Electric field accelerating type gas compressor

Abstract

Disclosed is an electric field accelerating type gas compressor. A compression zone particularly comprises an ionization zone which is connected to an air suction pipe. Gas is produced positively charged particles and negatively charged particles by ionization in the ionization zone. The ionization is divided into two paratactic branches, and electric field is applied. A first branch electric field points an output end, and a second branch electric field points an input end, so that the positively charged particles are enabled to enter the first branch and accelerate under the effect of electric field force, the negatively charged particles are enabled to enter the second branch and accelerate, and the two branches are converged and form a converged zone. The accelerated positively charged particles and the negatively charged particles neutralize with power-lossing, and speed is maintained. The converged zone is outputted to an air exhaust pipe through a diffuser pipe. According to the electric field accelerating type gas compressor, fatal defects of physical deterioration, clearance leakage and the like are eliminated, service life of the compressor can be prolonged, design structure is simple, opening of compressor interior is not needed when the compressor is repaired, cost is saved, lubricant oil adding is not needed, operating efficiency of the system is improved, and meanwhile safe reliability of the system is improved.

Description

technical field [0001] The invention relates to a gas compressor, which can be applied to compression fields such as air conditioning, refrigeration, and chemical industry. Background technique [0002] Existing compressors have speed type and volume type and other forms, among which speed type is divided into centrifugal type and axial flow type, and volume type is divided into piston type, screw type, scroll type, rotor type and other compressors. The structure is made into a semi-closed or fully closed type, (there are also open types, but there are disadvantages of refrigerant leakage). The power source is the electric motor, which is immersed in the entire compressed gas. Due to the limitation of the motor temperature rise of the compressor, the exhaust temperature of the compressor is generally controlled below 110 degrees Celsius, which limits the working range of the compressor. At the same time, due to the rotating parts, there are mechanical wear problems and there...

AI Technical Summary

Problems solved by technology

[0002] Existing compressors have speed type and volume type and other forms, among which speed type is divided into centrifugal type and axial flow type, and volume type is divided into piston type, screw type, scroll type, rotor type and other compressors. Their The structure is made into a semi-closed or fully closed type, (there are also open types, but there are disadvantages of refrigerant leakage). The power source is the electric motor, which is immersed in the entire compressed gas

Due to the limitation of the motor temperature rise of the compressor, the exhaust temperature of the compressor is generally controlled below 110 degrees Celsius, which limits the working range of the compressor. At the same time, due to the rotating parts, there are mechanical wear problems and there will be a rotation gap. , as the pressure increases, the gap leakage will also increase, which limits the working efficiency and working range of the compressor

In addition, the traditional compressor has rotating parts and needs lubricating oil. Once the compressor is short of oil, it will immediately affect the safety of the compressor. Therefore, in order to ensure that the compressor is always not short of oil, it is necessary to design an oil circulation system. At the same time, there is oil in the system. , affects the heat transfer performance, and also complicates the system control

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