TH4842C3 - Ozone water generation system used in washing machines - Google Patents

Abstract

Ozone water generation system used in washing machines It consists of a pressure storage tank. Above the tank is equipped with a water pressure gauge, a safety valve and a degasser. The bottom of the tank has a drain valve. And install a water level switch (LevelSwitch) to measure the water level. If the water level in the tank under pressure (Pressure StorageTank) below the water level gauge switch. The system will stop working immediately. Water in the tank under pressure (Pressure Storage Tank) is pumped into the circulating water pump. The circulating water pump sends water to mix with the ozone gas at the Venturi Injector. The ozone gases are produced from the ozone gas generator. It is sent to the vent pipe of the Venturi Injector through the ozone gas pipeline. Which is connected to the check valve. The water that is mixed with ozone gas in the venturi injector is sent to the mix. Once again, in the Inline Mixer, the ozone water that comes out of the Inline Mixer is sent to the holding tank under pressure (Pressure Storage Tank) to stabilize the ozone water. And get ozone water with a concentration of ozone dissolved water as needed Control the concentration of ozone dissolved in water as needed. With dissolved ozone probe The dissolved ozone probe sends a signal to control the amount of ozone being supplied to the ozone generator. The ozone generator supplies the ozone gas to the Ventury Injector gas inlet until the dissolved ozone probe measures the concentration of dissolved ozone as desired. Then the ozone generator will stop working. (Will work only when the dissolved ozone concentration falls below the desired value) and at the same time Circulating water pump Will pump water from the tank under pressure. And send water to mix with the ozone gas Jurys Injector (VenturiInjector)) and in the inline mixer at all times until the ozone generator is stopped. (Will continue to work with the ozone generator When the dissolved ozone concentration drops below the desired value) when washing Ozone water is sent to the washing machine. The ozone water obtained is of good quality. Has high stability It can be used in the process of washing with a washing machine for high efficiency and washing clothes clean.

Claims (1)

1. Ozone water production system used in washing machines. There is a special feature It consists of a tank under pressure (Pressure Storage Tank) (1). Above the tank is equipped with a water pressure gauge. (2) Safety valve (3) and degasser (4) for removing residual gas inside the tank. At the bottom of the tank there is a drain valve (5) for draining water from the tank. And install a water level switch (Level Switch) (6) on the side of the tank to measure the water level. If the water level in the storage tank under pressure (Pressure Storage Tank) (1) is lower than the water level switch (6), the system will stop working immediately. The water inlet hose under pressure (7) is in the lateral position at the top of the tank. The water in the pressure storage tank (1) is pumped into the circulating water pump (8) from the outlet pipe (9) located in the center of the tank (opposite the inlet pipe (7). ) Circulating water pump (8) will send water to mix with ozone gas at Venturi Injector (10) Ozone gases are produced from ozone gases. (11) It is sent to the vent pipe of the Venturi Injector (12) through the ozone gas pipeline line (13) which is connected to the check valve. (14) The water that is mixed with ozone gas in the venturi injector (10) will be mixed again in the inline mixer. (15) the ozone water coming out of the machine. The mixed agitator in the pipeline (15) is sent to the holding tank under pressure (1) through the recirculating water inlet (16) to stabilize the ozone water and obtain the concentrated ozone water. Of ozone dissolves water as desired Control the concentration of ozone dissolved in water as needed. With a dissolved ozone probe (17), the ozone water was passed through the dissolved ozone meter (17) from the pipe (18) that followed from the water supply pipe of the circulating water pump before entering the Ventury Injector. A venturi injector (10) at the pipe (18), a valve (19) is installed to adjust the flow rate of ozone water. The water flowing through the dissolved ozone probe (17) through the tube (18) back to the recirculation water inlet (16) the dissolved ozone probe (17) will send a signal to control the amount of ozone supply to the Ozone generator (11) Ozone generator (11) supplies ozone gas to the Ventury gas inlet. Injector (12) until dissolved ozone probe (17) measures the desired dissolved ozone concentration. Then the ozone generator (11) will stop working. (Will work only when the dissolved ozone concentration drops below the desired value) and at the same time The recirculating water pump (8) pumps water from the pressure storage tank (1) and sends water to mix with the ozone gas at the venturi injector (10) and in the agitator. Mix in the tube (Inline Mixer) (15) all the time until the ozone generator (11) is stopped (will continue with the ozone generator (11) when the dissolved ozone concentration falls below the Required) when doing laundry. Ozone water is delivered to the washing machine from the ozone water supply hose (20) located on the side at the bottom of the pressure storage tank (1) (on the same side as the water inlet hose). (7))