Adjustable floating clamp locating device for copper anode plate

Abstract

The invention relates to a copper anode plate position adjustable floating chuck clamping and positioning device which belongs to the technical field of copper metallurgy equipment. The device comprises a support, a hydraulic cylinder, a hydraulic cylinder pin shaft, a push rod component, a bend screw, a position adjusting screw, a left connecting rod, a left connecting rod pin shaft, a floating chuck, a right connecting rod, a right connecting rod pin shaft, a positioning chuck, a chuck pin shaft, a fixed pin shaft and a guide plate; the hydraulic cylinder is hinged on the support; the head of the hydraulic cylinder, the left connecting rod and the right connecting rod are hinged with the hydraulic cylinder; the push rod component, the guide plate, the fixed pin shaft and the bend screw are arranged on the support; the left connecting rod and the positioning chuck are hinged; the right connecting rod and the floating chuck are hinged; the positioning chuck and the floating chuck are hinged; the positioning chuck rotates around the fixed pin shaft; the position adjusting screw is arranged on the positioning chuck. The device accurately locates the smooth surface of a copper anode plate with the positioning point appropriately adjustable, and can adapt to copper anode plates with different thickness; in addition, the two chucks can flexibly extend out and withdraw; the structure is compact and the size is small so that the device can be conveniently arranged in narrow space, and the cost is low.

Description

technical field [0001] The invention belongs to the technical field of copper metallurgy equipment, and in particular relates to a structural design of a clamping and positioning device for a copper anode plate with an adjustable floating chuck. Background technique [0002] In the copper electrolysis process, the copper anode plate needs to be flattened, milled, etc., so that the copper anode plate can reach a certain degree of drape and flatness, so as to ensure the accuracy of the pole distance during the electrolysis process and avoid electrode short circuit. When milling the copper anode plate, the relative error of the thickness of the copper anode plate is relatively large, and it is necessary to use the smooth surface of the copper anode plate as the positioning surface, and clamp and fix it to carry out the related milling ear processing operations, which requires The utility model relates to a device which can not only adapt to changes in the thickness of the coppe...

AI Technical Summary

Problems solved by technology

Although the device can be positioned on the smooth surface of the copper anode plate, the existence of the protruding fixed chuck makes the copper anode plate have to do a reciprocating action of entering and exiting, which prolongs the working cycle, and the equipment for transporting the copper anode plate in and out Complex structure, bulky and not easy to install in a narrow space

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