Automatic stamping assembly line

Abstract

An automatic stamping assembly line is sequentially provided with an automatic feeding platform, multiple mechanical hand assemblies, multiple press machines and a conveying belt assembly located at the rear ends of the mechanical hand assemblies, wherein the mechanical hand assemblies and the press machines are arranged alternatively. The automatic feeding platform is arranged longitudinally andis provided with a lifting platform provided with two stacking platforms, and the lifting platform is driven by a drive device to move front and back. Each mechanical hand assembly comprises a mechanical hand with two mechanical arms and a transfer station located in front of the mechanical hand. Each mechanical hand is arranged on a bottom plate capable of vertically ascending and descending andmoving left and right. According to the motion track of the two mechanical arms of each mechanical hand, the two mechanical arms move to the corresponding transfer station from the lifting platform ofthe automatic feeding platform and move a work platform of the corresponding press machine from the corresponding transfer station. The press machines are used for stamping workpieces. The mechanicalhand assemblies and the press machines are arranged alternatively, and the workpieces stamped by the previous press machine are transferred to the station of the next press machine to be pressed. Theconveying belt assembly conveys the workpieces output by the last mechanical hand assembly to other stations. Automatic stamping of automobile parts can be achieved.

Description

technical field

[0001] The invention belongs to the technical field of mechanical processing, in particular to an automatic stamping assembly line for automobile stamping parts. Background technique

[0002] In the stamping manufacturing industry, the punching process generally uses manual feeding and picking. First, the safety cannot be guaranteed because the workers will be fatigued after working for a long time. Second, the manual feeding and discharging speed are determined by the workers. The output and quality cannot be guaranteed. If the output is to be increased, personnel and shifts must be increased, which also increases the company's production costs. Therefore, the industry urgently needs an automation equipment that can greatly reduce the intensity of manual labor, while ensuring productivity and product quality, improving production stability and safety, reducing production costs and improving production efficiency. Contents of the invention

[0003] The pur...

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