Notch stem remaining type pineapple picking auxiliary tool

Abstract

The invention discloses a notch stem remaining type pineapple picking auxiliary tool. The notch stem remaining type pineapple picking auxiliary tool comprises a telescopic bracket; a self-adaptive clamping shearing integrated device is arranged at the front end of the telescopic bracket; a transmission mechanism which is connected with the self-adaptive clamping shearing integrated device is arranged in the middle of the telescopic bracket; a weight bearing auxiliary mechanism is arranged at the tail end of the telescopic bracket; the telescopic bracket comprises two telescopic pieces; one endof one of the telescopic pieces is hinged to one end of the other of the telescopic pieces through a supporting frame, and the other end of one of the telescopic pieces is hinged to one end of the other of the telescopic pieces through a handle; the two telescopic pieces, the supporting frame and the handle are connected to form a planar four-rod mechanism. The notch stem remaining type pineapplepicking auxiliary tool has the characteristics of high picking efficiency, high adaptability, and convenience in use.

Description

Technical field [0001] The invention relates to a pineapple picking tool, in particular to an auxiliary tool for pineapple picking with an incision and a stem. Background technique [0002] Most domestic pineapples are planted on mountain slopes. The use of large-scale pineapple picking machinery is dangerous and poor in flexibility. Therefore, pineapple picking in my country at this stage is basically manual picking or manual assisted picking. Manual picking is highly efficient, but the labor intensity is high and the picking conditions are difficult, resulting in the low willingness of the younger generation of labor to engage in this industry. How to use mechanical assisted manual picking is the best way to solve the current stage of pineapple picking on the hillside. [0003] At present, the main auxiliary picking machinery of pineapple mainly has two ways: the first way is mainly to realize the separation of the pineapple and the stem by closing the clamp by the motor driving ...

AI Technical Summary

Problems solved by technology

[0002] Most of the domestic pineapples are planted on hillsides, and the use of large-scale pineapple picking machinery is dangerous and has poor flexibility. Therefore, at this stage, pineapples in my country are basically picked manually or manually assisted.

The efficiency of manual picking is high, but the labor intensity is high and the picking conditions are difficult, which leads to the general low willingness of the younger generation of labor to engage in this industry. How to use mechanical assisted manual picking is the best way to solve the current stage of hillside pineapple picking

[0003] At present, there are two main methods of pineapple auxiliary picking machinery: the first method mainly uses the motor to drive the connecting rod to realize the closure of the clamp to realize the separation of the pineapple from the stem. There are disadvantages such as the requirement of 2-3 cm stems; the second picking method is mainly to collect pineapples by grabbing the pineapple fruit with a spring-driven clamp. This device has the disadvantages of time-consuming and laborious, low practicality, and easy damage to the fruit.

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