Multi-station automatic feeding device

Abstract

The invention relates to the technical field of industrial automation, in particular to a multi-station automatic feeding device. The automatic feeding device comprises two parallel beams. The two ends of each beam are fixed between two supporting devices located on the same side of a station. One beam is located on the left side of the station, and the other beam is located on the right side of the station. A Z-axis displacement device capable of moving up and down is arranged at the middle portions of the beams. The bottom end of the Z-axis displacement device is connected with a Y-axis displacement device capable of moving front and back. The bottom of the Y-axis displacement device is connected with an X-axis displacement device capable of moving left and right. The front side of the bottom of the X-axis displacement device is connected with a workpiece picking device. Thus, the multi-station automatic feeding device is reasonable and novel in structural design, full-automatic mechanical control is adopted, the labor cost is saved, people are released from high-strength labor, the work efficiency is high, and the danger coefficient is low; and meanwhile the positioning precision is high, and the good quality stability of a finished product manufactured through a punching machine is guaranteed.

Description

Technical field: [0001] The invention relates to the technical field of industrial automation, in particular to a multi-station automatic feeding device. Background technique: [0002] The multi-station press is currently the most advanced and efficient plate stamping equipment in the world, representing the highest level and development direction of stamping forming. The loading of traditional multi-station presses, the transfer between stations, and the unloading of finished parts are all done manually, requiring 4 to 8 people to work together, which is dangerous and low in efficiency. Since the positioning accuracy is guaranteed manually, the positioning accuracy is poor, so the quality stability of the finished product is poor. As the automobile industry is in line with internationalization, the requirements for efficiency and the quality of stamping parts are getting higher and higher. The traditional manual production method can no longer meet the high-speed and high-...

AI Technical Summary

Problems solved by technology

The loading of traditional multi-station presses, the transfer between stations, and the unloading of finished parts are all done manually, requiring 4 to 8 people to work together, which is dangerous and low in efficiency.

Since the positioning accuracy is guaranteed manually, the positioning accuracy is poor, so the quality stability of the finished parts is poor

As the automobile industry is in line with internationalization, the requirements for efficiency and the quality of stamping parts are getting higher and higher. The traditional manual production method can no longer meet the high-speed and high-efficiency requirements of multi-station presses. It is urgent to develop a multi-station press. Automatic manipulator of the press to replace manual operation

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