Rice production operation platform and operation method based on intelligent agricultural technology

Abstract

The invention discloses a rice production operation platform and operation method based on an intelligent agricultural technology. The rice production operation platform comprises a blockchain technology platform, the blockchain technology platform is connected with a breeding processing unit, an unmanned aerial vehicle, an intelligent agricultural machine, a rice processing unit and a field management unit. The blockchain technology platform is also connected with a trusteeship platform, a customization platform, a traditional channel wholesale platform, an e-commerce direct sale platform andan achievement allocation platform. Individuals and collections are connected in the trusteeship through a protocol, the traditional channel wholesale and e-commerce direct sale platform are connected with clients, and product data sources are connected through the clients.. According to the invention, through the technical applications of the big data platform, the unmanned aerial vehicle application technology, the intelligent agricultural machine technology and the like, the standardized management and large-scale operation service of rice production are realized in combination with the data transmission and recording of the operation process, and the product plastic source is facilitated.

Description

technical field [0001] The present invention relates to the field of agricultural rice technology, specifically a rice production and operation platform based on intelligent agricultural technology, and at the same time, the invention also relates to an operation method of the rice production and operation platform based on intelligent agricultural technology. Background technique [0002] In the northern part of the rice-growing area, the temperature is lower, and the hot and cold seasons are strong. Most of them practice both flood and dry cropping, that is, wheat is planted in winter, and rice is planted after the wheat is harvested. In the south, rice can be planted twice a year, and if water, fertilizer and manpower are sufficient, rice can be planted and harvested three times a year. [0003] The existing agricultural rice production process has the following defects: [0004] Most of the existing rice production is planted by individual farmers, and the production ef...

AI Technical Summary

Problems solved by technology

[0004] Most of the existing rice production is planted by individual farmers, and the production efficiency is low, which is not conducive to the realization of standardized planting

[0005] Most of the existing rice production is planted by individual farmers, who need to independently inspect the farmland, which cannot achieve standardized production and is not conducive to the liberation of productivity

[0006] Most of the existing rice production is planted by individual farmers. Most of them use manual direct sowing or seedling transplantation. Manual direct sowing, uneven sowing and sowing may easily cause problems such as imbalance in the growth process of rice, while the procedures for seedling transplantation are more cumbersome. , requires more young and middle-aged labor to complete. In today's era when young and middle-aged labor is outflowing to work, resulting in a shortage of rural young and middle-aged labor, it is a pain point for rural development, and standardized production cannot be achieved.

[0007] Most of the existing rice production is planted by individual farmers, and most of them use manual weeding or pesticide spraying weeding, which is not conducive to standardized planting

[0008] Most of the existing rice production is done by individual farmers, and most of them use self-breeding. The traditional method is inefficient, the quality cannot be guaranteed, and it is not conducive to standardized production.

[0009] Most of the existing rice production is planted by individual farmers, and most of them are self-spraying pesticides. If farmers spray pesticides independently, improper operation will cause pesticide poisoning. On the other hand, there will be waste caused by excessive use, and excessive use will cause damage. soil pollution etc.

[0010] Most of the existing rice production is planted by individual farmers, and most of them use manual fertilization method, which is easy to cause uneven fertilization and excessive fertilization to pollute the soil, etc., and the efficiency is low, which is not conducive to standardized production

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