Integrated rotary-pull-leaf-removing air-flow-tilt-preventing precise-classification wearable traveling garment for antirrhinum majus harvesting

Abstract

The invention discloses an integrated rotary-pull-leaf-removing air-flow-tilt-preventing precise-classification wearable traveling garment for antirrhinum majus harvesting and belongs to the technicalfield of antirrhinum majus picking machinery. The integrated rotary-pull-leaf-removing air-flow-tilt-preventing precise-classification wearable traveling garment comprises a 45-degree-oblique-shearing lossless-harvesting shifting staggered-parallel-conveying integrated mechanism, a gradual-advancing leaf-skipping type contracting tightening rotary-pull contradiction leaf removing mechanism, an oblique rotary type air-flow-blowing antigravity oblique lossless precise classification mechanism and the like. Stems are picked through 45-degree oblique shearing, picking, shifting and conveying areintegrated through an extraction principle, all leaves at appointed positions of the antirrhinum majus stems are removed through a gradual-advancing leaf-skipping rotary-contraction-pull lossless manner, gravity is creatively combined with air flow blowing force, the air flow blowing force and the height of the air flow are utilized to allow the antirrhinum majus to keep erect and perform preciselossless classification on the antirrhinum majus.

Description

technical field [0001] The invention belongs to the technical field of snapdragon harvesting machinery, and specifically refers to a snapdragon harvesting integrated swivel, leaf-removing, airflow, anti-falling and quasi-grading wearable walking clothes. Background technique [0002] Antirrhinum genus Scrophulariaceae, named for its goldfish-like flower shape, is a perennial herb with mostly ovate-lanceolate leaves, racemes, and a plant height of 45-70 cm. Antirrhinum is widely planted in Chinese gardens and is suitable for group planting in flower beds. Now it is cultivated in all parts of my country. Antirrhinum has bright colors and unique flower shapes, which is very suitable for viewing. It is an excellent material for summer flower beds. It is widely used in the world. Used in potted plants, flower beds and cut flower production, it is highly ornamental. At the same time, snapdragon is also a kind of traditional Chinese medicine, which has the effect of clearing away he...

AI Technical Summary

Problems solved by technology

[0005] In order to solve the above-mentioned existing problems, the present invention provides a method that can solve the problem that manual picking of snapdragons is heavy labor, takes a long time to pick and collect snapdragons, and the snapdragons are easy to shrink and not fresh, and it is difficult for existing machinery to pick snapdragons without damage. Harvesting snapdragons and quickly processing snapdragons in real time greatly shortens the time for picking snapdragons and effectively improves the freshness and integrity of snapdragons after processing. It can remove all the leaves at the designated position of the snapdragon stem, and can keep the inflorescence and the stem part of the snapdragon in a non-damaged state during the leaf removal process, which not only ensures the aesthetics but also reduces the evaporation of water to preserve the snapdragon It overcomes the technical prejudice that the petals of snapdragon grass are easy to wilt and fall off prematurely during transportation, achieves the best fresh-keeping effect, and solves the contradictory technology that the processing time of snapdragon grass is not long enough and the time for removing leaves is long enough The problem is that the innovative combination of gravity and airflow overcomes the technical bias of snapdragons being easy to bend and grade inaccurately when standing upright, so that snapdragons can keep turning from upright without human touch, using the level of airflow to determine the margin Precisely classify the goodness of snapdragons while the snapdragons are always upright and undamaged, which solves the problem that when sieving snapdragons, it must be in contact with the snapdragons to keep them upright to ensure accurate grading and cannot be in contact with the snapdragons to avoid damage The contradictory problem of snapdragon flowers and leaves cuts out the conventional detection methods, and uses the airflow blowing force and its height to keep the snapdragons from standing upright to accurately classify snapdragons. This solves the problem that ordinary detection methods cannot be accurate due to the bending of snapdragons. The technical problem of grading measurement and easy damage to the quality of snapdragons has achieved the technical effect of accurately and non-destructively measuring the length of snapdragons and grading them without measuring components and positioning components, and at the same time overcomes the heavy labor and frequent contact of manual grading The shortcoming that it is easy to cause damage to the inflorescences of snapdragon, furthermore, in the process of picking and transporting, the flower stems are picked at a 45° oblique cutting, and the 45° inclined bottom surface is conducive to the water absorption of the flower stems, which can prolong the flowering period. The useful part of the action is extracted, and the picking, shaking and transmission are integrated, which overcomes the technical prejudice of low efficiency, heavy labor and easy damage to the snapdragon inflorescences of traditional manual handling. , always keep the flower branches upright, avoid the occurrence of elbows, ensure the quality and timeliness of snapdragon harvesting and processing, and realize the integrated swirling and leaf-removing airflow of snapdragon grass harvesting that can be directly sold in the market from the field Anti-fall quasi-graded wearable walking clothing

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