Compressor shell cover preassembled flatness detecting and adjusting mechanism

Abstract

The invention discloses a compressor shell cover preassembled flatness detecting and adjusting mechanism and belongs to the technical field of compressor assembling. The mechanism comprises a water flowing platform, water flowing platform positioning mechanisms, photoelectric sensors, a detecting mechanism, an adjusting mechanism, an upper cover plate, a plurality of uprights and a tray, the uppercover plate is arranged above the water flowing platform through the uprights, the detecting mechanism and the adjusting mechanism are arranged on the upper cover plate and positioned on one side close to the water flowing platform, the water flowing platform positioning mechanisms for positioning the tray are arranged at positions, below the detecting mechanism and the adjusting mechanism, of the water flowing platform, and one photoelectric sensor is arranged on one side of each water flowing platform positioning mechanism. The compressor shell cover preassembled flatness detecting and adjusting mechanism is high in detecting accuracy, capable of realizing automatic detecting and automatic adjusting of compressor shell cover preassembled flatness and accurate in adjusting, detecting andadjusting processes are integrated, convenience is brought to streamlined production operation, and compressor production efficiency is improved effectively.

Description

Technical field [0001] The invention relates to the technical field of compressor assembly, in particular to a flatness detection and adjustment mechanism for the pre-installation of a compressor shell cover. Background technique [0002] The pre-assembly of the compressor cover is an important assembly process in the assembly of the compressor. The current process of assembling the compressor cover is that the manipulator grabs the cover placed on the tray, and then adjusts and lays it on the buffer table. Place the cover on the base of the cover on the flow table and press it into pre-installation. The shell cover and shell base then proceed with the assembly line workbench to the station point for pre-assembly flatness detection. After passing the test, the shell cover is completely pressed into the cylinder device to complete the assembly. The flatness detection device pre-installed on the shell cover adopts the principle of three-point fixed surface, and the flatness of the...

AI Technical Summary

Problems solved by technology

[0003]First, the detection accuracy is not enough, and it can only be detected when there is a large unevenness in the pre-installation of the shell cover;

[0004]Second, when unevenness is detected, the equipment will stop suddenly, and the shell cover needs to be adjusted manually, which will affect the progress of the entire assembly flow process;

[0005]Third, the test results are not quantified, and the size of the unevenness can only be judged by feeling, and the exact value of the actual deviation cannot be obtained

[0006] Therefore, the current process and equipment seriously affect the quality of compressor manufacturing and mass production efficiency, and a new set of process equipment is urgently needed

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