Sheet material quantitative pushing device

Abstract

The invention relates to a sheet material quantitative pushing device. The sheet material quantitative pushing device comprises a material taking device, a quantitative device and a pushing device. The quantitative device comprises a guide air cylinder and a sensor. The material taking device is arranged on a movable tooling frame, one end of the movable tooling frame is provided with a clamping measuring support, and the other end is provided with the guide air cylinder through an air cylinder support. The top end of a piston rod of the guide air cylinder is provided with a connecting positioning support, the connecting positioning support is connected with a rotary clamping cylinder through the sensor, and a displacement induction support is arranged under the sensor. The pushing devicecomprises a driving air cylinder and the movable tooling frame, the driving air cylinder is arranged on the movable tooling frame, a connecting seat is arranged on a connecting bottom frame, and the connecting bottom frame is arranged on the movable tooling frame through a linear guide rail. The size of a sheet material changes in a small range, the development of a sheet material machining automation technology is promoted through driving of the movable tooling frame by the driving air cylinder, the safety and the reliability of system machining are improved, and the efficiency of sheet material automation machining is improved.

Description

technical field [0001] The invention relates to the field of plate processing, in particular to a plate quantitative pushing device. Background technique [0002] During the stamping, bending and other processing of plates, the manipulator is used to grab the plates to realize continuous automatic processing. Because the plates are thin and have good flatness, the stacked plates tend to have grease between layers. When grabbing the board, the multi-layer board may be grabbed at the same time. If the multi-layer board is grabbed and sent to the main machine for the next step of processing, the board will be wasted and the cost will be increased, and the mold will be scrapped if it is serious, and even the processing accuracy of the main machine will be affected. Therefore, before the manipulator grabs the plate and sends it to the main machine for processing, it must first measure the thickness to ensure that the multi-layer plate will not be sent to the main machine to preve...

AI Technical Summary

Problems solved by technology

In the prior art, it is usually observed with the naked eye, and it is found that after the multi-layer sheet is grabbed, the processing is stopped and the redundant layer is removed, but the effect is poor, and errors and omissions are prone to occur.

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