Butterfly type multifunctional picker for pome fruits

Abstract

A butterfly type multifunctional picker for pome fruits is composed of a butterfly type picker body, a picking control mechanism, an universal rotation mechanism, a hand-held extension rod and the like and specially used for picking and harvesting the pome fruits, especially for picking and harvesting apples on high-height branches. Through the design of the picking mechanism and the rotation mechanism, the picking angle can be adjusted arbitrarily; the hand-held extension rod can be adjusted according to the terrain height or the height of fruit trees, and the picker can be suitable for picking and production of the pome fruits different in height and places, helps fruit farmers improve the efficiency of fruit harvesting, ensures the quality of picking, reduces the labor intensity, reduces the labor cost, and has the advantages of being simple in structure, simple in operation, driven by an engine, flexible, low in use and maintenance cost and the like. The technology is issued at home and abroad for the first time in the field of mechanical harvesting of the pome fruits, can meet the needs of fruit production mechanization in China, is especially suitable for application and popularization in mountain forest areas, and has important practical significance and good market application prospects.

Description

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AI Technical Summary

Benefits of technology

In this patented system there are several technical benefits: they have specialized tools specifically suited for pickling high branches like apple trees, which makes them difficult to collect efficiently by themselves due to their size. They also allow for flexibility during operations without requiring complicated equipment such as cranes or machinery. These systems make it easier than other methods because they require less effort from workers while still being effective.

Problems solved by technology

Technological Problem: Current methods involve manually collecting crops from various locations such as mountainside regions where there may exist numerous types of vegetables that require special attention during harvester operations like grabbling plants together on truck tractor platforms. These techniques include heavyweight lifting devices (HQ), long range electricity cords, battery packs, hydraulics systems, and other technical means. However, these current solutions lack versatility and ease of handling, which makes it challenges even more when trying to automation efforts towards commercial greenhouse cultivations.

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