Production device for rice precision drilling assembly line

Abstract

The invention discloses a production device for a rice precision drilling assembly line, which is characterized by comprising a frame, wherein the frame is provided with a matrix scattering and loading mechanism, an independent power drum-type pressing cave mechanism, a dual-sowing mechanism and multiple buffer type watering and earthing mechanisms; the matrix scattering and loading mechanism comprises a feeding cabin, an oblique matrix conveying device, a scattering device, a seedling disk conveying belt and a matrix brushing device; the a dual-sowing mechanism comprises a sowing conveying belt; a sowing bracket and an oblique bracket are arranged on the frame, and a storage hopper and a blowing device are arranged on the sowing bracket; the outer wall of the storage hopper is provided with an automatic loading control device; multiple buffer type watering and earthing mechanisms comprise watering earthing conveying belts, watering brackets and earthing brackets; strip watering devices or plate watering devices are arranged on the watering bracket; earthing devices are arranged on the earthing brackets.

Description

technical field [0001] The invention relates to production equipment of a rice precision seeding assembly line, and belongs to the field of rice planting machinery. Background technique [0002] The key to the mechanization of rice production is mechanization of planting. One of the main methods of mechanization of rice seeds is rice machine transplanting. The key to the success of machine transplanting is seedling raising. Usually rice machine transplanting adopts the sowing line to sow. Most of the rice sowing lines are fully automatic seeders. Fast, high efficiency, labor-saving. [0003] The existing rice planters have the following disadvantages: 1. The steps of matrix delivery, plate loading and matrix brushing are respectively processed by a split mechanism, that is, the matrix transport is processed by the conveying mechanism, and the plate is loaded by the matrix. The plate mechanism is processed, and the matrix brush leveling is processed by the matrix brush leve...

AI Technical Summary

Problems solved by technology

[0003] The existing rice planters have the following disadvantages: 1. The steps of matrix delivery, plate loading and matrix brushing are respectively processed by a split mechanism, that is, the matrix transport is processed by the conveying mechanism, and the plate is loaded by the matrix. The plate mechanism is processed, and the matrix brush leveling is processed by the matrix brush leveling mechanism. These three mechanisms are in the form of splits, which are large in size, occupy a large space, and increase the manufacturing cost. In addition, the volume of the feed bin is small, and workers need to constantly Feeding materials into the feed bin will result in high labor intensity, high labor costs, and high production costs, and although the existing substrates will be stirred before being packed during transportation, there will still be some hard block substrates that cannot After being broken up, the growth of seeds will be affected after loading; 2. The pressure hole mechanism in the rice planter generally adopts roller type and flat plate type, and the conveyor belt of the roller type hole pressure mechanism and the conveyor belt of the whole machine are a whole structure, and the conveying The output shaft of the belt drives the drum to rotate synchronously through the synchronous belt, that is, the conveyor belt of the whole machine and the drum share a motor for transmission, which leads to insufficient output power. When the drum presses the substrate on the seedling tray, the pressure is insufficient. The bumps on the roller can still press the holes normally in the initial stage of pressing the holes (that is, when the bumps are just pressed into the matrix), but in the latter stage of the pressure holes (that is, when the bumps rotate out of the matrix), there will be insufficient pressure, causing the points to tilt , offset, thereby affecting the shape of the acupuncture points, and due to insufficient power, it is impossible to install the bristles that share the power. When making holes, the conveyor belt must be stopped to press holes, which affects production efficiency, and the bumps of the holes are located at the lower end of the flat plate, so the bristle ...

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