Full-automatic loading and unloading integration equipment for fence stand columns or cross bars

Abstract

The invention discloses full-automatic loading and unloading integration equipment for fence stand columns or cross bars. The equipment comprises an electric control cabinet, a first conveying part, aloading mechanical arm, an unloading mechanical arm and a second conveying part, wherein the loading mechanical arm and the unloading mechanical arm both comprise mechanical arm bodies, and fixturesmounted on the mechanical arm bodies for clamping fences; and the second conveying part comprises an upper bracket, a hanging hook module slidingly connected to the upper bracket, and a driving chainmounted in the upper bracket and connected with the hanging hook module. The equipment uses an automatic grabbing robot, is simple in programming, convenient to operate, simple in maintenance, higherin usability, excellent in reliability and stability, precise and high in use safety, can meet the production line requirements, is changed as needed, and is excellent in energy conservation, low in action amplitude, capable of being maintained, easy to maintain, excellent in after-sales service, free of noise and harmful substances and excellent in treatment.

Description

technical field [0001] The invention relates to a fully automatic loading and unloading integrated equipment for guardrail columns or cross bars. Background technique [0002] The production process of guardrail posts or crossbars requires painting treatment. At present, the painting process includes two parts: loading and unloading. The two parts have the following problems: 1. A total of 6 people are required for loading: 4 operators (large and heavy materials) move the materials from the storage area to the raised platform next to the assembly line, place them on the ground at an incline, and 2 people support them , the other two people install the hanger, 4 people lift it up, and the 2 people on the raised platform combine the hanger with the hanger on the assembly line, and the product flows automatically. 2. A total of 4 people are required for unloading: remove the sprayed products from the guide rail assembly line and place them in the semi-finished product area. ...

AI Technical Summary

Problems solved by technology

The two parts have the following problems: 1. A total of 6 people are required for loading: 4 operators (large and heavy materials) move the materials from the storage area to the raised platform next to the assembly line, place them on the ground at an incline, and 2 people support them , the other two people install the hanger, 4 people lift it up, and the 2 people on the heightened platform combine the hanger with the hanger on the assembly line, and the product flows automatically

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