Judgment grading device for large-leaf crops

Abstract

The invention relates to a judging and grading device for large-leaf crops. The judging and grading device comprises a manual feeding module, a visual detection module and a material stirring and bin dividing module which are arranged in sequence. The manual feeding module comprises a feeding conveying assembly with a plurality of partitions, a large-leaf crop is placed in each partition, and the feeding conveying assembly with the partitions conveys the large-leaf crops to the visual detection module one by one for visual imaging detection and grading; the feeding end of the material stirring and bin dividing module is connected with the discharging end of the manual feeding module, the material stirring and bin dividing module comprises a material stirring and conveying assembly and a plurality of temporary storage bin dividing assemblies representing different grades, and the material stirring and conveying assembly pushes large-leaf crops into the corresponding temporary storage bin dividing assemblies from the feeding and conveying assembly to be graded. According to the invention, the problems of regular conveying and detection of feeding of single large-leaf crops and rapid grading in the operation process after detection are solved, and the loss of the crops is low; the function of discharging materials in multiple groups at the same time can be achieved; the productivity is improved and the cost is reduced.

Description

Technical field [0001] The present invention relates to the field of automated equipment visual detection, in particular a judgment classifying device for leaf crops. Background technique [0002] When the big leaf crop needs to be visually detected, the large leaf crop detection needs to be assigned in different levels of position. [0003] At present, the existing equipment is placed on the unstowered belt line, visual detection by belt conveying, and transmitted to the next belt, the next belt swing will send it to the following level, not swing Then send the next leather belt conveyor line, and the leather swing is sent to the following hook, no swing, it will be sent again to the lower belt line, and so on. [0004] However, since the entire belt line is relatively heavy, the swing consumption has a longer time, so it is destined to control the pendulum of the artificial placing big leaf crop, if the frequency is too fast, the time of the swing is not as follows, and it is e...

AI Technical Summary

Problems solved by technology

[0004] However, because the entire belt line is relatively heavy, it takes a long time to swing, so it is doomed to control the beat of manually placing large-leaf crops. If the frequency is too fast, the time for swinging is too late, which may easily lead to misclassification

[0005] Moreover, due to the long length of the large-leaf crops, there is a problem that one end reaches the belt line first and the other end arrives later when feeding manually. Therefore, the one that touches the belt line first will be sent away first, causing the large-leaf crops to tilt , sloping large-leaved crops have an effect on how they respond to their belts, which can also cause misclassification

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