Gluing thickness online detection device in gluing production line

Abstract

The invention discloses a gluing thickness online detection device in a gluing production line. The device comprises a gluing thickness detection mechanism, a driving mechanism, and a control mechanism. The gluing thickness detection mechanism is used to detect gluing thickness of a glued material in real time and synchronously capture width of the glued material. The driving mechanism is used to drive the gluing thickness detection mechanism to move along the width direction of the glued material. The control mechanism is used to receive width signals and gluing thickness signals of the glued material, the signals being sent by the gluing thickness detection mechanism, and according to the width signals of the glued material, controls the driving mechanism to drive the gluing thickness detection mechanism to move along the width direction of the glued material, and meanwhile the gluing thickness signals of the glued material is converted to gluing thickness data and is displayed. The gluing thickness online detection device can full-automatically detect thickness of the glued material online in a gluing production line, providing convenience for operating personnel to adjust a production technology, ensuring quality of a product, and saving cost.

Description

technical field [0001] The invention relates to the technical field of gluing lamination production in the coating industry, more specifically, the invention relates to a fully automatic online detection device for gluing thickness in a gluing production line. Background technique [0002] In the coating industry, the physical properties of the products are different, and the processes used will be different, but the stability of the product needs to be well controlled. The uniformity of glue coating and the coordination of glue thickness are the key links of the entire coating production line. Controlling the thickness and uniformity of gluing and the stability of gluing process are directly related to the quality of products and the benefits of enterprises. [0003] At present, the detection of the glue coating process on the coating line is generally to temporarily stop the online production equipment, perform sampling inspection, and use the measuring table to measure th...

AI Technical Summary

Problems solved by technology

This mode of operation is too old-fashioned, the operation process is cumbersome, and the shutdown time for sampling and testing is longer, which will prolong the standby time of the equipment on the production line, and the next process after glue coating is curing in a heating oven, which prolongs the production time. The length of time for the material after gluing to stay in the heating oven is limited. Diastolic deformation and other problems will occur when the material is baked for a long time, which will directly affect the subsequent lamination process. At the same time, this mode of operation cannot guarantee the captured data. Accuracy and stability directly affect product quality and enterprise benefits

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