A comprehensive collection system for automatic cutting center aluminum chips

Abstract

The invention provides a comprehensive collection system for automatic cutting center aluminum chips. An outer cover is arranged above the end of the conveyor belt protruding from the discharge port. The inner end of the outer cover is connected with the main machine. The lower end communicates with a collection bin for collecting aluminum alloy debris. In the present invention, the aluminum scraps at the discharge port of the main machine are collected by using the outer cover, the aluminum scraps at the receiving system are collected by the inclined bin, and the aluminum scraps at the belt are removed by means of air jet, so that the automatic cutting center mainly produces aluminum scraps The place is well collected, which ensures the cleanliness of the production site and provides a good working environment for the operators and the host.

Description

technical field [0001] The invention belongs to the structure improvement technology of aluminum profile production and processing equipment field , especially a comprehensive collection system for automatic cutting center aluminum chips. Background technique [0002] The automatic cutting center is an automatic equipment for aluminum profile cutting. Its working process includes an automatic feeding system, an automatic cutting system and an automatic receiving system. [0003] The structure of the cutting system is: including the control box 1 and the main machine 3, the swing arm 2 is installed at the upper end of the main machine, the control box is installed at the lower end of the swing arm, the main machine is equipped with a cutting unit and a conveying unit, and the profile material comes from the feeding port on the side of the main machine. It enters, and is clamped to a suitable position by the conveying unit. The cutting unit completes the cutting of the corner...

AI Technical Summary

Problems solved by technology

[0007] 1. There are heat dissipation components inside the main engine, and the airflow generated by it is blown out from the discharge port. The airflow will blow out part of the aluminum chips from the discharge port and fall to the ground, and the surface of the aluminum profile will be stained with aluminum chips. When it is transported from the discharge port to the receiving system, these aluminum chips will fall to the ground, and will also fall to the surface of the receiving system. It is difficult to clean the aluminum chips, which makes the work site dirty and sticks to the aluminum profiles. The aluminum shavings will also scratch the surface of the profile

[0008] 2. Because the belt in the belt conveyor has transverse convex ribs, to ensure that the aluminum chips will not slide down the arc section, but the smaller aluminum chips will adhere to the belt and fall to the bottom plate 66 of the belt conveyor, resulting in A lot of aluminum shavings are accumulated here, which leads to wear of the belt, and some aluminum shavings return to the host, resulting in accumulation at the lower end of the belt conveyor.

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