Automatic loading and unloading production line

Abstract

The invention discloses an automatic loading and unloading production line. The production line comprises an AGV rail, an AGV car arranged on the AGV rail, a RGV rail and a RGV car arranged on the RGVrail, and further comprises multiple numerical control machine tools and a material vehicle for carrying materials; multiple parking wharfs are arranged on the side surface of the RGV rail; and the parking wharfs and the material vehicle are provided with first butt joint pieces and second butt joint pieces matched with each other. The automatic loading and unloading production line uses an automatic tracking function of the AGV car for conveying materials to the parking wharfs; then, the RGV car uses an intelligent manipulator for taking the materials on the parking wharfs; finally, the RGVcar conveys the materials into the corresponding numerical control machine tools according to the demands of all the numerical control machine tools; clinkers machined in the numerical control machinetools are taken out and conveyed into the AGV car to realize automatic loading and unloading functions, so that the working efficiency is high, and a lot of labor costs are saved; and the productionline is applied to the field of automation equipment.

Description

technical field [0001] The invention relates to the field of automation equipment, in particular to an automatic loading and unloading production line. Background technique [0002] CNC (Computerized Numerical Control Machine) is also called numerically controlled machine tools. The existing CNC processing workshops require a large amount of labor costs. And the following problems generally exist. [0003] (1) Manual clamping of raw materials and long dismantling of clinker lead to long waiting time for CNC processing and CT, which reduces the rate of fulfillment of delivery deadlines; [0004] (2) Due to problems such as clamping errors, the product cannot meet the accuracy requirements, which lowers the yield rate and reduces the competitiveness of the enterprise; [0005] (3) When there are many kinds of CNC in the workshop, the difference in operation mode and instructions leads to an increase in the difficulty of operation, and certain requirements are placed on the s...

AI Technical Summary

Problems solved by technology

[0003] (1) Manual clamping of raw materials and long dismantling of clinker lead to long waiting time for CNC processing and CT, which reduces the rate of fulfillment of delivery deadlines;

[0004] (2) Due to problems such as clamping errors, the product cannot meet the accuracy requirements, which lowers the yield rate and reduces the competitiveness of the enterprise;

[0005] (3) When there are many kinds of CNC in the workshop, the difference in operation mode and instructions leads to an increase in the difficulty of operation, and certain requirements are placed on the skills of the operators, which increases the training cost of the enterprise;

[0006] (4) Labor costs continue to rise

[0007] (5) Difficulty in recruiting workers, loss of personnel, difficulty in management, raising workers in off-season and urgent workers in peak season, the mobility of workers will increase the management cost of the factory, and will affect the normal production plan

[0008] To sum up, the existing CNC production line is still a manual-oriented production line with insufficient automation, so it is impossible to further reduce costs, improve production efficiency and production quality

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