TH19588C3 - High pressure oxygen, argon, nitrogen gas compressor pump - Google Patents

Abstract

A summary of the invention which appears on the advertisement page ReadFile:------01/04/2564------(OCR)The high-pressure oxygen, argon, nitrogen gas compressor is powered by an electric motor. Size 3 phase is driven and has a belt as a transmission to rotate the crankshaft to the pistons to move in order to create pressure in the system to send liquids of that kind that come into the head of the high-pressure gas compressor and forward. to a vaporizer, a device that gasses a liquid by evaporation. The gas is then obtained and transferred to a gas cylinder where it is loaded into an industrial gas line and placed. This high pressure gas compressor distributor has been developed to be safer by changing the type of abrasive material to avoid sparking and increasing the crank size to reduce production and development time. Internal parts to be more durable, thereby making the use time longer -----05/06/2563----- - (OCR) compressed oxygen, argon, nitrogen gas, high pressure, it uses a 3-phase electric motor as a drive and has a belt as a transmission to rotate the crankshaft to make the piston move in order to create pressure in the system. deliver the liquid That type of gas enters through the high-pressure gas nozzle and is then forwarded to a tape perizer, a device that gasses the liquid by evaporation. Gases In order to load these gases into industrial gas pipes and put them on sale, the high-pressure compressed gas knot has been developed to be more secure by changing the type of abrasive material. No sparks and increase the size of the crank to reduce production time and develop internal parts to be more durable, resulting in longer service life ------- -----Page 1 of the number 1 page summary of the invention of a high-pressure oxygen, argon, nitrogen gas compressor that uses a 3-phase electric motor as a drive and has a belt as a power transmission to rotate the crankshaft. The piston moves in order to create pressure in the system to send the liquid that enters through the high ton gas compressor head and then forwards it to the vaporizer, a device that turns the liquid into a gas. The gas is then evaporated and then transferred to the gas cylinders in order to pack these gases into industrial gas pipes and sell them. Developed to be safer by changing the type of abrasive material to avoid sparking and increasing the size of the crank to reduce production time and develop internal parts to be more durable. therefore having a longer period of use

Claims (1)

Claims (all) which will not appear on the classifieds page:------01/04/2021------(OCR) 1. Oxygen, argon, nitrogen pressure gas compressor. High-pressure gas compressor jacket (1) serves to support the rotation of the crankshaft (3), which is mounted inside the high-pressure gas compressor jacket (1), then is covered by a cover. High-pressure gas compressor cover (2) to prevent dirt and rainwater. Next is the high-pressure gas compressor head set (4). The threaded side is assembled with the pressurized gas compressor jacket. High (1) and at the top of the high-pressure gas compressor (4), there is a stainless pipe (5) that is bent at the end, connected to a square stainless steel (6) section. The top of the square stainless steel (6) is connected by a thick stainless steel pipe (7) and a brass safety relief valve (8) to relieve excess pressure on the arm of the compressor cover. The high-pressure (9) is attached to a thick stainless steel pipe (7). To increase strength, a stainless steel check valve (12) is screwed onto a rectangular stainless steel cube (6), which Using Nipple (11) as a connector, the high-pressure compressor cover (10) is attached to the high-pressure gas compressor housing (1) for waterproofing, dustproof ----- ------------- 05/06/2020------(OCR) 1. The high-pressure oxygen, argon, nitrogen gas compressor main components are: high-pressure gas compressor jacket (1) high-pressure gas compressor cover (2) crankshaft (3) head unit. High pressure gas compressor (4) Stainless steel pipe (5) Square stainless steel (6) Thick stainless steel pipe (7) Brass safety valve (8) Arm of the pump cover. High-pressure compressor (9) High-pressure compressor cover (10) Stainless steel check valve (12) has the following characteristics: High-pressure gas compressor jacket (1) is a fixed part. On the floor to put a crankshaft (3) with piston rod and piston inside, which will drive the piston in and out, then it is closed with a cover of the high pressure gas pump (2). which serves to prevent rainwater from entering and to close tightly, holes are drilled around the circ The high-pressure compressor (9) and the high-pressure pump cover (10) are also closed to prevent water from entering, and the nut on the front of the high-pressure compressor housing (1) is removed. To connect the piston shaft in the high-pressure gas compressor head set (4) will be screwed next to the piston that will move in - out when the power is on and when turned on. The valve inside the high-pressure gas compressor (4) opens, and the gas inside the pipe flows out into the stainless pipe (5) attached to the stainless steel cube. Square stainless (6) When the gas has reached the square stainless cube (6), one side of the square stainless cube (6) is connected by a thick stainless steel pipe (7) on the side. On the top, a brass safety relief valve (8) is installed to drain the gas when the pressure in the system exceeds a preset value, while the other side is a square stainless steel ball (6) when the gas reaches the point. This then flows through a stainless steel check valve (12) that is installed to prevent the gas from flowing back in opposite the way the gas originally flowed out. The process of filling the pipes in the next step until the gas is contained in the pipes ready for use--------------Page 1 of Page 1 Claims 1. The high-pressure oxygen, argon, nitrogen gas compressors are mainly composed of a high-pressure gas compressor jacket (1) high-pressure gas compressor cover (2) a crankshaft (3) a head set. High pressure gas compressor (4) Stainless steel pipe (5) Square stainless steel (6) Thick stainless steel pipe (7) Safety relief brass valve (8) Pump cover sleeve High-pressure compressor (9) High-pressure compressor cover (10) Stainless steel check valve (12) has the following characteristics: High-pressure compressor cover (1) is a fixed part. On the floor to put a crankshaft (3) with piston rod and piston inside, which will drive the piston in and out, then it is closed with a cover of the high pressure gas pump (2). which serves to prevent rainwater from entering and to close tightly, holes are drilled around the circ The high-pressure compressor (9) and the high-pressure pump cover (10) are also closed to prevent water from entering, and the nut on the front of the high-pressure compressor housing (1) is removed. Connected to the piston shaft in the high-pressure gas compressor head set (4) will be screwed next to the piston that will move in - out when the engine is turned on and when the The valve located inside the high-pressure gas compressor (4) opens and sends the gas inside the pipe out into the stainless pipe (5) attached to the block. Stainless Steel Square (6) When the gas has flowed to the Square Stainless Steel (6), one side of the Square Stainless Steel (6) is connected by a thick stainless steel tube (7). A brass safety relief valve (8) is installed on the top to drain the flue gas when the pressure in the system exceeds a predetermined value. At this point it flows through a stainless steel check valve (12) that is installed to prevent gas from flowing back into the opposite direction from where the gas originally flowed out. to the filling process into the pipe in the next step until the gas is contained in the pipe ready for use