Full-automatic unstacking and unpacking system

Abstract

The invention relates to a full-automatic unstacking and unpacking system. The system comprises a chain plate type conveyor, a hydraulic turnover unstacking device, a packing bag conveyor (10), a full-automatic unpacking machine (11), a full-automatic packing machine (12) and a pulse dust remover (13); the output end of the chain plate type conveyor is connected with the input end of the hydraulic turnover unstacking device, and the output end of the hydraulic turnover unstacking device is connected with the input end of the packing bag conveyor (10); the packing bag conveyor (10) is connected to a supporting frame of the hydraulic turnover unstacking device, and the output end of the packing bag conveyor (10) is connected with the full-automatic unpacking machine (11); a material outlet is formed in the bottom end of the full-automatic unpacking machine (11), and the bag outlet end of the full-automatic unpacking machine (11) is connected with the full-automatic packing machine (12); and the full-automatic unpacking machine (11) is connected with the pulse dust remover (13) through a ventilation network pipeline. The full-automatic unstacking and unpacking system has the beneficial effects that the efficiency is high, continuity and full automation are achieved, the unstacking and unpacking environment is optimized, material losses are reduced, unnecessary pollution is prevented, and labor force is saved.

Description

[technical field] [0001] The invention relates to the technical field of destacking, unpacking and unloading of solid powder materials, in particular to an automatic destacking and unpacking system. [Background technique] [0002] At present, the depalletizing of pallets of solid and powder packaging materials in the market is done manually one by one, or automatically by robots. Among them, manual unstacking: Since the packaging bags are generally 40-50kg per bag, the labor intensity of the workers is very high, and the efficiency is very low. Generally, several workers are required to work at the same time to complete a certain amount of work; and because the current cost of workers is very high , so now many companies are looking for automated unpacking and unpacking systems. Robot unstacking: Since most of the packaging bags for many materials are woven bags, and most of the robots use vacuum adsorption to grab bags, the woven bags are difficult to absorb, and most of t...

AI Technical Summary

Problems solved by technology

Among them, manual unstacking: Since the packaging bags are generally 40-50kg per bag, the labor intensity of the workers is very high, and the efficiency is very low. Generally, several workers are required to work at the same time to complete a certain amount of work; and because the current cost of workers is very high , so now many companies are looking for automated unpacking and unpacking systems

Robot unstacking: Since most of the packaging bags for many materials are woven bags, and most of the robots use vacuum adsorption to grab bags, the woven bags are difficult to absorb, and most of the actual pallets are manually stacked, and the pallets are of different sizes. , causing the robot to misjudge, the failure rate is extremely high, and the maintenance cost of the robot is very high

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