Portable auxiliary fruit picking apparatus

Abstract

The invention discloses a portable auxiliary fruit picking apparatus. The apparatus comprises a machine frame, a connecting rod, a shearing mechanism, a sequence mechanism, a labor-saving mechanism and a storage pipe. The machine frame is an outer frame of the apparatus, the shearing mechanism is connected to the machine frame, the sequence mechanism is connected to the lower side of the shearingmechanism, the labor-saving mechanism is connected with the connecting rod, the storage pipe is connected to the sequence mechanism, and the connecting rod is connected with the labor-saving mechanismand the shearing mechanism. When a fruit is picked, the fruit enters into the apparatus, baffle plates of the sequence mechanism are closed, a rope of the labor-saving mechanism is pulled, the connecting rod is driven to make the shearing mechanism shear a fruit pedicle, the connecting rod drives the sequence mechanism to open the baffle plates at the same time, the sheared fruit falls into the storage pipe through the sequence mechanism, the rope is released, and springs of the sequence mechanism make the whole mechanism return to the original position. The mechanical structure of the apparatus aims to assist people in picking fruits, traditional fruit picking demands are ensured, and people operation amounts are also reduced. The apparatus has the advantages of being simple in operationand labor-saving, so that the apparatus is convenient in putting on the market for sales.

Description

technical field [0001] The invention relates to the technical field of agricultural and forestry equipment, in particular to a portable auxiliary fruit picking device. Background technique [0002] Fruit picking is part of a fruit grower's job. The ripening period of the fruit is relatively concentrated, the quantity is large, and it needs to be harvested in a short time, so it needs to consume a lot of manpower and material resources every year. The heights of the fruit-bearing fruit trees are different, and the growth positions and directions of the fruits of the same fruit tree are different, and some fruits grow on the side of the branches. At present, fruit growers usually hold scissors to cut the fruit on the tree and put them in the fruit basket. This picking method requires the fruit grower to perform repeated squatting movements, which is labor-intensive and inefficient. The scissors are easy to scratch the palm of the hand and require a certain amount of force to ...

AI Technical Summary

Problems solved by technology

In general, the existing technology has the problem that it takes a lot of time to manually determine the position of the fruit pedicle to cut the fruit pedicle, and the cutting of the fruit pedicle cannot be realized stably, and the mechanism is not delicate and not easy to carry around

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