Car body part stamped by intelligent equipment and forming compound die of car body part

Abstract

The invention provides a car body part stamped by intelligent equipment and a forming compound die of the car body part. According to the technical scheme, a forming compound die, a part body and an intelligent stamping mechanism are included, the part body is formed by stamping and compounding of the forming compound die, and is characterized in that a plurality of through holes are further formed in the middle of a lower forming die of the car body part, and the intelligent stamping mechanism includes a stamping mechanism base, a steel bar keel frame, a stamping device frame, a stamping platform base, a stamping monitoring device, a lower forming die fixing platform, a horizon plate, a plurality of stamping lifting devices, a stamping plate, a plurality of lifting guiding devices, two finished product output mechanisms, a marking spraying mechanism and a controller. The complete set of facilities adopts the intelligent automation equipment and cooperates with the forming compound dieto stamp and machine the car body part, the production efficiency is improved, the cost is lowered, investment waste is avoided, the stamping weight is monitored to judge whether a stamping part reaches the standard or not, and thus the production capacity and production quality are significantly improved.

Description

technical field [0001] The invention relates to the field of production of intelligent car body parts, in particular to a car body part punched by intelligent equipment and a forming composite mold thereof. Background technique [0002] With the rapid growth of China's automobile industry, the market's demand for metal stamping parts has also increased. As we all know, multi-station presses are used in the stamping production of automobile body molding parts. Several stamping parts are assembled, so stamping plays a vital role for an automobile product, which is related to the quality of the finished product; nowadays, the large multi-station feeding system is a combination of precision machinery, servo It is a typical electromechanical integration product integrating drive, computer, precision measurement and general technology, and cooperates with the multi-station feeding system to enable a single multi-station press to complete the production tasks that can only be compl...

AI Technical Summary

Problems solved by technology

[0002] With the rapid growth of China's automobile industry, the market's demand for metal stamping parts has also increased. As we all know, multi-station presses are used in the stamping production of automobile body molding parts. Several stamping parts are assembled, so stamping plays a vital role for an automobile product, which is related to the quality of the finished product; nowadays, the large multi-station feeding system is a combination of precision machinery, servo It is a typical electromechanical integration product integrating drive, computer, precision measurement and general technology, and cooperates with the multi-station feeding system to enable a single multi-station press to complete the production tasks that can only be completed by connecting multiple conventional presses. High, energy-saving and other characteristics, it is suitable for industries such as the automobile industry and the home appliance industry that require batch sheet metal stamping and forming. However, due to the many processes of this stamping equipment, it needs to be conveyed and molded at the same time to complete, so the volume of the equipment is relatively large. Occupying a certain proportion of the space in the workshop, these large-scale equipment are a bit clumsy for the clamping and forming operations of some small car body stamping parts, and the processing accuracy will also be reduced, and most stamping parts need to go through multiple presses and multiple It can be formed after the auxiliary mold. Sometimes we call this process "tandem production line". This process can be produced manually or automatically. The typical beat is 4 to 8 stamping parts per minute, so these automated, high-speed Efficient equipment does not show a more rational idea. How to improve the stamping cycle, how to improve the processing flow, reduce costs and expand production capacity are the aspects of improvement and improvement in the mass production of auto parts.

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