Assembly line for conducting automatic edge-folding, cutting and receiving on sheet materials on carrier tape

Abstract

The invention discloses an assembly line for conducting automatic edge-folding, cutting and receiving on sheet materials on a carrier tape. The assembly line for conducting automatic edge-folding, cutting and receiving on the sheet materials on the carrier tape comprises a crate, wherein a left sheet frame is perpendicularly installed at the rear side of the left end of the crate, a loading part is installed in the middle of the left sheet frame, an upper film recovery part is installed at the upper end of the left sheet frame, and the loading part and the upper film recovery part are air-expansion take-up shafts; and a rectangular frame is installed at the left end of a substrate of the crate, a guiding part, a pre-edge-folding part, a copying edge-folding part, an upper film stripping fixture and a pulling part are sequentially installed on the frame front left to right, a cutting platform is installed at the right end of the substrate, a guiding board is installed at the front end of the cutting platform, a cutting machine is installed in the middle of the cutting platform, a receiving box is installed at the right end of the cutting platform, a transparent observation board is installed in the guiding board, and a lower detection assembly is arranged below the observation board. The assembly line for conducting automatic edge-folding, cutting and receiving on the sheet materials on the carrier tape has the effects of automatic loading and unloading, continuous synchronous folding of double bilateral edges, a high yield and high production efficiency.

Description

technical field [0001] The invention relates to an automatic edge folding and receiving device for sheet materials, in particular to an automatic edge folding and slicing receiving assembly line for sheet materials on a carrier belt. Background technique [0002] 3C products are widely used in all aspects of life and production. 3C products involve a large number of thin sheets and 3C parts with special-shaped bending contours. The production of 3C parts is currently manually placed on the bending table one by one for bending, especially for the sides. For products that need to be bent, double-sided bending requires secondary benchmarking and secondary bending, and then manual blanking is placed in the material box. The disadvantages are: First, manual loading and unloading and folding, slow speed and low production efficiency; Second, manual loading and unloading and hemming depend on the experience level of workers, and the positioning accuracy is low, resulting in a low r...

AI Technical Summary

Problems solved by technology

[0002] 3C products are widely used in all aspects of life and production. 3C products involve a large number of thin sheets and 3C parts with special-shaped bending contours. The production of 3C parts is currently manually placed on the bending table one by one for bending, especially for the sides. For products that need to be bent, double-sided bending requires secondary benchmarking and secondary bending, and then manual blanking is placed in the material box. The disadvantages are: First, manual loading and unloading and folding, slow speed and low production efficiency; Second, manual loading and unloading and hemming depend on the experience level of the workers, the positioning accuracy is low, and the yield rate is low; third, the hemming is completed manually at one time, and the hemming stress is large, which is easy to damage the blank

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