TH12992Y - A water dispensing valve set for automatic sensor-based cleaning, with an integrated disinfectant dispenser, for urinals. - Google Patents

Abstract

This invented automatic sensor-based flushing valve system with integrated disinfectant dispenser for urinals is a crucial component of a flushing system for cleaning and disinfecting urinals and sanitary fixtures. This invention enhances standard flushing valves by integrating the disinfectant dispenser with the automatic sensor-based flushing valve within the urinal. When a user urinates, the sensor detects movement, releasing water along with disinfectant from a stored disinfectant reservoir. A program then activates a motor to mix and release the disinfectant, flushing the urinal simultaneously. The amount of disinfectant dispensed can be adjusted from low to high using a control switch. When the disinfectant runs out, it can be refilled from a reservoir with a capacity of 150-500 cc, or according to the size of the urinal. Furthermore, another objective of this automatic sensor-based flushing valve system with integrated disinfectant dispenser for urinals is... Designed for use with all men's urinals that have a space for the automatic sensor-based water dispensing valve assembly with an integrated disinfectant dispenser, and that have a top cover for all urinal models and types.

Claims (1)

1. The automatic sensor-based water dispensing valve set with an integrated disinfectant dispensing system for urinals consists of: a sensor transmitter (19) which is used to detect objects or people blocking or urinating within the range of the sensor and for as long as programmed; and is attached to the sensor control box (2). The sensor control box (2) receives signals from the sensor transmitter (19) and sends signals via wires through connectors (3) to activate the solenoid valve (4). It also sends signals via wires (13) to the motor control box for disinfectant (11), which releases voltage through wires (10) to drive the disinfectant pump motor (5) to dispense disinfectant to the urinal through the water dispenser (9). The solenoid valve (4) is the part that dispenses water to clean the urinal. It receives commands to open or close the valve at specified times according to the programmed settings of the sensor control box (2). A special feature of the automatic sensor-based water dispensing valve set with an integrated disinfectant dispensing system for urinals is that it is further assembled with: The disinfectant container (6) is the part used to hold and fill the disinfectant solution, and has a motor (5) attached to the disinfectant container to draw the disinfectant solution through the silicone tube (7), which is connected to the motor dispensing unit holder (17) at the bottom of the disinfectant container. The disinfectant motor control circuit box (11) is the part that receives the signal from the sensor circuit control unit (2), the signal is sent through the wire (13), and the disinfectant motor control circuit box releases voltage through the wire (10) to drive the disinfectant pump motor to work and can adjust the amount of disinfectant solution to several levels by adjusting the amount of disinfectant solution adjustment switch (12) according to the desired amount. The disinfectant motor (5) is the part used to draw the disinfectant solution out through the silicone tube (8), receiving the voltage signal through the wire through the connector (10) to drive the disinfectant pump motor (5) to draw the disinfectant solution contained in the disinfectant container (6), the motor pump will draw it up through the silicone tube (7), and the motor will draw the disinfectant solution out through the silicone tube. (8) goes to the dispensing unit holder and water nozzle (16) to release the disinfectant solution, mixing it with the wastewater released from the solenoid valve (4) to flush out the urine through the water nozzle (9). The silicone hose (7) is the part used to connect the dispensing unit holder (17) to the disinfectant drive motor (5) so that the motor can draw the disinfectant solution from the disinfectant container (6) through the silicone hose (8). The silicone hose (8) is the part used to connect from the disinfectant drive motor (5) to the dispensing unit holder (16) and water nozzle (9) to release the disinfectant solution, mixing it with the wastewater released from the solenoid valve (4) to flush out the urine through the water nozzle (9). The dispensing unit holder and water nozzle (16) is the part used to connect to the water nozzle (9) to release the disinfectant solution, mixing it with the wastewater released from the solenoid valve (4) to flush out the urine through the water nozzle (9). The disinfectant solution adjustment switch. Adjacent to the motor control box for the disinfectant (12) is the part used to adjust the amount of disinfectant that can be adjusted to several levels according to the program set in the motor control box for the disinfectant (11). The sensor distance adjustment (14) attached to the rear of the sensor control box is the part used to adjust the length of the sensor by opening the rubber stopper and tightening the adjustment screw.