Mesembryanthemum crystallinum seed sowing machine based on electrostatic adsorption

Abstract

The mesembryanthemum crystallinum seed sowing machine based on electrostatic adsorption comprises a rack, a traction seat, an electrostatic generator and a plurality of sets of sowing devices, each sowing device is composed of a ditching mechanism, a seed taking and sowing mechanism and a compaction mechanism, and each seed taking and sowing mechanism is composed of a sowing roller, a seed storage box, an electrostatic adsorption handle and an electrostatic elimination rod; a plurality of electrostatic adsorption handles are uniformly fixed on the outer surface of the seeding roller, are connected with an electrostatic generator, are used for adsorbing mesembryanthemum crystallinum seeds when rotating to the position closest to the seed storage box along with the seeding roller, and are used for seeding through an electrostatic elimination rod when rotating to the lowest end. According to the mesembryanthemum crystallinum seed sowing machine, the static electricity elimination rod is close to the static electricity elimination block, so that the static electricity adsorption handle loses electricity and loses adsorption to mesembryanthemum crystallinum seeds, the mesembryanthemum crystallinum seeds fall into a groove formed by the plough share, equal-interval sowing of the mesembryanthemum crystallinum seeds is achieved, and the problem that small-particle-size mesembryanthemum crystallinum seeds (the particle size is about 1 mm) cannot be sown is solved.

Description

technical field [0001] The present invention relates to a sowing machine, in particular to an ice vegetable seed sowing machine based on electrostatic adsorption. Background technique [0002] The soil with very serious salinization is not conducive to the elongation of cotton. For example, the soil salinization in some areas of Xinjiang is relatively serious, which is not conducive to the growth of cotton, a characteristic industry in Xinjiang. In view of this situation, the comprehensive utilization of saline-alkali land has been targeted. The introduction of ice vegetable (also known as ice leaf Rizhonghua) planting is used as a means to realize the reuse of cultivated land affected by salinization, and finally achieve the purpose of comprehensive land use. However, ice vegetable planting has the problem that the seed particle size is small (about 1 mm in particle size), and it is impossible to directly sow seeds with a seeding device. [0003] In recent years, there are...

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Problems solved by technology

However, ice vegetable planting has the problem that the seed particle size is small (about 1mm), and it cannot be directly sown with a seeding device.

[0003]In recent years, there have been few equipments for sowing iceberg seeds. The existing planting method is to make the seeds fall from the gap through the movement of the rollers, so as to achieve sowing. In summary There are two main problems: one is that due to the small particle size of the seeds, the traditional method cannot control the number of sowing; the other is that the traditional sowing method has no intermittent sowing during the movement process, and it is impossible to sow at intervals according to actual needs

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