TH3994A3 - Systems for creating microscopic bubbles in water - Google Patents

Abstract

The foaming system consists of a centrifugal pump which has a front frame and a rear frame, in which the inlet is fixed in the front frame and is connected to the center pass of the centrifugal pump.The water tank is connected to the centrifugal pump and water is supplied. In the year of the nautilus The air feeder has a number of feeding tubes. One that has been connected to an inlet to allow high-pressure air to be taken into the centrifugal pump, there is one pipe, which is connected to the tub nozzle and the second circulates the water in the sink back to the centrifugal pump. say

Claims (9)

1. The foaming system consists of a pump that has been connected between the first and second tubes, the first and second tubes, respectively, connected to the tube. With unique characteristics which The pump is a centrifugal pump which has a front frame and a rear frame. A number of input slots have been Fixed in the front frame and contacted through the middle passageway of the centrifugal pump The water tank has been welded. Connected to the centrifugal pump and the air feeder, there was a number of feed pipes extending from it, and the feed pipe was Inlet via a coupling fixed to the inlet 2.Systems, such as in claim 1, in which the driver's assembly is connected to the side frame. The back of the centrifugal pump The second pipe was connected to the vent valve that had been connected to the sink and filed. Into the front frame The output pipe is connected to the rear frame, and the high-pressure tank has been Connect to the output pipe One pipe has one end that has been connected to the tub nozzle and the other end. One side of the pipe was connected to the high volume tank. 3.Systems such as in claim 1, where each section of the first and second pipelines has a control valve at Was connected there to close the first and second pipes. The high pressure tank has a pressure release valve and a hose that One has a gauge for showing the temperature and pressure of the water. 4.Systems such as claim 1 in which the water pressure regulator is connected to The front frame of the centrifugal pump and there is a water tank. One-way valve Electromagnetic valve and volumetric valve at Has been connected to one pipe that has been connected between the water tank and the front frame. 5.Systems such as in claim 4, where the low throttle regulator and the high pressure regulator It has been connected with a high pressure tank. The low pressure regulator excites the water tank to feed it into the pump. Centrifugal when the pressure in the pressure tank is low and the high pressure regulator will stop the centrifugal pump when the The pressure in the high pressure tank is high. 6.Air purification system Which consists of Centrifugal pump with front frame and rear frame The front frame of the centrifugal pump has an inlet. Along the radial contact with the middle passageway of the centrifugal pump Each radial entry has been Seal with seal bolts A number of paths have been set in the front frame and interact with the Radial inlet The water tank is connected to the centrifugal pump. The air feeder with a number of feed tubes protruding from it. The sink with the first and second pipes was connected there. The centrifugal pump has been connected. Between the first and second pipe and the cover that has been connected to the front frame, and the second tube extends through the ring-shaped groove cover that has been set in the cover and is in contact with the path. A number of open holes have been set. Hold it through the cover and contact with the annular groove. Each opening has a fitting that is fixed on it. And the received feeder pipe Connection with joints 7.Systems, such as in claim 6, in which the driver assembly is connected to the side frame. The back of the centrifugal pump The second pipe was connected to the vent valve that had been connected to the sink and filed. Into the front frame The output pipe is connected to the rear frame, and the high-pressure tank has been Connect to the output pipe One pipe has one end that has been connected to the tub nozzle and the other end. One side of the pipe was connected to the high pressure tank. 8.Systems such as in claim 6, where each section of the first and second pipelines has a control valve at Was connected there to close the first and second pipes. The high pressure tank has a pressure release valve and a hose that One has a gauge for showing the temperature and pressure of the water. 9.Systems such as in claim 6 in which the water pressure regulator is connected to The front frame of the centrifugal pump and there is a water tank. One-way valve Electromagnetic valve and volumetric valve Has been connected to one pipe that has been connected between the water tank and the front frame 1 0. Systems such as in claim 9, where the low-pressure regulator and high-pressure regulator It has been connected with a high pressure tank. The lower pressure regulator excites the water tank to feed water into the pump. Centrifugal when the pressure in the tank, the high pressure is low And the high pressure controller will stop the centrifugal pump when the The pressure in the high pressure tank is high.