TH12992C3 - Set of water supply valves for cleaning the automatic sensor system. With a built-in disinfectant dispensing system For urinal - Google Patents

Abstract

A set of automatic sensor cleaning water supply valves with built-in disinfectant dispensing system for urinal. The invention is an essential component of the flush valve system to purify and disinfect. For urinals and sanitary ware This invention has been added to the conventional flush valve: In order to arrange the dispensing kit Disinfection is attached to the water supply valve set for automatic sensor cleaning within the urinal in one place. When people come to work when they urinate The sensor will then catch. And discharges the water and discharges the disinfectant that is packed in the jar Disinfectant, where the program will order the motor to mix the liquid into the urine at the same time and can adjust the amount of disinfectant according to the needs Ascending with switch box Adjust the amount of disinfectant, and when the solution runs out, you can add disinfectant at the size of a container of 150-500 cc or according to the area size. That the urinal has In addition to that, another purpose Of the water supply valve assembly for cleaning the sensor system Automatic with built-in disinfectant dispensing system For urinal Fabricated to be compatible with all urinal models with space for fitting, automatic sensor cleaning valve kit with built-in disinfectant dispensing system for urinals. And have a lid on the top of all urinals, all models

Claims (1)

1.A set of automatic sensor cleaning water supply valves with built-in disinfectant dispensing system for urinal includes a sensor transceiver (19) used to detect objects or people covering or standing urine at a distance. The sensor detects and lasts as long as the program is set. It is located next to the sensor circuit control box (2), the sensor circuit control box (2) receives the signal from the sensor transceiver (19) and sends the signal along the wires through the connector connection (3). ) To drive the solenoid valve (4) and it sends a signal through the wire (13) to the control circuit box. The drive motor (11) will release a voltage through the wire (10) so that To drive the motor unit Disinfectant pump (5) to deliver disinfectant to the urinal. Through the water supply head (9), the solenoid valve (4) is the part that uses water to pay the urinal. It is instructed to open or close the valve at the specified time according to the program set by the sensor circuit control box (2). Set of water supply valves for cleaning, automatic sensor systems with dosing system. Internal disinfectant For urinal The above includes The disinfectant canister (6) is used to insert and add disinfectant and has a motor (5) attached to the container. Disinfectant solution In order to absorb the disinfectant along the silicone wire (7), it is connected to the motor dispenser holder (17) at the bottom of the disinfectant container. The disinfectant motor control circuit box (11) receives the signal from the sensor circuit control box (2), where the signal is passed along the wires (13) and the drive motor control circuit box releases voltage through the wire. Light (10) to drive the disinfectant pump motor to work. And can adjust the amount of liquid at various levels by adjusting the switch to adjust the amount of disinfectant (12) according to the required quantity. The disinfectant drive motor (5) is the part used to suck the disinfectant off the silicone wire (8) by receiving a voltage signal through the wire through the connector (10) to go. Drive the disinfectant pump motor unit (5) to suction the disinfectant packaged in the disinfectant container (6) by the motor pump will be sucked up along the silicone line (7), then the motor will suck. Antiseptic is removed along the silicone line. (8) Reach the holder of the dosing unit and the water head (16) to release the disinfectant It is mixed with the sewage that comes out of the solenoid valve (4) in order to flush out the urine through the water dispenser (9). The silicone hose (7) is used to connect to the box holder. The solution (17) enters the motor to drive the liquid (5) so that for the The motor drives the detergent from the liquid tank (6) out through the silicone wire (8) next, the silicone wire (8) is the part that is used from the motor driving the liquid (5) to distribute the disinfectant. Attach to the dispenser holder (16) and the water nozzle. (9) To release the disinfectant mixed with the effluent that comes out of the solenoid valve (4) in order to pay the urine through the dispenser (9). Water nozzle (16) is used to connect to the water nozzle. (9) in order to release disinfectant Mixed with the waste water released from the solenoid valve (4) in order to pay the urine out through the water dispenser (9) the switch to adjust the amount of disinfectant. Adjacent to the disinfection motor control circuit box (12) is used to adjust the amount of disinfectant that can be adjusted at various levels. As the program has set In the control circuit box, the disinfectant drive motor (11) that adjusts the short-length of the sensor (14) is attached to the rear of the sensor circuit control box assembly. It is the part used for adjusting the length - length of the sensor distance. By opening the rubber stopper and tighten the adjuster