Automatic line design for ballast packing box packing procedure

Abstract

The invention discloses an automatic line design for a ballast packing box packing procedure. The design comprises a worktable, a conveying belt and a support frame arranged on the worktable, a guide device and a pushing device mounted on the worktable, a moving device mounted on the support frame, and a clamping device connected with the moving device, wherein multiple packing boxes are put on the conveying belt. The automatic line design for the ballast packing box packing procedure is designed and optimized by contacting with problems in a traditional scheme and combining with actual conditions; the guide device is arranged at the front end of a production line of the procedure for tightly moving one batch of three packing boxes to an appointed position; the transverse and longitudinal movements of wide air jaws are finished through a rodless cylinder; the clamping of one batch of three packing boxes is finished through the wide air jaws; the position of a cylinder stopping working satisfies the requirements of the procedure; and after cartons are manually covered, the last pushing step is finished by a box pushing cylinder, so that the operation is more convenient and intelligent.

Description

Technical field [0001] The invention relates to an automatic line design for the packing process of ballast packaging boxes, and belongs to the technical field of automation equipment. Background technique [0002] The automatic production line is a production system that connects a set of automatic machine tools and related auxiliary equipment according to process requirements by a control system and a workpiece transfer system to automatically complete all or part of the product manufacturing process; it is a key link in the development of modern production and one of the mainstream trends 1. It is of great significance for reducing the physical labor of workers, improving the production technology of enterprises, increasing the quantity of products, and improving the quality of products to promote the development of social productivity. It can be said that the development of automata and automatic lines is closely related to the development of industry and the country. Related...

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Problems solved by technology

The steps of this solution are simple, and the moving distance of the manipulator is short, but the following problems were found in the subsequent design process: 1. The lower end of the manipulator will interfere with the conveyor belt, and the manipulator will touch the conveyor belt, which is dangerous and will damage the manipulator; 2. Manipulator During the moving process, the entire two-layer packaging box is moved; because the packaging box itself has a certain weight, the rigidity of the manipulator is high; 3. There are problems in the grasping and placement of the workpiece by the manipulator. First, the positioning accuracy is poor. The second is the lack of power source

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