Self-propelled daylily picking machine

Abstract

The invention discloses a self-propelled daylily picking machine. The main points of the technical solution are that the self-propelled daylily picking machine includes a main frame, wherein the mainframe is provided with a walking mechanism, a gathering group plate, a picking mechanism, and a collecting mechanism. The invention realizes automatic movement and turning through the walking mechanism, gathers the daylily by the gathering group boards to reduce the daylily picking area, realizes the automatic picking of daylily flower buds through the picking mechanism, and realizes the centralized collection of the picked daylily flower buds through the collecting mechanism, thereby realizing the function of picking daylily automatically, reducing the labor intensity of pure daylily pickingdaylily, improving the picking efficiency of daylily, and indirectly increasing the economic benefits for the place where daylily is planted.

Description

technical field [0001] The invention relates to the field of agricultural equipment, in particular to a self-propelled day lily picker. Background technique [0002] At present, there is no mechanical product specially used for picking day lily in the domestic and foreign markets. At this stage, day lily picking is still generally traditional purely manual picking, and the automation and mechanization of picking has not been realized. [0003] For this traditional pure manual picking, there are mainly following deficiencies. First, because the economic value of day lily determines that the economic value of day lily before flowering bud is greater than that after flowering, and the biological characteristics of day lily flower bud period are relatively short, so day lily must realize large-scale large-scale production within a limited period of time. Picking, this short-term and high-labor-intensity pure manual picking mode is undoubtedly a waste of labor; second, tradition...

AI Technical Summary

Problems solved by technology

First, because the economic value of day lily determines that the economic value of day lily before flowering bud is greater than that after flowering, and the biological characteristics of day lily flower bud period are relatively short, so day lily must realize large-scale large-scale production within a limited period of time. Picking, this short-term and high-labor-intensity pure manual picking mode is undoubtedly a waste of labor; second, traditional pure manual picking is heavy work and labor-intensive for pickers, and it is extremely hard for pickers; The efficiency of traditional manual picking is low and the labor cost is high; fourth, the labor mode of purely manual picking of day lily restricts the development and expansion of the day lily industry; fifth, most of the large-scale planted agricultural products have been mechanized and automated, The mechanization and automation of day lily is imperative

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