Intelligent connection mechanism for mold and automatic equipment

Abstract

The intelligent connection mechanism comprises a forming die and a follow-up work station, a discharging port is formed in one side of the forming die, a discharging channel, a conveying belt mechanism and the automatic equipment are further arranged, one end of the discharging channel is directly communicated with the discharging port of the forming die, and the other end of the discharging channel is communicated with the follow-up work station. The other end of the discharging channel is connected with the surface of the upper side of the starting end of a conveying belt of the conveying belt mechanism in a right-facing mode, and the automatic equipment can grab products on the surface of the conveying tail end of the conveying belt of the conveying belt mechanism and convey the products into a follow-up work station for follow-up treatment. Automatic carrying, detecting and packaging of the products are achieved, manual carrying and back turning are not needed, the post-processing efficiency of the products is greatly improved, the labor cost is reduced, the products are detected through automatic equipment, the detection precision is improved, detection errors and damage to the products in the manual carrying process are avoided, and the enterprise competitiveness is greatly improved.

Description

technical field [0001] The invention relates to peripheral equipment of a product forming mold, in particular to an intelligent connection mechanism between the mold and automation equipment. Background technique [0002] After the shielding frame cover product is formed by the stamping die, it needs to be inspected on its bent back and packaged after passing the inspection. At present, the product is manually transported from the stamping die to the inspection workbench for manual inspection and inspection. After completion, workers will transport it to the packaging table for packaging. There are two types of stamping dies for shielding products, one is downward bending, the back of the product is bent upward after forming, and the other is upward Bending, the back side of the bend is down. For products with the back side up, the worker can directly install the discharge direction and carry it directly. For the back side down product, the worker needs to turn it over manua...

AI Technical Summary

Problems solved by technology

[0002] After the shielding frame cover product is formed by the stamping die, it needs to be inspected on the back of the bend, and then packaged after passing the inspection. At present, manual methods are used to transport the product from the stamping die to the inspection table for manual inspection. After the completion, workers will carry it to the packaging workbench for packaging. There are two types of stamping dies for shielding products, one is downward bending, and the back of the product is bent upward after forming, and the other is upward bending. Bending, the bending back is facing down. For products with the bending back facing up, workers can directly install the output direction and carry them directly. For products with the back facing down, workers need to manually turn them over first, and then Transported to the inspection workbench, this process requires multiple workers to operate, which consumes labor costs, and leads to a decrease in the production efficiency of the entire product, and is prone to artificial damage to the product during the production process, as well as misjudgment of detection

[0003] In order to improve production efficiency, it is necessary to introduce automatic equipment to realize automatic handling and testing of products. Generally, the forming direction and discharge method of the shielding frame cover mold are determined before the design and assembly of the mold. The upward bending or downward bending mold design After the completion, the cost of changing the output direction is relatively high. In recent years, with the popularization of SMT (surface mount technology) technology, the process modification of the post-production process and the mold automation in the early stage are also in urgent need of modification, and the cost of mold modification is relatively high. The higher the higher, and the automatic introduction requires the product forming and the output direction to be consistent, so it is difficult to optimize the process, and the cost of introducing automation is relatively high, so the mold that needs to be changed cannot be imported into automation, and it can only be done manually, which seriously occupies the company's human resources and resources. reduce production efficiency

Images