阅读说明：本技术 刷锅器 (Pot brushing device ) 是由 不公告发明人 于 2019-10-06 设计创作，主要内容包括：一种电动刷锅器,该刷锅器有刷头和主机两部分,在刷头中,有带刷毛的刷座,刷座与电动机连接,有水泵与吸水管连接,有净水出水管与净水阀连接,有电动顶出器与吸水管连接,有,有电动机电路开关以及吸水模式电路开关；在主机中,有污水电子阀门、电动洗涤剂供给器、水位传感器、清洗电路开关、喷水机、电子阀门和净水三通,有清洗室和电路板室,电路板室中有电路板；净水阀通过净水软管与净水三通连接,水泵通过污水软管与污水接口连接,电路板通过软导线与水泵、电动机、电动顶出器、电动机电路开关、吸水模式电路开关、污水电子阀门、电子阀门、电动洗涤剂供给器、水位传感器、喷水机连接；以电动机带动刷座以及刷毛转动进行刷锅工作,以水泵吸走污水,以喷水机对刷头进行喷水清洗,以电路板进行控制各个电器。(An electric pot brushing device comprises a brush head and a main machine, wherein a brush seat with brush hair is arranged in the brush head, the brush seat is connected with a motor, a water pump is connected with a water suction pipe, a purified water outlet pipe is connected with a purified water valve, an electric ejector is connected with the water suction pipe, and the electric pot brushing device comprises a motor circuit switch and a water suction mode circuit switch; in the main machine, there are sewage electronic valve, electric detergent feeder, water level sensor, cleaning circuit switch, water sprayer, electronic valve and water purification tee, there are cleaning chamber and circuit board chamber, there are circuit boards in the circuit board chamber; the water purifying valve is connected with the water purifying tee joint through a water purifying hose, the water pump is connected with the sewage interface through a sewage hose, and the circuit board is connected with the water pump, the motor, the electric ejector, the motor circuit switch, the water absorption mode circuit switch, the sewage electronic valve, the electric detergent feeder, the water level sensor and the water sprayer through flexible wires; the brush seat and the brush bristles are driven by the motor to rotate to brush the pot, the water pump sucks sewage, the brush head is cleaned by spraying water by the water sprayer, and the circuit board controls each electric appliance.)

1. The utility model provides a brush pot ware brushes the pot with the brush hair, characterized by: the pot brushing device consists of a host machine (1), a brush head (2) and a connecting piece, wherein a sewage electronic valve (3), an electric detergent feeder (7), a water level sensor (8), a cleaning circuit switch (28), a water sprayer (9), an electronic valve (4), a water purification tee joint (6), a circuit board (29), a cleaning chamber (11) and a circuit board chamber (10) are arranged in the host machine (1), a brush seat (18), brush bristles (19), a motor (17), a water pump (16), a water suction pipe (21), a water purification water outlet pipe (24), a water purification valve (23), an electric ejector (22), a motor circuit switch (26) and a water suction mode circuit switch (27) are arranged in the brush head (2), the host machine (1) is connected with the brush head (2) through the water pipe and the circuit wire, the motor (17) is connected with the brush seat (18) through a motor main shaft, the electronic valve (4) is connected with the water purification tee joint (6), the water purification valve (23) is connected with the water purification tee joint (6) through a water pipe, the suction port of the water pump (16) is communicated with the water suction pipe (21), the water outlet port of the water pump (16) is connected with the sewage hose (14), and the circuit board is connected with the sewage electronic valve (3), the electronic valve (4), the electric detergent supplier (7), the water level sensor (8), the water sprayer (9), the water pump (16), the motor (17), the electric ejector (22), the motor circuit switch (26), the water suction mode circuit switch (27) and the cleaning circuit switch (28) through electric wires; the brush seat (18) and the brush bristles (19) are driven by the motor (17) to rotate to brush the pot, and the water pump (16) is used as power for sucking away sewage; the pot brushing device has a pure water outlet mode, a pot brushing mode, a pot sucking and brushing sewage mode and a brush head cleaning mode.

2. The pot brushing device according to claim 1, wherein: the motor (17) and the water pump (16) can be arranged in the host, and the motor (17) arranged in the host is connected with and drives the brush holder (18) through a flexible shaft.

3. The pot brushing device according to claim 1, wherein: the power for driving the brush seat (18) can also be a pneumatic motor or a hydraulic motor.

4. The pot brushing device according to claim 1, wherein: the water suction pipe (21) can be extended and retracted by combining a manual operation and a spring.

Technical Field

The invention relates to an electric pot brushing device.

Background

The pot brushing operation is carried out by grabbing cleaning cloth or a brush by hands, and the pot brushing operation is low in pot brushing efficiency and inconvenient to carry a pot and brush sewage although the tools used in the pot brushing operation are simple.

Disclosure of Invention

In order to overcome the defects of low pot brushing efficiency and the need of lifting a pot and pouring pot sewage in the existing pot brushing operation, the invention provides the pot brushing device which has high pot brushing efficiency and does not need to lift the pot and pour the pot sewage.

The technical scheme adopted by the invention for solving the technical problems is as follows: the main machine is composed of a shell, a water sprayer, a sewage electronic valve, an electronic valve, a circuit board, a cleaning circuit switch, an electric detergent feeder and a water level sensor, wherein the shell is a box-shaped body with a cavity inside, the shell is provided with a sewage interface, a water purification tee joint, a circuit board chamber, a brush head hole and a mounting seat, the cavity of the shell is internally provided with the circuit board chamber and a cleaning chamber, the circuit board chamber and the cleaning chamber are in a sealed state, the circuit board is positioned in the circuit board chamber, the water sprayer is positioned in the cleaning chamber, the cleaning chamber is connected with the sewage interface, the sewage interface is communicated with the cleaning chamber through the sewage electronic valve, one end of the water purification tee joint is communicated with the cleaning chamber through the electronic valve, one end of the water purification tee joint is connected with a tap water pipe, the brush head hole is an opening of the cleaning chamber and the outside, a sealing ring is arranged on the edge of the brush head hole, the electric detergent feeder is, the cleaning circuit switch is connected with the circuit board, the circuit board is connected with a power supply, and the power supply is low-voltage electricity obtained by reducing voltage of mains supply and can also be mains supply; the brush head is composed of a cylindrical operator, a water purification hose, a sewage hose and flexible wires, wherein the operator is internally provided with a brush seat power device, a water pump, a water purification valve, an electric ejector, a brush pot mode circuit switch, a water absorption mode circuit switch, a water purification valve switch, a water absorption pipe, a water purification water outlet pipe, a brush seat and bristles, the brush seat is connected with the bristles, the brush seat power device is connected with the brush seat through a rotating shaft, the water absorption pipe is mainly a hard pipe, the water absorption pipe penetrates through an iron core of the electric ejector and is hollow and mutually fixed, one end of the water absorption pipe is connected and communicated with the water pump through a connecting hose, the other end of the water absorption pipe is positioned near the brush seat, the water pump is connected and communicated with the sewage hose, the water purification water outlet pipe is connected with the water purification hose through the water purification valve, the water purification valve switch and the water purification valve are integrated, the brush, the brush pot mode circuit switch is a switch for controlling the brush base power device, and the water absorption mode circuit switch is a switch for controlling the water pump and the electric ejector; the other ends of the groups of flexible wires in the brush head are connected with a circuit board in the host, one end of a water purification hose in the brush head is connected with the rest end of a water purification tee joint on the host, the other end of a sewage hose in the brush head is connected with a sewage interface in the host, the sewage hose is separated from a host cleaning chamber through a sewage electronic valve, and the sewage interface is connected with a sewer in a home through a pipeline.

The pot brushing device has 4 working modes, namely a purified water outlet mode, a pot brushing mode, a pot sucking and brushing sewage mode and a brush head cleaning mode; the brush head is positioned above the pot, and the switch of the water purification valve is pressed, so that the purified water is injected into the pot through the water purification valve and the purified water outlet pipe; the brush head is extended into the pot, the brush hair is contacted with the pot, then a pot brushing mode circuit switch for controlling the brush seat power device is pressed, the brush seat power device can drive the brush head to rotate, and then the pot brushing work is carried out, and the pot brushing mode circuit switch is released, the brush seat power device and the brush head stop rotating to stop the pot brushing work; after the brushing of the pot is stopped, a water suction mode circuit switch for controlling a water pump and an electric ejector is pressed, the water pump and the electric ejector start to work, the electric ejector ejects out an iron core and drives a water suction pipe to extend out of a section, so that the water suction pipe exceeds a brush seat and is beneficial to being close to the inner bottom of the pot, and meanwhile, the water pump can suck the brushing sewage out through the water suction pipe and discharge the brushing sewage through a sewage interface; when the brush head is inserted into the cleaning chamber from the brush head hole and is connected with a cleaning circuit switch, the brush head cleaning mode is started, the electric detergent feeder is electrified to work and sends a water-cut signal to the cleaning chamber, a preset amount of detergent is sprayed, meanwhile, the electronic valve on the water purification tee joint is started, purified water is injected into the cleaning chamber, when a preset water level is reached, the water level sensor sends a water-cut signal, the electronic valve is closed, the water sprayer is electrified to work, water mixed with the detergent in the cleaning chamber is washed out, the power-cut is stopped after the brush head is washed out repeatedly for a period of time, then, the sewage electronic valve is electrified to be opened, sewage in the cleaning chamber is discharged into a sewer at home through the sewage electronic valve. The brush head cleaning mode is controlled by a preset control circuit of a circuit board, and the circuit board is a simple control circuit and can use the existing circuit technology. The electric pot brushing efficiency is higher than that of manual pot brushing, and the pot brushing sewage sucking mode and the brush head cleaning mode are automatically completed after one key is pressed.

The invention has the advantages of high pot brushing efficiency and no need of lifting the pot and pouring the pot brushing sewage.

Drawings

The invention is further illustrated with reference to the following figures and examples.

Fig. 1 is a schematic circuit diagram of the present invention, in which the water pump (16) and the electric ejector (22) are the same circuit and are powered on and off.

FIG. 2 is a view showing a first embodiment of the present invention, in which the main body (1) is internally visible and the brush head (2) is in a state of being pulled out of the main body (1); the electronic sewage valve (3) is in an open state in the figure.

Fig. 3 is a state diagram of the brush head (2) of fig. 2 inserted into the main body (1), in which the electronic sewage valve (3) is in a closed state.

Fig. 4 is a view from right to left of fig. 3.

FIG. 5 is a view showing the inside of the brush head, in which the water purifying hose (13) is connected to the water purifying valve (23) and the sewage hose (14) is connected to the water pump (16); the motor (17) in the figure is a brush holder power device, and the motor (17) is connected with a brush holder (18) through a motor spindle (31).

Fig. 6 is a view from right to left in fig. 5, showing the outside of the brush head, and also showing the electric ejector (22) in a deactivated state and the suction pipe (21) in a retracted state.

Fig. 7 is an external view of the brush head, in which the electric ejector (22) is in an operating state and the suction pipe (21) is in an extended state.

In the figure, 1, a main machine, 2, a brush head, 3, a sewage electronic valve, 4, an electronic valve, 5, a sewage interface, 6, a water purification tee joint, 7, an electric detergent feeder, 8, a water level sensor, 9, a water sprayer, 10, a circuit board chamber, 11, a cleaning chamber, 12, a brush head hole, 13, a water purification hose, 14, a sewage hose, 15, a brush head shell, 16, a water pump, 17, a motor, 18, a brush seat, 19, bristles, 20, a connecting hose, 21, a water suction pipe, 22, an electric ejector, 23, a water purification valve, 24, a water purification water outlet pipe, 25, a water purification valve switch, 26, a motor circuit switch, 27, a water suction mode circuit switch, 28, a cleaning circuit switch, 29, a circuit board, 30, a main machine shell and 31 are respectively.

Detailed Description

In the first embodiment shown in fig. 2, the main body (1) is composed of a main body housing (30), a water sprayer (9), a sewage electronic valve (3), an electronic valve (4), a circuit board (29), a cleaning circuit switch (28), an electric detergent supplier (7) and a water level sensor (8), the main body housing (30) is a box-shaped body with a cavity inside, the main body housing (30) is provided with a sewage interface (5), a water purifying tee (6), a circuit board chamber (10) and a brush head hole (12), the circuit board chamber (10) and the cleaning chamber (11) are positioned in the cavity of the main body housing (30), the circuit board chamber (10) and the cleaning chamber (11) are in a sealed state, the circuit board position (29) is positioned in the circuit board chamber (10), the water sprayer (9) is positioned in the cleaning chamber (11), the cleaning chamber (11) is connected with the sewage interface (5), and the sewage interface (5) is communicated with the cleaning chamber (11) through the sewage electronic valve (3), one end of a water purification tee joint (6) is communicated with a cleaning chamber (11) through an electronic valve (4), one end of the water purification tee joint is connected with a tap water pipe, a brush head hole (12) is an opening of the cleaning chamber and the outside, an electric detergent supplier (7) is arranged in the cleaning chamber (11), the electric detergent supplier (7) is connected with a detergent bottle outside the cleaning chamber (11) through a pipeline, a water sprayer (9), a sewage electronic valve (3), the electronic valve (4), the electric detergent supplier (7) and a water level sensor (8) are connected with a circuit board (29) through leads, a cleaning circuit switch (28) is connected with the circuit board (29) through leads, the circuit board (29) is connected with a power supply through leads, and the power supply is low-voltage electricity obtained after voltage reduction of mains supply and can also be mains supply; in the brush head (2), a brush holder (18) is connected with bristles (19), a motor (17) is connected with the brush holder (18) through a motor main shaft (31), a water suction pipe (21) is a hard pipe, the water suction pipe (21) penetrates through an iron core of an electric ejector (22) to be hollow and fixed with each other, one end of the water suction pipe (21) is connected and communicated with a water pump (16) through a connecting hose (20), the other end of the water suction pipe is positioned near the brush holder (18), a purified water outlet pipe (24) is connected with a purified water valve (23), the purified water valve switch (25) and the purified water valve (23) are integrated, the motor (17) is a brush holder power device, the motor (17), the water pump (16), the electric ejector (22), a motor circuit switch (26), a water suction mode circuit switch (27) and the purified water valve (23) are fixed on the brush head, and the motor circuit switch (26) is a switch for controlling the motor (17), the water absorption mode circuit switch (27) is a switch for controlling the water pump (16) and the electric ejector (22); in the connection of the brush head (2) and the host (1), a water purification valve (23) is connected with a water purification tee joint (6) through a water purification hose (13), a water pump (16) is connected with a sewage interface (5) through a sewage hose (14), the water pump (16) is connected with a circuit board (29) through a flexible lead, a motor (17) is connected with the circuit board (29) through a flexible lead, an electric ejector (22) is connected with the circuit board (29) through a flexible lead, a motor circuit switch (26) is connected with the circuit board (29) through a flexible lead, and a water suction mode circuit switch (27) is connected with the circuit board (29) through a flexible lead.

When the pot brushing device is used, the pot brushing work of the pot brushing device is set as 4 modes, namely a water purification and water outlet mode, a pot brushing mode, a pot sucking and brushing sewage mode and a brush head cleaning mode; the brush head (2) is positioned above the pot, and the water purifying valve switch (25) is pressed, so that the purified water is injected into the pot through the water purifying valve (23) and the purified water outlet pipe; the brush head (2) is extended into the pot, the brush bristles (19) are contacted with the pot, then a motor circuit switch (26) for controlling the motor (17) is pressed, the motor (17) drives the brush holder to rotate, so that the pot brushing work is carried out, the motor circuit switch (26) is disconnected, and the motor (17) and the brush holder stop rotating to stop the pot brushing work; after the pot brushing work is stopped, a water absorption mode circuit switch (27) for controlling a water pump (16) and an electric ejector (22) is pressed, the water pump (16) and the electric ejector (22) start to work, the electric ejector (22) ejects out an iron core and drives a water absorption pipe (21) to extend out for a section, so that the water absorption pipe (21) exceeds a brush seat (18) to be beneficial to approaching to the inner bottom of the pot, and meanwhile, the water pump (16) sucks pot brushing sewage through the water absorption pipe (21) and discharges the pot brushing sewage through a sewage interface (5); when the brush head (2) is inserted into the cleaning chamber (11) from the brush head hole (12) and is connected with the cleaning circuit switch (28), the brush head cleaning mode is started, the electric detergent supplier (7) is electrified to work and sprays a preset amount of detergent into the cleaning chamber (11), the electronic valve (4) on the water purifying tee joint (6) is started, purified water is injected into the cleaning chamber (11), when a preset water level is reached, the water level sensor (8) gives a water cut-off signal, the electronic valve (4) is closed, the motor (17) is electrified to work at the same time, the water sprayer (9) is electrified to work at the same time, water mixed with the detergent in the cleaning chamber (11) is further washed out, after the brush head (2) is repeatedly washed for a period of time, the power of the motor (17) and the water sprayer (9) is cut off and stopped, then the sewage electronic valve (3) is electrified to be opened, and sewage in the cleaning chamber (11) is discharged into a sewer in a home through the sewage electronic valve (3) and, at the moment, the brush head (2) is cleaned. The brush head cleaning mode is controlled by a preset control circuit in the circuit board (29), and the circuit board (29) is a simple control circuit and can use the existing circuit technology. In the one-time brush head cleaning mode, a detergent-free mode may be provided. The brush head (2) can be made into an arc shape or a gun shape for holding conveniently. The water pump (16) may also be provided in the main unit (1).

The electric pot brushing efficiency is higher than that of manual pot brushing, and the pot brushing sewage sucking mode and the brush head cleaning mode are automatically completed after one key is pressed.