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CN-121986689-A - Plant AI cultivation technique integrated system who accords with green standard

CN121986689ACN 121986689 ACN121986689 ACN 121986689ACN-121986689-A

Abstract

The invention provides a plant AI cultivation technique integrated system conforming to the green standard, and relates to the technical field of agricultural intelligent cultivation. The system takes an AI main control module as a core, integrates a green basic configuration module, an environment regulation module, a full-flow cultivation technology module, an intelligent equipment module, a quality standard management and control module and a traceability module, realizes green standardized configuration of land, culture medium, fertilizer and nutrient solution, and is self-adaptive to AI dynamic of an artificial environment, and collaborative integration and intelligent optimization of full-flow technologies such as breeding, cultivation, irrigation drip irrigation, pollination, harvesting, packaging, processing and the like. The system can lead the green index of the cultivated product to reach 100 percent, the yield to be improved by more than 30 percent compared with the traditional cultivation, the product quality accords with domestic and import and export dual standards, is suitable for cultivation of various plants such as grains, fruits and vegetables, cash crops and the like, and obviously improves the level of greenization, intellectualization and industrialization of agricultural production.

Inventors

  • Lv kai

Assignees

  • 北京聚进设计有限责任公司

Dates

Publication Date
20260508
Application Date
20260228

Claims (10)

  1. 1. The plant AI cultivation technique integrated system conforming to the green standard is characterized in that the system takes an AI main control module as a core and comprises a green basic configuration module, an environment regulation and control module, a full-flow cultivation technique module, an intelligent equipment module, a quality standard management and control module and a tracing module, wherein the modules realize data interaction and cooperative control through communication of the Internet of things; The AI main control module is used for receiving the monitoring data of each module, carrying out analysis decision through a preset algorithm, outputting a regulation and control instruction to each corresponding module, and realizing closed-loop regulation and control of the whole plant cultivation process.
  2. 2. The integrated green standard compliant plant AI cultivation technology system of claim 1, wherein the green base configuration module comprises a land improvement unit, a medium configuration unit, a fertilizer and nutrient solution configuration unit; The land improvement adopts a green improvement mode of biological bacterial fertilizer and straw returning, the culture medium is a degradable organic culture medium, the fertilizer is a biological organic fertilizer, and the nutrient solution is a plant source or microorganism source green nutrient solution without chemical additives.
  3. 3. The integrated system for plant AI cultivation technology conforming to the green standard according to claim 1 wherein the environment regulating module comprises a natural environment monitoring unit and an artificial environment regulating unit; The natural environment monitoring unit collects parameters of illumination, temperature, humidity, soil moisture content and atmospheric components in real time, the artificial environment regulating and controlling unit comprises intelligent temperature control, light supplementing, ventilation and humidification equipment, and the AI main control module dynamically regulates and controls the artificial environment parameters according to the threshold value of the plant growth stage, and the response time of the environment regulation and control is less than or equal to 5min.
  4. 4. The integrated system of green standard compliant plant AI cultivation technology of claim 1, wherein the full-flow cultivation technology module comprises a seed raising module, a cultivation sub-module, an irrigation drip irrigation sub-module, a pollination sub-module, a harvest finished product sub-module, and a packaging cannon sub-module; the irrigation drip irrigation submodule adopts an AI accurate drip irrigation technology, water is quantitatively supplied according to a water requirement law of plant growth, the pollination submodule integrates three modes of natural pollination of plants, auxiliary pollination of animals and artificial intelligent pollination, and the AI main control module dynamically switches pollination modes according to pollination success rate.
  5. 5. The integrated green standard compliant plant AI cultivation technology system of claim 1, wherein the intelligent equipment module comprises a robot-assisted cultivation unit and a robotic quality inspection unit; The robot auxiliary cultivation unit is used for completing automatic operations of seedling raising, transplanting, intertillage, fertilization and branching, the robot quality inspection unit is provided with a spectrum detection sensor and an image recognition sensor, and the quality inspection accuracy is more than or equal to 99% and is used for detecting the growth state of plants, the conditions of diseases and insect pests, the appearance and the internal quality of products in real time.
  6. 6. The plant AI cultivation technique integrated system according to claim 1, wherein the quality standard management and control module is provided with a domestic quality standard database and an import and export quality standard database, and supports automatic switching of standard thresholds according to sales destinations of cultivated products, wherein the detection indexes comprise pesticide residue content, heavy metal content, nutritional ingredients and appearance quality, pesticide residue detection limit is less than or equal to 0.01mg/kg, and heavy metal detection limit is less than or equal to 0.001mg/kg.
  7. 7. The integrated system for plant AI cultivation technology according to claim 1, wherein the AI master control module carries a deep learning cultivation optimization model, and the model training set includes cultivation data of different plants, different environments and different green standards, and can dynamically optimize cultivation parameters according to plant growth real-time data, environment data and quality inspection data, thereby realizing closed-loop control of monitoring, analyzing, regulating and optimizing.
  8. 8. The integrated system for plant AI cultivation technology conforming to the green standard according to claim 4 wherein the harvesting finished product submodule and the packaging cannon submodule adopt green technical schemes; The harvesting adopts low-damage intelligent harvesting equipment, the processing adopts a physical or biological processing technology without chemical addition, the packaging adopts degradable and recyclable environment-friendly packaging materials, and all the processing links of the finished products meet the green product standard.
  9. 9. The plant AI cultivation technique integrated system according to claim 1, wherein the traceability module adopts a blockchain technology to collect and store full-flow data of green basic configuration, environment regulation, cultivation operation, quality detection and finished product processing, generate a unique traceability two-dimension code, realize non-falsification and whole-course searchability of product information, and adapt to traceability supervision requirements of domestic and import and export products.
  10. 10. The integrated system for cultivation of green-compliant plant AI according to claim 1, wherein the cultivation method of the system comprises the steps of: step one, green basic configuration The AI main control module carries out green improvement on the land according to the cultivated plant variety and green standard requirements, prepares an environment-friendly culture medium, and customizes and prepares a biological fertilizer and a green nutrient solution to ensure that basic elements meet the green cultivation standard; Step two, AI cultivation scheme formulation The AI main control module imports the growth characteristic data of cultivated plants, combines the domestic and import and export quality standard requirements, and generates a full-flow green cultivation scheme comprising breeding, cultivation, irrigation, pollination, harvesting, processing and packaging; step three, environmental dynamic regulation and control The environment regulation and control module monitors natural environment parameters in real time, and the AI main control module dynamically regulates and controls artificial environment parameters according to plant growth stage requirements, so that self-adaptation and cooperation with the artificial environment are realized; Step four, full-flow intelligent cultivation The full-flow cultivation technology module executes breeding, cultivation and cultivation technology operation according to an AI scheme, the intelligent equipment module synchronously develops robot-assisted cultivation and real-time quality inspection of a robot, and performs AI intelligent optimization regulation and control aiming at irrigation or drip irrigation and pollination links; Step five, double standard quality detection The quality standard management and control module detects the cultivation process and the finished product in real time, synchronously adapts the quality standard of the finished product in China and the quality standard of the import and export, and triggers the cultivation parameter optimization by the AI main control module when the quality standard management and control module does not reach the standard; Step six, green finished product treatment and tracing And (3) performing green harvesting, processing and packaging technical operations on the standard product, and acquiring full-flow cultivation data and related product information by a tracing module to realize full-link tracing from cultivation to finished product.

Description

Plant AI cultivation technique integrated system who accords with green standard Technical Field The invention relates to the technical field of agricultural intelligent cultivation, in particular to a plant AI cultivation technology integrated system conforming to the green standard. Background Along with the deepening of green agricultural development and international trade of agricultural products, the requirements of plant cultivation on green standards, quality control and technical integration are increasingly improved, the traditional plant cultivation mode cannot adapt to the development requirements of industries, and a plurality of prominent pain points exist: The green standard implementation is incomplete, the land improvement depends on chemical fertilizers, a culture medium and nutrient solution to be added with chemical additives, the problem of pesticide residues and excessive heavy metals is prominent, and the standard reaching rate of green cultivation indexes is low; The cultivation technology is fragmented, technical links such as breeding, cultivation, irrigation, pollination, harvesting, processing and the like are disjointed from each other, system integration is lacked, and operation standards of all links are not uniform, so that the consistency of product quality is affected; the environment regulation is extensive, namely cultivation is carried out only by relying on natural environment, the artificial environment regulation is lack of pertinence, and dynamic adaptation in the plant growth stage is not combined, so that the plant growth period is unstable, and the yield fluctuation is large; The intelligent degree is low, the cultivation operation is dependent on manpower, the intelligent equipment assistance is lacked, the quality inspection link adopts manual sampling detection, the efficiency is low, the precision is poor, and the full-flow real-time quality inspection cannot be realized; The quality standard has poor suitability, namely only a single reference quality standard is adopted, and the requirements of import and export quality standards are not considered; And the full link tracing is lacking, namely the cultivation full flow data is not effectively collected and associated, the product quality problem cannot be rapidly positioned, and the product tracing inquiry cannot be realized by consumers and supervision departments. In the existing cultivation technology, although AI or green cultivation concepts are partially introduced, a single link is focused, a full-flow integrated system of basic configuration, environment regulation, technical operation, quality control and finished product treatment is not formed, and the deep fusion of green standard, intelligent cultivation and double quality standards cannot be realized. Therefore, the development of a plant AI cultivation technique integrated system with all-element greenization, full-flow intellectualization and full-standard adaptation becomes an urgent requirement for modern agricultural development. Disclosure of Invention Aiming at the defects of the prior art, the invention provides a plant AI cultivation technique integrated system conforming to a green standard, and aims at the problems of incomplete implementation of green standards, fragmentation of cultivation techniques, rough environmental regulation, poor quality standard suitability and low intelligent degree in the traditional plant cultivation, and innovatively builds an 'AI intelligent main control-full-element green configuration-full-process technique integration-intelligent equipment assistance-double-standard quality control-full-link tracing' integrated green cultivation system. The method solves the problems that the prior cultivation technology partially introduces AI or green cultivation concepts, but focuses on a single link, a full-flow integrated system of basic configuration, environment regulation, technical operation, quality control and finished product treatment is not formed, and the deep fusion of green standard, intelligent cultivation and double quality standards cannot be realized. In order to achieve the above purpose, the invention is realized by the following technical scheme: the system takes an AI main control module as a core, and comprises a green basic configuration module, an environment regulation and control module, a full-flow cultivation technology module, an intelligent equipment module, a quality standard management and control module and a tracing module, wherein the modules realize data interaction and cooperative control through Internet of things communication; The AI main control module is used for receiving the monitoring data of each module, carrying out analysis decision through a preset algorithm, outputting a regulation and control instruction to each corresponding module, realizing closed-loop regulation and control of the whole plant cultivation process, and ensuring that the operation of all the m