Tile small-wrap-angle auxiliary device

Abstract

The invention relates to a tile small-wrap-angle auxiliary device which comprises a conveying frame and a plurality of small-wrap-angle auxiliary mechanisms. The small-wrap-angle auxiliary mechanismsare fixed onto two sides of the conveying frame and comprise fixing parts, pushing parts and positioning parts, the fixing parts are fixed on the conveying frame, the pushing parts are fixed on the fixing parts, and the pushing parts are connected with the positioning parts and used for driving the positioning parts to position small-wrap-angle supports. The tile small-wrap-angle auxiliary deviceis provided with the small-wrap-angle auxiliary mechanisms and solves the problem that a spring mechanism on a tile moving mechanical arm interferes in a sucker of an original device in order to adaptto small-wrap-angle package, small-wrap-angle packaging requirements of tiles are met, and the production cost of an enterprise is reduced. Besides, the device has the advantages of convenience in mounting and low cost.

Description

Technical field [0001] The invention relates to the field of ceramic tile production equipment, in particular to an auxiliary device for small wrap angles of ceramic tiles. Background technique [0002] China's ceramic industry has been developing rapidly for many years, and market competition has become increasingly fierce. Corporate profits have declined year by year. Controlling and reducing costs has become an option for more and more companies. In this case, on the one hand, the company uses automation equipment to reduce labor costs, on the other hand, under the premise of ensuring product quality, through the use of more advanced technology or lower cost accessories to achieve the purpose of reducing costs, such as many current The ceramic company changed the wrap angle that protects the four corners of the original ceramic packaging from a large wrap angle to a small wrap angle. The side length of the traditional long wrap angle is 80-100mm, and the side length of the im...

AI Technical Summary

Problems solved by technology

[0004] As described in the above action, the spring mechanism on the brick-moving mechanical arm e needs to compress the large wrap angle and the pressing position is the position where the large wrap angle and the suction cup avoid the space. The side length of the large wrap angle is longer (the side length is 80-100mm) ), so there is an appropriate vacancy to set the wrapping corner device, and when the ceramic enterprise replaces the original large wrapping corner with a small wrapping corner, because the side length becomes shorter, there is no position and space for the wrapping corner device to operate. As a result, the spring mechanism on the brick-moving robot arm e cannot be pressed to the wrap angle; if the spring mechanism on the brick-moving robot arm e is extended outward, it will interfere with the suction cup part; If it is clamped again, the small package corner will fall to the ground due to no auxiliary support or positioning

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