Heating plate flatness automatic detection device

Abstract

Disclosed is a heating plate flatness automatic detection device, comprising a detection module and an automatic detection platform. The automatic detection platform comprises a base, a working platform, a working vertical arm, a working cross bar, a gripper, and a clamping unit. The working platform is square, is provided with a first slide at one side, and is connected with the base through a hydraulic cylinder. The working vertical arm is vertically arranged in the first slide, and driven by a first motor. The working cross bar is arranged perpendicular to the working vertical arm and fixedly connected with the working vertical arm. A second slide is arranged in the plane, facing the working platform, of the working cross bar. The gripper is vertically arranged in the second slide through a telescopic motor rod, drives the telescopic motor rod to move in the second slide through a second motor, and is used for clamping the detection module. The clamping unit is a pair of clamping plates arranged at the two sides of the working platform vertically and symmetrically and used for clamping a heating plate to be detected. The heating plate flatness automatic detection device has the advantage that the flatness of a heating plate to be detected can be detected automatically, and detection is precise and fast.

Description

technical field [0001] The invention relates to the field of product testing, in particular to an automatic testing device for flatness of a heating plate. Background technique [0002] For the heating plate, its own structure is relatively thin, and there are many processes during processing, and it needs to be heated and shaped, so the plate surface is easy to cause deformation, and the flatness of the plane is poor, and it is not beautiful when made into an electric heating picture. It affects the heating uniformity, so it is necessary to test the flatness of the heating plate. At present, the flatness detection data is not accurate enough, the detection efficiency is low, and it is not suitable for batch detection. [0003] Therefore, it is necessary to develop an automatic detection device for heating plate flatness, improve the accuracy of data detection, and be able to perform batch detection. [0004] The information disclosed in the background of the present inven...

AI Technical Summary

Problems solved by technology

[0002] For the heating plate, its own structure is relatively thin, and there are many processes during processing, and it needs to be heated and shaped, so the plate surface is easy to cause deformation, and the flatness of the plane is poor, and it is not beautiful when made into an electric heating picture. Affects the uniformity of heating, so it is necessary to check the flatness of the heating plate

At present, the flatness detection data is not accurate enough, the detection efficiency is low, and it is not suitable for batch detection

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