Ballonflower harvesting machine

Abstract

The invention discloses a ballonflower harvesting machine which comprises a stand and land wheels. The land wheels are arranged at the bottom of the stand; the front end of the stand is provided with a traction bracket, and the rear part is provided with a collection box; the bottom of the front end surface of the stand is provided with a lifting coulter; a power converter is arranged in front of the stand and near to the traction bracket; the front of the power converter is provided with a power input rod, and one side is provided with a power input shaft; the power converter is connected with a chain type mesh sieve through an oscillating transmitting device; and the chain type mesh sieve is arranged in the stand on the front end of the stand and comprises a power output chain wheel, a power accepting shaft, a power accepting chain wheel, an oscillating block, a chain, an upper transmission shaft, a lower transmission shaft, an upper transmission chain wheel and a lower transmission chain wheel, wherein the upper transmission chain wheel is arranged on the upper transmission shaft, and the lower transmission chain wheel is arranged on the lower transmission shaft. The ballonflower harvesting machine has the advantages of low labor intensity, high work efficiency and simple process and is suitable for rapidly harvesting the ballonflower and the crops similar to the ballonflower in one time.

Description

technical field [0001] The invention relates to a harvester, in particular to a bellflower harvester. Background technique [0002] At present, the harvest of platycodon grandiflorum mostly adopts the methods of manual planing, excavator digging or tractor-assisted pear removal and soil removal. Adopt manual planing method, because the fruit of platycodon grandiflora enters the ground deeper, the labor intensity of worker's work is big, and labor efficiency is low. Adopt the method of excavator excavation, because also need to remove the soil around bellflower again after fixed-point digging once, the procedure is comparatively complicated. The use of tractors to assist pears also needs to clear the soil again, which has the problems of complicated procedures and low labor efficiency. Contents of the invention [0003] The technical problem solved by the present invention is to provide a bellflower harvester, which has high working efficiency, low labor intensity and sim...

AI Technical Summary

Problems solved by technology

Using manual planing method, because the fruit of Platycodon grandiflorum enters the ground deeply, the labor intensity of workers' work is high and the labor efficiency is low

Using the method of excavation, the process is more complicated because the soil around the bellflower needs to be removed again after digging out at fixed points.

The use of tractors to assist pear harvesting also needs to clear the soil again, which has the problems of complicated procedures and low labor efficiency.

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