Skylight glass mounting pressure stability control system

Abstract

The invention discloses a skylight glass mounting pressure stability control system. The system comprises a main gas source and a wind batch or rivet gun and further comprises a gas pipe and a gas storage tank connected with the main gas source. The gas storage tank is connected with the wind batch or rivet gun through a gas inflation pipe. The gas pipe is provided with a first control valve. The first control valve is connected with a gas deflation pipe. The gas inflation pipe is provided with a second control valve. The gas storage tank is connected with a first pressure gage. The gas inflation pipe is connected with a second pressure gage. The first control valve, the second control valve, the first pressure gage and the second pressure gage are connected with a PLC through a control circuit. By means of the skylight glass mounting pressure stability control system, the input gas source of the wind batch or rivet gun is sufficient in flow and stable in pressure; meanwhile, the gas source of the wind batch or rivet gun works at the set pressure value, and it is guaranteed that the wind batch or rivet gun is the same in torque when shooting screws or rivets, so that the skylight glass screw or rivet mounting is made to meet the standard, and the consistency of the mounting quality of the skylight glass is guaranteed.

Description

technical field [0001] The invention relates to the installation technology of the automobile skylight glass, in particular to a voltage stabilization control system for the installation of the skylight glass. Background technique [0002] At present, when the skylight glass is assembled, the screws are generally screwed by the air batch or the rivet gun. The air batch or the rivet gun is connected to the main air source through the air pipe. Because the gas will attenuate during the flow in the air pipe, the rivet gun or the air batch will be damaged. The flow rate of the air source is insufficient and the pressure is unstable; in this way, the output driving torque of the rivet gun or the air batch cannot meet the requirements, and after the rivet gun or the air batch completes the assembly of the screws on the skylight, the skylight is prone to quality risks. Contents of the invention [0003] The purpose of the present invention is to overcome the deficiencies of the p...

AI Technical Summary

Problems solved by technology

[0002] At present, when the skylight glass is assembled, the screws are generally screwed by the air batch or the rivet gun. The air batch or the rivet gun is connected to the main air source through the air pipe. Because the gas will attenuate during the flow in the air pipe, the rivet gun or the air batch will be damaged. Insufficient air source flow and unstable pressure; in this way, the output driving torque of the rivet gun or air batch cannot meet the requirements, and after the rivet gun or air batch completes the assembly of the screws on the skylight, the skylight is prone to quality risks

Images