TH55163B - Dual cylinder compressed air pumping equipment - Google Patents

Abstract

DC60 The twin cylinder compressed air pumping device consists of an inlet pipe which connects The water supply pipe comes from the natural reservoir. To provide pressure in the water flow Then the pressurized water It is separated in two, passing through two drain valves, the first part of the water arriving is drained here, then as the volume increases, the 2 drain valves are pushed off, part of the water will move. At the 2 anti-return valves on the compressed air cylinder Push the check valve to open. Water flows into the two compressed air cylinders inside this cylinder. The air will be compressed quickly. This causes the 2 check valves to close the pressurized water. Will flow out to the stop valve At the two small tubes, then they come together again and flow to the stop valve. At this point The water has both high speed and pressure can be wired. The rubber can be used to deliver water to store it at a high place. And this process continues to cycle like this until the valve at the water inlet is closed. The addition of two compressed air cylinders can increase the air pressure. For the water to rise higher And it also increases the amount of water flow. It also reduces the cost of Build and maintain water pumps Because it is a corrosion resistant material, it will not rust. It is made of PVC pipe. Modified 27/10/2016 Water pumping device with dual cylinder compressed air. It is a device used to increase the compressed air. To the water can send water up to storage in a high tank So that the water has pressure They are easy to use and also increase the amount of water flow. It also reduces the cost of building and maintaining the water pump as it is corrosion resistant and does not rust, made of PVC pipes. Working by water It flows from surface water reservoirs along pipes. It is separated in two ways, passing through two brass drain valves. The first part of the water that arrives is drained here. Increased pressure will push the 2 drain valves to close the water, the other will move to the 2 non-return valves on the air compressor cylinder. Push the non-return valve, the water flows in the 2 air cylinders inside the cylinder, the air will be compressed quickly, causing the two check valves to close the pressurized water. The air will flow out to the water stop valve at the two small pipes, then come together again and flow to the stop valve. The water stopper has both high speed and high pressure. The work of delivering water to contain it to a higher place And this process continues until the valve at the inlet is closed. ------------------------------

Claims (1)

Disclaimer (all) which will not appear on the advertisement page. : Edit 27/10/2016 1. Twin cylinder compressed air pumping equipment It can increase the compressed air to the water. The water can go up It also increases the amount of water flow. Water has both speed and pressure. High, able to connect the pipeline to use Can send water to contain it at a high place Its main components are water inlet pipe (1), non-return valve (2), compressed air cylinder (3), drain valve (4), water stop valve (5) and total stop valve (6). It consists of an inlet pipe (1) with a diameter of 50 mm, which is connected to the water supply pipe from the reservoir. Natural water retention The water will then move along the pipe in two separate directions. It moves through the two non-return valves (2), which are in the closed state. The water then moves on to the drain valve (4), made of brass, with two bodies, the first part of which it arrives is drained here. Then, as the amount of water increases, it will Push the drain valve to shut down. Part of the water will move to the non-return valve (2), pushing the non-return valve to open the water. At this point (3) it is made of a PVC pipe, 100 mm in diameter, 500 mm in length. Inside this cylinder the air is rapidly compressed. Make a non-return valve (2) shut down again The pressurized water will flow to the stop valve (5) and flow through the pipe 50 mm in diameter to the total stop valve (6). At this point the water has both velocity and High pressure can be connected to the pipeline to work. And this process rotates Be like this and so on Until the valve at the water inlet is closed ------------------------- 1.Double cylinder compressed air pumping device Unique Water inlet (1), which is connected to a natural reservoir to pressurize the water flow. Then the water containing The pressure is separated in two ways, passing through the drain valve (4). There are 2 units of water. The first part of the water travels. Arrived, will be drained here Then, as the amount of water increases, it pushes the two drain valves (4) to shut off, part of the water will move to the two non-return valves (2) on the compressed air cylinder. Push the non-return valve (2) to open the water into the two air cylinders (3). Inside the cylinder (3), the air will be compressed quickly, causing the 2 non-return valves (2) to close the water at There is a pressure of air will flow out to the shut-off valve (5) at the two small pipes and then come together. And flow to the valve - shut off the water (6), which at this point the water has both high speed and pressure, can be connected to the hose to work, send water to storage at a high place, and this process will be This will continue until the valve at the water inlet is closed.