Automatic piece unloading device

Abstract

The invention provides an automatic piece unloading device which comprises a material disc sending device, a material taking device, a material disc taking device and a material disc collecting device. According to the invention, material discs filled with material are firstly stacked up and placed on the material disc sending device, and sent to a material taking area by the material disc sending device; after being sent in place, the material is taken down from the material discs and placed on a conveyer belt by the material taking device, and sent to a production line by the conveyor belt;and after the material is taken down, the empty material discs are taken out of the material taking area and placed on the material disc collecting device by the material disc taking device, so the material discs can be collected and overlaid one by one. Compared with the prior art, the automatic piece unloading device provided by the invention can once grab all material in the material discs, thereby remarkably improving the material taking efficiency; and after the material is taken down, the empty material discs are automatically sent to the material disc collecting device by the material disc taking device to be collected, thereby reducing the production cost of a product.

Description

technical field [0001] The present invention relates to an automatic unloading device, in particular to a device that can quickly extract and place materials from material trays on the production area on an efficient continuous assembly line, and automatically collect the empty material trays after the materials have been removed. device. Background technique [0002] At present, the known work of taking out materials from the material tray is done manually by operators. The efficiency of manual material removal is relatively low, which cannot keep up with the efficient production of the production line, or requires multiple operators to manually remove materials to meet the high-efficiency production line. In this way, the consumption of human resources on each production line will increase, and the production cost of products will increase, reducing the profit of the enterprise and reducing the market competitiveness of the enterprise. When the production line runs effici...

AI Technical Summary

Problems solved by technology

[0002] At present, the known work of taking out materials from the material tray is done manually by operators. The efficiency of manual material removal is relatively low, which cannot keep up with the efficient production of the production line, or requires multiple operators to manually remove materials to meet the high-efficiency production line. In this way, the consumption of human resources on each production line will increase, and the production cost of products will increase, reducing the profit of the enterprise and reducing the market competitiveness of the enterprise.

When the production line runs efficiently for a long time, the employees who take the materials do repetitive actions at high speed for a long time, and are prone to fatigue, which reduces production efficiency and induces related safety hazards

After the operator finishes taking the materials manually, he has to collect the empty plates containing the materials together, which increases the operating procedures and labor intensity of the operators, reduces the efficiency of the operators to take materials, and affects the production efficiency of the enterprise

[0003] In the prior art, there is also a device for automatically taking materials, which takes out materials from the material tray through a single pneumatic claw or electric claw, but because this device takes materials individually, the work efficiency is not high, and it cannot meet the requirements of high efficiency and high speed. In addition, due to the high cost of a single air claw or electric claw, when using multiple air claws or electric claw automatic material picking devices, the cost of the equipment is higher and the structure is more complicated ; Moreover, the device that takes out the material from the material tray through pneumatic claws or electric claws cannot automatically collect the empty material tray after taking the material, and the empty material tray must be manually collected by the operator. Can not meet the requirements of high-speed, continuous production

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