An immersion-type composite board thickness ratio detection device

Abstract

The invention discloses an immersive composite board thickness ratio detection device. The immersive composite board thickness ratio detection device comprises a measuring device, a transferring device for transferring composite boards and a drying mechanism for drying the composite boards; the transferring device transfers the composite boards which are not detected to the measuring device for thickness ratio detection, and transfers the detected composite boards to the drying mechanism for drying; the measuring device comprises a water tank for containing easily-evaporated liquid, a measuring platform for placing the composite boards and a measuring mechanism for conducting thickness ratio detection on the composite boards; the measuring platform moves on a track arranged inside the water tank; the measuring mechanism is arranged above the track; when the composite boards are subjected to thickness ratio detection, the composite boards on the measuring platform are immersed into theliquid. By means of the immersive composite board thickness ratio detection device, the thickness ratio detection of the composite boards in water can be achieved, an existing device can be combined with a production line, integration of production and detection is achieved, all devices are fused integrally, and the production efficiency and product quality are improved.

Description

technical field [0001] The invention relates to a detection device for the thickness ratio of a composite board, in particular to an immersion type detection device for the thickness ratio of a composite board. [0002] technical background [0003] With the rapid development of contemporary science, various industries regard the improvement of productivity and production quality as the primary goal, and the performance requirements of materials are becoming more and more stringent. Among them, metal sheets are the most widely used in various industries, but the production and testing of a single metal sheet can no longer meet the needs of the industry. Therefore, the research on the thickness ratio detection of new composite panels has become an important contemporary topic. [0004] In the existing composite board thickness ratio detection device, generally after the produced composite boards are collected separately, they are then subjected to thickness measurement ratio d...

AI Technical Summary

Problems solved by technology

Among them, metal sheets are the most widely used in various industries, but the production and testing of a single metal sheet can no longer meet the needs of the industry. Therefore, the research on the thickness ratio detection of new composite panels has become an important contemporary topic.

[0004] In the existing composite board thickness ratio detection device, generally after the produced composite boards are collected separately, they are then subjected to thickness measurement ratio detection and composite board classification. The steps are cumbersome and the degree of automation is low, which will increase the number of composite boards. time of production

[0005] The patent application with the publication number CN106225692A, "A Method for Measuring the Thickness of the Coating Layer of Aluminum Alloy Composite Plate", compares the measurement results of the spectral standard sample with the measurement results of the test piece, and measures the thickness through the inflection point, although to a certain extent The detection of the thickness ratio has been strengthened, but the dust accumulation on the surface of the composite board will affect the experimental results, resulting in errors in the measurement. At the same time, the detection in the air requires the installation of a couplant filling mechanism

The authorized publication number is CN2771818Y patent application, "Multi-layer Composite Plate Thickness Precision Measuring Device", which adopts the method of installing sensors on the side of the follower mechanism for detection, and measures the thickness by detecting the displacement fluctuation between the two sensors. This method not only has In addition to the disadvantages of the patent application with the publication number CN106225692A, the position of the two sensors may change due to the movement of the two follow-up mechanisms at the same time, which affects the measurement accuracy

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