阅读说明：本技术 一种多用途车载自动擦鞋底机 (Multipurpose vehicle-mounted automatic sole cleaner ) 是由 邝德荣 于 2019-03-23 设计创作，主要内容包括：本发明公开了一种多用途车载自动擦鞋底机,电动机轴面为曲线形凹槽,顶端与阻挡圆面连接。毛刷内部为空洞,内端有内空轴,内壁为凸起状条；内空轴与轴承内径吻合。保护壳内端与轴承相连,外端截面形状、大小与外壳一致,下有开口,上有保护条,两侧有稳定条。电动机一侧有磁铁。电动机轴穿过内空轴、轴承和毛刷至毛刷外端。外壳内壁两侧有稳定条。开启电源,因惯性和离心力作用,毛刷、保护壳、轴承滑出外壳外擦拭鞋底。关闭电源,毛刷、保护壳、轴承因惯性和向心力作用,进入外壳。安装于车门框下,独立连接使用电源。(the invention discloses a multipurpose vehicle-mounted automatic sole cleaner, wherein the axial surface of a motor is a curved groove, and the top end of the motor is connected with a blocking circular surface. The inner part of the brush is a hollow cavity, the inner end of the brush is provided with an inner hollow shaft, and the inner wall of the brush is a convex strip; the inner hollow shaft is matched with the inner diameter of the bearing. The inner end of the protective shell is connected with the bearing, the cross section of the outer end is consistent in shape and size with the outer shell, an opening is formed in the lower portion of the protective shell, a protective strip is arranged on the protective shell, and stabilizing strips are arranged on two sides of the protective shell. One side of the motor is provided with a magnet. The motor shaft passes through the hollow shaft, the bearing and the brush to the outer end of the brush. The two sides of the inner wall of the shell are provided with stabilizing strips. The power supply is turned on, and the brush, the protective shell and the bearing slide out of the shell to wipe the sole due to the action of inertia and centrifugal force. When the power supply is turned off, the hairbrush, the protective shell and the bearing enter the shell under the action of inertia and centripetal force. The power supply is arranged below the door frame and is independently connected with the power supply.)

1. the invention is composed of an electric motor, a curved groove shaft of the electric motor, a round surface at the top end of the curved groove shaft, a cylindrical hollow hairbrush, a bearing (pulley), a magnet, a semicircular hairbrush protecting shell stabilizing strip, a semicircular whole machine shell inner wall stabilizing strip and the like.

The shaft surface of the motor shaft is a curved groove; the top end of the shaft is a stopping circular surface.

2. The inside of the brush is a hollow cavity, and the inner diameter (diameter) of the hollow cavity is matched with the diameter of a circular surface at the top end of a central shaft of the motor; one end (inner end) of the cylindrical brush is provided with a hollow shaft, the inner wall of the hollow shaft is provided with an inclined convex strip, and the convex strip is embedded and matched with a curved groove of a central shaft of the motor and can freely slide; the inner hollow shaft is matched, embedded and fixed with the inner diameter of the bearing (pulley); the top end circular surface of the central shaft of the motor is arranged in the inner cavity of the cylindrical hairbrush, is matched with the cavity and can freely move and slide.

3. The cylindrical hollow brush is provided with a semicircular protective shell, one end (inner end) of the semicircular protective shell is fixedly connected with a bearing (pulley), and the shape and the size of the section of the other end (outer end) of the semicircular protective shell are consistent with the shape and the size of the section of the whole machine shell, so that a cover of the whole machine shell is formed.

4. The motor is provided with a magnet at one side close to the brush protecting shell.

5. the two sides of the brush semi-circular protective shell are provided with stabilizing strips which are matched with the stabilizing strips on the two sides of the inner wall of the semi-circular whole machine one above the other (the stabilizing strips of the brush protective shell are in an upper position, and the stabilizing strips of the whole machine shell are in a lower position), and the brush semi-circular protective shell can slide freely.

6. the inner walls of two sides of the semicircular whole machine shell are provided with stabilizing strips which are matched with the stabilizing strips on two sides of the semicircular brush protective shell in a one-to-one mode (the stabilizing strips of the brush protective shell are in an upper position, and the stabilizing strips of the whole machine shell are in a lower position) and can freely slide.

7. the curved groove shaft of the motor passes through the hollow shaft and the cylindrical hollow brush until reaching the other end (outer end) of the hollow cavity of the cylindrical hollow brush and is connected and fixed with the circular surface at the top end of the shaft.

8. When the motor is started, the cylindrical hollow brush, the semicircular brush protective shell and the bearing (pulley) slide out along the curved groove shaft of the motor under the action of inertia and centrifugal force due to instant starting of the motor, and the brush starts to rotate; the brush protection shell keeps stable due to the action of the stabilizing strip, the whole shell stabilizing strip and the bearing (pulley), and cannot rotate due to the rotation of the brush.

9. When the cylindrical hollow brush, the brush protective shell and the bearing (pulley) slide out, the cylindrical hollow brush, the brush protective shell and the bearing (pulley) cannot slide out of the shell of the whole machine due to the fact that the top end of the central shaft blocks the blocking of the circular surface; the cylindrical hollow brush, the brush protecting shell and the bearing (pulley) cannot slide out of the whole shell because of the attraction and the adsorption of the magnet when the vehicle runs.

10. When the power supply is turned off when the sole is cleaned, the motor stops gradually, the cylindrical hollow brush, the brush protective shell and the bearing (pulley) slide into the whole machine shell along the curved groove shaft of the motor under the action of inertia and centripetal force, and the magnet adsorbs the cylindrical hollow brush, the brush protective shell and the bearing (pulley) into the whole machine shell; the other end (outer end) of the brush protective shell is matched and sealed with the whole machine shell to form a whole machine cover.

The technical field is as follows:

the invention is suitable for various vehicles such as various large-scale, medium-scale and small-scale vehicles, unmanned automobiles, trains and the like, and is mainly used for cleaning dirty matters such as dust, sewage, sludge and the like on soles of drivers and passengers.

background art:

The prior vehicles have no devices for cleaning dirty materials such as dust, sewage, sludge and the like on soles of driving and passengers, so that the environment in the vehicle, air pollution and dirty materials are caused, and the environment in the vehicle must be cleaned and cleaned frequently, so that the cleaning cost and the burden of families are increased, and the cleaning and cleaning time is occupied.

The invention content is as follows:

the invention is composed of a motor, a curved groove shaft of the motor, a blocking circular surface at the top end of the curved groove shaft, a cylindrical hollow hairbrush, a bearing (pulley), a magnet, a semicircular hairbrush protective shell, a protective strip, a stabilizing strip, a semicircular whole machine shell and the like, and is arranged below door frames (outside the vehicle body, namely, the bottom parts of the door frames at two sides of the vehicle) of various vehicles, and one door frame can be arranged below each door frame.

1. The motor is provided with a crankshaft, and the axial surface is a curved groove; the top end of the crankshaft is a stopping circular surface;

2. The surface of the cylindrical hollow brush is a brush, the inside of the cylindrical hollow brush is a circular cavity, and the inner diameter (diameter) of the circular cavity is matched with the diameter of a blocking circular surface at the top end of a crankshaft of the motor; the other end (inner end) of the cylindrical hairbrush is provided with a hollow shaft, the diameter of the hollow shaft is smaller than that of a circular cavity in the hairbrush, the inner wall of the hollow shaft is provided with an inclined raised oblique strip, and the inclined raised oblique strip is embedded and matched with a curved groove of a central shaft of the motor and can freely slide; the inner hollow shaft is matched, embedded and fixed with the inner diameter of the bearing (pulley); the top end of the central shaft of the motor stops the round surface to be arranged in the round cavity in the cylindrical hollow brush, and the round cavity is matched with the round surface and can freely move and slide;

3. The cylindrical hollow brush is provided with a semicircular protective shell, one end (inner end) of the semicircular protective shell is fixedly connected with a bearing (pulley), and the section and the shape and the size of the other end (outer end) of the semicircular protective shell are consistent with those of the whole machine shell to form a cover of the whole machine shell; the bottom of the brush semicircular protective shell is provided with a strip-shaped opening, so that dirty matters such as dust, sewage, sludge and the like on soles of drivers and passengers can be wiped conveniently and fall out, and the upper part of the brush semicircular protective shell is provided with a protective strip;

4. the casing of the whole machine is in a semicircular shape, the whole machine is hidden in the casing when the whole machine is static, and the motor is embedded and fixed with the casing of the whole machine;

5. The magnet is arranged on one side of the motor close to the brush protection shell, so that the brush and the brush protection shell can be adsorbed and sucked conveniently;

6. The curved groove shaft of the motor passes through the inner hollow shaft, the bearing (pulley) and the cylindrical hollow brush until reaching the other end (outer end) of the circular cavity of the cylindrical hollow brush and is fixedly connected with the blocking circular surface at the top end of the curved groove shaft of the motor;

7. When the shoe-cleaning machine is in a standing (static) state, the motor, the brush and the brush protective shell are hidden in the shell of the whole machine;

8. two sides of the inner wall of the whole machine shell are respectively provided with a stabilizing strip which is engaged with the upper and lower stabilizing strips at two sides of the brush protective shell (the stabilizing strip of the brush protective shell is at the upper position, and the stabilizing strip of the whole machine shell is at the lower position) and can freely slide;

9. when the motor is started, the cylindrical hollow brush, the semicircular brush protective shell and the bearing (pulley) slide out along the curved groove shaft of the motor under the action of inertia and centrifugal force due to instant starting of the motor, and the brush starts to rotate; the brush protection shell keeps stable due to the action of the stabilizing strip, the whole shell stabilizing strip and the bearing (pulley), and cannot rotate due to the rotation of the brush. At the moment, before a driver or a passenger gets on the vehicle, the driver or the passenger only needs to lift feet to touch the soles with the brushes and move back and forth to clean dirty matters such as dust, sewage, sludge and the like on the soles.

10. when the cylindrical hollow brush, the brush protective shell and the bearing (pulley) slide out, the cylindrical hollow brush, the brush protective shell and the bearing (pulley) cannot slide out of the shell of the whole machine due to the fact that the top end of the central shaft blocks the blocking of the circular surface; the cylindrical hollow brush, the brush protective shell and the bearing (pulley) can not slide out of the shell of the whole vehicle due to the attraction and the adsorption of the magnet when the vehicle is in running;

11. When the power supply is turned off when the sole is cleaned, the motor gradually stops; the cylindrical hollow brush, the brush protective shell and the bearing (pulley) slide into the whole machine shell along the curved groove shaft of the motor under the action of inertia and centripetal force, and the magnet adsorbs the brush into the whole machine shell; the other end (outer end) of the brush protective shell is matched with the whole machine shell to form a closed whole machine cover to prevent foreign matters from entering.

12. the power supply is independently used and is not controlled by a key switch of an electric door, and the power supply switch is conveniently started after the car door is opened;

13. when the invention does not work, the whole machine is hidden outside the lower automobile body of the automobile door frame, thus not influencing the appearance of the automobile body and the driving safety;

14. the invention can increase the practical functions of various vehicles and improve the vehicle configuration.