Reciprocating type ellipsoid-like fruit and vegetable sorting and boxing system

Abstract

The invention provides a reciprocating type ellipsoid-like fruit and vegetable sorting and boxing system. The sorting and boxing system comprises a feeding mechanism, a weighing mechanism, a sorting and unloading mechanism, a control module and an annular conveying belt forming a conveying face through fruit and vegetable trays. One or more unloading channels are arranged at the position of the sorting and unloading mechanism. Each unloading channel has a fixed unloading port number, and the sorting weight corresponding to the sorting operation of each unloading channel each time is the presetvalue. The discharging face of the feeding mechanism outputs fruit and vegetable materials to the fruit and vegetable trays. The fruit and vegetable trays are provided with tray numbers, and after being loaded with the materials, the fruit and vegetable trays pass through the weighing mechanism; the control module obtains the weight of the materials on the fruit and vegetable trays through the weighing mechanism, and the unloading channels with the corresponding unloading port numbers are allocated to the fruit and vegetable trays according to the weight of the loaded materials; and when thefruit and vegetable trays are driven by the annular conveying belt to descend to be allocated to the unloading channels for the fruit and vegetable trays, the fruit and vegetable trays pour the materials into the unloading channels, and sorting is finished. By means of the reciprocating type ellipsoid-like fruit and vegetable sorting and boxing system, the fruit and vegetable materials can be rapidly sorted according to the order weight requirement.

Description

technical field [0001] The invention relates to the technical field of materials, in particular to a reciprocating ellipsoidal fruit and vegetable sorting and boxing system. Background technique [0002] With the development of my country's agriculture, the sown area of ​​fruits and vegetables has increased from 3.3309 million hectares in 1978 to 166.650 million hectares in 2016. A large number of fruits and vegetables need to be graded and screened before delivery, and then sorted, packed and delivered according to customer orders. Fruit and vegetable sorting and boxing, as one of the links in the market of fruits and vegetables, is an important process for the added value of agricultural products. However, the traditional manual sorting has been unable to adapt to the sorting and packing of large quantities of fruits and vegetables due to its shortcomings such as high labor intensity, error-prone, and low efficiency. [0003] The development of fruit and vegetable agricu...

AI Technical Summary

Problems solved by technology

The operator needs to manually put the fruits and vegetables into the box according to the weight required by the customer's order, which is labor-intensive and takes a long time, resulting in a high error rate and low efficiency

At the same time, due to the short shelf life of fruits and vegetables, the freshness of fruits and vegetables directly affects the price and sales of fruits and vegetables

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