Comb type wolfberry picking combined harvester

Abstract

The present invention discloses a rake-like combine harvesting machine for wolfberry plucking. A self-propelled storage vehicle is moved by an engine that drives wheels; a storage bin is provided on the storage vehicle; the storage vehicle is connected with a harvesting frame by a vehicle frame; a fruit-raking-device support is disposed in the harvesting frame; a fruit collecting cylinder is disposed in the fruit-raking-device support; three facets of the fruit-raking-device support are, in turn, separately evenly provided with and fixedly connected with a fruit raking device; a discharge end of the fruit raking device communicates with a fruit collecting hole of the fruit collecting cylinder; a power spindle separately drives three evenly arranged vertical transmission shaft, the transmission shaft separately drives a corresponding fruit-raking-device shaft by an evenly-arranged bevel gear; the fruit-raking-device shafts are disposed in the fruit collecting bin with an upper opening; fruit brushing rakes are evenly arranged on the rack fruit shaft radially; and a fruit collecting delivery belt that communicates with the storage bin is disposed at a bottom of the fruit collecting cylinder. The rake-like combine harvesting machine for wolfberry plucking in the present invention replaces manual plucking with mechanized plucking and integrates plucking, basketing and delivery together, which results in high plucking efficiency, good quality, a low fruit breakage rate and low labor intensity.

Description

technical field [0001] The invention belongs to harvesting machinery for wolfberry and shrub berries, in particular to a rake-type wolfberry picking combined harvester. Background technique [0002] At present, manual harvesting is mostly used in the harvesting of wolfberry and shrub berries. The labor intensity of harvesting is high, the efficiency of harvesting is low, and the amount of labor is large, which restricts the development of the entire industry. Based on this, some hand-held vibration and automatic Hand-held harvesting device, but there are many problems: [0003] 1) Although the harvesting efficiency is improved to a certain extent during picking, the labor intensity of people is increased; [0004] 2) Picking requires secondary collection, which increases the harvesting process and secondary bad fruit rate; [0005] 3) Since wolfberry is a crop that matures and is harvested many times a year, vibration has a high rate of damage to branches, which affects th...

AI Technical Summary

Problems solved by technology

[0002] At present, manual harvesting is mostly used in the harvesting of wolfberry and shrub berries. The labor intensity of harvesting is high, the efficiency of harvesting is low, and the amount of labor is large, which restricts the development of the entire industry. Based on this, some hand-held vibration and automatic Hand-held harvesting device, but there are many problems:

[0003] 1) Although the harvesting efficiency is improved to a certain extent during picking, the labor intensity of people is increased;

[0004] 2) Picking requires secondary collection, which increases the harvesting process and secondary bad fruit rate;

[0005] 3) Since wolfberry is a crop that matures and is harvested many times a year, vibration has a high rate of damage to branches, which affects the follow-up results of wolfberry;

[0006] 4) It cannot be picked continuously and cannot fundamentally change the contradiction of industrial labor consumption

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