Workshop air source pressurization and pressure stabilization system

Abstract

The invention relates to the technical field of pressure boosting and delivering of compressed air, and particularly belongs to a pressure boosting and stabilizing system for an air source of a workshop. The pressure boosting and stabilizing system for the air source of the workshop is characterized by comprising an air inlet system, an air outlet system and a pressure stabilizing system, wherein the air inlet system comprises an air inlet pipeline and an air inlet pressure boosting pipeline; the air outlet system comprises an air outlet pipeline and an air outlet pressure boosting pipeline; the pressure stabilizing system comprises an air storage tank; the air inlet pipeline comprises a master air station, an air inlet one-way valve, an air inlet pressure gauge and an air inlet gate valve which successively communicate with one another; and the air inlet pressure boosting pipeline comprises a pressure boosting air pump, an air inlet pressure boosting one-way valve and an air inlet pressure boosting gate valve which successively communicate with one another. By the pressure boosting and stabilizing system for the air source of the workshop, pressure boosting, pressure stabilizing and drying of the compressed air can be realized simultaneously. Because the pressure boosting and stabilizing system for the air source of the workshop is close to a service terminal of equipment, the adjusted air source can be stably used. In conclusion, the pressure boosting and stabilizing system for the air source of the workshop has the positive effect of stable pressure of the air source.

Description

technical field [0001] The invention relates to the technical field of pressurization and delivery of compressed air, in particular to a workshop air source pressurization and stabilization system. Background technique [0002] At present, the compressed air used in large workshops is generally provided by remote air compressors, and then transported through pipelines and distributed to various workshops and units. After long-distance and multi-pipeline transportation, the compressed air will have a certain pressure Loss, and pressure instability will occur at the same time. For precision production machine tools, unstable compressed air will affect important functions such as workpiece clamping, position detection, and chip blowing in the production process, which will reduce the processing stability of the machine tool, resulting in large fluctuations in processing dimensions and increased scrap rate. At the same time, it will cause certain harm to the life of the equipme...

AI Technical Summary

Problems solved by technology

[0002] At present, the compressed air used in large workshops is generally provided by remote air compressors, and then transported through pipelines and distributed to various workshops and units. After long-distance and multi-pipeline transportation, the compressed air will have a certain pressure Loss, and pressure instability will occur at the same time

For precision production machine tools, unstable compressed air will affect important functions such as workpiece clamping, position detection, and chip blowing in the production process, which will reduce the processing stability of the machine tool, resulting in large fluctuations in processing dimensions and increased scrap rate. High, at the same time, it will cause certain harm to the life of the equipment

Some manufacturers try to increase the gas transmission pressure of the compressor in the terminal station, but due to the diversity of the transmission pipelines, the problem of pressure stability at the terminal is still difficult to solve

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