Screening device for canned fruit production line

Abstract

The invention discloses a screening device for a canned fruit production line, which includes a sub-sieving structure, a detection structure and a controller; the sub-sieving structure includes a machine body, a storage box and at least two roller groups arranged in the body, and each roller group is arranged along the machine body. The top of the storage box and the top of the storage box are arranged horizontally and at intervals, and each roller set is provided with a pushing part on the side away from the storage box; the roller set includes several rollers arranged horizontally and at intervals, and all the rollers are divided into over In the sieve section and the transport section, a fruit drop gap is formed between adjacent rollers in the sieve section; there is a rotation gap between two adjacent rollers in the transport section; the detection structure includes several transport parts, and is set in each transport section. Capture part on one side of the part. The sieving sections of multiple roller groups in the technical solution proposed by the present invention classify the fruits according to different diameters, which has achieved fast fruit sorting; the pushing parts can accelerate the sorting of fruits, and avoid the sieving sections due to the distance between the rollers. Too long results in reduced transport capacity.

Description

technical field [0001] The invention relates to the technical field of fruit screening, in particular to a screening device for a canned fruit production line. Background technique [0002] Canned fruit refers to the fruit processed products that are juicy and edible plant fruits with sweet and sour taste mainly through screening, cutting, boiling and canning. Fruit screening is the first step in the production of the entire canned fruit production line, and it is even more crucial. Once the screening fails, it will cause problems with the entire batch of canned fruits and cause major economic losses. The current fruit sorting generally sorts the fruits according to the size first, and then manually transports the fruits of different diameters to different conveyor belts for manual inspection of whether the fruits have bad fruits. In this way, it is divided into multiple screenings, which requires high labor costs and The error rate is high, resulting in the need for multi-...

AI Technical Summary

Problems solved by technology

[0003] The main purpose of the present invention is to provide a screening device for canned fruit production line, which aims to solve the problem that the fruit screening process is complicated and it is difficult to find bad fruits

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