each other in a moving state, thereby ensuring safety and reliability of the movement of the ground brushes 1. It can be understood that, when the brushing part 11 is provided with the brush disturbing part 12, at this time, because the two adjacent ground brushes 1 are asymmetrically distributed and the brushing parts 11 on the two adjacent ground brushes 1 are also asymmetrically distributed, the brush disturbing parts 12 corresponding to the brushing parts 11 on the two adjacent ground brushes 1 can be effectively ensured not to generate interference contact, and meanwhile, under the structure of the brush disturbing part 12, the ground area corresponding to the connection position between the two adjacent ground brushes 1 can be brushed by the respective brush disturbing part 12, so that the problem of seam leakage or cleaning leakage can be effectively solved.

When two adjacent ground brushes 1 are installed in place and are in a horizontally rotating structure, the brush part 11 on one ground brush 1 and the brush part 11 on the other ground brush 1 are configured to be not in contact with each other, so that the two adjacent ground brushes 1 are not easy to collide and interfere in a moving state, and the safety and reliability of the movement of the ground brushes 1 are ensured, and a first brushing area 112 formed on the ground by the brush part 11 on one ground brush 1 and a second brushing area 113 formed on the ground by the brush part 11 on the other ground brush 1 are configured to be in an overlapping structure with at least partial areas covering each other, so that the two ground brushes 1 form a complete cleaning area on the ground, the first brushing area 112 and the second brushing area 113 are configured to be in partial overlapping covering, the problem of a leakage seam or a leakage cleaning area is not formed, and the problem that the complete overlapping structure is mainly formed at the middle position between the first brushing area 112 and the second brushing area 113, and the problem of the complete overlapping structure that the partial covering each other brushing area can be formed in a single ground cleaning process; it can be understood that, when the brushing parts 11 are provided with the brushing disturbing parts 12, at this time, because the adjacent two ground brushing parts 1 are asymmetrically distributed and the brushing parts 11 on the adjacent two ground brushing parts 1 are also asymmetrically distributed, the phenomenon that the brushing disturbing parts 12 corresponding to the brushing parts 11 on the adjacent two ground brushing parts 1 are in interference contact can be effectively ensured, and meanwhile, under the structure of the brushing disturbing parts 12, the ground areas corresponding to the connection positions between the adjacent two ground brushing parts 1 can be brushed by the respective brushing disturbing parts 12, so that the problem of seam leakage or cleaning area leakage can be effectively solved.

The first brushing area 112 is a brushing cleaning area formed by the brushing piece 11 contacting the ground in the process of horizontal rotation motion of one of the ground brushing pieces 1 on the ground; the second brushing zone 113 is a brushing cleaning area formed by the brushing of the brushing member 11, which is realized during the horizontal rotary motion of the other brushing member 1 on the floor surface, contacting the floor surface.

The working principle is as follows: the floor brush part 1 of the scheme, the floor brush part 1 mainly contacts the ground for brushing and cleaning, specifically, the floor brush part 11 is provided, the floor brush part 11 contacts the ground for brushing and scraping and cleaning, a gap part 111 is arranged on the floor brush part 11, the gap part 111 can divide the floor brush part 11 into a plurality of parts along the length direction, and the regions extending and extending along the A direction of the gap parts 111 on at least two adjacent floor brush parts 11 are arranged to form a staggered structure which is not mutually covered, so that the problem of cleaning leakage regions or the problem of seam leakage cleaning can be prevented when the floor brush part 11 contacts the ground for brushing and cleaning; an inclined structure of the brushing part 11 is arranged, for example, the inclined structure of the brushing part 11 in the length direction is adopted, or for example, the outer side face of the brushing part 11 facing the A direction is an inclined structure, and the inclined structure between the outer side face of the brushing part 11 facing the A direction and the bottom end face of the brush main body 10 is adopted, so that the brushing part 11 can effectively brush and clean the ground, and the effect of brushing stubborn stains and garbage on the ground is integrally improved; the floor cleaning machine 2 is characterized in that the floor brushes 1 are mounted on the floor cleaning machine 2 to realize cleaning treatment, the plurality of floor brushes 1 are used for brushing or scraping and cleaning the floor and collecting garbage and sewage in the working process of the floor cleaning machine 2, the problem of secondary pollution to the floor is effectively prevented, meanwhile, the plurality of floor brushes 1 can form a complete cleaning effect of a coverage area in the process of single-movement cleaning of the floor, and the problem of cleaning of leaks is effectively solved; the overall reliability of the floor brush part 1 in the floor cleaning process is higher, the stability is better, and the overall cleaning effect of the floor cleaning machine 2 on the floor is better.

It will be understood by those skilled in the art that the foregoing embodiments are specific examples of the invention, and that various changes in form and details may be made therein without departing from the spirit and scope of the invention in practice.

Claims (10)

1. Ground brush spare, including brush main part, its characterized in that: the brush body is arranged to horizontally rotate along the direction A when the ground brush part contacts the ground for brushing and cleaning;

the ground brush part is provided with a plurality of brushing parts, the brushing parts are arranged to be of structures which extend and bulge towards the lower side direction of the brush main body, and the plurality of brushing parts are arranged to be of structures which are distributed at intervals along the direction A;

the brushing parts are provided with notch parts, and the areas of the notch parts on at least two adjacent brushing parts extending along the A direction form a staggered structure which is not mutually covered.

2. A floor brush member according to claim 1, wherein: the brushing part is of a flexible and deformable structure, and the structure of the brushing part in the length direction is a structure extending towards the outer side part of the brush body;

or the brushing part is set to be in a flexible deformable structure, the structure of the brushing part in the length direction is set to extend and extend towards the outer side part of the brush main body, and the tail end position of the brushing part is set to extend through the outer side part of the brush main body to form a brushing disturbing part which is positioned on the outer side area position of the outer side part of the brush main body and is in a suspension structure.

3. A floor brush member according to claim 2, wherein: the structure of the brushing piece in the length direction is a structure which is inclined towards the direction A in a straight line;

or the structure of the brushing piece in the length direction is arranged to be arc-shaped inclined towards the A direction;

or the structure of the brushing piece in the length direction is set to be an arc-shaped inclined structure towards the A direction, and the outer side surface of the brushing piece facing the A direction is set to be a concave structure towards the direction opposite to the A direction.

4. A floor brush member according to claim 3, wherein: a plurality of brushing pieces are arranged to incline towards the A direction;

when the plurality of brushing pieces are in a structure of linearly inclining towards the A direction, the linear inclination angle W1 of the brushing piece close to the A direction in at least two adjacent brushing pieces is smaller than the linear inclination angle W2 of the brushing piece far away from the A direction;

or when the plurality of brushing parts are all in an arc-shaped inclined structure towards the A direction, the radian of the brushing part close to the A direction in at least two adjacent brushing parts is smaller than the radian of the brushing part far away from the A direction, or the arc length of the brushing part close to the A direction is larger than the arc length of the brushing part far away from the A direction.

5. The floor brush member according to claim 4, wherein: the brushing piece is provided with a plurality of gap parts which are arranged in a structure distributed at intervals along the length direction of the brushing piece.

6. The floor brush according to claim 1 or 5, wherein: the areas of the notches extending along the A direction are all configured into a staggered structure which does not cover each other.

7. A floor brush member according to claim 1 or 3, wherein: the structure of the outer side surface of the brushing piece facing to the A direction is an inclined structure facing to the A direction, so that an acute angle structure is formed between the outer side surface of the brushing piece facing to the A direction and the bottom end surface of the brush body.

8. The floor brush member according to claim 7, wherein: in the direction A, an angle Q1 formed between the outer side surface facing the direction A of the brushing piece close to the direction A and the bottom end surface of the brush body in at least two adjacent brushing pieces is smaller than an angle Q2 formed between the outer side surface facing the direction A of the brushing piece far away from the direction A and the bottom end surface of the brush body.

9. Floor washing machine, including washing ground module, wash ground module and be used for moving on ground and clean ground, its characterized in that: the bottom of the ground washing module is provided with an installation cavity;

further comprising a floor brush member according to any of claims 1-8, the floor brush member being arranged to be mounted in the mounting cavity for horizontal rotational movement;

the ground washing module is also provided with a sewage collecting channel which is in a structure communicated with the installation cavity;

the connecting position of the dirt collecting channel and the installation cavity is positioned on the inner top surface and/or the inner side surface of the installation cavity.

10. The floor scrubber of claim 9, wherein: the number of the installation cavities is set to be a plurality, and each installation cavity is internally provided with a ground brush piece;

the initial positions of two adjacent ground brush pieces which are arranged in place form an asymmetric distribution structure;

or the initial positions of two adjacent ground brushing parts arranged in place form an asymmetric distribution structure, and the brushing parts on the two adjacent ground brushing parts also form an asymmetric distribution structure;

or when two adjacent floor brushes are installed in place and are in a horizontal rotating structure, the brushing part arranged on one floor brush and the brushing part arranged on the other floor brush are in a structure which is not contacted with each other, and a first brushing area formed by the brushing part on one floor brush on the ground and a second brushing area formed by the brushing part on the other floor brush on the ground are in an overlapped structure at least partially covering each other.

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