Composite bevel clamping system

Abstract

The invention belongs to the processing field of nonferrous metal and ferrous metal, which is the clamping system of composite incline. An upper clamp (2) is connected with an upper slide (7) by a hopper chute. The upper slide (7) is connected with a clamping body (1). The upper clamp (2) has incline motion along the upper slide (7) to clamp stretching sheet material (9) downward. A lower clamp (3) is connected with a lower slide (8) by the hopper chute. The lower slide (8) is connected with the clamping body (1). The lower clamp (3) has incline motion along the lower slide (8) to clamp the stretching sheet material (9) upward. The upper clamp (2) and the lower clamp (3) form a clamping jaw together to stretch the stretching sheet material (9). The back end of the upper clamp (2) and the lower clamp (3) is connected with a synchronous clamping device (4). When the driving force of a synchronous clamping drive unit (10) reaches a set value, a synchronous clamping beam stops moving. The invention can make clamping material bear stress evenly, has reliable clamping and is easy to be tested.

Description

technical field [0001] The invention belongs to the field of metallurgical equipment, in particular to the field of non-ferrous and ferrous metal processing, and relates to a compound slope clamping system. Background technique [0002] The tension stretching machine is used for stretching colored or black strips, tubes, rods, profiles, etc. By stretching the material to a certain elongation rate, on the one hand, it strengthens the metal, and on the other hand, it plays the role of straightening and leveling. It is widely used in the metallurgical industry, aluminum and aluminum alloy processing industries. [0003] There are many structures of tension stretching machines. The traditional clamping device only has a synchronous clamping device or a separate clamping device. It is difficult for a synchronous clamping device to ensure that each clamping jaw clamps the clamped material evenly, stretching During the process, it is easy to fail to clamp; a single clamping device...

AI Technical Summary

Problems solved by technology

[0003] There are many structures of tension stretching machines. The traditional clamping device only has a synchronous clamping device or a separate clamping device. It is difficult for a synchronous clamping device to ensure that each clamping jaw clamps the clamped material evenly, stretching During the process, it is easy to fail to clamp; a single clamping device cannot ensure that the error of each pair of clamping jaws and the contact position of the material along the length of the material is small, and even a pair of clamping jaws clamps the position of the material. The tightness is not reliable, and the detection of clamping jaw stop is complicated

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