Detection system and method for detecting glass assemblability

Abstract

The invention belongs to the field of automotive glass qualification testing, and discloses a detection system and method for detecting glass assemblability. The detection system for detecting the glass assemblability comprises a mechanical frame used for arranging glass to be tested and a detection contact and arranging a line; a hardware frame used for collecting and detecting site information,and performing bidirectional instruction transmission with a host computer; and the host computer used for collecting data detected by the hardware frame; collecting and storing the data, issuing an instruction, calculating and analyzing an SPK value of the collected data, displaying the SPK value to a user in a statistical chart mode, and analyzing the assemblability of a device under test to find out whether the device under test has the assemblability or not. A line frame part of the mechanical frame of the invention can effectively avoid external electromagnetic interferences by using themetal frame, and play an electrostatic shielding role and is high in data stability.

Description

technical field [0001] The invention belongs to the field of qualification detection of automobile glass, in particular to a detection system and method for detection of glass assembly ability. Background technique [0002] At present, the existing technologies commonly used in the industry are as follows: [0003] The assemblyability test method of automotive glass routinely used in the market is mainly to use a flat feeler gauge or a tapered feeler gauge to perform a fit test on a special inspection mold. The windshield is large in size, special in material, has a curvature, and is easy to deform. These measurement methods need to be used manually, the measurement error is large, the detection efficiency and detection accuracy are low, and the automatic recording of detection data cannot be satisfied. However, the existing detection systems include three-coordinate measuring machines, which have the disadvantages of bulky instruments, complicated operations, and low measu...

AI Technical Summary

Problems solved by technology

[0005] The old measurement scheme will cause deformation of the glass surface and large measurement errors

[0006] The measurement operation of the old measurement scheme is inconvenient and needs to be used manually

[0007] Existing automatic detection system, the instrument is bulky, the operation is complicated, and the measurement efficiency is low

[0008] The existing automatic detection system cannot realize pipeline detection, and there is no data recording system, so it is impossible to perform statistical processing and analysis on the detection data

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