阅读说明：本技术 一种空压站供风系统 (Air supply system of air compression station ) 是由 张辉 吴雷雷 李宝晨 赵彦鹏 彭永文 于 2020-06-28 设计创作，主要内容包括：本发明公开一种空压站供风系统,包括空压机组；非净化风储罐,与空压机组气流连通；干燥器,与非净化风储罐气流连通且用于接收来自该非净化风储罐输出的气流；仪表风储罐,与干燥器气流连通且用于接收经该干燥器的气流；至少一个用气单元,与非净化风储罐和仪表风储罐分别气流连通且用于接收其输出的气流；供风管网,包括第一主路、第二主路、第三主路、第四主路、至少一个第一支路和至少一个第二支路,第一主路与第二主路并联设置且其一端部与非净化风储罐相连通、另一端部与第一支路相连通,第三主路与第四主路并联设置且其一端部与仪表风储罐相连通、另一端部与第二支路相连通,第一支路与第二支路分别与用气单元气流连通。(The invention discloses an air supply system of an air compression station, which comprises an air compressor unit; the non-purified air storage tank is communicated with the air compressor unit in an air flow manner; a dryer in airflow communication with the non-clean wind storage tank for receiving the airflow from the output of the non-clean wind storage tank; an instrument wind storage tank in airflow communication with the dryer and configured to receive the airflow through the dryer; the at least one air using unit is respectively in air flow communication with the non-purified air storage tank and the instrument air storage tank and is used for receiving air flow output by the non-purified air storage tank and the instrument air storage tank; the air supply pipe network comprises a first main path, a second main path, a third main path, a fourth main path, at least one first branch path and at least one second branch path, wherein the first main path and the second main path are arranged in parallel, one end part of the first main path is communicated with the non-purified air storage tank, the other end part of the first main path is communicated with the first branch path, the third main path and the fourth main path are arranged in parallel, one end part of the third main path is communicated with the instrument air storage tank, the other end part of the third main path is communicated with the second branch path, and the first branch path and the second branch path are respectively communicated with the air using unit.)

1. An air supply system for an air compression station, comprising:

the air compressor unit (1) is used for compressing air in the environment and outputting the compressed air outwards;

a non-clean wind storage tank (2) in air flow communication with the air compressor package (1) and configured to receive compressed air from an output of the air compressor package (1);

a dryer (3) in air flow communication with the non-purified wind storage tank (2) and configured to receive an air flow output from the non-purified wind storage tank (2);

a meter wind storage tank (4) in airflow communication with the dryer (3) and configured to receive the dried airflow filtered by the dryer (3);

at least one air using unit (5) in air flow communication with said non-clean wind storage tank (2) and said instrument wind storage tank (4), respectively, said air using unit (5) being configured to receive an output air flow from the non-clean wind storage tank (2) and/or the instrument wind storage tank (4); it is characterized by also comprising the following steps of,

air supply pipe network (6), including first main road (61), second main road (62), third main road (63), fourth main road (64), at least one first branch road (65) and at least one second branch road (66), first main road (61) with second main road (62) set up in parallel and its one end with non-purified wind storage tank (2) be linked together, another tip with first branch road (65) be linked together, third main road (63) with fourth main road (64) set up in parallel and its one end with instrument wind storage tank (4) be linked together, another tip with second branch road (66) be linked together, first branch road (65) with second branch road (66) respectively with gas unit (5) air current intercommunication.

2. The air supply system of the air compression station as recited in claim 1, wherein: the gas using unit (5), the first branch (65) and the second branch (66) are respectively provided with a plurality of gas using units, the number of the gas using units is equal to that of the first branch, the number of the gas using units is equal to that of the second branch, and one gas using unit (5) is provided with one first branch (65) and one second branch (66).

3. An air supply system for an air compression station according to claim 1 or 2, wherein: regulating valves (67) are respectively arranged on the first branch (65) and the second branch (66), and the regulating valves (67) are configured to regulate the air flow of the corresponding branches or close the branches.

4. The air supply system of the air compression station as recited in claim 1, wherein: the air compressor unit (1) is provided with a suction inlet (11) for sucking air in an external environment and an output port (12) for outputting compressed air outwards, the non-purified air storage tank (2) is provided with a first air inlet (21), a first air outlet (22), a second air outlet (23) and an air outlet (24), the dryer (3) is provided with a first air inlet (31) and a first air outlet (32), the instrument air storage tank (4) is provided with a second air inlet (41), a third air outlet (42) and a fourth air outlet (43), the output port (12) of the air compressor unit (1) is communicated with the first air inlet (21) of the non-purified air storage tank (2), one end part of the first main path (61) is communicated with the first air outlet (22) of the non-purified air storage tank (2), and the other end part of the first main path (65) is communicated with the second main path, one end of the second main path (62) is connected to the second air outlet (23) of the non-purified air storage tank (2), the other end is connected to the first branch path (65), the air outlet (24) of the non-purified air storage tank (2) is connected to the first air inlet (31) of the dryer (3), the first air outlet (32) of the dryer (3) is connected to the second air inlet (41) of the instrument air storage tank (4), one end of the third main path (63) is connected to the third air outlet (42) of the instrument air storage tank (4), the other end is connected to the second branch path (66), one end of the fourth main path (64) is connected to the fourth air outlet (43) of the instrument air storage tank (4), and the other end is connected to the second branch path (66).

5. The air supply system of the air compression station as recited in claim 1, wherein: the air supply pipe network (6) is annular in overall shape.