Floccule pollination device for angelica keiskei

Abstract

The invention relates to the technical field of gardening instruments and especially relates to a floccule pollination device for angelica keiskei. The floccule pollination device comprises an air-blowing bottle, wherein an air-blowing pipe is connected with a bottleneck of the air-blowing bottle; an arc-shaped cover is connected with the other end of the air-blowing bottle; a pollen putting device is arranged on an inner side surface of the arc-shaped cover; the pollen putting device mainly comprises a gauze layer and a cotton layer; the gauze layer is arranged under the cotton layer; the gauze layer and the cotton layer are connected with each other by heated phenolic resin; and an air-blowing opening which is connected with the arc-shaped cover is arranged between the arc-shaped cover and the pollen putting device. After the structure is adopted, the floccule pollination device for angelica keiskei can utilize the air-blowing bottle to blow air for coating the pollen on the pistils of the angelica keiskei as uniform as possible and can utilize the air-blowing bottle to inhale air for excellently adsorbing the pollen onto the cotton layer in the pollen putting device; the original pollination in the manner of blowing air into the air-blowing bottle is simplified; the pollination is simple and convenient; and the pollination efficiency is high.

Description

technical field [0001] The invention relates to the technical field of gardening equipment, in particular to an ashitaba tidbit pollinator. Background technique [0002] Ashitaba is named for its strong vitality that if you pluck the leaves today, new leaves will emerge tomorrow. Large perennial herb; plant height 80-120 cm, stems and leaves contain yellow sap, erect stems, multi-branched. According to the shape of the plant, it can be divided into three varieties: green stem species, red stem species and mixed species. Preferring from cool to warm in nature, this umbelliferous plant has been known as a Hachijojima herb since the Edo period. Or deep-fried, or fried, or made into miso soup, etc., which have the effects of anti-cancer, preventing cell aging, and regulating chronic diseases. The pollination of Ashitaba generally adopts artificial pollination, that is, collecting pollen, and then spraying the pollen on the stamens of Ashitaba. This pollination method consumes...

AI Technical Summary

Problems solved by technology

The pollination of Ashitaba generally adopts artificial pollination, that is, collecting pollen, and then spraying the pollen on the stamens of Ashitaba. This pollination method consumes a lot of manpower and material resources, and the pollination effect is not very good, and a lot of pollen will accumulate in the pollination bottle In the middle, the efficiency of pollination is low, so it cannot meet the needs of modern ashitaba's tidbit pollination

Images