Automatic production system of rice machine-transplanted seedling raising factory

A production system and seedling technology, which is applied in the direction of transplanting machinery, seeder parts, guiding agricultural machinery, etc., can solve the problems of high rice planting cost, high labor intensity of workers, and unfulfilled mechanized operation requirements, so as to improve the expansion of facilities Utilization, ingenious structure setting, and the effect of reducing personnel

Pending Publication Date: 2022-02-22
黄日辉
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Although the sowing process has been mechanized, the transportation process between the sowing workshop and the seedling nursery of rice seedlings mostly relies on manual handling, which does not meet the requirements of mechanized operations, which makes the labor intensity of workers high and the cost of rice planting is high.

Method used

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  • Automatic production system of rice machine-transplanted seedling raising factory
  • Automatic production system of rice machine-transplanted seedling raising factory
  • Automatic production system of rice machine-transplanted seedling raising factory

Examples

Experimental program
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Effect test

Embodiment 1

[0027] An automatic production system for a rice machine-transplanted seedling nursery factory, which includes a seeding area track 5, a common track 9 for seedling emergence, and a shared track 14 for sowing; multiple seedling raising tracks 12 are arranged between the shared track 9 for seedling emergence and the shared track 14 for sowing ;

[0028] The two ends of a plurality of seedling seedling raising tracks 12 are respectively connected with the shared track 9 and the shared track 14 for seedling removal by connecting the guide track 8 and the automatic guide track 15, except that the seedling seedling raising track 12 and the shared track for seedling removal are far away from the track 5 side of the sowing area. 9 and the guide rail that seeding common track 14 connects can directly adopt fixed guide rail, do not adopt automatic guide rail 8; On every seedling raising seedling track 12, the train type seedling raising platform 11 that vehicle can remote control drivin...

Embodiment 2

[0034] An automatic production system for a rice machine-transplanted seedling nursery factory, which includes a seeding area track 5, a common track 9 for seedling emergence, and a shared track 14 for sowing; multiple seedling raising tracks 12 are arranged between the shared track 9 for seedling emergence and the shared track 14 for sowing ;

[0035] The two ends of a plurality of seedling seedling raising tracks 12 are respectively connected with the shared track 9 and the shared track 14 for seedling removal by connecting the guide track 8 and the automatic guide track 15, except that the seedling seedling raising track 12 and the shared track for seedling removal are far away from the track 5 side of the sowing area. 9 and the guide rail that seeding common track 14 connects can directly adopt fixed guide rail, do not adopt automatic guide rail 8; On every seedling raising seedling track 12, the train type seedling raising platform 11 that vehicle can remote control drivin...

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Abstract

The invention discloses an automatic production system of a rice machine-transplanted seedling raising factory. The system is provided with a seeding area track, seedling raising tracks, a seedling discharging common track, and a seeding common track, wherein a plurality of seedling raising tracks are arranged between the seedling discharging common track and the seeding common track; two ends of each seedling raising track are respectively connected with the seedling discharging common track and the seeding common track through a connecting guide track and an automatic guide track; each seedling raising track is provided with a train-type seedling raising platform which can be remotely controlled to run; two ends of the seeding area track are respectively connected with one ends of the seedling discharging common track and the seeding common track through the connecting track; a seeding area is arranged on the seeding area track, and a seedling taking area is arranged on the seedling discharging common track. Culture soil is laid for the seedling raising platform in the seeding area and seeds are planted; after sowing is finished, the train-type seedling raising platform drives into a seedling raising track for raising seedlings; the seedlings are separated from a seedling raising table in the seedling taking area. The system is high in automation degree, low in labor intensity and capable of remarkably reducing labor consumption.

Description

technical field [0001] The invention relates to the technical field of rice seedling production, in particular to an automatic production system for rice machine-transplanted seedling nursery factory for large-scale seedling cultivation. Background technique [0002] my country is a big rice-producing country. Rice planting is a labor-intensive agriculture with high labor intensity and requires a lot of labor for intensive farming. Rice seedling raising is an important link in the rice production process. Traditional rice seedling raising adopts a decentralized artificial seedling raising model. This traditional model requires a lot of labor, low efficiency, and it is difficult to guarantee the quality of seedlings. It cannot meet the needs of mechanization, standardization, and socialized services of seedling raising, resulting in low rice planting benefits. With the rapid advancement of industrialization and urbanization, a large number of young and strong rural laborers ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A01C7/00A01C7/20A01C11/00A01B69/00A01C23/04
CPCA01C7/00A01C7/20A01C11/003A01B69/00A01C23/047
Inventor 黄日辉潘秀勤
Owner 黄日辉
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