a turning mechanism

Abstract

The invention discloses an overturning mechanism, which comprises a lifting cylinder and a mounting plate. The mounting plate is screwed and fixed with a sliding table cylinder, a rotating cylinder and left and right slide rails, and a pull bar is connected to the output shaft of the sliding table cylinder; The stay bars are hingedly connected to the left and right splints installed on the left and right slide rails; a drive shaft is fixed on the rotary cylinder, and there are left and right moving gears on the drive shaft, and the left and right moving gears pass through the left and right belts and the left and right splints The left and right driven gears are connected; the left and right driven gears are fixed with left and right fixtures for clamping the workpiece. The invention provides a safe, fast and accurate automatic turning device, which does not require manual operation and greatly improves work efficiency.

Description

Technical field: [0001] The invention relates to an overturning mechanism, and more specifically relates to an overturning mechanism capable of overturning 180 degrees. Background technique: [0002] The measuring machine irradiates the gaps, deflections, and creases on the surface of the product, and collects the data of the irradiation position during the irradiation process. It also uses the CCD image shooting and processing system to capture the position of the product irradiated by the laser light, forms an image for processing, and collects from it. Data, we can get the data we need to measure. During the detection process, the workpiece to be detected needs to be turned over. The previous turning over is done manually, which not only takes a long time for turning over, but also cannot guarantee the accuracy of turning over. Arranging a worker for the measuring machine to turn it over increases the production cost. More importantly, when turning it over, the worker's h...

AI Technical Summary

Problems solved by technology

[0002] The measuring machine irradiates the gaps, deflections, and creases on the surface of the product, and collects the data of the irradiation position during the irradiation process. It also uses the CCD image shooting and processing system to capture the position of the product irradiated by the laser light, forms an image for processing, and collects from it. Data, we can get the data we need to measure. During the detection process, the workpiece to be detected needs to be turned over. The previous turning over is done manually, which not only takes a long time for turning over, but also cannot guarantee the accuracy of turning over. Arrange a worker for the measuring machine to turn over, which increases the production cost. More importantly, when turning over, the worker's hand is inserted into the inside of the measuring machine, which is very unsafe and prone to accidents

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