Fast glass detection table with transversely and vertically arranged double-detection head

Abstract

A fast glass detection table with transversely and vertically arranged double-detection head comprises a frame; a detection mechanism is arranged on the frame; a conveying mechanism used for conveyingglass is arranged below the detection mechanism; the detection mechanism is provided with detection mechanism crossbeams and detection mechanism side beams; the detection mechanism is movably provided with a first transverse detection head and a first vertical detection head; the detection mechanism crossbeams are provided with a second transverse detection head in a slide manner through a transverse slide device; the glass transverse dimension can be calculated through measuring the distance between the first and second transverse detection heads; the detection mechanism side beams are provided with a second vertical detection head through a vertical slide device in a slide manner; the glass vertical dimension can be calculated through measuring the distance between the first and secondvertical detection heads. The glass cannot closely abut against side wheels in the prior art, so the glass cannot be accurately measured if the glass is not in position or tilted; the fast glass detection table can solve said problems, is accurate in data, and stable in measuring precision.

Description

technical field [0001] The invention relates to the field of glass detection tables, in particular to a fast glass detection table with double detection heads vertically and horizontally. Background technique [0002] The glass inspection table equipment is mainly used to measure the size of the glass, which is convenient for the subsequent precise processing or treatment of the glass. In the previous size inspection of the glass, one corner was used as the origin positioning point, but the positioning of the origin positioning point is theoretical. During the inspection process of glass, it is easy to happen that the glass is not in place, cannot be close to the side wheel or is skewed, resulting in errors in measurement, resulting in a decrease in the yield of subsequent processing. Contents of the invention [0003] The purpose of the present invention is to solve the above-mentioned existing problems, and provide a simple and reasonable rapid glass detection table with...

AI Technical Summary

Problems solved by technology

[0005] A rapid glass detection platform with double detection heads vertically and horizontally, including a frame, a detection mechanism is installed on the frame, a conveying mechanism for conveying glass is installed under the detection mechanism, and a detection mechanism beam and a detection mechanism are installed on the detection mechanism The side beam, the first horizontal detection head and the first longitudinal detection head are movably installed on the detection mechanism, and the second horizontal detection head is slidably installed on the detection mechanism beam through a horizontal sliding device. By measuring the first horizontal detection head and the second The distance between the horizontal detection heads is used to calculate the horizontal size of the glass. The second vertical detection head is slidably installed on the side beam of the detection mechanism through a vertical sliding device, and the longitudinal direction of the glass is calculated by measuring the distance between the first vertical detection head and the second vertical detection head. Size, this method solves the problem that the glass cannot be close to the side wheel in the traditional technology. When the glass is not in place or skewed, there will be errors in the measurement, so as to achieve accurate data and stable measurement accuracy.

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