Space and self-rotation stirring based separation vehicle for holding type double-oblique picking of ensete lasiocarpum

Abstract

The invention belongs to the technical field of ensete lasiocarpum picking machinery and discloses a space and self-rotation stirring based separation vehicle for holding type double-oblique picking of ensete lasiocarpum. The vehicle comprises a holding fitting vibratory double-oblique cutting picking mechanism, a cauloid outer bract holding cutting space separation mechanism, a 360-degree stirring type inflorescence lossless separation mechanism, a screening loading mechanism and a mobile vehicle body mechanism. The screening loading mechanism is arranged on the mobile vehicle body mechanism,and the holding fitting vibratory double-oblique cutting picking mechanism is arranged between the cauloid outer bract holding cutting space separation mechanism and the 360-degree stirring type inflorescence lossless separation mechanism. The space and self-rotation stirring based separation vehicle for holding type double-oblique picking of ensete lasiocarpum has advantages that high adaptability to growth characteristics and holding type double-oblique picking of ensete lasiocarpum which is a lamellar overlapping growth plant is realized, and lossless separation of new bracts, cauloid outer bracts and inflorescences of ensete lasiocarpum is realized by reverse spatial separation thinking and self-rotation stirring separation.

Description

technical field [0001] The invention belongs to the technical field of earth-growing golden lotus picking machinery, and specifically refers to a ground-growing golden lotus holding-type double-diagonal picking separation vehicle based on space and rotation. Background technique [0002] Dichong nasturtium belongs to the Musaceae plant, which is mainly distributed in the central part of Yunnan to the west and Sichuan Province. When it blooms, it looks like a golden lotus gushing out of the ground, which has great ornamental value. At the same time, Dichong nasturtium also has a wide range of medicinal and edible Value, its inflorescence can be used as medicine, has the effect of astringent and hemostasis, can cure leucorrhea, red collapse and large intestine bleeding, stem juice can relieve alcohol poisoning, Aconitum intoxication and tinea capitis, pseudostem can be used as animal breeding feed, young bract leaves And the heart of the inflorescence can be cooked with other ...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above-mentioned existing problems, the present invention provides a double oblique holding concave arc-shaped picking piece for layered overlapping growth plants that fits its growth trend and growth angle, and only uses The simple mechanical mechanism realizes the two-way vibration effect and cooperates with the picking parts to complete the non-destructive picking of the layered overlapping growth plants according to their natural growth trend and growth angle. It is a complicated and inefficient way to separate a small volume and a large number of inflorescences from overlapping bracts, and creatively adopts the idea of ​​reverse space separation. The outer bracts are stripped in advance to expose the inflorescences, which is convenient for separation. It realizes the separation of complex and delicate inflorescence embedded plants, which replaces the traditional complicated and inefficient space separation method of clamping inflorescences. It does not need to add complicated mechanical mechanisms, only changing the inclination angle of the concave arc picking parts and the concave arc angle of the picking parts to make it Adapting to the growth trend and growth angle of the new bracts of the inflorescence can realize the layered overlapping growth, the effective separation of the outer bracts and pseudostems of the inflorescence embedded growth plant, and the growth of inflorescences without damaging the new bracts and bracts The inflorescence hidden between the layered bracts is exposed on the outer surface of the new bracts, and the inner and outer concave shapes of the special structure are used to fit the separation parts of the hourglass-shaped special structure (the outer concave arc fits the growth trend of the new bracts and The growth angle fully wraps and protects the new bracts from damage during the separation of the inflorescences while allowing the inflorescences to be clearly exposed. The triangular notch at the blade fits the growth trend and growth angle of the inflorescences and separates the inflorescences from the new bracts through a toggle separation method. Separation at the circumference of the bract) and the 360° inflorescence self-rotating structure drive the circular rotation of the new bract and cooperate with the non-destructive separation mechanism of the inflorescence to realize the technical effect of the self-rotating and toggling all-round separation of the inflorescence around the new bract

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