Rapid operation equipment based on big data information

Abstract

The invention discloses rapid operation equipment based on big data information. The rapid operation equipment based on big data information comprises a pedestal, and a sowing device arranged in the pedestal; the top surface of the sowing device is provided with a conical chamber; the bottom of the conical chamber is provided with a seed outlet; the conical chamber is communicated with the seed outlet; the bottom of the seed outlet is provided with a stirring chamber; the seed outlet is communicated with the stirring chamber; the bottom of the stirring chamber is provided with a seed dischargeport; the stirring chamber is communicated with the seed discharge port; the bottom of the seed discharge port is provided with a slide convey chamber designed to stretch to the left and the right; the seed discharge port is communicated with the slide convey chamber; the bottom of the slide convey chamber is provided with a conical sowing groove; the slide convey chamber is communicated with theconical sowing groove; the bottom of the sowing device is penetrated by the conical sowing groove; a first accommodation chamber is arranged in the sowing device on the left side of the slide conveychamber; a blocking plate is arranged between the first accommodation chamber and the slide convey chamber; a first slide convey groove designed to stretch upward and downward is arranged in the sowing device on the left side of the first accommodation chamber; the top of the first slide convey groove is provided with a second accommodation chamber designed to stretch upward; the first slide convey groove is communicated with the second accommodation chamber; the top stretching tail end of the second accommodation chamber is provided with a third accommodation chamber designed to stretch to the right side; and the top stretching tail end of the second accommodation chamber is communicated with the third accommodation chamber. The rapid operation equipment is simple in structure; operationis convenient; stirring efficiency is increased; sowing quality is increased; sowing working efficiency is increased; and scientific plantation is realized.

Description

technical field [0001] The invention relates to the field of big data, in particular to a fast operation device based on big data information. Background technique [0002] Agricultural big data includes weather data, GPS data, soil details, seeds and crop chemicals, etc. Making full use of these data for long-term land management and short-term simulation helps to maximize yield and profit. Among them, the sowing operation needs to be carried out on the basis of understanding the weather, soil and other elemental data, and the suitable weather and soil humidity should also be suitable for sowing. Before sowing, the seeds need to be screened, and the particles and seeds with inappropriate sizes are screened out, and only high-quality seeds are reserved for sowing. The traditional seeding machine does not have the function of automatic screening. Seed screening and sowing need to be carried out separately, the procedure is cumbersome, and the existing sowing operation lacks ...

AI Technical Summary

Problems solved by technology

The traditional seeding machine does not have the function of automatic screening, seed screening and sowing need to be carried out separately, the procedure is cumbersome, and the existing sowing operation lacks reference big data information, sowing is not scientific

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