Internet fruit and vegetable weighing and subpackaging device

Abstract

The invention discloses an internet fruit and vegetable weighing and subpackaging device which comprises a control module, a discharging mechanism, an inversion mechanism, weighing and subpackaging mechanisms, code printers and a workbench. The two weighing and subpackaging mechanisms are arranged longitudinally in the direction of a discharging section. The weighing and subpackaging mechanisms are arranged in corresponding installing through grooves of the workbench. The inversion mechanism comprises a discharging inversion channel, an inversion electric cylinder arranged in the same direction as the discharging section and an inversion transmission assembly driving the weighing and subpackaging mechanisms to be operated in turns, the discharging inversion channel slidably sleeves the discharging section, the inversion transmission assembly and the discharging inversion channel are both connected to the output end of the inversion electric cylinder, bottom box doors are arranged at the bottoms of the weighing and subpackaging mechanisms, and the code printers are arranged at one sides of the corresponding weighing subpackaging mechanisms. Impact force generated in the dischargingprocess can be effectively reduced, falling impact generated during encasement is reduced, and damage to fruits and vegetables in the subpackaging process is avoided.

Description

technical field [0001] The invention relates to an Internet fruit and vegetable weighing and packaging device. Background technique [0002] At present, with the popularization of e-commerce, more and more farmers and small businesses have begun to use the Internet to sell agricultural products, and farmers can directly contact consumers to save intermediate costs. However, because consumers have different needs for agricultural products, especially the large difference in purchase volume, and the small demand of a single customer, the cost of conventional quantitative packaging equipment is high, and it is not easy to carry out quantitative packaging of a small amount of products, and frequent adjustments to the set weight are prone to errors. Efficiency Low. Therefore, most farmers and small businesses adopt manual packaging, which saves costs but is inefficient. In addition, many fruits and vegetables that are soft and easy to be damaged need to reduce collision and ext...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an Internet fruit and vegetable weighing and packaging equipment to solve the problem that in the prior art, when fruits and vegetables are weighed and packaged, collisions and extrusions are easy to occur, resulting in damage to agricultural products and causing losses.

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