CN115471353A

CN115471353A - Research or application system and method for automatic plant planting

Info

Publication number: CN115471353A
Application number: CN202110655931.5A
Authority: CN
Inventors: 江正云
Original assignee: Yunnan Zhongshang Zhengxiao Agricultural Technology Co ltd
Current assignee: Yunnan Zhongshang Zhengxiao Agricultural Technology Co ltd
Priority date: 2021-06-11
Filing date: 2021-06-11
Publication date: 2022-12-13

Abstract

The invention discloses a research or application system and a method for automatic plant planting, which comprises an online research system, an offline planting verification field, a planting researcher, automatic research equipment or planting equipment, and an application scene or field; the online research system comprises one or more experiments or one or more virtual planting results obtained after virtual planting is carried out according to the original planting characteristics of plants or according to the characteristics of the plants in one or more experiment or research schemes stored in an experiment research and development system combining VR special equipment and 3D4D special-effect equipment, the results of the virtual planting are verified in an offline planting field to obtain the results, and the good results of the experiments are applied to a school education institution or a commercial planting institution or a nationally-approved planting institution or an individual grower owner to provide a verified more preferable planting mode or method in the planting process so as to reduce the production cost, improve the yield and the quality, shorten the period and improve the economic benefit.

Description

Research or application system and method for automatic plant planting

Technical Field

The invention belongs to the technical field of automatic planting, and particularly relates to a research or application system and method for automatic planting of plants.

Background

Plant planting is the most important agricultural activity of human beings, plant production types mainly include crops (rice and wheat cotton), horticultural crops (flower and fruit vegetables), tea trees, tanned families, spices, tobacco and other plants, traditional plant fertilization is generally carried out by experience and manpower, the traditional plant fertilization is carried out for a long time, the traditional plant fertilization is carried out by facing the loess back to the sky, more and more mechanical equipment applications such as a harvester, a seeder and the like are developed all the time, the planting work is greatly lightened, but irrigation, fertilization and insect killing in the planting process can not be separated from manpower!

With the rise of artificial intelligence in recent years, currently, vegetable plantation, flower and garden, agricultural high and new technology park, agricultural leadership production enterprises and large-scale operation farmers develop quickly, with the intervention of automation, intelligence and mechanization, great influence is brought to the planting industry, especially, the internet + the planting industry is gradually applied, irrigation, fertilization, insect killing and the like in the planting industry distinguish manpower, automation is realized, and the plant planting technology is greatly improved.

Disclosure of Invention

The invention aims to provide a research or application system and a method for automatic planting of plants aiming at the defects of the prior art, which can obtain one or more virtual planting results after virtual planting according to the original planting characteristics of the plants or the characteristics of the plants, carry out verification of on-site planting on the virtual planting results in a field planted off line to obtain results, and apply the good results of the experiments to school education institutions, commercial planting institutions, nationally-acknowledged planting institutions or individual planting manufacturers to provide a verified more preferable planting mode or method in the planting process so as to reduce the production cost, ensure that the plants meet the requirement of healthy growth, remarkably improve the illumination efficiency of the plants, reduce the production cost, improve the yield and the quality, shorten the period and improve the economic benefit.

A research or application system and method for plant automatic planting comprises an on-line research system, an off-line planting verification research site or experimental site, a planting researcher, an automatic research device or automatic planting device for plant planting, an application scene or a plant planting site; the on-line research system also comprises an experiment or research and development system which combines VR special equipment with 3D4D special-effect equipment, one or more experiment or research schemes are stored in the experiment or research and development system, one or more virtual planting results are obtained after virtual planting is carried out in the experiment or research scheme according to the original planting characteristics of plants or according to the characteristics of the plants, the virtual planting results are planted and verified on line in a research plant planting place or an experiment plant planting place, the research plant planting verification is carried out in the research plant planting place or the experiment plant planting place, the storage system is provided with plant data, and the research equipment or the place control system is provided with the plant data; the system also comprises an intelligent application terminal, a background server system general platform, a communication module, a main control module or a branch control module, a chip module and an integrated circuit module which are connected between the systems and the equipment, wherein a planting researcher knows different growth characteristics of some plants, and one or more of different planting modes or methods by implementing the planting scheme or the planting management scheme in the plant data storage system, intervenes in the cultivation of plant seeds and the improvement of soil, illumination, fertilization, water supply, humidity or temperature in the plant growth process or other aspects in the plant growth process and the prior planting scheme or the planning process or the preferred process, and after the adjustment is feasible according to the planning scheme and the planting process, the simulation prediction or simulation prediction data is carried out by adopting a virtual experiment or virtual research and development that virtual equipment special for VR (virtual reality) and 3D4D special-effect equipment are combined with a software planting system, and the process flow is intervened and adjusted in the process of cultivating and growing the plant seeds and the plant growth process, the growth cycle is confirmed by simulation to realize whether the process flow can be adjusted or not, and one or more algorithm systems are adopted, the prediction effect can be achieved by big data, cloud computing, predicted plant cultivation, growth and planning data and the process flow, and the simulation prediction can be carried out by one or more times of adjustment to improve the yield, improve the quality, shorten the growth cycle of the plant, improve the taste level, improve the drug property and have less side effect or other prediction effects or purposes; the adjustment is based on prediction data which can not shorten the growth cycle of the existing plant or improve the yield or quality by comparing or predicting the existing growth rule or the existing growth process of the plant in the original growth rule or process without influencing the existing growth rule or the existing growth process of the plant; the simulation adopts a system and an algorithm, carries out virtual cultivation and planting experiments in the experiment or research and development system after implementing interactive instructions among an experiment or research and development system, a background server system general platform, a communication module, a main control module or a subentry control module, a chip module and an integrated circuit module which are combined by VR special equipment and 3D4D special-effect equipment, compares some data after the virtual cultivation and planting experiments with a storage system of plant data, and plants the plant on-site plants in a research place or a field which is planted and verified on line by a planting researcher through planted automatic research equipment or planting equipment when the data are consistent or more preferable than some data in the storage system, the planting method and the planting process used in an experiment or research and development system, or the selection of the plant varieties planted by the planting method or the planting process during planting, or the selection of the planting site or environment or the plant species planted by the planting method or the planting process are interfered with soil, illumination, fertilization, water supply, humidity or temperature, or the weeding or plant planting growth process and other aspects of improvement and adjustment, the automatic equipment and the system or other selection or modes are adopted to carry out verification in an on-line research site or site, during the planting process, the plant planting automation equipment of a research facility or a place or a field is combined with an intelligent application terminal, a background server system main platform, a communication module, a main control module or a subentry control module, a chip module and an integrated circuit module through a control system to carry out automatic planting on the research place or the field on line through interactive instructions among the control system, the research facility or the field, and one or more sets of one or more groups of automatic illumination equipment, one or more sets of one or more groups of automatic water supply equipment, a water supply system and a water supply system, one or more sets of one or more groups of automatic fertilizing or weeding equipment or pesticide spraying and insect killing equipment are used for automatically illuminating, automatically supplying water, automatically fertilizing, automatically weeding and automatically spraying pesticide to the plants in the growth process of the plants, the information of the harvested results of the plants comprises the yield or the appearance color or the taste of the mature plants and the yield or the appearance color or the taste of the mature plants in a storage system of the plant data is verified or compared, in the verification or comparison process, if the yield or the appearance color or the taste of the mature plants in the harvest result information is better or better than that of the mature plants planted under the same environment or field or planting matched implementation same or similar conditions, the process of plant planting in the research place or field under the line or the management or method after plant planting is carried out or the characters recorded by the computer algorithm system are compiled into codes or operation codes of instruction information and then are embedded into the APP or the applet software of the application software of the plant planting class after being downloaded by a third-party planting institution or platform or other parties and then are used for paying or not paying, the APP or the applet software of the application software of the plant planting class after being embedded into a software system is applied, and the APP or the applet software of the application software of the plant planting class which achieves the result is applied, wherein the APP or the applet software of the plant planting class which is accepted by a central plant research institution or field, a commercial plant institution or a commercial planting institution or a greenhouse planting institution or a planting institution which is used for paying or a greenhouse plant The planting equipment or the supporting facilities of the automatic intervening soil, illumination, fertilization, water supply, humidity or temperature or weeding or plant management equipment can be applied to both power supply and water supply.

Furthermore, the plant planting research collects and sorts the original various plant growth links from seed cultivation, seedling planting, plant growth process and plant to fruit and plant growth, during seed cultivation, scene requirement, temperature requirement, humidity requirement, illumination requirement and germination, germination accelerating to seedling and seedling planting to various process flows, collecting or sorting basic required data and process flows of soil quality, soil humidity or paddy field, climate and temperature of various seedlings from planting to soil, and collecting and sorting all data and process flows of various soil, soil quality, nutrition, temperature, illumination, temperature, disease and pest growing conditions and other planting and breeding, seedling growth, related requirements of seedlings or stems or trees and various data one by one of roots of various plants in the growing process of the plants planted in the soil or soilless culture of the plants planted in the growing process after the seedlings are planted, and the existing characteristics and planting process flows of various planted plants, and all comprehensive data collection and sorting of various planted plants such as edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value; after the characteristics of various planting plants, such as seed cultivation conditions, seedling cultivation conditions and seedlings or stems or trees are adopted, manual intervention and research are carried out according to the characteristics of the existing planting plants, during the research, the intervention is carried out on various plant growth links from seed cultivation and seedling cultivation during the seed cultivation of various planting plants, during the plant growth process and the cultivation of the seeds from plants to fruits and plant growth, the scene requirement, the temperature requirement, the humidity requirement, the illumination requirement and the germination requirement, the germination acceleration to the seedling cultivation and various process flows for collection and arrangement, and the technical flows of the planted plants, such as the soil quality, the soil humidity or the paddy field, the climate and the temperature when various seedlings grow from the planted plants to the soil, the nutrient requirement, the temperature requirement, the illumination requirement and the illumination requirement, the environment requirement, the humidity requirement, the height requirement, the temperature requirement, the pest growth condition and the like of the planted plants in the growth process of various plants, such as the requirements of the roots of the plants on various soils, the soil quality and the nutrient requirement, the temperature requirement, the illumination requirement and the illumination requirement, the environment requirement, the height requirement, the temperature requirement, the pest growth condition and the like during the growth process of the seedlings or stems or trees, are all edited one by one to optimize the characteristics and the planting technical flows of the various planted plants, and the artificial intervention results are adopted for the purposes of optimizing the taste, the characteristics, the nutritional value, the appearance, the drug property or the ornamental value of various planted plants, and the artificial intervention can be mainly used for adjusting the temperature requirement, the humidity requirement, building the illumination requirement, the climate and the illumination requirement, the germination yield, the effects of the varieties are more beautiful, the value and the appearance and the other effects of the artificial intervention are achieved, the equipment research also comprises a planting building or a greenhouse planting base which is intervened by automatic control of system control, small-scale test or experimental or household small-scale planting places which are provided with electric energy supply, water energy supply or other energy supply, can realize automatic soil adjustment and automatic detection of nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic adjustment of illumination, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of occurrence of plant diseases and insect pests or automatic spraying, when the seeds are cultivated into the seedlings or the seedlings are planted, water mist or nutrient solution of the seedlings, stems, leaves or trees and leaves is atomized to ensure that the planted plants can be planted without season under the conditions that the seedlings, stems, leaves or trees and leaves absorb water and nutrition or provide various mineral contents and beneficial corresponding nutrition during the flowering period, the research results and the practical and application values of the planted plants are improved, the growth period is shortened, the quality is better, and the taste is purer are achieved, the research results are all recorded into a system, the system develops the research results into the application and practical values to be applied to the conditional planted plants, the planted plants in the system are planted in intelligent plant bases, bases including building planting bases or greenhouse planting bases, intelligent household planting cabinets and other intelligent planting fields or places, can realize the automatic planting of plants; the system controls various automatic devices, each automatic device is provided with a control module and an execution module, and the system is provided with a communication module and a planting method which can install various planting methods of one or more or one or more types of planted plants and various processes related to the planted plants in a general platform or a control module of a background server system to achieve the result that the automatic planting standard growth process is achieved according to various soil requirements, water and water requirements, temperature requirements, nutrition, illumination, temperature and other related requirements required by the growth cycle of various stages of various planted plants, such as building, control and regulation, and the like; the plant planting research and intervention is as an example, the plant rice is planted according to the climate condition and the water supply condition, the rice is generally planted in one season or two seasons each year, the rice is firstly planted for seedling cultivation, the seedling cultivation is firstly seed, the seed is generally high-quality rice in the previous year is selected as the seed in the next year, the high-quality seed, rice plant or grain is plump and stronger than roots, leaves and stems of the same variety, the rice grain is full, the plant does not suffer from diseases and insect disasters in the growth period, the rice which is more mature and old before the harvest period is taken as the seed, the high-quality rice is soaked for reasonable time at reasonable temperature before the planting season in one year, the soaking can be normal temperature or 30-40 ℃ or proper temperature, but the high temperature is not suitable for thermal death or scalding of the seed, the over-cooling is frozen bud or slow speed, and the germination process is maintained at proper temperature, if the seeds are plentiful, the seeds can be distributed or spread on special seed cultivation equipment and the humidity is kept for a long time, the prior art and the process of the seed cultivation process are mature, the automatic cultivation of the seedlings can be realized as long as intelligent equipment and special tools are embedded, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device, a constant temperature device, a water or warm water spraying device, a seed rolling device or an automatic spraying device, an automatic water draining device, equipment and a lighting device can be added into the intelligent cultivation equipment according to the seed cultivation flow in the seed cultivation process, the germination accelerating process can be carried out by spraying or atomizing germination accelerating liquid or physically adjusting at a proper stage in the spraying and atomizing process, the germination accelerating process can be carried out by spraying the corresponding nutrient liquid and the proper humidity by a proper water temperature meter at a proper time and in a proper germination growing time for a proper growing time, the healthy growth of the sprouts is ensured, the seedlings are researched and developed to be the result that automatic seedling cultivation of seeds can be completed by matching system control with automatic intelligent equipment according to the current cultivation process flow, the system is embedded into a control module or a background server system general platform, through communication interactive instructions, the actions are completed by an execution mechanism according to the process, scene environment, time period collocation temperature and hygrometer and equipment coordination of the seed cultivation flow, the result of automatic seed cultivation is achieved, the time for seed cultivation is shortened, the quality of the seedlings is improved, and the emergence rate is improved, the paddy planting is different in growth period according to different climatic conditions, paddy can be planted in one year with the annual climate of about 30 degrees, paddy can be planted in two seasons with the annual climate of less than 30 degrees and more than 25 degrees, and only can be planted in one season in one year with the climate of less than 25 degrees, but can plant other varieties, the climate temperature is only one general profile which can not be completely determined, the variety of the natural environment exists, the influence of other aspects such as wind, rain, water and the like can not be completely confirmed or unconfirmed, but the climate temperature can completely reach the purpose that the planting of the paddy with least three or more than three seasons in one year can be realized on the same planting plant base under the artificial intervention, the field which is researched and intervened starts from the soil of the paddy planting field, the field which is firstly built with buildings can be built as the planting paddy base, the natural soil can be used for trimming, the soil can be leveled and paralleled, the soil can be automatically built or rolled, or one or more of the root growth conditions of the paddy without soil or artificial planting plants can be automatically cleaned, the sundries and the grasses in the soil can be automatically cleaned, the device is also provided with a water supply source and ensures that water cannot leak when water is supplied, the water is higher than the soil by a plurality of centimeters, the device is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of rice planting soil and water is enough for the root of rice to grow, the water level for covering the rice and growing is enough, after rice seedlings are planted in a building planting base or a planting greenhouse or other planting fields or in a cultivating device or a field, the rice seedlings are survived according to the temperature suitable for the rice seedlings, the proper soil temperature or water temperature for root growth is reasonably and properly provided when the rice seedlings grow after the rice seedlings survive, illumination is supplied according to time segments, a nutrition monitoring liquid device splitter and a temperature detecting device analyzer are arranged in the soil and water, minerals and the soil temperature or the water temperature are calculated by a nutrition supply analyzer for the soil and water, whether the nutrition supply can meet the growth requirements of the rice seedlings in each stage, the automatic control system can also calculate the ratio of water temperature to soil temperature to nutrition to ensure that the rice seedlings excessively absorb high temperature or excessively absorb nutrition to cause the phenomena of death, illness and the like of the rice seedlings, find insufficient and overproof temperature or nutrition, automatically adjust to the most appropriate soil temperature and nutrition or paddy field water temperature to ensure the rice seedlings to grow healthily, excellently and quickly, also comprises accompanying of illumination when the rice seedlings grow healthily, grow excellently and quickly, illumination of photosynthetic objects which are indispensable for the growth of the plants by the sunlight and light beam photosynthesis to ensure the growth of the plants, and also comprises automatic atomization or automatic breeze, automatic indoor temperature adjustment, automatic atomization or automatic ventilation, automatic indoor temperature adjustment, and the like, the illumination adopts illumination time interval time, light intensity and light color tone of rice seedlings in the growth process, the illumination is illumination equipment or tools which are artificially researched and manufactured in planting of plant planting buildings and greenhouse planting bases, the illumination equipment and tools are provided with electric energy sources for long time, the electric energy sources can be power supplies of safe voltage or variable voltage or power supplies of various countries, the electric energy supplies of 380V or below generally, the illumination equipment can be specially researched and developed by itself or adopts the existing illumination equipment which is suitable for the temperature and moisture in red, orange, yellow, green, blue, indigo, purple brilliant seven-color rainbow light and infrared rays to promote the chemical reaction of plants to absorb or absorb some essential substances for promoting the growth and nutrition of the plants according to the reaction of various elements, mineral elements and the like required by the plants and the growth of the plants in red, orange, yellow, green, indigo, blue, ultraviolet or ultraviolet rays or infrared rays or other chemical mixtures in climate, temperature soil and other chemical mixtures to promote the blossoming of the plants and the growth and fruiting according to the growth stage of the rice, the research can greatly shorten the flow from the rice seedling to the rice flowering and fruiting, the flow is also matched with a plant planting base, the adjustment of indoor temperature and humidity and the adjustment of drying degree, the atomization staged reasonable addition or the automatic intervention of nutrients in the rice growing period and the flowering and fruiting period can achieve the purposes of adjusting the taste, plump grains, bright color, improved yield and greatly shortened fruiting period, can practically and implement root water supply of the rice in the rice seedling and rice growing process, can also carry out little water supply or no water supply according to the staged periodicity of the growing process, promotes the optimization of the rice seedling and the rice in the growing process, the growth environment is more reasonable, all kinds of plant planting can adopt the effect of the systematic planting of this corn planting realization, automatic planting plant, seal in one or more layers of the various planting plant planting building site or base and have the ventilation machine big-arch shelter planting base or site and seal and have the sealed roof and have ventilation and other domestic planting cabinets or other planting places and sites, have automatic power supply, water supply, automatic drainage, automatic illumination, automatic regulation soil heating automatic regulation temperature, automatic regulation room temperature or room temperature and automatic spraying, medicine spraying, nutrient solution spraying and monitoring, automatic nutrient solution adding and automatic physical control plant generating equipment and device and system can merge into an organic whole and a separate body or one or more or one or more sets can all construct planting base or big-arch shelter base or family planting site and can accomplish the action through communication and server system total platform and control module and intelligent terminal connection and adopt the local software, three-party or third party's procedure and remote combination platform and APP and remote operation and remote view of plant diseases and insect pests and disease results.

Furthermore, the research system comprises an experiment or research and development system combined by VR special equipment and 3D4D special equipment, the experiment or research and development system combined by the VR special equipment and the 3D4D special equipment is provided with a simulation research and development system and a simulation planting system, the simulation research and development system and the simulation planting system are provided with a virtual research place or one or more research places or one or more simulation or one or more sets or groups, the virtual research place or place comprises a virtual greenhouse planting place or one or more sets or groups, a planting place or one or more sets of virtual soil of a virtual greenhouse consisting of virtual floors or buildings, and the virtual planting mode is planting in the virtual soil, the virtual soil is configured when the virtual soil is planted so that the configured soil can enable the planted plants to grow rapidly, in the process of configuring the virtual soil, the virtual soil is configured according to the growth characteristics of virtual plants, if some virtual plants are dry land grown or wet land grown or sandy soil grown or clay grown, different plant species are planted by adopting soil suitable for the plant species, one or more or one or more groups or one or more sets or more groups of virtual automatic planting equipment are also correspondingly arranged in each virtual planting field, the virtual automatic planting equipment comprises one or more or one or more groups or one or more sets of virtual automatic soil adjusting equipment or systems, one or more or one or more groups or one or more sets of virtual automatic soil adjusting equipment or systems, one or more groups or one or more sets of virtual automatic temperature adjusting equipment or systems, one or more or one or more groups or one or more sets of virtual automatic temperature adjusting equipment or systems, and the like, one or more or a plurality of groups or one or more sets of virtual automatic humidifying equipment or system, one or more groups or one or more sets of virtual automatic adjusting illumination equipment or system, one or more or a plurality of groups or one or more sets of virtual automatic water supply equipment or system, one or more or a plurality of groups or one or more sets of virtual automatic synthetic fertilizer or chemical fertilizer or automatic nutrient solution adding equipment or system, one or more or a plurality of groups or one or more sets of virtual automatic weeding equipment or system, one or more or a plurality of groups or one or more sets of other equipment and systems related to virtual plant diseases and insect pests prevention or automatic spraying, and application software of the experiment and system are installed in an intelligent application terminal, and the intelligent simulation application terminal system is embedded with a VR special equipment and a 3D4D special effect equipment to form the system, in the experiment and research and development system, a virtual experiment or a research and development test is carried out, wherein the virtual experiment is carried out in the process of simulating the simulation combined with the actual operation in the cultivation or planting or management in the planting process or other virtual stages of carrying out the experiment and research and development of the plant, and the cultivation or planting or management in the planting process of the plant or other virtual stages, and whether the effect of the intervention of the virtual planting experiment of soil, illumination, fertilization, water supply, disinsection or weeding in the planting management scheme or the planting scheme which is planned or optimized in the previous storage system is achieved or not, the effect of shortening the growth period of the virtual plant or improving the yield or quality of the mature plant or improving the taste level, improving the drug property and the side effect is stronger or other prediction effects or the purpose is not achieved, the virtual implementation scheme of the management of the virtual planting or the virtual planting process is to perform virtual experiments or research and development according to the planting scheme of the planned or optimized plant or the planting management scheme of the plant in the storage system of the plant data, aiming at obtaining a virtual actual result after performing the virtual experiments or research and development on the planned or optimized plant or the planting management scheme of the plant, and then adopting actual or real verification of growth, nutrition, growth cycle, water, soil, nutritive value, illumination, temperature, humidity and pest in the process or management of performing the field plant planting of the plant through the automatic research equipment or the planting automatic equipment in the plant planting research place or the plant planting field under the online virtual actual result, specifically from virtual seed cultivation and virtual seedling planting, during the growth process of the virtual plants, the growth of the virtual plants from fruits to fruits and the growth of the virtual plants, during the cultivation of virtual seeds, the experiment of various links from the virtual scene requirement, the virtual temperature requirement, the virtual humidity requirement, the virtual illumination requirement, the virtual germination, the germination to the virtual seedling and the planting to the virtual seedling and various process flows is carried out in a VR system combined with 3D4D special effect equipment, during the experiment, basic requirement data and virtual process flows of various virtual seedlings, virtual soil and virtual soil quality, virtual soil humidity or virtual paddy field, virtual climate and virtual temperature during the virtual planting to the virtual soil and the virtual seedling planting, during the growth process of the virtual plants planted in the virtual soil or the soilless culture of the virtual plants after the virtual seedlings are planted, during the growth process, the root of various virtual plants to various virtual soil, virtual soil and virtual seedling, the method comprises the following steps of performing virtual simulation experiments in a VR system by combining 3D4D special-effect equipment for one or more times according to virtual soil quality requirements, virtual nutrition requirements, virtual temperature requirements, virtual illumination requirements of virtual seedlings or virtual stems or virtual trees in the growth process and other virtual planting cultivation, virtual environment requirements, virtual humidity requirements, virtual height requirements, virtual temperature requirements, virtual pest growth conditions and the like, and performing virtual experiments according to the growth requirements of the virtual seedlings or virtual stems or virtual trees in the VR system, and further performing experiments according to the characteristics of various existing virtual planted plants and virtual planting process flows; the method is characterized in that various virtual seeds of various virtual planting plants are used for virtual cultivation, virtual seedling planting, intervention of artificial virtual experiments is carried out according to the characteristics of the existing virtual planting plants after the characteristics of the virtual seedlings or virtual stems or virtual trees are met, the growth of various virtual plants is virtually interfered in the virtual experiments during the virtual seed cultivation, the virtual seedling planting, the growth process of the virtual plants and the cultivation of the virtual seeds from the virtual plants to fruits and the virtual plants, the virtual scene requirements, the virtual temperature requirements, the virtual humidity requirements, the virtual illumination requirements, the virtual germination to the virtual seedling planting virtual links and various virtual process flows are combined with 3D4D special-effect equipment in a VR system to carry out one or more times of simulation experiments in the simulation system, during the process of virtual seedling from virtual planting to virtual soil, the virtual soil quality, the humidity of the virtual soil or the virtual paddy field and the virtual climate and the virtual temperature are subjected to the process of virtual planting of the plant, and the roots of the virtual plant during the growth process of the virtual planting of the plant in the virtual planting soil or the virtual soilless culture can be continuously adjusted during the virtual growth process of the seedling after the virtual seedling is planted to perform one-to-one experimental improvement on the virtually planted plants required by the virtual planting plants, such as various virtual soils, the nutrition needed by the virtual soil quality, the virtual temperature, the virtual illumination, the virtual environment, the virtual humidity, the virtual height, the virtual temperature, the virtual pest growth conditions and the like of the virtual seedling or the virtual stem or the virtual tree during the virtual growth process, and the 3D4D special effect equipment is combined in a VR system to perform experiments in the experiment and improve the food consumption of the virtually planted plants The results of virtual manual intervention are carried out by adopting the purposes of sense, virtual nutritive value, virtual appearance, virtual yield or virtual drug property or appreciation and the like, the growth cycle of various virtual planted plants is shortened, the virtual yield is improved, the virtual variety is purer, the virtual nutrition is better, the virtual value is higher, the virtual appearance is more beautiful or the virtual nutrition is better, and other virtual effects are achieved, the virtual manual intervention mainly comprises the steps of building virtual energy for adjusting virtual temperature, virtual humidity, virtual illumination and virtual germination, virtual germination accelerating to virtual rice seedlings, virtual seed cultivation and virtual rice seedling planting, the research of the virtual equipment also comprises a virtual planting building or a virtual greenhouse planting base or a virtual small-sized experimental or household virtual small-sized planting place which is controlled by the virtual automation control of the system to intervene, and the equipment is provided with a virtual electric energy source supply, a virtual water energy source supply or other virtual energy sources, can realize virtual automatic soil adjustment and virtual automatic detection of virtual nutrient content in the virtual soil, virtual automatic temperature adjustment, virtual automatic humidification, virtual automatic illumination adjustment, virtual automatic water supply, virtual automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of virtual nutrient solution, virtual automatic weeding, virtual automatic prevention of occurrence of virtual diseases and insect pests or virtual automatic pesticide spraying, during virtual seed cultivation or virtual plant planting, virtual water mist or virtual nutrient solution atomization of virtual seedlings, virtual stems and leaves or virtual trees and virtual leaves is provided for virtual planted plants to absorb virtual water and virtual nutrition or provide various virtual mineral contents and virtual beneficial corresponding nutrition during a virtual flowering period, so that season-free virtual planting can be realized, the virtual yield is improved, the virtual growth period is shortened, the virtual quality is better, the virtual taste is more pure, virtual experiment results and virtual practical and virtual application values are achieved, the system develops the virtual results of the experiment into application and practical values, the application values are applied to conditional planted plants, and the virtual planted plant flows and methods in the system are used for realizing the virtual planted plant bases, the virtual bases comprise the virtual building planting bases or the virtual building planting bases, the intelligent virtual household planting cabinets and the like and other virtual intelligent planting places or places, so that the virtual automatic plant planting results can be realized; the system controls various virtual automation devices, each virtual automation device is provided with a control module and an execution module, and the system is provided with a communication module and can install various processes related to virtual planted plants and various virtual planting method systems in which one or more types or one or more types of virtual planted plants are adopted in a virtual planted plant system in a background server system general platform or a control module to achieve the result that the various soil requirements, water and water quantity requirements, temperature requirements, nutrition, illumination, temperature and other related requirements needed according to the growth cycle of various stages of various virtual planted plants, such as building, control and adjustment, can reach the standard growth process of automatic planting; taking the paddy of a virtual planting plant as an example, in an experiment combining a 3D4D special effect device in a VR system, the virtual planting paddy is characterized in that virtual seedling culture is firstly carried out on virtual paddy seeds, the virtual seeds are virtually soaked in warm water at 30-40 ℃, a virtual temperature detection device, a virtual humidity detection device, a virtual temperature heating and cooling device or a temperature control device and a virtual constant temperature device are added in a virtual intelligent cultivation device according to the cultivation process of the virtual seeds in the virtual seed cultivation process, a virtual water or warm water spraying device, a virtual seed rolling device, a virtual automatic spraying device, a virtual automatic drainage device and equipment and a virtual illumination device can be provided or not provided, and in the virtual spraying and atomization process, a virtual spraying or virtual atomization germination accelerating liquid can be virtually sprayed or virtually physically adjusted at a proper stage for accelerating germination, after virtual germination, carrying out virtual atomization on corresponding nutrient solution and proper humidity of a proper water thermometer in proper time and in proper virtual germination growth period to ensure the healthy growth of virtual sprouts, controlling and matching virtual automatic intelligent equipment by a simulation system to finish the result of virtual seed automatic cultivation of seedlings according to the current cultivation process flow, finishing the action by an execution mechanism according to the process, the virtual scene environment, the time period matching temperature, other related flows and equipment matching of a hygrometer and the cooperation of the virtual seed cultivation process flow and the equipment through a communication interaction instruction by the simulation system embedded control module or a background server system general platform, achieving the result of automatic seed cultivation or shortening the seed cultivation time and the result of improving the quality of seedlings and the emergence rate, and starting from the virtual field soil for virtual rice planting in the virtual experiment, the virtual field is firstly provided with a paddy planting base which can be built with a virtual building, or can be finished by using virtual natural land, can level and parallel virtual soil, automatically virtually build or roll the soil or realize one or more growth conditions of the roots of the paddy of soilless or artificial planted plants, can virtually and automatically clean sundries and grass in the virtual soil, also has a virtual water supply source and ensures that the water does not leak when virtually supplying water, the virtual water is higher than the virtual soil by a plurality of centimeters, and is provided with a virtual water level detecting device, a virtual water drainage device, a virtual water temperature or soil temperature adjusting device, a virtual rice planting depth and a water covering depth of the virtual paddy root and a water covering water level which are enough to grow, after the virtual paddy seedlings are planted in the virtual building base or the virtual planting base or the virtual greenhouse or other virtual planting bases in the virtual cultivation device or the field, providing proper temperature of virtual soil or water for root growth reasonably and properly according to the temperature adapted by the virtual rice seedling when the virtual rice seedling survives and the growth of the virtual rice seedling, providing virtual illumination according to time periods, performing virtual experiment on virtual nutrition supply in the virtual soil and the virtual field water by a virtual nutrition monitoring liquid device disassembling instrument and a virtual temperature detection device analyzer to virtual nutrient substances, virtual mineral substances and virtual soil temperature or virtual water temperature in the virtual soil and virtual water to meet the growth requirement of each stage of the virtual rice seedling, and determining whether the virtual rice seedling dies because of the discomfort of the virtual rice seedling absorbing high temperature or absorbing nutrition due to the ratio of the experiment virtual water temperature to the virtual soil temperature to the virtual nutrition, the phenomena of illness and the like are discovered, insufficient and overproof virtual temperature or nutrition is found, an automatic control system in the simulation system gives an instruction to an automatic virtual soil temperature and virtual nutrition or virtual paddy field water temperature which are automatically adjusted to be most suitable for healthy growth, high-quality growth and high-speed growth of virtual rice seedlings, the accompanying of virtual illumination is further included during the healthy growth, high-quality growth and high-speed growth of the virtual rice seedlings, the illumination of a photosynthetic object which is indispensable for the growth of the virtual plants by the virtual illumination and the photosynthesis of light beams enable the virtual plants to grow, the virtual automatic illumination is further included in a virtual building body or a virtual planting greenhouse of the virtual plants or other virtual planting fields or places, the virtual automatic atomization or the virtual automatic breeze is further included, the indoor temperature regulation is performed in a virtual automation mode, the virtual illumination interval time, the virtual light intensity and the light tone of the virtual rice seedlings in the virtual growth process is adopted in the virtual illumination, the virtual illumination is lighting equipment or tools which are researched and developed and manufactured by virtual manpower and are adopted in virtual building planting and virtual greenhouse planting bases for planting plants virtually, the virtual lighting equipment and tools are provided with virtual electric energy sources for long-term supply, the virtual electric energy can be a virtual safe voltage or a virtual variable voltage power supply or a virtual power supply for various countries, the electric energy supply is generally 380V or below, the virtual lighting equipment can be specially researched and developed by self or adopt the temperature and moisture in red, orange, yellow, green, blue, indigo and purple gorgeous seven-color rainbow light and infrared rays which are suitable for the existing virtual lighting equipment and are researched and developed at present to promote the chemical reaction of plants to absorb or to grow plants according to the collection of various elements, mineral elements and the like required by promoting the growth and nutrition of the plants and essential substances for the growth of the plants, the virtual function of describing illumination is not detailed in a simulation system of a virtual experiment, all the experiment processes carried out in the simulation system carry out the virtual experiment according to a scheme flow which is planned or optimized in a storage system, the flow of the virtual experiment is matched with a virtual plant base, the adjustment of the temperature in a virtual room, the adjustment of humidity and the adjustment of dryness, the atomization staged reasonable addition or the virtual automatic intervention of nutrients in the growth period and the virtual flowering and fruiting period of the virtual rice is carried out, the purposes of achieving the virtual regulation of taste, the plumping of virtual grains, the color and brightness, the improvement of virtual yield and the greatly shortened result in the virtual growth period are achieved, the water supply of the virtual rice at the roots of the virtual seedlings and the virtual rice in the virtual growth process can be practically carried out, and the little water supply or no water supply can be carried out according to the staged periodicity in the virtual growth process, the method promotes the adjustment of virtual rice seedlings and virtual rice in growth results to optimize the effect and reasonably grow the environment, all the various virtual plant planting can adopt the virtual rice planting to realize the effect of systematic and automatic plant planting, a virtual ventilator is sealed on one or more layers of a virtual planting building site or a virtual base of various virtual plant planting, a virtual greenhouse planting base or a virtual site is sealed with a sealed roof and virtual ventilation and other virtual household planting cabinets or other virtual planting sites and sites, and the method comprises the steps of virtual automatic power supply, water supply, virtual automatic drainage, virtual automatic illumination, virtual automatic soil heating and automatic water temperature adjustment, virtual automatic room temperature or room temperature adjustment, automatic spraying, virtual spraying, the virtual generation equipment, the device and the system for virtually spraying nutrient solution, virtually monitoring nutrient solution, virtually automatically adding nutrient solution and virtually and automatically physically controlling plant diseases and insect pests can be combined into a whole and separated, or one or more than one type or multiple types or one or more than one type or one or more than one set or multiple sets of equipment can be used for completing actions by the system control execution module in a virtual building planting base or a virtual greenhouse planting base or a virtual home planting place or a virtual base planting place; the simulation research and development system or the simulation planting system is a simulation research and development system or a simulation planting system obtained by combining application software of an experiment and research and development system with a VR system and a 3D4D special effect device, and the scene really experienced on site also comprises a virtual plant seed automatic cultivation device and system, a virtual automatic planting device and system, a virtual automatic water supply device and system, a virtual plant automatic illumination device and system, a virtual plant automatic fertilization or fertilizer supply device and system, a virtual plant insect prevention device and system or a pesticide spraying and insect killing device and system and other devices and systems related to virtual planted plants and the like, the simulation research and development system or the simulation planting system also comprises cultivation for researching and developing virtual plant seeds, virtual plant planting, virtual illumination, virtual fertilization or fertilizer supply and virtual insect prevention in the virtual plant planting management process, or can enable virtual experiment or research and development professionals to achieve improvement of virtual plant planting skills or management and maintenance skills in the plant planting process in the virtual experiment, experience and research and development processes; the VR system is provided with a virtual experiment or research and development platform, the system is a visual development and operation platform adopting 3D4D special effect equipment, and can realize the functions of moving virtual plants, planting equipment of the virtual plants, virtual water supply equipment, virtual fertilizer application equipment, virtual weeding or pest killing or pesticide spraying equipment, three-dimensional coordinates of a virtual house building model or other objects, adjusting simulated parameters of the three-dimensional coordinates of the planted plants, the planting equipment of the planted plants, the virtual fertilizer application equipment, the virtual weeding or pest killing or pesticide spraying equipment, the virtual house building model or other objects or other object rotating systems, viewing the virtual plants, the virtual water supply equipment, the virtual fertilizer application equipment, the virtual weeding or pest killing or pesticide spraying equipment, the virtual house building model or other objects in a scene, creating and editing various flow simulated experiments or research and development events in a customized manner, and realizing the common participation of a plurality of researchers in experiments or research and development on the platform, roaming space measurement, equipment marking, free, physical interference, route planning and the like; the virtual automatic planting equipment can also adopt a virtual experiment research and development method to carry out various planting researches and system operation to obtain growth results of various virtual plants to be planted, adopts various indirect equipment or stages of growth processes which are designed in an experiment or research and development mode according to the complete set of virtual automatic planting equipment and system for planting the virtual plants, the whole growth processes of the various types of virtual plants and various planted virtual plants, the related various virtual equipment and systems and the related operation related systems, adopts a system fictional method to change the method schemes and flows in the virtual growth stages of the virtual equipment and plants and the related equipment and related flows into various virtual equipment and systems required by planting by adopting an experiment or research and development mode, wherein the various virtual equipment and systems comprise virtual fertilizer liquid medicines, various virtual plant types and other planting related various tool automatic device equipment and systems, the intelligent application terminal obtains the information and then carries out planting research and test or can also adopt the application terminal of a VR system or 3D4D simulation equipment to simulate and plant one or more plants, the system can calculate the result and the method and the scheme of the whole set of plants with single variety of the products and predict the result of the planting process flow according to the simulation method, the actual test is carried out after one or more methods or one or more results of the methods and the methods reach the optimal result or the basic prediction result, the automatic equipment of the actual object and the determined planting process flow and the method and the system are adopted during the test, the intelligent application terminal issues instructions and then carries out communication, the intelligent application end and the system comprise a mobile phone APP, a small program or a third-party software system and other intelligent application ends meeting the requirements of application and systems, and further comprise a VR system and special equipment or a 3D4D simulation special equipment and a system for realizing the idea of self-development and a set of plant simulation and development, and a plant cultivation technology research and development method for realizing one or more groups of plant cultivation and simulation systems, and a research and development method for realizing the research and development of a plant cultivation technology and a plant cultivation technology, wherein the research and development method comprises the steps of automatically researching and developing a plant cultivation technology and a plant cultivation system, and automatically researching and developing a plurality of groups of plant cultivation and simulation systems according to the research and development of a VR system and a research and development system of a VR system, a 3D4D simulation special equipment and a 3D4D simulation concept system and a plurality of plant cultivation systems, and a research and development method for realizing the research and development of a plurality of plant cultivation systems and a plurality of plants, after the simulation and the self conception achieve the effect or the achievement, various intelligent automatic planting devices can be processed to market in a modularized and real way, the self design simulation can be used for achieving the determined achievement transfer and sharing, plant researchers attract the planting and cultivating processes and technologies of various plants through a method of experiment, research and experience of personal experience and enter operation through virtual simulation reality sense, and through background operation, the planting process flow or other relevant processes and requirements such as planting cultivation, growth, fertilization, water supply, nutrition supply, insect control or insect killing, temperature, illumination, soil requirements and other growth periodicity are obtained, so that the planting results of intelligent planting, unmanned planting, standardized planting and standardized planting are achieved from the beginning of seeds to the achievement collection or other purposes.

Furthermore, the research site or the site for the offline planting verification comprises a greenhouse planting experimental site, an automatic device for planting plants corresponding to the experimental planting site, and one or more groups or groups of one or more groups of control systems which control the automatic device and are formed or integrated by various circuit integration or various operators and chips, the automatic plant planting equipment comprises one or more or a plurality of groups or one or more sets of automatic soil adjusting equipment or system, one or more or a plurality of groups or one or more sets of automatic temperature adjusting equipment or system, one or more or a plurality of groups or one or more sets of automatic humidifying equipment or system, one or a plurality of groups or one or more sets of automatic lighting equipment or system, one or a plurality of groups or one or more sets of automatic water supplying equipment or system, one or a plurality of groups or one or more sets of automatic fertilizer combining or automatic nutrient solution adding equipment or system, one or a plurality of groups or one or more sets of automatic weeding equipment or one or a plurality of groups or one or more sets of automatic spraying equipment or system, one or a plurality of groups or one or more sets of automatic spraying equipment or system for automatically preventing plant diseases and verifying the plant seedlings growing in real plant growing field, the actual plant growth process, the actual fruit and actual plant growth, the scene requirement and the actual temperature requirement during the actual seed cultivation, verifying the on-site planting experimental base by using the technologies of various links from actual humidity requirement, actual illumination requirement and actual germination, pregermination to actual seedlings and actual seedling planting and various actual process flows, and verifying the on-site planting experimental base by using the technologies of various actual soil quality, actual soil humidity or paddy field, climate and temperature basic requirement data and actual process flows of various seedlings from planting to soil and various actual plants when the plants are planted in soil or actual soilless culture in the actual growth process after the actual seedlings are planted; the method carries out manual intervention and research according to the characteristics of the existing planted plants after the seed cultivation conditions, the seedling cultivation conditions and the characteristics of the seedlings or stems or trees of various planted plants are one-to-one in reality, intervenes in the research on the practical cultivation verification under the lines of various links from the seed cultivation to the seedling cultivation and various technological processes of scene requirement, temperature requirement, humidity requirement, illumination requirement, germination to the seedling cultivation and various technological processes when various planted plants are cultivated in the seed cultivation and the seedling cultivation and the seed cultivation from the plant to the fruit and the plant growth, and the technical process of planting plants according to the basic requirements of soil quality, soil humidity or paddy field, climate and temperature when various seedlings grow from the planting of plants to the soil, the technical process of planting plants according to the basic requirements of soil humidity or paddy field and climate and temperature when various plants grow in the planting soil or soilless culture process after the seedlings are planted, the technical process of planting plants according to the requirements of plant roots on various soils, soil quality, nutrition, temperature and illumination, the requirements of seedlings or stems or trees on illumination, environment, humidity, height, temperature and pest and disease and pest growth conditions in the growth process after the seedlings are planted are all planted one by one, and the technical process also comprises the steps of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants and adopting the results of artificial intervention aiming at the technical purposes, so as to achieve the effects of shortening the growth cycle, increasing the yield, purer variety, better nutrition, higher value, more beautiful appearance or culture and other effects of various planted plants, wherein the artificial intervention mainly can adjust the requirements of temperature, humidity, illumination and germination, accelerating germination to seedlings, cultivating seeds, planting seedlings, growing plants to fruits, growing bases when the plants grow to soil, soil quality, soil humidity or paddy field and climate, temperature growing conditions, growing environments, equipment research, automatic control by a system for intervention, planting buildings or greenhouse planting, small-scale tests or experimental or domestic small-scale planting places, and electric energy supply, water energy supply or other energy supply, can realize automatic soil adjustment, automatic detection of nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic illumination adjustment, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of plant diseases and insect pests or automatic pesticide spraying, the method comprises the following steps of selecting an experimental field in the real planting process, arranging a scheme of supporting facilities of planting equipment in the experimental field, arranging the supporting facilities in the process or mode, automatically planting in the experimental field by weather or environment or selecting which kind of plant is selected, planting in the process, automatically managing the plant in the planting process and practical operation in the planting process, carrying out test or comparison in the practical operation through one or more different planting modes or results after planting, comparing the planting test or comparison result with a storage system of plant data, a verification result of comparing stored data or virtual test or research and development data in an experiment or research and development system, and further selecting planted soil or selecting soilless culture, wherein the process of on-line planting verification is that plant seeds are changed into seedlings; taking paddy as an example, selecting an experimental planting base of paddy, firstly soaking high-quality paddy at a reasonable temperature for a reasonable time, wherein the soaking can be normal-temperature water or 30-40 ℃ or a proper temperature, but the high temperature is not suitable for killing seeds by heat or scalding germination embryos, the supercooling is freezing bud embryos or slow speed, the germination process is kept at a proper temperature, if the seeds are abundant, the seeds can be distributed or spread on special seed cultivation equipment and keep humidity for a long time, the automatic cultivation of seedlings can be realized only by embedding intelligent equipment and special tools, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device and a constant temperature device are added in the intelligent cultivation equipment according to the seed cultivation flow in the seed cultivation process, a water or warm water spraying device, a seed rolling device or non-seed rolling device, an automatic spraying device, an automatic water draining device and equipment, and a lighting device or non-lighting device are also added, spraying or atomizing a germination accelerating liquid at a proper stage in spraying and atomizing or physically adjusting to carry out a germination accelerating process, spraying a corresponding nutrient solution and a proper humidity of a water thermometer in a proper time and in a proper germination growth period after germination to ensure the healthy growth of the seedlings, planting and verifying according to the current cultivation process flow that the automatic cultivation of the seedlings can be completed by matching the system control with automatic intelligent equipment, and completing the actions by an execution mechanism according to the process, the scene environment, the time period collocation temperature, other related flows and equipment of a hygrometer of the seed cultivation flow through a communication interaction instruction by a system embedded control module or a background server system total platform to achieve the automatic cultivation of the seeds or shorten the seed cultivation time and the quality improvement of the seedlings and the improvement of the emergence rate, the paddy planting is different in growth cycle according to different climatic conditions, paddy can be planted in one year with the perennial climate of about 30 degrees, paddy can be planted in two seasons with the perennial climate of less than 30 degrees and of more than 25 degrees, only paddy can be planted in one year with the climate of less than 25 degrees at normal temperature in the year, but other varieties can be planted, the climate temperatures are only one general outline and can not be completely determined, the influence of other aspects such as natural environment change, wind, rain, water and the like can not be completely confirmed or not, the paddy can be planted in one season or two seasons or three seasons per year, but under artificial intervention, the paddy can be completely planted in the same paddy planting plant base at least for one year or more than three seasons, the research and intervention starts from the soil in which the paddy is planted, the paddy planting base with buildings can be built firstly, and natural soil can also be used for finishing, the device can level and parallel soil, automatically construct or roll soil or plant rice roots without soil or manpower, automatically clean sundries and grass in the soil, provide a water supply source and ensure that the water is not leaked when the water is supplied, the water is higher than the soil by a plurality of centimeters, and is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of the rice planting soil and the water is enough for the growth depth of the rice roots and the water covering and the water level enough for the growth, after the rice seedlings are planted in a building planting base or a planting greenhouse or other planting fields or bases, the rice seedlings are supplied to survive after the rice seedlings survive according to the temperature suitable for the rice seedlings, the proper soil temperature or water temperature for root growth is reasonably and suitably provided, and supplies illumination according to time period, calculates the nutrient supply to the nutrient substance, mineral substance and soil temperature or water temperature in the soil and water and the temperature detecting device analyzer to calculate the nutrient supply to satisfy the growth requirement of each stage of the rice seedling, also calculates the water temperature and soil temperature and nutrient ratio to make the rice seedling excessively absorb high temperature or excessively absorb nutrient, and causes the rice seedling death, illness and other phenomena, finds out insufficient and excessive temperature or nutrient, the automatic control system gives the instruction to automatically adjust to the most proper soil temperature and nutrient or paddy field water temperature to make the rice seedling healthily grow and rapidly grow, and also includes illumination accompanying and protecting when the rice seedling healthily grows, the high quality grows and rapidly grows, illumination is enough to illuminate the indispensable object of plant growth, and light beam photosynthesis to make the plant grow, the illumination device and the tool have long-term supply of electric energy, the electric energy can be a safe voltage or a variable voltage power supply or power supplies of various countries, the electric energy is generally supplied at a voltage of 380V or below, and the illumination device can be specially developed by itself or adopts the temperature and moisture in the red, orange, yellow, green, blue, indigo and purple colorful rainbow light and infrared rays of the existing developed applicable illumination device to promote the chemical reaction absorption of plants or promote the growth and nutrition of the plants according to the collection of certain temperature and moisture in the red, orange, yellow, green, blue, indigo and purple colorful rainbow light and infrared rays The planting verification is matched with the plant base, the indoor temperature adjustment, the humidity adjustment and the dryness adjustment, the atomization staged reasonable addition or the automatic intervention of nutrients in the rice growing period and the flowering fruiting period can achieve the purposes of adjusting the nutrition of the planting base, adjusting the taste, the grain fullness, the color brightness, the yield improvement, the long-term greatly shortened fruiting, being practical and practical, realizing root water supply in the rice seedling and rice growing process, realizing the purposes of automatically adjusting the water supply of the planting base, automatically spraying and spraying the nutrient solution to the planting base, automatically adjusting the growth of the rice seedling and other plants, automatically adjusting the water supply of the planting base, automatically controlling the water supply of the planting base and the growth of the rice seedling and other plants, automatically controlling the water supply of the planting base, automatically spraying the nutrient solution to the planting base, automatically controlling the growth of the rice seedling and other plants, automatically spraying the nutrient solution to the planting base, automatically controlling the growth of the rice seedling and the growth of the plants, automatically spraying and spraying the nutrient solution to the planting base, automatically controlling the growth of the plants The method comprises the steps of completing actions by a system control execution module according to one or more types or one or more sets of integrated one or more types or one or more sets of integrated one or more types or household planting places or base planting places, connecting a general platform and a control module of a communication and background server system with an intelligent terminal, and adopting APP, small programs or a combination of third-party software and a platform, so that the effects and results of remote checking, remote planting operation and local planting operation can be realized, the planting results after plant planting verification are compared with an online experiment or research and development system or a storage system of plant type data, the verification data with good results are edited into the APP or small program software of the plant type application software, and then the APP or small program software of the plant type application software which is used for compensation or compensation can be downloaded by a planting mechanism or platform of the third party or other users, and the yield or high quality of plant planting can be achieved after the verified more preferable planting manner or method is provided for plants in the planting process.

Furthermore, the system and the method for researching plant planting can be used as educational materials, particularly, the study on the planting of various plants is carried out when the scholars in agriculture have knowledge of the plants, the study on how to optimize the planted articles and how to plant and how to automatically intervene is carried out, so that the planted plants can improve the nutritive value, pure taste, high yield, shortened growth period, fine and soft planted stems and leaves and other regulation and study on the quality products which promote the efficacy of the medicine to be stronger, high yield and shortened growth period when the planted plants are eaten by all food materials including fruits and vegetables, the environmental control study is carried out according to the difference of various plants and growth characteristics, the study on soil content and different soils and the like also comprises the research on plant characteristics, water inlet application, stage water supply, water adding humidity and the like, and the components of nutrient solution are matched with the growth of the plants and the part used by the nutrient solution when the system and the method are used, the research on the aspects of plant planting environment humidity and the like, the research results of all plants and hybrid rice research which enables more young people to learn from Yuanping and Yuanping with the planted plants and the like in a way that the quality, the yield and the growth cycle of the plant products can be improved are shown that other planted plants need more research, all the planted plants need to be improved, the quality, the yield and the growth cycle are improved, the research on seed seedling culture, planting research, variety optimization research and the growth process can be carried out according to any plant planting, systematic learning and research such as various automatic seed seedling culture, automatic planting management and the like can be carried out according to the research on the planted plants, and the simulation experiment can be carried out on the schemes designed by the young people or others in a class on the systematic automatic standardized learning and research, research and test can be carried out by adopting 3D4D special effect equipment for field test, virtual conclusion can be obtained by VR technical algorithm, scene and human study and learning in the test, and the virtual conclusion can be learned on professional lessons of schools according to whether the simulation result of the formula and the system is consistent or equal to the realization of use or not after the conclusion is obtained, and the learning also has the combined result of the training, learning, research and application of various automatic operators, and classroom education, learning and research can be realized only in multiple age stages and have the research function, so that more young people can learn or love or research or develop the learning and intelligence development function of plant knowledge in the early time or at each age stage.

Furthermore, the experimental or research and development system comprises a simulation software platform comprising a virtual 3D4D special effect device, a simulation module platform, a visualization and demonstration simulation platform, a miniaturized synchronous visualization platform, a flow simulation platform, a virtual coordination platform, a physical interference and human-machine efficacy analysis platform, a real illumination simulation platform, a roaming function platform, a route planning function platform, a rich 3D4D special effect support platform or other platforms, and the platforms have the functions of generating tasks, distributing tasks, generating environments, designing the flows, and carrying out audio, video, action, environment, landform and other scenes on site facilities, equipment and personnel; the simulation module platform can realize external import of non-standard equipment, after the platform is put into use, three-dimensional model designers can import equipment models and the like which are not originally in the platform and are manufactured by various design tools into the platform in real time through the function of a platform database, realize dynamic expansion of the models in the platform, and can be operated and used as the original mode of the platform so as to realize update or management of the platform; all models in the visualization and demonstration simulation system are imported into models made by various professional three-dimensional design software in a self-design stage, the models and the data are really embodied, the design data in each model can be called in a platform and visually displayed in various modes of reports, labels and prompt lamps, besides the real design data of the models, researchers can add extra self-defined experiments or research data to different types of models as required to perform virtual operation experiments or research and development; the system also comprises a simulation experiment or research system, a simulation research and development system and a background server system general platform server of the simulation planting system, wherein the general platform server can divide a plurality of server processes according to functions, the server processes comprise movement, interaction, prop servers, alliance servers, auction servers and friend servers of scene server roles in scenes, the general platform server can also be divided into one or more scene servers according to scenes, the general platform server mainly completes main research experiment or research scene logic, figures quit, walk and run, task acceptance or completion and the like in plant planting research experiments or researches, the scene server design is a main embodiment of performance difference of the whole experiment or research server, more mainly, the system architecture and synchronization mechanism design of the whole service are further included, the non-scene server is mainly responsible for completing experiment or research logic irrelevant to the experiment or research scenes, the logic can normally run without depending on the experiment or research map system, the non-scene server can independently come out from the server, a CPU and a wide bandwidth server are saved, and the experimental or research scenes of the scene server can be more smoothly researched or the experimental scenes which are possibly influenced by the wide bandwidth research server; the system also comprises a gateway server, wherein the gateway server adopts a jumping mode when an experiment or researcher or fan jumps a plurality of maps or scenes, so as to jump different servers, and a mode is also provided, nodes of the servers are managed by the gateway server, the experiment or researcher or fan interacts with the gateway server, the gateway server agrees to exchange data when each scene or server is switched, the system also comprises a gate server, a chat server, an AI server, a database proxy server and the like, through the server architecture, the performance is obviously improved and the load is larger because of pressure dispersion, the architecture is adopted for some large MMORPGV experiments or researches at present, the servers are generally divided according to functions in the distributed server architecture, the method comprises the steps of managing connsvr connected with an intelligent application terminal or a client TCP, a Redis database proxy server dbsvr, a main logic (responsible for modifying data of an experiment or a researcher) server mainsvr, an experiment or research external server gapesvr, an experiment or research matching server matchsvve, possibly dividing other services according to different experiment or research types or requirements, when the client sends a message to the server through the TCP, the server internally serves the requests of the client through cooperation between services, the message flow or the step of processing the client by the server comprises the steps of sending the message to the connsvr service through the TCP by the client, forwarding the message to the corresponding service according to cmd of the message by the connsvr service, logging in the service corresponding to the message, pulling the experiment or researcher data from the databanksdsvr by the mainsvr, returning the data of the sonsvr to the connsvr, after the data is processed by the mailsvr, the original path is returned to the connsvr, the connsvr sends the return packet of the message back to the client through the original TCP connection, the message processing is completed, and the method also comprises all other related functions and systems which can be used for the background server system general platform, installation, storage, fusion and the like and application.

Furthermore, the master control module is composed of an electric appliance integration or various operators and chips, is built by adopting a CPU system architecture, and also comprises a plurality of item control modules, the master control module and the item control modules can be fused into a whole, and any one of the plurality of item control modules can replace the master control module; the main control module and the plurality of branch control modules can directly interact with information, share data, receive instructions, send instructions and the like of each parameter set in the background server system general platform according to the setting of the system, the background server system general platform or the main control module of the plant planting system sends the branch control modules, the parameter instruction information of each device and system is sent, and the parameter operation flow preset according to the program is received, so that the automation of plant planting and the realization of system control of the plant planting required to be realized by the automatic plant planting device and the research and development system are realized; the system can also be provided with one or more master control modules and one or more item control modules which can be merged, combined or independent to bear one or more groups of intelligent application terminals and simulation equipment application terminals of various research and development systems, one or more groups of one or more groups or any application intelligent equipment and systems of one or more types and plant automatic planting equipment and systems, research and development and application equipment and client application equipment thereof, one or more groups or any application intelligent equipment and systems of the relevant equipment devices and systems of the intelligent application terminals, the simulation equipment application terminals and the plant planting equipment can be merged or independently operated, one or more groups or one or more groups of systems can be completed by wire communication, wireless communication, local communication, networking communication or networking communication to complete the required communication functions to cooperate with the completion of various functions, realize data exchange, data sharing, instruction sending and instruction receiving, an execution mechanism and a VR virtual research mechanism complete all design and research and development functions, complete or convert all objects and actions to realize all perfect actions and can be connected with a background system of the seed and the seed culture equipment; the intelligent application terminal is combined with application software or a VR virtual research platform of plant automatic planting equipment and system, one or more groups or sets of circuit integrated systems are arranged in the intelligent application terminal, the intelligent application terminal comprises one or more groups or sets of electronic components with various functions, one or more types or models of the electronic components with various functions, an apple, android, hongmon and future development systems, one or more types or models of chips and various detection devices, third-party software, APP, small programs and the like are driven to run and downloaded, application operation and operation storage of application operation and other related functions are stored, the intelligent application terminal has a communication function, is provided with a self-contained power supply and a direct power supply voltage stabilizing or transforming device, has a display function which is movable or fixed, and can be operated or used or can be provided with intelligent equipment such as VR systems and other matched equipment, all intelligent devices which comprise various intelligent mobile phones, ipads, computers and special devices and meet the standards can be applied, the intelligent devices can be used under the condition that a network is available, the network can adopt both a wired network and a wireless network, the application scene can be used in plant planting research centers, agricultural research centers, scientific research planting education institutions or other places with independent operation of plant planting and cultivation related devices and all places with human bodies and networks, the intelligent application terminals, the simulation VR terminals, the plant automatic planting devices and the system have one or more layers, one or more groups, one or more functions, one or more groups, one or more power switches, one or more electronic elements with electronic supply energy low-voltage stable devices, and the circuits integrate one or more electronic elements with one or more types, one or more types or one or more types of various matched combinations One or more sensors, one or more types of sensors and one or more types of chips can be randomly adjusted according to the function configuration design, a current monitoring unit sensor receiving unit, a motor control unit and a power management unit, a communication unit, a computing system, an operation system and a control system command sending and receiving unit, a circuit core module STM32F4071GT 6 and an MCU (STM 32F4071 GTX) and other similar circuit integrated core modules capable of replacing an electrical core module STM32F4071GT 6 and an MCU (STM 32F4071 GTX) in the future or the integration of upgraded electrical core modules are integrated, the communication is CANRS and 485 and ruler S232 and other communication and internal external communication and internal communication and external communication such as G4G5G.GPRS.WIFI.BIU.LORA.NB-1T.ZIEE and a GBNET wired communication bus to command the sending of data uploading and the compatible design for the future development of communication, the communication realizes wired communication, wireless communication, networking communication, local communication, networking communication can also accommodate new communication module interfaces developed in the future, the control module mainly comprises one or more of CPU chips responsible for information calculation processing, and other processors similar to the CPU function and upgrading the CPU in the future or replacing the CPU, and can adopt design, a basic peripheral circuit responsible for processing core work such as instructions, execution operation, control flow, processing data and the like, and can adopt main stream chips based on different architecture series such as ARM, x86, MIPS and the like, a fusion chip similar to the whole function and a substitute chip with similar high performance researched and developed in the future; the motor drive control module is used for driving one or more types and one or more types of actuating motors of the equipment, and other motors or electronic drives and future developed non-electric drives, can be fused or designed and adjusted, and can adjust the voltage, current, rotating speed, square rotation and the like of different motors when in use, analyze the control instruction of the main control module, correspondingly control the motors and achieve the motion control of the equipment; one or more signal acquisition modules comprise one or more acquisition sensors for acquiring different signals, one or more sensors or integrated sensors of the same type or the same type and other sensors or integrated sensors of the same type, a sensor driving circuit, a signal acquisition processing circuit and a signal filtering processing circuit, and different information required to be acquired by the system is transmitted to the main control module by different analog digital signals for data acquisition processing analysis; the switch control module comprises power switch control, equipment enable control and other functions of an external power supply, an internal execution module, an external drive module and the like, and a module for performing control processing on the opening and closing of a certain function module in a system; intelligent user terminal and simulation VR application terminal and plant seed's automatic equipment of cultivating, have the display operation ware to adopt and be suitable for the operation of VR high performance display function, the function is like: the VR runner and the matched display screen produced by companies such as Kangbei, huarui, hongda, aiqiyi and the like, the intelligent application terminal, the simulation VR application terminal device and the automatic plant seed cultivation equipment or device are software system intelligent application terminals, the display forms are various, the VR runner and the matched display screen can be applied to different application systems, can be APP and small programs under handheld equipment systems such as android, IOS, hongmon and the like, and can be application programs of PC ends such as Windows, MAC OS, UOS and the like.

Furthermore, the general platform of the background server system of the plant planting research or application system is operated by a server combination, and stores equipment with all-round functions of communication receiving application, transmission instruction sending and receiving and the like, and can be arranged at the positions of cloud computing, big data, classification and map design, the application terminal circuit of the mobile intelligent terminal, and one or more or one or more groups or one or more sets of general platforms of the background server system of the line tracking and graded statistics; the background server system main platform adopts a low-room architecture and an operation architecture system, namely an android system, an apple system, a Hongmon system, a development bottom architecture developed in the future, a third-party architecture system, a software storage system and a CPU; the main control module can also realize functional arrangement and storage of other contents and data exchange to meet the requirements and methods of designing the system; the system and the method comprise that a background server system main platform is communicated with an intelligent terminal in a communication mode, the terminal comprises a mobile phone terminal, a computer terminal, a bracelet and an Ipad terminal, and the mobile phone terminal also comprises a mobile phone APP, an applet and an intelligent terminal; the communication is local communication, networking communication, wired wireless communication, and the commercial method of the plant planting automation equipment and system is directly operated on an intelligent terminal or a display screen and can adopt voice input and voice application or character input and English input versions; the Internet of things equipment of the background server system main platform adopts 4G and 5G communication modules, wired communication and post-development advanced communication on the system level, realizes remote communication between the equipment and a background service system by utilizing an international advanced mqtt Internet of things protocol or other Internet of things protocols and future-development more advanced Internet of things protocols, completes various information and instruction interaction between systems, is simple and flexible in specific deployment scheme, and provides better service for customers.

The invention has the beneficial effects that: the method can obtain one or more virtual planting results after virtual planting is carried out according to the original planting characteristics of the plants or according to the characteristics of the plants, and verify the on-site planting of the virtual planting results in the field planted off line to obtain the results.

Drawings

FIG. 1 is a system block diagram of a research or application system and method for automated plant cultivation according to the present invention

Wherein: 1-a research system; 2-intelligent application terminal; 3-a communication module; 4-a main control module or a subentry control module; 5-a chip module; 6-an integrated circuit module; 7-VR proprietary equipment; 8-simulating a research and development system; 9-simulating a planting system; 10-background server system general platform; 11-3D4D special effect equipment; 12-automatic planting equipment and system.

Detailed Description

In order that the technical features, objects, and effects of the invention may be more clearly understood, specific embodiments of the invention will now be described below with reference to the drawings.

In this embodiment, as shown in fig. 1, a research or application system and method for plant automated planting includes that a composition of a research system 1 for plant automated planting includes an online research system 1, an offline planting verification research site or experimental site, a planting researcher, an automated research device or automated planting device for plant planting, an application scenario or a plant planting site; the on-line research system 1 also comprises an experiment or research and development system which combines VR special equipment 7 and 3D4D special effect equipment 11, one or more experiment or research schemes are stored in the experiment or research and development system, one or more virtual planting results are obtained after virtual planting is carried out in the experiment or research scheme according to the original planting characteristics of plants or according to the characteristics of the plants, the virtual planting results are planted and verified on line in a research plant planting place or an experiment plant planting place, the research equipment or the place control system is provided with plant data and plant data storage systems; the intelligent application terminal 2, a background server system general platform 10, a communication module 3, a main control module or a branch control module 4, a chip module 5 and an integrated circuit module 6 which are connected between the systems and the equipment, wherein the planting researchers know one or more of different growth characteristics, different planting modes or methods of some plants in the planting schemes or the planting management schemes in the storage system of plant data, intervene the cultivation of plant seeds and the improvement of soil, illumination, fertilization, water supply, humidity or temperature or weeding or the planting growth process of plants and other aspects in the planting growth process of some planning processes or the optimized processes of the existing planting schemes or the planting management schemes, and after the feasible schemes are adjusted according to the planning schemes and the planting process, the simulation prediction or simulation prediction data is carried out by adopting a virtual experiment or virtual research and development in the plant seed cultivation and plant growth process combining VR special equipment 7 and 3D4D special effect equipment 11 with a software planting system, intervening and adjusting the process flow in the soil, illumination, fertilization, water supply, humidity or temperature or weeding or plant planting and growth process, confirming whether the growth cycle can be realized through simulation and adopting one or more algorithm systems, and achieving the prediction effect through big data, cloud computing, predicted plant cultivation, growth and planning data and flow, wherein the simulation prediction can be carried out by one or more times of adjustment to achieve the aims of increasing the yield of the planted plants, improving the quality, shortening the plant growth cycle, improving the taste level, enhancing the drug property and side effect or other prediction effects or purposes; the adjustment is based on prediction data which can not shorten the growth cycle of the existing plant or improve the yield or quality by comparing or predicting the existing growth rule or the existing growth process of the plant in the original growth rule or process without influencing the existing growth rule or the existing growth process of the plant; the simulation adopts a system and an algorithm, and performs a virtual cultivation and planting experiment in the experiment or research and development system after implementing an interactive instruction among an experiment or research and development system, a background server system general platform 10, a communication module 3, a main control module or subentry control module 4, a chip module 5 and an integrated circuit module 6 by combining VR special equipment 7 and 3D4D special effect equipment 11, compares some data after the virtual cultivation and planting experiment with a storage system of plant data, and plants a researcher, namely a research place or a field for on-line planting verification, and plants the field plant through planted automatic research equipment or planting equipment when the data is consistent or more preferable than some data in the storage system, the planting method and the planting process used in an experiment or research and development system, or the selection of the plant varieties planted by the planting method or the planting process during planting, or the selection of the planting site or environment or the plant species planted by the planting method or the planting process are interfered with soil, illumination, fertilization, water supply, humidity or temperature, or the weeding or plant planting growth process and other aspects of improvement and adjustment, the automatic equipment and the system or other selection or modes are adopted to carry out verification in an on-line research site or site, during the planting process, the intelligent application terminal 2, the background server system general platform 10, the communication module 3, the main control module or the item control module 4, the chip module 5 and the integrated circuit module 6 are combined with the plant planting automation equipment of a research facility or a place through a control system to carry out automatic planting on the research place or the place under the online interactive instruction, and one or more sets of one or more groups of automatic illumination equipment, one or more sets of one or more groups of automatic water supply equipment, a power supply system and a power supply system are adopted after planting, one or more sets of one or more groups of automatic fertilizing or weeding equipment or pesticide spraying and insect killing equipment are used for automatically illuminating, automatically supplying water, automatically fertilizing, automatically weeding and automatically spraying pesticide to the plants in the growth process of the plants, the information of the harvested results of the plants comprises the yield or the appearance color or the taste of the mature plants and the yield or the appearance color or the taste of the mature plants in a storage system of the plant data is verified or compared, in the verification or comparison process, if the yield or the appearance color or the taste of the mature plants in the harvest result information is better or better than that of the mature plants planted under the same environment or field or planting matched implementation same or similar conditions, the process of plant planting in the research place or field under the line or the management or method after plant planting is carried out or the characters recorded by the computer algorithm system are compiled into codes or operation codes of instruction information and then are embedded into the APP or the applet software of the application software of the plant planting class after being downloaded by a third-party planting institution or platform or other parties and then are used for paying or not paying, the APP or the applet software of the application software of the plant planting class after being embedded into a software system is applied, and the APP or the applet software of the application software of the plant planting class which achieves the result is applied, wherein the APP or the applet software of the plant planting class which is accepted by a central plant research institution or field, a commercial plant institution or a commercial planting institution or a greenhouse planting institution or a planting institution which is used for paying or a greenhouse plant The planting equipment or the supporting facilities of the automatic intervening soil, illumination, fertilization, water supply, humidity or temperature or weeding or plant management equipment can be applied to both power supply and water supply.

In the embodiment, the plant planting research is implemented by collecting and sorting the original various plant growth steps from seed cultivation, seedling planting, plant growth process and plant to fruit and plant growth, during seed cultivation, scene requirements, temperature requirements, humidity requirements, illumination requirements and various links from germination accelerating to seedling planting and seedling planting to various process flows, collecting or sorting basic required data and process flows of soil quality, soil humidity or paddy field, climate and temperature of various seedlings from planting to soil, and collecting and sorting all data and process flows of various soil, soil quality, nutrition, temperature, illumination, temperature, disease and pest growing conditions and other planting and breeding, seedling growth, related requirements of seedlings or stems or trees and various data one by one of roots of various plants in the growing process of the plants planted in the soil or soilless culture of the plants planted in the growing process after the seedlings are planted, and the existing characteristics and planting process flows of various planted plants, and all comprehensive data collection and sorting of various planted plants such as edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value; after the characteristics of various planting plants, such as seed cultivation conditions, seedling cultivation conditions and seedlings or stems or trees are adopted, manual intervention and research are carried out according to the characteristics of the existing planting plants, during the research, the intervention is carried out on various plant growth links from seed cultivation and seedling cultivation during the seed cultivation of various planting plants, during the plant growth process and the cultivation of the seeds from plants to fruits and plant growth, the scene requirement, the temperature requirement, the humidity requirement, the illumination requirement and the germination requirement, the germination acceleration to the seedling cultivation and various process flows for collection and arrangement, and the basic requirements of soil quality, soil humidity or paddy field and climate and temperature of various seedlings from planting to soil, and the requirements of the roots of various plants on the nutrition requirement, temperature requirement and illumination requirement of various soils and soil quality, the illumination requirement, the environment requirement, humidity requirement, height requirement, temperature requirement and the disease and pest growth conditions of the seedlings or stems or trees in the growth process of the seedlings or the soilless culture during the growth process of various plants after the seedlings are planted and the growth process of the plants is carried out one-to-one to edit and optimize the characteristics and the planting process of the existing various planted plants, the method also comprises the steps of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants and adopting the results of manual intervention for the purposes of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants, so that the effects of shortening the growth cycle of various planted plants, improving the yield, purer varieties, better nutrition, higher value, more beautiful appearance or good appearance and the like are achieved, and the manual intervention mainly comprises the steps of setting up the effects of adjusting the temperature requirement, the humidity requirement, the illumination requirement and germination, the equipment research also comprises planting buildings or greenhouse planting bases which are intervened by the automatic control of the system control, small-sized test or experimental or household small-sized planting places, which are provided with electric energy supply, water energy supply or other energy supplies, can realize automatic soil adjustment and automatic detection of the nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic adjustment of illumination, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of the occurrence of plant diseases and insect pests or automatic spraying of pesticide, when the seeds are cultivated into the seedlings or the seedlings are planted, water mist or nutrient solution of the seedlings, stems, leaves or trees and leaves is atomized to ensure that the planted plants can be planted without season under the conditions that the seedlings, stems, leaves or trees and leaves absorb water and nutrition or provide various mineral contents and beneficial corresponding nutrition during the flowering period, the research results and the practical and application values of the planted plants are improved, the growth period is shortened, the quality is better, and the taste is purer are achieved, the research results are all recorded into a system, the system develops the research results into the application and practical values to be applied to the conditional planted plants, the planted plants in the system are planted in intelligent plant bases, bases including building planting bases or greenhouse planting bases, intelligent household planting cabinets and other intelligent planting fields or places, can realize the automatic planting of plants; the system controls various automatic devices, each automatic device is provided with a control module and an execution module, the communication module 3 and a planting method system which can plant one or more or multiple types of one or more plants in a plant system and various processes related to the plants are arranged in a background server system general platform 10 or the control module to achieve the result that various soil requirements, water and water quantity requirements, temperature requirements, nutrition, illumination, temperature and other related requirements needed according to the growth cycle of various stages of various plants, such as building, controlling and adjusting, and the like, can reach the automatic planting standardized growth process; the plant planting research and intervention is as an example, the plant rice is planted according to the climate condition and the water supply condition, the rice is generally planted in one season or two seasons each year, the rice is firstly planted for seedling cultivation, the seedling cultivation is firstly seed, the seed is generally high-quality rice in the previous year is selected as the seed in the next year, the high-quality seed, rice plant or grain is plump and stronger than roots, leaves and stems of the same variety, the rice grain is full, the plant does not suffer from diseases and insect disasters in the growth period, the rice which is more mature and old before the harvest period is taken as the seed, the high-quality rice is soaked for reasonable time at reasonable temperature before the planting season in one year, the soaking can be normal temperature or 30-40 ℃ or proper temperature, but the high temperature is not suitable for thermal death or scalding of the seed, the over-cooling is frozen bud or slow speed, and the germination process is maintained at proper temperature, if the seeds are plentiful, the seeds can be distributed or spread on special seed cultivation equipment and the humidity is kept for a long time, the prior art and the process of the seed cultivation process are mature, the automatic cultivation of the seedlings can be realized as long as intelligent equipment and special tools are embedded, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device, a constant temperature device, a water or warm water spraying device, a seed rolling device or a seed rolling device and an automatic spraying device are added in the intelligent cultivation equipment according to the seed cultivation process in the seed cultivation process, an automatic drainage device and equipment, a lighting device or a non-lighting device can be added in the intelligent cultivation equipment, the germination accelerating process can be carried out by spraying or atomizing the germination accelerating liquid at a proper stage or by physical regulation, the appropriate humidity is measured after germination in a proper time and in a proper germination growth period, the healthy growth of the sprouts is ensured, the seedlings are researched and developed to be the result that the automatic seed cultivation of the rice seedlings can be completed by matching the system control with automatic intelligent equipment according to the current cultivation process flow, the system embedded control module or the background server system general platform 10 matches the temperature and hygrometer and other related processes and equipment to be matched with an execution mechanism to complete actions according to the process, the scene environment, the time period matching temperature and the humidity of the seed cultivation process flow through communication interactive instructions, the automatic seed cultivation result is achieved, the seed cultivation time is shortened, the quality of the rice seedlings is improved, and the emergence rate is improved, the rice planting is different in growth period according to different climatic conditions, rice can be planted in one year with the annual climate of about 30 degrees, rice can be planted in two seasons with the annual climate of less than 30 degrees and more than 25 degrees, rice can be planted in one year with the climate of less than 25 degrees, but can plant other varieties, the climate temperature is only an outline which can not be determined completely, the variety has the influence of other aspects such as natural environment change, wind, rain, water and the like, and the variety can not be determined completely or not, the rice planted every year can be planted in one or two or three seasons, but under the artificial intervention, the variety can completely achieve the purpose that the rice with the minimum planting time of three or more seasons can be planted in the same planting plant base in one year, the field is researched and intervened from the field soil planted with the rice, the field can be firstly built into the planting rice base with buildings, the natural soil can be used for trimming, the soil can be leveled and parallel, the soil can be built or rolled automatically, or one or more of the root growth conditions of the rice without soil or artificial planting plants can be cleaned automatically, the sundries and the grass in the soil can be cleaned automatically, the device also has a water supply source and ensures that water is not leaked when water is supplied, the water is higher than the soil by a plurality of centimeters, the device is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of the paddy planting soil and water is enough for the root growth of paddy and the water level for covering and growing the paddy, after the paddy seedlings are planted in a building planting base or a planting greenhouse or other planting fields or in a cultivating device or a field, the seedlings are survived according to the adaptive temperature of the seedlings, the soil temperature or the water temperature for reasonably and properly providing proper root growth is provided when the paddy seedlings survive in the paddy planting base, the illumination, the soil and the field water are supplied according to time segments, and a nutrition monitoring liquid device splitter and a temperature detecting device analyzer are arranged in the soil and the water to calculate the temperature or the water temperature of nutrient substances, mineral substances and the soil or the water temperature of the soil and the water so as to meet the growth requirements of the seedlings in each stage, the automatic control system can also calculate the ratio of water temperature to soil temperature to nutrition to ensure that the rice seedlings excessively absorb high temperature or excessively absorb nutrition to cause the phenomena of death, illness and the like of the rice seedlings, find insufficient and overproof temperature or nutrition, automatically adjust to the most appropriate soil temperature and nutrition or paddy field water temperature to ensure the rice seedlings to grow healthily, excellently and quickly, also comprises accompanying of illumination when the rice seedlings grow healthily, grow excellently and quickly, illumination of photosynthetic objects which are indispensable for the growth of the plants by the sunlight and light beam photosynthesis to ensure the growth of the plants, and also comprises automatic atomization or automatic breeze, automatic indoor temperature adjustment, automatic atomization or automatic ventilation, automatic indoor temperature adjustment, and the like, the illumination adopts illumination time interval time, light intensity and light color tone of rice seedlings in the growth process, the illumination is illumination equipment or tools which are artificially researched and manufactured in planting of plant planting buildings and greenhouse planting bases, the illumination equipment and tools are provided with electric energy sources for long time, the electric energy sources can be power supplies of safe voltage or variable voltage or power supplies of various countries, the electric energy supplies of 380V or below generally, the illumination equipment can be specially researched and developed by itself or adopts the existing illumination equipment which is suitable for the temperature and moisture in red, orange, yellow, green, blue, indigo, purple brilliant seven-color rainbow light and infrared rays to promote the chemical reaction of plants to absorb or absorb some essential substances for promoting the growth and nutrition of the plants according to the reaction of various elements, mineral elements and the like required by the plants and the growth of the plants in red, orange, yellow, green, indigo, blue, ultraviolet or ultraviolet rays or infrared rays or other chemical mixtures in climate, temperature soil and other chemical mixtures to promote the blossoming of the plants and the growth and fruiting according to the growth stage of the rice, the research can greatly shorten the flow from the rice seedling to the rice flowering and fruiting, the flow is also matched with a plant planting base, the adjustment of indoor temperature and humidity and the adjustment of drying degree, the atomization staged reasonable addition or the automatic intervention of nutrients in the rice growing period and the flowering and fruiting period can achieve the purposes of adjusting the taste, plump grains, bright color, improved yield and greatly shortened fruiting period, can practically and implement root water supply of the rice in the rice seedling and rice growing process, can also carry out little water supply or no water supply according to the staged periodicity of the growing process, promotes the optimization of the rice seedling and the rice in the growing process, more reasonable growth environment, all the various plant planting can adopt the paddy rice planting to realize the effect of systematic and automatic plant planting, the ventilator greenhouse planting base is sealed on one or more layers of roof-sealed building fields or bases for various plant planting, or the fields are sealed with roof-sealed ventilation and other household planting cabinets or other planting places and fields, the system control execution module finishes the action by connecting the communication and background server system main platform 10 and the control module with an intelligent terminal and adopting the combination of APP, small programs or third-party software and platforms, the effects and results of remote viewing, remote operation and local operation can be realized.

In this embodiment, the research system 1 includes an experiment or development system combining VR-specific equipment 7 and 3D4D special-effect equipment 11, the experiment or development system combining VR-specific equipment 7 and 3D4D special-effect equipment 11 includes one or more sets or one or more groups of simulation development system 8 and simulation planting system 9, the simulation development system 8 and simulation planting system 9 include one or more sets or one or more groups of virtual research sites or sites, the virtual research place or the field comprises a virtual greenhouse planting field or one set or a plurality of sets of planting fields or one set or a plurality of sets of planting fields or virtual planting modes of a virtual greenhouse consisting of virtual floors or buildings, wherein the planting in the virtual soil is realized, and the virtual soil is configured when the virtual soil is planted so that the planted plants can grow rapidly in the configured soil, in the process of configuring the virtual soil, the virtual soil is configured according to the growth characteristics of virtual plants, if some virtual plants are dry land grown or wet land grown or sandy soil grown or clay grown, different plant species are planted by adopting soil suitable for the plant species, one or more or one or more groups or one or more sets or more groups of virtual automatic planting equipment are also correspondingly arranged in each virtual planting field, the virtual automatic planting equipment comprises one or more or one or more groups or one or more sets of virtual automatic soil adjusting equipment or systems, one or more or one or more groups or one or more sets of virtual automatic soil adjusting equipment or systems, one or more groups or one or more sets of virtual automatic temperature adjusting equipment or systems, one or more or one or more groups or one or more sets of virtual automatic temperature adjusting equipment or systems, and the like, one or more or a group or a plurality of groups or one or a plurality of sets of virtual automatic humidifying equipment or system, one or more or a plurality of groups or one or a plurality of sets of virtual automatic adjusting illumination equipment or system, one or more or a group or a plurality of groups or a plurality of sets of virtual automatic water supply equipment or system, one or more or a group or a plurality of sets of virtual automatic synthetic fertilizer or chemical fertilizer or automatic nutrient solution adding equipment or system, one or more or a group or a plurality of groups or a plurality of sets of virtual automatic weeding equipment or system, one or more or a group or a plurality of sets of virtual automatic weeding equipment or system, and one or a plurality of sets of equipment or systems related to virtual automatic prevention of plant diseases and insect pests and automatic spraying and other virtual planting plants and application software of experiment and research and development system are installed in an intelligent application terminal 2, and an intelligent simulation application terminal system is embedded with VR special equipment 7 and 3D4D special effect equipment 11, the experiment and research and development system carries out the management in the cultivation or planting process of the plant which is simulated and brought into the experiment and research and development system by combining the simulation with the actual operation or other virtual stages, whether the effect of the intervention of the soil, illumination or fertilization or water supply or insecticidal or herbicidal virtual planting experiment in the planning or optimization planting scheme or the planting management scheme in the storage system can be achieved after the virtual experiment of the plant which is virtually planted in the cultivation or planting or managing process of the plant which is virtually planted in the other virtual stages is carried out or not, whether the effect of shortening the growth period of the virtual plant or improving the yield or quality of the mature plant or improving the taste level, improving the drug property and the side effect or other prediction effects or the purpose of a virtual experiment or research and development is achieved or not, the virtual implementation scheme of the management of the virtual planting or the virtual planting process is to perform virtual experiments or research and development according to the planting scheme of the planned or optimized plant or the planting management scheme of the plant in the storage system of the plant data, and aims to perform the virtual experiments or research and development on the planned or optimized plant or the planting management scheme of the plant to obtain a virtual actual result, and then the virtual actual result is used for performing the process or management of field plant planting through automatic planting research equipment or automatic planting equipment in a plant planting research place or a plant planting place on line by adopting actual or real growth, nutrition, growth cycle, water, soil, nutritional value, illumination, temperature, humidity and pest and disease verification on the planted plant, particularly virtual seed cultivation and virtual seedling planting, during the growth process of the virtual plants, the growth of the virtual plants from fruits to fruits and the growth of the virtual plants, during the cultivation of the virtual seeds, the experiment of various links from the virtual scene requirement, the virtual temperature requirement, the virtual humidity requirement, the virtual illumination requirement, the virtual germination, the germination to the virtual rice seedlings and the planting to the virtual rice seedlings and various process flows in the VR system combined with the 3D4D special effect equipment 11 is carried out, during the experiment, various virtual rice seedlings, virtual soil humidity or virtual paddy field, virtual climate and virtual temperature during the virtual planting to the virtual soil of the various virtual rice seedlings, and the basic requirement data and virtual process flows of the virtual soil, virtual soil humidity or virtual paddy field, virtual climate and virtual temperature during the growth process of the various virtual plants, which are planted on the virtual soil or the soilless culture of the virtual plants after the virtual rice seedlings are planted, during the growth process of the virtual plants during the virtual planting on the virtual soil or the virtual plants during the growth process, the method comprises the following steps of performing virtual simulation experiments in a VR system by combining 3D4D special-effect equipment for one or more times according to virtual soil quality requirements, virtual nutrition requirements, virtual temperature requirements, virtual illumination requirements of virtual seedlings or virtual stems or virtual trees in the growth process and other virtual planting cultivation, virtual environment requirements, virtual humidity requirements, virtual height requirements, virtual temperature requirements, virtual pest growth conditions and the like, and performing virtual experiments according to the growth requirements of the virtual seedlings or virtual stems or virtual trees in the VR system, and further performing experiments according to the characteristics of various existing virtual planted plants and virtual planting process flows; the method is characterized in that various virtual seeds of various virtual planting plants are used for virtual cultivation, virtual seedling planting, intervention of artificial virtual experiments is carried out according to the characteristics of the existing virtual planting plants after the characteristics of the virtual seedlings or virtual stems or virtual trees are met, the growth of various virtual plants is virtually interfered in the virtual experiments during the virtual seed cultivation, the virtual seedling planting, the growth process of the virtual plants and the cultivation of the virtual seeds from the virtual plants to fruits and the virtual plants, the virtual scene requirements, the virtual temperature requirements, the virtual humidity requirements, the virtual illumination requirements, the virtual germination to the virtual seedling planting virtual links and various virtual process flows are combined with 3D4D special-effect equipment in a VR system to carry out one or more times of simulation experiments in the simulation system, performing experiment improvement on virtual planted plants required by various virtual planted plants such as various virtual soil, virtual soil nutrient, virtual temperature, virtual illumination, virtual environment of a virtual seedling or a virtual stem or a virtual tree in a growth process of the virtual planted plants by roots of the virtual plants in the growth process of the virtual planted plants in the virtual planted soil or the virtual soilless culture process when virtual planted plants are subjected to virtual planting from the virtual planted plants to the virtual soil and virtual temperature and virtual illumination after the virtual seedlings are planted and in the virtual growth process, and performing experiment improvement on the virtual planted plants in a VR system by combining with a 3D4D special effect device 11 in the experiment and improving the eating of various virtual planted plants in the experiment The results of virtual manual intervention are carried out by adopting the purposes of taste, virtual nutritive value, virtual appearance, virtual yield or virtual drug property or ornamental value, and the like, thereby achieving the effects of shortening the growth cycle of various virtual planted plants, improving the virtual yield, enabling virtual varieties to be purer, enabling the virtual nutrition to be better, enabling the virtual value to be higher, enabling the virtual appearance to be more beautiful or enabling the virtual appearance to be supported and other virtual effects, wherein the virtual manual intervention mainly comprises the steps of building virtual energy to adjust virtual temperature, virtual humidity, virtual illumination and virtual germination, virtual germination accelerating to virtual seedlings, virtual seed cultivation and virtual seedling planting, the research on the virtual equipment also comprises a virtual planting building or a virtual greenhouse planting base which is interfered by virtual automatic control controlled by a system or a virtual small-sized experimental or household virtual small planting place, and the virtual automatic equipment is provided with virtual electric energy source supply, virtual water energy source supply or other virtual energy source supply and can realize virtual automatic soil adjustment and virtual automatic detection of virtual nutrient content in the virtual soil, virtual automatic temperature adjustment, virtual automatic humidification, virtual automatic illumination adjustment, virtual automatic water supply, virtual automatic synthetic fertilizer or chemical fertilizer addition or automatic addition of virtual nutrient solution, virtual automatic weeding, virtual automatic prevention of plant diseases and insect pests or virtual automatic pesticide spraying, during virtual seed cultivation or virtual plant planting, virtual water mist or virtual nutrient solution atomization of virtual seedlings, virtual stems and leaves or virtual trees and virtual leaves is provided for virtual planted plants to absorb virtual water and virtual nutrition or provide various virtual mineral contents and virtual beneficial corresponding nutrition during a virtual flowering period, so that season-free virtual planting can be realized, the virtual yield is improved, the virtual growth period is shortened, the virtual quality is better, the virtual taste is more pure, virtual experiment results and virtual practical and virtual application values are achieved, the system develops the virtual results of the experiment into application and practical values, the application values are applied to conditional planted plants, and the virtual planted plant flows and methods in the system are used for realizing the virtual planted plant bases, the virtual bases comprise the virtual building planting bases or the virtual building planting bases, the intelligent virtual household planting cabinets and the like and other virtual intelligent planting places or places, so that the virtual automatic plant planting results can be realized; the system controls various virtual automation devices, each virtual automation device is provided with a control module and an execution module, a communication module 3 and a virtual planting method system which can install one or more or one or more of one or more types of virtual planted plants in a virtual planted plant system and various processes related to the virtual planted plants in a background server system general platform 10 or the control module to achieve the result that various soil requirements, water and water content requirements, temperature requirements, nutrition, illumination, temperature and other related requirements needed by the growth cycle of various stages of various virtual planted plants according to the building, control and adjustment and the like reach the standard growth process of automatic planting; taking the paddy of the virtual planting plants as an example, the virtual paddy is used in the experiment combining the 3D4D special effect equipment 11 in the VR system, the virtual paddy is firstly used for virtually growing seedlings of virtual paddy seeds, the virtual seeds are virtually soaked in warm water of 30-40 ℃, a virtual temperature detection device, a virtual humidity detection device, a virtual temperature heating and cooling device or a temperature control device, a virtual constant temperature device, a virtual water or warm water spraying device, a virtual seed rolling device, a virtual automatic spraying device, a virtual automatic drainage device, a virtual illumination device and a virtual automatic water discharging device or a virtual illumination device are added in the virtual intelligent cultivation equipment according to the cultivation flow of the virtual seeds in the virtual seed cultivation process, and a virtual spraying or virtual atomizing germination accelerating liquid or virtual physical regulation can be used in the virtual spraying and atomizing process at the appropriate stage, after virtual germination, carrying out virtual atomization on corresponding nutrient solution and proper humidity of a proper water thermometer in proper time and in proper virtual germination growth period to ensure the healthy growth of virtual sprouts, controlling and matching the virtual automatic intelligent equipment by a simulation system to finish the result of virtual seed automatic cultivation of seedlings according to the current cultivation process flow, finishing the action by an execution mechanism according to the process of the virtual seed cultivation process flow, the virtual scene environment, the time period matching temperature, other related flows and equipment matching of a hygrometer by a communication interaction instruction by a simulation system embedded control module or a background server system general platform 10, achieving the result of automatic seed cultivation or shortening the seed cultivation time and the result of quality improvement and emergence rate improvement of seedlings, and starting from the virtual field soil for virtual rice planting in the virtual experiment, the virtual field is firstly provided with a paddy planting base which can be built with a virtual building, or can be finished by using virtual natural land, can level and parallel virtual soil, automatically virtually build or roll the soil or realize one or more growth conditions of the roots of the paddy of soilless or artificial planted plants, can virtually and automatically clean sundries and grass in the virtual soil, also has a virtual water supply source and ensures that the water does not leak when virtually supplying water, the virtual water is higher than the virtual soil by a plurality of centimeters, and is provided with a virtual water level detecting device, a virtual water drainage device, a virtual water temperature or soil temperature adjusting device, a virtual rice planting depth and a water covering depth of the virtual paddy root and a water covering water level which are enough to grow, after the virtual paddy seedlings are planted in the virtual building base or the virtual planting base or the virtual greenhouse or other virtual planting bases in the virtual cultivation device or the field, providing proper temperature of virtual soil or virtual water for proper root growth according to the proper temperature of the virtual rice seedling after the virtual rice seedling survives, providing virtual illumination according to the proper temperature of the virtual soil or the proper temperature of the virtual water for the virtual rice seedling, providing virtual illumination according to time periods, performing virtual experiment on virtual nutrition supply in the virtual soil and the virtual field water by a virtual nutrition monitoring liquid device splitter and a virtual temperature detection device analyzer to virtual nutrient substances, virtual mineral substances and virtual soil temperature or virtual water temperature in the virtual soil and the virtual water to meet the growth requirement of each stage of the virtual rice seedling, and determining the ratio of the experiment virtual water temperature, the virtual soil temperature and the virtual nutrition so as to ensure that whether the virtual rice seedling excessively absorbs high temperature or excessively absorbs nutrition causes death of the virtual rice seedling, when the phenomena such as diseases and the like occur, the virtual temperature or nutrition which is insufficient or exceeds the standard is found, an automatic control system in the simulation system gives instructions to the virtual soil temperature and the virtual nutrition or the virtual paddy field water temperature which are automatically adjusted to be the most appropriate for the healthy growth and the high-quality and rapid growth of the virtual rice seedlings, the accompanying of virtual illumination is also included when the virtual rice seedlings are healthily grown, the high-quality growth and the rapid growth of the virtual rice seedlings, the illumination of a photosynthetic object which is indispensable for the growth of the virtual plants by the virtual illumination and the photosynthesis of light beams are further included for the growth of the virtual plants, the virtual automatic illumination is also included in a virtual building or a virtual planting greenhouse or other virtual planting fields or places of the virtual planting plants, the virtual automatic atomization or the virtual automatic breeze is further included, the temperature regulation in a virtual automation room is realized, the virtual illumination adopts the virtual illumination of the virtual rice seedlings in the virtual growth process, the interval time, the virtual light intensity and the light tone are further included in the virtual illumination, the virtual illumination is illumination equipment or tools which are virtually and manually researched and manufactured in virtual building planting and virtual greenhouse planting bases for virtually planting plants, the virtual illumination equipment and tools are provided with virtual electric energy sources for long-term supply, the virtual electric energy can be a virtual safe voltage or a virtual variable voltage power supply or a virtual power supply for various countries, the electric energy supply is generally 380V or below, the virtual illumination equipment can be specially researched and developed by itself or can be used for promoting the chemical reaction of plants to absorb or absorbing various elements, mineral elements and the like required by promoting the growth and nutrition of the plants according to the temperature and moisture in the red, orange, yellow, green, blue, indigo and purple brilliant seven-color rainbow light and infrared rays of the existing researched and developed virtual illumination equipment and necessary substances for the growth of the plants, the virtual function of describing illumination is not detailed in a simulation system of a virtual experiment, all the experiment processes carried out in the simulation system carry out the virtual experiment according to a scheme flow which is planned or optimized in a storage system, the flow of the virtual experiment is matched with a virtual plant base, the adjustment of the temperature in a virtual room, the adjustment of humidity and the adjustment of dryness, the atomization staged reasonable addition or the virtual automatic intervention of nutrients in the growth period and the virtual flowering and fruiting period of the virtual rice is carried out, the purposes of achieving the virtual regulation of taste, the plumping of virtual grains, the color and brightness, the improvement of virtual yield and the greatly shortened result in the virtual growth period are achieved, the water supply of the virtual rice at the roots of the virtual seedlings and the virtual rice in the virtual growth process can be practically carried out, and the little water supply or no water supply can be carried out according to the staged periodicity in the virtual growth process, the method promotes the adjustment of virtual rice seedlings and virtual rice in growth results to optimize the effect and reasonably grow the environment, all the various virtual plant planting can adopt the virtual rice planting to realize the effect of systematic and automatic plant planting, a virtual ventilator is sealed on one or more layers of a virtual planting building site or a virtual base of various virtual plant planting, a virtual greenhouse planting base or a virtual site is sealed with a sealed roof and virtual ventilation and other virtual household planting cabinets or other virtual planting sites and sites, and the method comprises the steps of virtual automatic power supply, water supply, virtual automatic drainage, virtual automatic illumination, virtual automatic soil heating and automatic water temperature adjustment, virtual automatic room temperature or room temperature adjustment, automatic spraying, virtual spraying, the virtual generation equipment, the device and the system for virtually spraying nutrient solution, virtually monitoring nutrient solution, virtually automatically adding nutrient solution and virtually and automatically physically controlling plant diseases and insect pests can be combined into a whole and separated, or one or more than one type or multiple types or one or more than one type or one or more than one set or multiple sets of equipment can be used for completing actions by the system control execution module in a virtual building planting base or a virtual greenhouse planting base or a virtual home planting place or a virtual base planting place; the simulation research and development system 8 or the simulation planting system 9 adopts a mode of combining application software of an experiment and research and development system with a VR system and a 3D4D special effect device 11, and the scene really experienced on site also comprises a virtual plant seed automatic cultivation device and system, a virtual automatic planting device and system 12, a virtual automatic water supply device and system, a virtual plant automatic illumination device and system, a virtual plant automatic fertilization or fertilizer supply device and system, a virtual plant insect prevention device and system, a pesticide spraying insect killing device and system, other devices and systems related to the virtual planting plants and the like, and the obtained simulation research and development system 8 or the simulation planting system 9, the simulation research and development system 8 or the simulation planting system 9 further comprises cultivation for researching and developing virtual plant seeds, virtual plant planting, virtual illumination in the virtual plant planting management process, virtual fertilization or fertilizer supply, virtual insect prevention or virtual experiment or research and development professionals can achieve improvement of virtual plant planting skills or management and maintenance skills in the plant planting process in the virtual experiment, experience and research and development processes; the VR system is provided with a virtual experiment or research and development platform, the system is a visual development and operation platform adopting a 3D4D special effect device 11, and can realize the functions of moving virtual plants, planting devices of the virtual plants, virtual water supply devices, virtual fertilizer application devices, virtual weeding or pest killing or pesticide spraying devices, three-dimensional coordinates of a virtual house building model or other objects, adjusting simulated parameters of the three-dimensional coordinates of the planted plants, the planting devices of the planted plants, the virtual fertilizer application devices, the virtual weeding or pest killing or pesticide spraying devices, the virtual house building model or other objects or other object rotating systems, viewing the virtual plants, the virtual water supply devices, the virtual fertilizer application devices, the virtual weeding or pest killing or pesticide spraying devices, the virtual house building model or other objects in a scene, creating and editing various process simulated experiments or research and development events in a customized manner, and realizing that a plurality of researchers participate in experiments or research and development on the platform together, and also having the functions of roaming space measurement, device labeling, free, physical interference, route planning and the like; the virtual automatic planting equipment can also adopt a virtual experiment research and development method to carry out various planting researches and system operation to calculate the growth results of various virtual plants to be planted, according to the complete set of virtual planting equipment and system 12 for virtual plant planting, the whole growth process of all various types of virtual plants and various planted virtual plants, various relevant virtual equipment and systems and relevant operation relevant systems, various indirect equipment or growth processes of various stages are firstly designed in an experiment or research and development mode, the method schemes and flows in the virtual growth stage processes of the virtual equipment and plants and the relevant equipment and relevant flows are changed into various virtual equipment and systems required by planting by adopting a system fictional method in an experiment or research and development mode, the various virtual equipment and systems comprise virtual field fertilizer liquid medicines, various virtual plant types and various other planting relevant tool automatic device equipment and systems, the intelligent application terminal 2 can simulate and plant one or more plants after obtaining the plant research and test or can also adopt an application terminal of a VR system or a 3D4D simulation device to simulate and plant one or more plants, and can carry out a method and a scheme for calculating the result and planting the plants of a whole set of a single variety of the product and a predicted result of the planting process flow according to the simulation method by the system, predict or adjust the process and the method one or more times, carry out an actual test after one or more results of one or more methods reach the optimal result or the basic predicted result, adopt an automatic device of an actual object and the determined planting process flow and method and system during the test, send instructions by the intelligent application terminal 2 and then carry out communication, the intelligent application end and the system comprise a mobile phone APP, a small program or a third-party software system and other intelligent application ends meeting the requirements of application and systems, and further comprise a VR system and special equipment or a 3D4D simulation special equipment and a system for realizing the idea of self-development and a set of plant simulation research and development, and a plant cultivation technology research and development method for realizing one or more groups of plant cultivation and development systems according to research and development of a virtual plant cultivation technology and a set of research and development of a virtual plant cultivation and development system, wherein the research and development method comprises that the intelligent automatic equipment control module issues an execution instruction to the execution module to complete operation, and the instruction issue or feedback during execution is determined according to the actual planting period and time, or an experiment mode is adopted to shorten the actual experiment result period to determine whether the determined planting period and process flow and the result of result simulation are basically the same or equal to the result or result of result simulation, if the planting standardization of the planting process flow, planting fertilization insect prevention, water supply temperature, illumination, nutritional value yield and result are adjusted once or repeatedly and the result of the result reach the expected range, after the simulation and the self conception achieve the effect or the achievement, various intelligent automatic planting devices can be processed to market in a modularized and real way, the self design simulation can be used for achieving the determined achievement transfer and sharing, plant researchers attract the planting and cultivating processes and technologies of various plants through a method of experiment, research and experience of personal experience and enter operation through virtual simulation reality sense, and through background operation, the planting process flow or other relevant processes and requirements such as planting cultivation, growth, fertilization, water supply, nutrition supply, insect control or insect killing, temperature, illumination, soil requirements and other growth periodicity are obtained, so that the planting results of intelligent planting, unmanned planting, standardized planting and standardized planting are achieved from the beginning of seeds to the achievement collection or other purposes.

In this embodiment, the research site or field for the offline planting verification includes a greenhouse planting experimental site, an automatic plant planting device corresponding to the experimental planting site, and one or more sets or multiple sets of one or more control systems composed of or integrated with various circuit integrators or various operators and chips for controlling the automatic plant planting device, the automatic plant planting equipment comprises one or more or a plurality of groups or one or more sets of automatic soil adjusting equipment or system, one or more or a plurality of groups or one or more sets of automatic temperature adjusting equipment or system, one or more or a plurality of groups or one or more sets of automatic humidifying equipment or system, one or a plurality of groups or one or more sets of automatic lighting equipment or system, one or a plurality of groups or one or more sets of automatic water supplying equipment or system, one or a plurality of groups or one or more sets of automatic fertilizer combining or automatic nutrient solution adding equipment or system, one or a plurality of groups or one or more sets of automatic weeding equipment or one or a plurality of groups or one or more sets of automatic spraying equipment or system, one or a plurality of groups or one or more sets of automatic spraying equipment or system for automatically preventing plant diseases and verifying the plant seedlings growing in real plant growing field, the actual plant growth process, the actual fruit and actual plant growth, the scene requirement and the actual temperature requirement during the actual seed cultivation, verifying the on-site planting experimental base by using the technologies of various links from actual humidity requirement, actual illumination requirement and actual germination, pregermination to actual seedlings and actual seedling planting and various actual process flows, and verifying the on-site planting experimental base by using the technologies of various actual soil quality, actual soil humidity or paddy field, climate and temperature basic requirement data and actual process flows of various seedlings from planting to soil and various actual plants when the plants are planted in soil or actual soilless culture in the actual growth process after the actual seedlings are planted; the method carries out manual intervention and research according to the characteristics of the existing planted plants after the one-to-one seed cultivation conditions, the seedling cultivation conditions and the characteristics of the seedlings or stems or trees of various planted plants in reality, intervenes in the research that various plant growth of various planted plants during the seed cultivation is carried out from the seed cultivation and the seedling cultivation, and the practical planting verification is carried out under the line by the technology of various links from the scene requirement, the temperature requirement, the humidity requirement, the illumination requirement and the germination, the germination acceleration to the seedling cultivation and various process flows during the plant growth process and the seed cultivation from the plant to the fruit and the plant growth, and the technical process of planting plants according to the basic requirements of soil quality, soil humidity or paddy field, climate and temperature when various seedlings grow from the planting of plants to the soil, the technical process of planting plants according to the basic requirements of soil humidity or paddy field and climate and temperature when various plants grow in the planting soil or soilless culture process after the seedlings are planted, the technical process of planting plants according to the requirements of plant roots on various soils, soil quality, nutrition, temperature and illumination, the requirements of seedlings or stems or trees on illumination, environment, humidity, height, temperature and pest and disease and pest growth conditions in the growth process after the seedlings are planted are all planted one by one, and the technical process also comprises the steps of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants and adopting the results of artificial intervention aiming at the technical purposes, so as to achieve the effects of shortening the growth cycle, increasing the yield, purer variety, better nutrition, higher value, more beautiful appearance or culture and other effects of various planted plants, wherein the artificial intervention mainly can adjust the requirements of temperature, humidity, illumination and germination, accelerating germination to seedlings, cultivating seeds, planting seedlings, growing plants to fruits, growing bases when the plants grow to soil, soil quality, soil humidity or paddy field and climate, temperature growing conditions, growing environments, equipment research, automatic control by a system for intervention, planting buildings or greenhouse planting, small-scale tests or experimental or domestic small-scale planting places, and electric energy supply, water energy supply or other energy supply, can realize automatic soil adjustment, automatic detection of nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic illumination adjustment, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of pest and disease damage or automatic spraying, selecting an experimental field in the actual planting process, arranging a scheme of supporting facilities of planting equipment in the experimental field, arranging a supporting facility process or mode, automatically planting in the weather or environment or selecting which kind of plant is in which kind of experimental field, planting process, automatically managing the plant in the planting process and practical operation in the planting process, testing or comparing the planting test or comparison result with one or more different planting modes or the planted result in the practical operation, comparing the planting test or comparison result with the stored data or virtual test or research and development data in a plant data storage system, an experimental or research and development system, selecting the planted soil or selecting soilless culture, and performing on-line planting verification in the process that plant seeds are changed into seedlings to be plants; taking paddy as an example, selecting an experimental planting base of paddy, firstly soaking high-quality paddy at a reasonable temperature for a reasonable time, wherein the soaking can be normal-temperature water or 30-40 ℃ or a proper temperature, but the high temperature is not suitable for leading seeds to die due to heat or scalding, the supercooling can be a frozen bud embryo or a slow speed, the germination process is kept at the proper temperature, if the seeds are too much, the seeds can be distributed or flatly placed on special seed cultivation equipment and the humidity can be kept for a long time, the automatic cultivation of the seedlings can be realized only by embedding intelligent equipment and special tools, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device, a constant temperature device, a water or warm water spraying device, a seed rolling device or a non-seed rolling device, an automatic spraying device, an automatic drainage device and equipment, and a lighting device or a non-seed rolling device are added in the intelligent cultivation equipment according to the seed cultivation process, spraying or atomizing a germination accelerating liquid at a proper stage or physically adjusting to carry out a germination accelerating process, spraying a corresponding nutrient solution and a proper humidity of a water thermometer at a proper time and in a proper germination growth period after germination, and ensuring the healthy growth of the seedlings, wherein the automatic cultivation of the seedlings can be completed by matching the system control with automatic intelligent equipment according to the current cultivation process flow, and the automatic cultivation of the seeds can be completed by matching the system control with the automatic intelligent equipment through a system embedded control module or a background server system general platform 10 through communication interactive instructions according to the process, scene environment, time period collocation temperature and other related flows and equipment of the seed cultivation flow and the matching of an execution mechanism, so that the automatic cultivation of the seeds or the shortening of the seed cultivation time, the improvement of the quality of the seedlings and the improvement of the emergence rate can be realized, the paddy planting is different in growth cycle according to different climatic conditions, paddy can be planted in one year with the perennial climate of about 30 degrees, paddy can be planted in two seasons with the perennial climate of less than 30 degrees and of more than 25 degrees, only paddy can be planted in one year with the climate of less than 25 degrees at normal temperature in the year, but other varieties can be planted, the climate temperatures are only one general outline and can not be completely determined, the influence of other aspects such as natural environment change, wind, rain, water and the like can not be completely confirmed or not, the paddy can be planted in one season or two seasons or three seasons per year, but under artificial intervention, the paddy can be completely planted in the same paddy planting plant base at least for one year or more than three seasons, the research and intervention starts from the soil in which the paddy is planted, the paddy planting base with buildings can be built firstly, and natural soil can also be used for finishing, the device can level and parallel soil, automatically construct or roll soil or plant rice roots without soil or manpower, automatically clean sundries and grass in the soil, provide a water supply source and ensure that the water is not leaked when the water is supplied, the water is higher than the soil by a plurality of centimeters, and is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of the rice planting soil and the water is enough for the growth depth of the rice roots and the water covering and the water level enough for the growth, after the rice seedlings are planted in a building planting base or a planting greenhouse or other planting fields or bases, the rice seedlings are supplied to survive after the rice seedlings survive according to the temperature suitable for the rice seedlings, the proper soil temperature or water temperature for root growth is reasonably and suitably provided, and supplies illumination according to time period, calculates the nutrient supply to the nutrient substance, mineral substance and soil temperature or water temperature in the soil and water and the temperature detecting device analyzer to calculate the nutrient supply to satisfy the growth requirement of each stage of the rice seedling, also calculates the water temperature and soil temperature and nutrient ratio to make the rice seedling excessively absorb high temperature or excessively absorb nutrient, and causes the rice seedling death, illness and other phenomena, finds out insufficient and excessive temperature or nutrient, the automatic control system gives the instruction to automatically adjust to the most proper soil temperature and nutrient or paddy field water temperature to make the rice seedling healthily grow and rapidly grow, and also includes illumination accompanying and protecting when the rice seedling healthily grows, the high quality grows and rapidly grows, illumination is enough to illuminate the indispensable object of plant growth, and light beam photosynthesis to make the plant grow, the illumination device and the tool are provided with a long-term electric energy source, the electric energy can be a safe voltage or a variable voltage power supply or power supplies of various countries, the electric energy is generally supplied at 380V or below, the illumination device can be specially researched and developed by itself or can adopt the temperature and moisture in the red, orange, yellow, green, blue, indigo, purple, colorful rainbow light and infrared rays of the existing researched and developed applicable illumination device to promote the chemical reaction absorption of plants or promote the growth and nutrition of the plants according to the temperature and moisture in various required by the plants to promote the growth and nutrition The planting verification is matched with the plant base, the indoor temperature adjustment, the humidity adjustment and the dryness adjustment, the atomization staged reasonable addition or the automatic intervention of nutrients in the rice growing period and the flowering fruiting period can achieve the purposes of adjusting the nutrition of the planting base, adjusting the taste, the grain fullness, the color brightness, the yield improvement, the long-term greatly shortened fruiting, being practical and practical, realizing root water supply in the rice seedling and rice growing process, realizing the purposes of automatically adjusting the water supply of the planting base, automatically spraying and spraying the nutrient solution to the planting base, automatically adjusting the growth of the rice seedling and other plants, automatically adjusting the water supply of the planting base, automatically controlling the water supply of the planting base and the growth of the rice seedling and other plants, automatically controlling the water supply of the planting base, automatically spraying the nutrient solution to the planting base, automatically controlling the growth of the rice seedling and other plants, automatically spraying the nutrient solution to the planting base, automatically controlling the growth of the rice seedling and the growth of the plants, automatically spraying and spraying the nutrient solution to the planting base, automatically controlling the growth of the plants The body and the components or one or more components are combined into one or more types or one or more sets of systems can be used for building planting bases or greenhouse planting bases or family planting places or base planting places and are all finished by the system control execution module to act, and the system control execution module is connected with the intelligent terminal through the communication and background server system main platform 10 and the control module and adopts the combination of APP, small programs or third-party software and platforms, so that the effects and results of remote viewing, remote planting operation and local planting operation can be realized, the planting result after the plant planting verification is compared with an on-line experiment or research and development system or a storage system of plant data, the verification data with good results is edited into APP or applet software of the plant planting application software, and then the APP or applet software of the plant planting application software for paid or gratuitous use can be downloaded through a third-party planting organization or platform or other users, so that the verified more preferable planting mode or method is provided for the plant in the planting process, and the high yield or high quality of the plant planting is achieved.

In this embodiment, the plant cultivation research system 1 and method can be used as educational materials, and particularly, when the scholars in agriculture have knowledge about the plants, the scholars in agriculture can study the cultivation of various plants, and study how the cultivated materials are optimized, cultivated and automatically intervened, so that the cultivated plants can improve the nutritional value of edible food materials including fruits and vegetables, have pure taste, improved yield, shortened growth cycle, fine and soft cultivated stems and leaves, and other adjustments, and study on the quality products of medicinal materials which promote medicinal efficacy, high yield and shortened growth cycle, environmental control study is performed according to the difference and growth characteristics of various plants, the study on soil content and different soils, and the like further study according to plant characteristics, water inlet application, stage water supply, water adding humidity and the like, and the components of nutrient solution, the coordination with the growth of the plants during use, and the part of the nutrient solution use, and the like, research on aspects such as plant planting environment humidity and the like, and all of the plants and the research results of hybrid rice research on which the plants can be planted and improve plant product quality, yield and growth cycle are all related, so that more young people can learn from Yuanlongping and the Yuanlongping, and the research results show that other planted plants also need more research, so that all planted plants need to be improved, the quality is improved, the yield is improved, and the growth cycle is shortened, and the research on seed seedling culture, planting research, variety optimization research and growth process can be carried out according to any plant planting, and the research on the planted plants can also be used for systematic learning and research on various automatic seed seedling culture, automatic planting management and the like, and a simulation experiment can be carried out on a scheme designed by oneself or others in lessons in systematic automatic standardized learning and research, the research and the test can be carried out by adopting the 3D4D special effect equipment 11, the test can obtain a virtual conclusion by VR technical algorithm, scene and human self research and study, the virtual conclusion can be learned on a professional class of a school according to whether the simulation result of the formula and the system is consistent or equal to the realization of use after the conclusion is obtained, the learning also has the combined result of the training, the learning, the research and the application of various automatic operators, and the classroom education, the learning and the research can be realized by only studying in multiple age stages, so that more young people can learn, lovely or study or have the study and intelligence development effects on the plant knowledge in the early time or at each age stage.

In this embodiment, the experimental or research and development system includes a simulation software platform including a virtual 3D4D special effect device 11, a simulation module platform, a visualization and demonstration simulation platform, a miniaturized synchronous visualization platform, a process simulation platform, a virtual coordination platform, a physical interference and human-machine efficacy analysis platform, a real illumination simulation platform, a roaming function platform, a route planning function platform, a rich 3D4D special effect support platform, or other platforms, and these platforms have functions of generating tasks, distributing tasks, generating environments, designing processes, and providing audio, video, actions, and scenes of environments and topography of the terrain to on-site facilities, equipment and personnel; the simulation module platform can realize external import of non-standard equipment, after the platform is put into use, three-dimensional model designers can import equipment models and the like which are not originally in the platform and are manufactured by various design tools into the platform in real time through the function of a platform database, realize dynamic expansion of the models in the platform, and can be operated and used as the original mode of the platform so as to realize update or management of the platform; all models in the visualization and demonstration simulation system are imported into models made by various professional three-dimensional design software in a self-design stage, so that the models and data are truly embodied, the design data in each model can be called in a platform and visually displayed in various modes of reports, labels and prompt lamps, besides the actual design data of the models, researchers can add additional self-defined experiments or research data to different types of models as required to perform virtual operation experiments or research and development; the system also comprises a simulation experiment or research system 1, a simulation research and development system 8 and a background server system general platform 10 server of a simulation planting system 9, which can divide a plurality of server processes according to functions, including movement, interaction, prop servers, alliance servers, auction servers and friend servers of scene server roles in scenes, and also can be divided into one or more scene servers according to scenes, and the system mainly completes main research experiment or research scene logic, quitting, walking and running, task claiming or completing and the like of characters in plant planting research experiment or research, the condition of the design of the scene servers is the main embodiment of performance difference of the whole experiment or research server, more mainly the system architecture and synchronization mechanism design of the whole service, and also comprises a non-scene server which is mainly responsible for completing the experiment or research logic unrelated to the experiment or research scene, the map systems which do not depend on the experiment or research can normally run, including chat, world chat, trade not limited by regions or trade, and the like, the non-scene server is independent from the scene server, and is a broadband server which can process plant resources for research and process the experiment or research scene fluently; the system also comprises a gateway server, wherein the gateway server adopts a jumping mode when an experiment or researcher or lovers jump a plurality of maps or switch scenes to jump different servers, and also adopts a mode that nodes of the servers are managed by the gateway server, the experiment or researcher or lovers interact with the gateway server, the gateway server agrees to exchange data when each scene or server is switched, the system also comprises a gate server, a chat server, an AI server, a database proxy server and the like, through the type of server architecture, because the pressure is dispersed, the performance can be obviously improved, the load is larger, the architecture is adopted by the current large MMORPGV experiment or research, the servers are generally divided according to functions in the distributed server architecture, the method comprises the steps of managing connsvr connected with an intelligent application terminal 2 or a client TCP, a Redis database proxy server dbsvr, a main logic (responsible for modifying data of an experiment or a researcher) server mainsvr, an experiment or research external server gapesvr, an experiment or research matching server matchsvve, possibly dividing other services according to different types or requirements of the experiment or research, when the client sends a message to the server through the TCP, the server internally serves the services and completes the request of the client through cooperation, the message flow or step of the server processing the client comprises that a client sends the message to the connsvr service through the TCP, the connsvr service forwards the message to the corresponding service according to cmd of the message, the service corresponding to a login message is the mainsvr, the mainsvr sends the data of the experiment or the researcher to the database dbsvr, the svr returns the original data to the dbsvr, after the data is processed by the mailsvr, the original path is returned to the connsvr, the connsvr sends the return packet of the message back to the client through the original TCP connection, and the message processing is completed, and the message processing system also comprises all other related functions and systems which are not described and can be provided in the background server system general platform 10, installation, storage, fusion and the like and application.

In this embodiment, the main control module is composed of an electric appliance integration or various operators and chips, is built by adopting a Central Processing Unit (CPU) system architecture, and further comprises a plurality of subentry control modules, the main control module and the subentry control modules can be integrated into a whole, and any one of the subentry control modules can replace the main control module; the main control module and the plurality of branch control modules can directly interact with information, share data, receive instructions, send instructions and the like of each parameter set in the background server system general platform 10 according to the setting of the system, the background server system general platform 10 or the main control module of the plant planting system sends the branch control modules, and parameter instruction information of each device and system is sent and the parameter instruction information is received according to a parameter operation flow preset by a program, so that the automation of plant planting and the realization of system control by the required automatic plant planting device and research and development system are realized; the system can also be set with one or more master control modules and one or more branch control modules to accept, combine or independently one or more groups or more intelligent application terminals 2 and simulation equipment application terminals of various research and development systems, one or more groups of one or more of plant planting equipment and systems 12, research and development and application equipment and client application equipment thereof, and any application intelligent equipment and system, one or more groups or more of one or more of equipment devices and systems associated with the intelligent application terminals 2, the simulation equipment application terminals and the plant planting equipment can be fused or independently operated, and the required communication function can be completed through one or more of wired communication, wireless communication, local communication, networking communication or networking communication to cooperate with the completion of various functions, so that all the design and research and development functions are completed by an execution mechanism and a virtual research mechanism, all the objects and actions are completed or changed to realize all the actions and the perfect connection with the background of the cultivation system 10 of the equipment and the system; the intelligent application terminal 2 is combined with plant planting equipment and application software of the system 12 or a VR virtual research platform, and is provided with one or more groups or sets of circuit integrated systems, one or more types or models of electronic components with various functions and one or more types or models of apples, android, hongmon and future development systems, which are operated under an ARM architecture chip, a CPU and other future architectures, one or more types or models of one or more chips and various detection devices, and is provided with a driving operation function, a downloading third party software, APP, small programs and the like, which can store operation and operation storage of application operation and other related functions, a communication function, a voltage stabilizing or transforming device with a self-contained power supply and a direct power supply, a display function which can be movable or fixed, and the operation, the use and the application of the intelligent equipment provided with VR systems and other supporting equipment and the like, all intelligent equipment which comprises various smart phones, ipads, computers and special devices and meets the standards can be applied, the intelligent equipment can be used under the condition that a network exists, the network can adopt both a wired network and a wireless network, the application scene can be used in plant planting research centers, agricultural research centers, scientific research planting education institutions or other places where plant planting and cultivation related equipment operates independently and can contain human bodies and the places where the network exists, the intelligent application terminal 2, the simulation VR terminal, the plant planting equipment and the system 12 are provided with one or more layers of one or more groups of one or more functions of a multi-function integrated circuit system, one or more groups of one or more functions of a power switch of a low-voltage power stabilizing device with electronic supply energy, and the circuit integrates one or more groups of one or more types of multiple or one or more types of various matched combined electronic elements into one or more groups of one or more types of multiple or various matched combined electronic elements One or more sensors, one or more types of sensors and one or more types of chips can be randomly adjusted according to the function configuration design, a current monitoring unit sensor receiving unit, a motor control unit and a power management unit, a communication unit, a computing system, an operation system and a control system command sending and receiving unit, a circuit core module STM32F4071GT 6 and an MCU (STM 32F4071 GTX) and other similar circuit integrated core modules capable of replacing an electrical core module STM32F4071GT 6 and an MCU (STM 32F4071 GTX) in the future or the integration of upgraded electrical core modules are integrated, the communication is CANRS and 485 and ruler S232 and other communication and internal external communication and internal communication and external communication such as G4G5G.GPRS.WIFI.BIU.LORA.NB-1T.ZIEE and a GBNET wired communication bus to command the sending of data uploading and the compatible design for the future development of communication, the communication realizes wired communication, wireless communication, networking communication, local communication, networking communication can also accommodate new communication module interfaces developed in the future, the control module mainly comprises one or more of CPU chips responsible for information calculation processing, and other processors similar to the CPU function and upgrading the CPU in the future or replacing the CPU, and can adopt design, a basic peripheral circuit responsible for processing core work such as instructions, execution operation, control flow, processing data and the like, and can adopt main stream chips based on different architecture series such as ARM, x86, MIPS and the like, a fusion chip similar to the whole function and a substitute chip with similar high performance researched and developed in the future; the motor drive control module is used for driving one or more types and one or more types of actuating motors of the equipment and all other motors or electronic drives and future developed non-electric drives, can be fused or designed and adjusted, and the like, can adjust the voltage, current, rotating speed, square rotation and the like of different motors when in use, analyzes the control instruction of the main control module, correspondingly controls the motors, and achieves the motion control of the equipment; one or more signal acquisition modules comprise one or more acquisition sensors for acquiring different signals, one or more sensors or integrated sensors of the same type or the same type and other sensors or integrated sensors of the same type, a sensor driving circuit, a signal acquisition processing circuit and a signal filtering processing circuit, and different information required to be acquired by the system is transmitted to the main control module by different analog digital signals for data acquisition processing analysis; the switch control module comprises power switch control, equipment enable control and other functions of an external power supply, an internal execution module, an external drive module and the like, and a module for performing control processing on the opening and closing of a certain function module in a system; intelligent user terminal and simulation VR application terminal and plant seed's automatic equipment of cultivating, have the display operation ware to adopt and be suitable for the operation of VR high performance display function, the function is like: the VR runner and the matched display screen produced by companies such as Kangbei, huarui, hongda, aiqiyi, etc., the intelligent application terminal 2, the simulation VR application terminal device and the automatic plant seed cultivation equipment or device are the software system intelligent application terminal 2, the display forms are various, the VR runner and the matched display screen can be applied to different application systems, can be APP and small programs under handheld equipment systems such as android, IOS, hongmeng, etc., and can be application programs of PC ends such as Windows, MAC OS, UOS, etc.

In this embodiment, the general background server system platform 10 of the research or application system for plant cultivation is operated by a server combination, and stores all-directional functions such as communication receiving application, transmission instruction sending and receiving, and the like, and can be arranged with cloud computing, big data, classification, map design positions, mobile intelligent terminal application terminal lines, line tracking and hierarchical statistics general background server system platform 10 of one or more or one or more groups or one or more sets of general background server system platforms 10; the background server system main platform 10 adopts a low-room architecture and an operation architecture system, namely an android system, an apple system, a Hongmon system, a development bottom architecture developed in the future, an architecture system and a software system of a third party, a software storage system and a CPU (central processing unit); the background server system general platform 10 is provided with data storage and information transmission, an experiment or research system 1 is put on shelf, the experiment or research system 1 is put off shelf, plant planting and research management, experiment or research management, hierarchical management, regional management construction and equipment management, instructions are issued according to client requirements, client positioning, client data storage, statistics and the like or self requirements, client information, financial data recording, storage and the like are received according to platform calculation, and a related operation management system is arranged, and the main control module can also realize functional arrangement and storage of other contents and data exchange, so that the system requirements and the method for designing are met; the system and the method comprise that a background server system main platform 10 is communicated with an intelligent terminal in a communication mode, the terminal comprises a mobile phone terminal, a computer terminal, a bracelet and an Ipad terminal, and the mobile phone terminal also comprises a mobile phone APP, an applet and an intelligent terminal; the communication is local communication, networking communication, wired wireless communication, and the commercial method of the plant planting automation equipment and system is directly operated on an intelligent terminal or a display screen and can adopt voice input and voice application or character input and English input versions; the internet of things equipment of the background server system main platform 10 adopts 4G and 5G communication modules, wired communication and later-developed advanced communication on the system level, realizes remote communication between the equipment and a background service system by utilizing an international advanced mqtt internet of things protocol or other internet of things protocols and more advanced internet of things protocols developed in the future, completes various information and instruction interaction between systems, is simple and flexible in specific deployment scheme, and provides better service for clients.

The invention provides a research or application system and a method for automatic plant planting, which can obtain one or more virtual planting results after virtual planting is carried out according to the original planting characteristics of plants or according to the characteristics of the plants, and can obtain the results by verifying the virtual planting results in an off-line planting field.

The foregoing shows and describes the general principles and broad features of the present invention and advantages thereof. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are described in the specification and illustrated only to illustrate the principle of the present invention, but that various changes and modifications may be made therein without departing from the spirit and scope of the present invention, which fall within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.

Claims

1. A research or application system and method for plant automatic planting is characterized in that the research system (1) for plant automatic planting comprises an on-line research system (1), an off-line planting verification research site or experimental site, a planting researcher, automatic research equipment or automatic planting equipment for plant planting, an application scene or a plant planting site; the on-line research system (1) also comprises an experiment or research and development system which combines VR special equipment (7) and 3D4D special-effect equipment (11), wherein one or more experiment or research schemes are stored in the experiment or research and development system, one or more virtual planting results are obtained in the experiment or research scheme after virtual planting is carried out according to the original planting characteristics of plants or according to the characteristics of the plants, the virtual planting results are planted and verified on-site in a research plant planting place or an experiment plant planting place on line, the storage system with plant data and a control system of the research equipment or place; the system also comprises an intelligent application terminal (2), a background server system general platform (10), a communication module (3), a main control module or item control module (4), a chip module (5) and an integrated circuit module (6) which are connected between the systems and equipment, wherein a planting researcher can know different growth characteristics, different planting modes or methods of some plants through a planting scheme or a planting management scheme in a plant data storage system, and intervene the cultivation of plant seeds and the improvement of soil, illumination, fertilization, water supply, humidity or temperature or weeding or other aspects in the plant growth process and the preferable process of the existing planting scheme or the planting management scheme after implementing one or more of the schemes or the preferable processes in the existing planting scheme or the planting management scheme, and after adjusting the feasible schemes according to the schemes and the planting process, the simulation prediction or the simulation prediction data are carried out by adopting a virtual experiment or virtual research and development that a VR special device (7) and a 3D4D special-effect device (11) are combined with a software planting system, or intervening and adjusting the process flow in the soil, illumination, fertilization, water supply, humidity or temperature or weeding or plant planting and growing process in the plant growing process, whether the growing period can be realized through simulation confirmation, one or more algorithm systems are adopted, the prediction effect can be achieved through big data, cloud computing, predicted plant cultivating, growing and planning data and the flow, the simulation prediction can be carried out once or more times, and the yield, the quality and the weight of the planted plants in the prediction purpose are improved, shortening the growth cycle of plants, improving the taste level, improving the drug property, causing less side effect or other prediction effects or purposes; the adjustment is based on prediction data which can not shorten the growth cycle of the existing plant or improve the yield or quality by comparing or predicting the existing growth rule or the existing growth process of the plant in the original growth rule or process without influencing the existing growth rule or the existing growth process of the plant; the simulation adopts a system and an algorithm, and performs an interactive instruction among an experiment or research and development system combined with a VR special device (7) and a 3D4D special effect device (11), a background server system general platform (10), a communication module (3), a main control module or a subentry control module (4), a chip module (5) and an integrated circuit module (6) to perform virtual cultivation and planting experiments in the experiment or research and development system, compares some data after the virtual cultivation and planting experiments with a storage system of plant data, and plants researchers, namely research places or fields with on-line planting verification, plant on-site plants through planted automatic research devices or planting devices when the data is consistent or more preferable than some data in the storage system, the method for planting the plants in the experiment or research and development system, the planting process or the selection of the plant varieties or the selection of the planting field or environment or the plant species during planting, the improvement and the adjustment of the soil, illumination, fertilization, water supply, humidity or temperature or weeding or the plant planting growth process and other aspects are verified in the online research place or field by adopting automatic equipment and systems or other selection or modes, and in the planting process, the intelligent application terminal (2), the background server system general platform (10), the communication module (3), the main control module or sub-control module (4), the chip module (5) and the online research place or field are controlled by the interaction instructions between the control system and the research equipment or the plant planting automatic equipment of the place or the field The automatic planting and the verification or comparison of the information of the harvested plant results, including the yield or the appearance color or the taste of the mature plants and the yield or the appearance color or the taste of the mature plants in a storage system of plant data, are carried out during the growth process of the plants by adopting one or more sets of one or more groups of automatic illumination equipment, one or more sets of one or more groups of automatic water supply equipment, one or more sets of automatic fertilization or weeding equipment or pesticide spraying equipment, in the verification or comparison process, if the yield or the appearance color or the taste of the mature plants in the harvest result information is better or better than the yield or the appearance color or the taste of the mature plants planted under the same environment or the same place or the same planting condition in the same environment or the same planting condition in the storage system of the plant data, the process of plant planting in the off-line research place or the on-line field or the management or the method after plant planting is performed, or the recorded characters are compiled into codes or operation codes of instruction information by a computer algorithm system and then are embedded into a software system to become the APP or the applet of the plant planting application software which can be used for compensation or compensation after being downloaded by a third-party planting mechanism or platform or other using parties, the APP or the applet of the plant planting application software which achieves the result is applied, wherein the central scene or the field of the application contains the APP or the applet of the plant planting application software which can be used for compensation or compensation after being downloaded by a third-party, the school institution of plant planting education, plant planting base, commercial greenhouse or greenhouse planting institution, farm planting base or nationally recognized scientific research planting or experimental planting base or individual planting business user has planting-related automatic planting equipment or automatic intervening soil, illumination, fertilization, water supply, humidity or temperature or weeding or plant management equipment, and the supporting facilities including power supply and water supply can be applied.

2. The system and method for researching or applying plant automatic planting according to claim 1, wherein the plant planting research is carried out by collecting and sorting the original various plant growth technologies including seed cultivation, seedling planting, plant growth process and plant to fruit, plant growth, scene requirements, temperature requirements, humidity requirements, illumination requirements and germination, germination acceleration to seedling and various links and various process flows from seedling cultivation to seedling planting, and the basic requirements and process flows of soil quality, soil humidity or paddy field, climate and temperature of various seedlings from seedling planting to soil planting, and the basic requirements and process flows of various plants during soil or soilless cultivation of various seedlings after seedling planting for planting plants during soil or soilless cultivation during growth process for various plant roots during growth process for various soil, soil quality requirements, nutritional requirements, temperature requirements, illumination requirements and seedling or stem or tree growth process for various soil, environmental requirements, humidity requirements, high requirements, temperature requirements and pest growth conditions and other planting, seedling or stem or tree growth process, and various plant growth characteristics including a pair of cultivation, drug properties, plant growth requirements, plant growth characteristics and overall planting value, and various plant growth characteristics including ornamental plant yield and ornamental value; after the seed cultivation conditions, the seedling cultivation conditions and the characteristics of the seedlings or stems or trees of various planting plants are used in one-to-one mode, manual intervention and research are carried out according to the characteristics of the existing planting plants, during the research, the intervention is carried out on various plant growth steps from seed cultivation, seedling cultivation, plant growth process, seed cultivation from plants to fruits and plant growth, scene requirements, temperature requirements, humidity requirements, illumination requirements, various links from germination, germination acceleration to seedling cultivation from the seedlings to the seedlings and various process flow technologies for collection and arrangement, and the basic requirements of soil quality, soil humidity or paddy field, climate and temperature of various seedlings from planting to soil, and the requirements of the roots of the plants on the requirements of various soils and soil quality for nutrition, temperature and illumination, the requirements of seedlings or stems or trees for illumination, environment, humidity, height, temperature and pest-disease growth conditions during the growth process of the plants during the planting or soilless culture of the plants after the seedlings are planted, the method also comprises the steps of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants, and the like, and adopting the results of manual intervention according to the purposes of the optimization and the adoption of the artificial intervention, so that the effects of shortening the growth cycle of various planted plants, improving the yield, purer varieties, better nutrition, higher value, more beautiful appearance or good appearance and the like are achieved, and the artificial intervention mainly comprises the steps of setting up a temperature requirement, a humidity requirement, a lighting requirement and a germination requirement which can adjust the temperature, the germination, the equipment research also comprises a planting building or a greenhouse planting base which is intervened by automatic control of system control, small-scale test or experimental or household small-scale planting places which are provided with electric energy supply, water energy supply or other energy supply, can realize automatic soil adjustment and automatic detection of nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic adjustment of illumination, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of occurrence of plant diseases and insect pests or automatic spraying, when the seeds are cultivated into the seedlings or the seedlings are planted, water mist or nutrient solution of the seedlings, stems, leaves or trees and leaves is atomized to ensure that the planted plants can be planted without season under the conditions that the seedlings, stems, leaves or trees and leaves absorb water and nutrition or provide various mineral contents and beneficial corresponding nutrition during the flowering period, the research results and the practical and application values of the planted plants are improved, the growth period is shortened, the quality is better, and the taste is purer are achieved, the research results are all recorded into a system, the system develops the research results into the application and practical values to be applied to the conditional planted plants, the planted plants in the system are planted in intelligent plant bases, bases including building planting bases or greenhouse planting bases, intelligent household planting cabinets and other intelligent planting fields or places, can realize the automatic planting of plants; the system controls various automatic devices, each automatic device is provided with a control module and an execution module, a communication module (3) and a planting method system which can plant one or more kinds of one or more kinds of plants in a plant planting system and various processes related to the plants are arranged in a background server system general platform (10) or the control module to achieve the result that various soil requirements, water and water quantity requirements, temperature requirements, nutrition, illumination, temperature and other related requirements needed according to the growth cycle of various stages of various plants, such as building, controlling and adjusting, and the like, can reach the standard growth process of automatic planting; the plant planting research and intervention is as an example, the plant rice is planted according to the climate condition and the water supply condition, the rice is generally planted in one season or two seasons each year, the rice is firstly planted for seedling cultivation, the seedling cultivation is firstly seed, the seed is generally high-quality rice in the previous year is selected as the seed in the next year, the high-quality seed, rice plant or grain is plump and stronger than roots, leaves and stems of the same variety, the rice grain is full, the plant does not suffer from diseases and insect disasters in the growth period, the rice which is more mature and old before the harvest period is taken as the seed, the high-quality rice is soaked for reasonable time at reasonable temperature before the planting season in one year, the soaking can be normal temperature or 30-40 ℃ or proper temperature, but the high temperature is not suitable for thermal death or scalding of the seed, the over-cooling is frozen bud or slow speed, and the germination process is maintained at proper temperature, if the seeds are plentiful, the seeds can be distributed or spread on special seed cultivation equipment and the humidity is kept for a long time, the prior art and the process of the seed cultivation process are mature, the automatic cultivation of the seedlings can be realized as long as intelligent equipment and special tools are embedded, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device, a constant temperature device, a water or warm water spraying device, a seed rolling device or an automatic spraying device, an automatic water draining device, equipment and a lighting device can be added into the intelligent cultivation equipment according to the seed cultivation flow in the seed cultivation process, the germination accelerating process can be carried out by spraying or atomizing germination accelerating liquid or physically adjusting at a proper stage in the spraying and atomizing process, the germination accelerating process can be carried out by spraying the corresponding nutrient liquid and the proper humidity by a proper water temperature meter at a proper time and in a proper germination growing time for a proper growing time, the healthy growth of the sprouts is ensured, the seedlings are researched and developed to be the result that the automatic seed cultivation of the rice seedlings can be completed by matching the system control with automatic intelligent equipment according to the current cultivation process flow, the system embedded control module or the background server system main platform (10) completes the action by the execution mechanism through communication interactive instructions according to the process, scene environment, time period collocation temperature, hygrometer and other related flows and equipment matching of the seed cultivation flow, the automatic seed cultivation result is achieved, the seed cultivation time is shortened, the quality of the rice seedlings is improved, and the emergence rate is improved, the rice planting has different growth cycles according to different climatic conditions, the rice can be planted in one year with the annual climate of about 30 degrees, the annual climate of below 30 degrees can be planted in two seasons with the climate of above 25 degrees, the climate of below 25 degrees can be planted in one year with the climate of below 25 degrees, but can plant other varieties, the climate temperature is only an outline which can not be determined completely, the variety has the influence of other aspects such as natural environment change, wind, rain, water and the like, and the variety can not be determined completely or not, the rice planted every year can be planted in one or two or three seasons, but under the artificial intervention, the variety can completely achieve the purpose that the rice with the minimum planting time of three or more seasons can be planted in the same planting plant base in one year, the field is researched and intervened from the field soil planted with the rice, the field can be firstly built into the planting rice base with buildings, the natural soil can be used for trimming, the soil can be leveled and parallel, the soil can be built or rolled automatically, or one or more of the root growth conditions of the rice without soil or artificial planting plants can be cleaned automatically, the sundries and the grass in the soil can be cleaned automatically, the device also has a water supply source and ensures that water is not leaked when water is supplied, the water is higher than the soil by a plurality of centimeters, the device is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of the paddy planting soil and water is enough for the root growth of paddy and the water level for covering and growing the paddy, after the paddy seedlings are planted in a building planting base or a planting greenhouse or other planting fields or in a cultivating device or a field, the seedlings are survived according to the adaptive temperature of the seedlings, the soil temperature or the water temperature for reasonably and properly providing proper root growth is provided when the paddy seedlings survive in the paddy planting base, the illumination, the soil and the field water are supplied according to time segments, and a nutrition monitoring liquid device splitter and a temperature detecting device analyzer are arranged in the soil and the water to calculate the temperature or the water temperature of nutrient substances, mineral substances and the soil or the water temperature of the soil and the water so as to meet the growth requirements of the seedlings in each stage, the automatic control system can also calculate the ratio of water temperature to soil temperature to nutrition to ensure that the rice seedlings excessively absorb high temperature or excessively absorb nutrition to cause the phenomena of death, illness and the like of the rice seedlings, find insufficient and overproof temperature or nutrition, automatically adjust to the most appropriate soil temperature and nutrition or paddy field water temperature to ensure the rice seedlings to grow healthily, excellently and quickly, also comprises accompanying of illumination when the rice seedlings grow healthily, grow excellently and quickly, illumination of photosynthetic objects which are indispensable for the growth of the plants by the sunlight and light beam photosynthesis to ensure the growth of the plants, and also comprises automatic atomization or automatic breeze, automatic indoor temperature adjustment, automatic atomization or automatic ventilation, automatic indoor temperature adjustment, and the like, the illumination adopts illumination time interval time, light intensity and light color tone of rice seedlings in the growth process, the illumination is illumination equipment or tools which are artificially researched and manufactured in planting of plant planting buildings and greenhouse planting bases, the illumination equipment and tools are provided with electric energy sources for long time, the electric energy sources can be power supplies of safe voltage or variable voltage or power supplies of various countries, the electric energy supplies of 380V or below generally, the illumination equipment can be specially researched and developed by itself or adopts the existing illumination equipment which is suitable for the temperature and moisture in red, orange, yellow, green, blue, indigo, purple brilliant seven-color rainbow light and infrared rays to promote the chemical reaction of plants to absorb or absorb some essential substances for promoting the growth and nutrition of the plants according to the reaction of various elements, mineral elements and the like required by the plants and the growth of the plants in red, orange, yellow, green, indigo, blue, ultraviolet or ultraviolet rays or infrared rays or other chemical mixtures in climate, temperature soil and other chemical mixtures to promote the blossoming of the plants and the growth and fruiting according to the growth stage of the rice, the research can greatly shorten the flow from rice seedlings to rice blossoms and fruits, the flow is also matched with a plant planting base, the adjustment of indoor temperature and humidity and the adjustment of dryness, the atomization staged reasonable addition or the automatic intervention of nutrients in the rice growth period and the blossoming and fruiting period can achieve the purposes of adjusting taste, plump grains, bright color, improved yield and greatly shortened growth period and can practically and practically supply water to the roots of the rice in the growth process of the rice seedlings and the rice, and can also supply little water or no water according to the staged periodicity of the growth process so as to promote the effect of optimizing the adjustment of the rice seedlings and the rice in the growth and fruits, the device comprises a generating device, a device and a system which can be combined into a whole and in a split way or can be integrated with one or more types of control modules and intelligent terminals, can be used for building the planting base or the greenhouse planting base or the household planting place or the planting place, can be used for finishing actions by the system control execution module, and can realize remote operation and remote inspection of plant diseases and insect pests by adopting a communication and integration server system general platform (10), the control module, the intelligent terminals and an APP, small-party connection software and a remote program.

3. The system and the method for researching or applying the automatic planting of plants according to claim 1, wherein the research system (1) comprises an experiment or research and development system combining VR special equipment (7) and 3D4D special effect equipment (11), the experiment or research and development system combining VR special equipment (7) and 3D4D special effect equipment (11) comprises one or more or one or more sets of simulation and development system (8) and simulation and planting system (9), the simulation research and development system (8) and the simulation planting system (9) are provided with one or more or one or more sets or one or more groups of virtual research places or fields, the virtual research places or fields comprise virtual greenhouse planting fields or one or more sets or one or more groups of virtual greenhouse planting fields or one or more sets of virtual planting fields or virtual greenhouse planting fields formed by virtual floors or buildings, and the mode of virtual planting is planting in virtual soil, when virtual soil planting is carried out, the virtual soil is also configured to enable the configured soil to enable the planted plants to grow rapidly, the virtual soil is configured in the configuration process of the virtual soil according to the growth characteristics of the virtual plants, if some virtual plants grow on dry land or on wet land or on sandy soil or on clay, different plant types are planted by adopting soil suitable for plant types, one or more or one group or multiple groups or one or more sets or multiple groups of virtual automatic planting equipment are also correspondingly arranged in each virtual planting field, and the virtual automatic planting equipment comprises one or more or one group or multiple groups of virtual automatic soil adjusting equipment or systems Or one or more sets of application software of one or more sets of equipment or systems for virtually and automatically detecting the nutrient content in soil, one or more groups or one or more sets of equipment or systems for virtually and automatically adjusting the temperature of the soil, one or more groups or one or more sets of equipment or systems for virtually and automatically adjusting the illumination equipment or systems, one or more groups or one or more sets of equipment or systems for virtually and automatically adjusting the illumination equipment or systems for virtually and automatically supplying synthetic fertilizers or chemical fertilizers or nutrient solutions, one or more groups or one or more sets of equipment or systems for virtually and automatically supplying nutrient solutions, one or more groups or one or more sets of equipment or systems for virtually and automatically preventing the occurrence of pests or automatically spraying, one or more groups or one or more sets of equipment or systems for virtually and automatically preventing the occurrence of diseases and insect pests, or automatic plant development and special-purpose equipment or systems for virtually and intelligent application terminals, and special-purpose equipment (VR 3D 4) and special-purpose equipment (D3) or special purpose equipment or special purpose systems for virtually and intelligent application system for virtually and intelligent application (VR 3) or special purpose, the method is characterized in that the management in the cultivation or planting process or other virtual stages of the plants which are simulated and brought into the experiment and research and development system in the simulation or actual operation combined mode is carried out in the experiment and research and development system, and the virtual experiments of the soil, illumination or fertilization or water supply or insect killing or weeding of the plants which are virtually planted in the process of the management in the cultivation or planting process of the plants which are virtually planted in the experiment and research and development system are carried out, whether the soil, illumination or fertilization or water supply or insect killing or weeding virtual experiments can reach the planting scheme or planting management scheme which is planned or optimized in the storage system before, and whether the soil, the soil and the planting management scheme are adopted in the planting management scheme or the planting management scheme which is planned or optimized in the storage system before, the effect after the intervention of the virtual planting experiment of illumination, fertilization, water supply, insect killing or weeding is that a virtual experiment or research and development test for shortening the growth cycle of the virtual plant or improving the yield or quality of mature plants or improving the taste level, improving the drug property, causing less side effect or other prediction effects is not achieved, the virtual implementation scheme of the management of the virtual planting or virtual planting process is that the virtual experiment or research and development is carried out according to the planting scheme of the planned or optimized plant or the planting management scheme of the plant in the storage system of the plant data, and the purpose is that the virtual actual result is obtained after the virtual experiment or research and development is carried out on the planned or optimized plant or the planting management scheme of the plant, and then the virtual actual result is used in the plant planting research place or plant planting field on line through the planted automatic research equipment or planting automatic equipment to carry out the process or management of planting the field plant through the planted automatic research equipment or planting automatic equipment, and the verification of the growth, nutrition, growth cycle, water, soil, nutritive value, illumination, temperature, humidity and disease and pest is actually or actually adopted to the planted plant, and the experiment in the VR system combined with the 3D4D special effect equipment (11) is carried out by the technology of various links and various process flows from virtual seed cultivation, virtual seedling planting, virtual plant growth process, fruit and virtual plant growth, virtual seed cultivation, virtual scene requirement, virtual temperature requirement, virtual humidity requirement, virtual illumination requirement, virtual germination, germination acceleration, virtual seedling planting to virtual seedling planting seedling and various process flows, the method comprises the following steps of collecting or sorting basic requirement data of virtual soil humidity or virtual paddy field, virtual climate and virtual temperature and a virtual process flow, planting virtual plants after virtual seedlings are planted in the growth process, and carrying out virtual simulation experiment on various virtual soil, virtual soil quality requirements, virtual nutrition requirements, virtual temperature requirements, virtual illumination requirements, virtual environment requirements, virtual humidity requirements, virtual height requirements, virtual temperature requirements, virtual pest growth conditions and other virtual planting cultivation, virtual seedling growth, virtual seedlings or virtual stems or virtual trees in the growth process by combining 3D4D special-effect equipment in a VR system through various virtual plant roots and other virtual plant growth requirements, wherein the virtual soil, virtual soil quality requirements, virtual nutrition requirements, virtual temperature requirements, virtual illumination requirements, virtual environment requirements, virtual humidity requirements, virtual height requirements, virtual temperature requirements, virtual pest growth conditions and the like in the growth process of various virtual plants, and carrying out experiments on various existing virtual planting plant characteristics and virtual planting process flows; the virtual cultivation and virtual seedling planting are carried out on one-to-one virtual seeds of various virtual planting plants, the intervention of artificial virtual experiments is carried out on the characteristics of the virtual seedlings or virtual stems or virtual trees according to the characteristics of the existing virtual planting plants, the virtual experiments are carried out on the growth of various virtual plants during the virtual seed cultivation from the virtual seed cultivation and the virtual seedling planting, the growth process of the virtual plants and the cultivation of virtual seeds from the virtual plants to fruits and the virtual plants are carried out, the virtual scene requirements, the virtual temperature requirements, the virtual humidity requirements, the virtual illumination requirements and the virtual germination, the virtual germination to the virtual seedling planting virtual links and various virtual process flows are combined with 3D4D special-effect equipment in a VR system to carry out one or more times of simulation experiments in the simulation system, the method comprises the steps of carrying out experiment on virtual soil texture, humidity of the virtual soil or virtual paddy field and virtual climate and virtual temperature of virtual plants during virtual planting of virtual seedlings from virtual planting to virtual soil, carrying out experiment on virtual planted plants required by virtual environment, virtual humidity, virtual height, virtual temperature, virtual pest growing conditions and the like of virtual plants in a virtual growing process by using roots of the virtual plants during growth of the virtual planted plants in virtual planting soil or virtual soilless culture of the virtual plants after the virtual seedlings are planted, and combining 3D4D special effect equipment (11) in a VR system to carry out experiment and improve various virtual planted plants required by the virtual environment, virtual humidity, virtual soil texture, virtual temperature, virtual illumination, virtual seedlings, virtual stems or virtual trees during the virtual growing process The method adopts the purposes of eating taste, virtual nutritive value, virtual appearance, virtual yield or virtual drug property or ornamental value of the planted plants and the like to perform virtual manual intervention, thereby achieving the effects of shortening the growth cycle of various virtual planted plants, improving the virtual yield, enabling virtual varieties to be purer, enabling virtual nutrition to be better, enabling the virtual value to be higher, enabling the virtual appearance to be more beautiful or enabling virtual nutrition and other virtual effects, wherein the virtual manual intervention mainly comprises the steps of building virtual energy to adjust virtual temperature, virtual humidity, virtual illumination, virtual germination accelerating to virtual seedlings, virtual seed cultivation and virtual seedling planting, the research on the virtual equipment also comprises a virtual planting building or a virtual greenhouse planting base which is interfered by virtual automatic control controlled by a system or a virtual small-sized experimental or household virtual small planting place, and the virtual automatic equipment is provided with virtual electric energy source supply, virtual water energy source supply or other virtual energy source supply and can realize virtual automatic soil adjustment and virtual automatic detection of virtual nutrient content in the virtual soil, virtual automatic temperature adjustment, virtual automatic humidification, virtual automatic illumination adjustment, virtual automatic water supply, virtual automatic synthetic fertilizer or chemical fertilizer addition or automatic addition of virtual nutrient solution, virtual automatic weeding, virtual automatic prevention of plant diseases and insect pests or virtual automatic pesticide spraying, during virtual seed cultivation or virtual plant planting, virtual water mist or virtual nutrient solution atomization of virtual seedlings, virtual stems and leaves or virtual trees and virtual leaves is provided for virtual planted plants to absorb virtual water and virtual nutrition or provide various virtual mineral contents and virtual beneficial corresponding nutrition during a virtual flowering period, so that season-free virtual planting can be realized, the virtual yield is improved, the virtual growth period is shortened, the virtual quality is better, the virtual taste is more pure, virtual experiment results and virtual practical and virtual application values are achieved, the system develops the virtual results of the experiment into application and practical values, the application values are applied to conditional planted plants, and the virtual planted plant flows and methods in the system are used for realizing the virtual planted plant bases, the virtual bases comprise the virtual building planting bases or the virtual building planting bases, the intelligent virtual household planting cabinets and the like and other virtual intelligent planting places or places, so that the virtual automatic plant planting results can be realized; the system controls various virtual automatic devices, each virtual automatic device is provided with a control module and an execution module, a communication module (3) and various processes of a virtual planting method system and a virtual planting plant related process which can install one or more or one or more types of virtual planted plants in a virtual plant planting system in a background server system general platform (10) or the control module to achieve the result of achieving the standard growth process of automatic planting according to various soil requirements, water and water requirements, temperature requirements, nutrition, illumination, temperature and other related requirements required by the growth cycle of various stages of various virtual planted plants, such as building, control and regulation; taking the paddy of a virtual planting plant as an example, in an experiment combining a 3D4D special effect device (11) in a VR system, the virtual paddy is used, the virtual paddy is firstly subjected to virtual seedling culture, the virtual seeds are virtually soaked in warm water at 30-40 ℃, a virtual temperature detection device, a virtual humidity detection device, a virtual temperature heating and cooling device or a temperature control device and a virtual constant temperature device are added in the virtual intelligent cultivation device according to the cultivation process of the virtual seeds in the virtual seed cultivation process, a virtual water or warm water spraying device, a virtual seed rolling device, a virtual automatic spraying device, a virtual automatic water discharging device and equipment and a virtual illumination device can be provided or not provided, and a virtual spraying or virtual atomization germination accelerating liquid can be virtually sprayed or virtually physically regulated at a proper stage in the virtual spraying and atomization to carry out the germination accelerating process, after virtual germination, carrying out virtual atomization on corresponding nutrient solution and proper humidity of a proper water thermometer in proper time and in a proper virtual germination growth period to ensure the healthy growth of virtual sprouts, controlling and matching virtual automatic intelligent equipment by a simulation system to finish the result of virtual seed automatic cultivation of seedlings according to the current cultivation process flow, embedding the simulation system into a control module or a background server system general platform (10) to complete the action by an execution mechanism according to the process, the virtual scene environment, the time period collocation temperature, other related flows and equipment of a hygrometer of the virtual seed cultivation process flow through communication interactive instructions, and achieving the result of automatic seed cultivation or shortening the seed cultivation time and the results of quality improvement and emergence rate improvement of seedlings, the virtual experiment starts from the soil of the virtual field planted with the virtual paddy, the virtual field is firstly provided with a paddy planting base which can be built with a virtual building, can be trimmed by virtual natural soil, can level and parallel the virtual soil, automatically and virtually builds or rolls the soil or does not have one or more growth conditions of the roots of the paddy of soil or artificial planted plants, can virtually and automatically clean the sundries and the grass in the virtual soil, also has a virtual water supply source and ensures that the water is not leaked when virtually supplying water, the virtual water is higher than the virtual soil by a plurality of centimeters, and is provided with a virtual water level detecting device, a virtual water drainage device and a virtual water temperature or soil temperature adjusting device, the planting depth of the virtual paddy planting soil and the water is enough for the growth depth of the roots of the virtual paddy and the water coverage and the growth is enough, after virtual rice seedlings are placed in a virtual cultivation device or a virtual planting base or a virtual planting greenhouse or other virtual planting fields or bases, the virtual rice seedlings survive according to the adaptive temperature of the virtual rice seedlings, the virtual soil temperature or the virtual water temperature suitable for root growth is reasonably and suitably provided according to the growth of the virtual rice seedlings after the virtual rice seedlings survive, virtual illumination is supplied according to time intervals, a virtual nutrition monitoring liquid device splitting instrument and a virtual temperature detection device analyzer are further arranged in the virtual soil and the virtual field water to perform virtual experiment on virtual nutrition supply of virtual nutrient substances, virtual mineral substances and the virtual soil temperature or the virtual water temperature in the virtual soil and the virtual water so as to meet the growth requirements of each stage of the virtual rice seedlings, and the ratio of the experiment virtual water temperature to the virtual soil temperature to the virtual nutrition can enable the virtual rice seedlings to excessively absorb high temperature or excessively absorb nutrition so as to cause the virtual rice seedlings to die, when the phenomena such as diseases and the like occur, the virtual temperature or nutrition which is insufficient or exceeds the standard is found, an automatic control system in the simulation system gives instructions to the virtual soil temperature and the virtual nutrition or the virtual paddy field water temperature which are automatically adjusted to be the most appropriate for the healthy growth and the high-quality and rapid growth of the virtual rice seedlings, the accompanying of virtual illumination is also included when the virtual rice seedlings are healthily grown, the high-quality growth and the rapid growth of the virtual rice seedlings, the illumination of a photosynthetic object which is indispensable for the growth of the virtual plants by the virtual illumination and the photosynthesis of light beams are further included for the growth of the virtual plants, the virtual automatic illumination is also included in a virtual building or a virtual planting greenhouse or other virtual planting fields or places of the virtual planting plants, the virtual automatic atomization or the virtual automatic breeze is further included, the temperature regulation in a virtual automation room is realized, the virtual illumination adopts the virtual illumination of the virtual rice seedlings in the virtual growth process, the interval time, the virtual light intensity and the light tone are further included in the virtual illumination, the virtual illumination is illumination equipment or tools which are virtually and manually researched and manufactured in virtual building planting and virtual greenhouse planting bases for virtually planting plants, the virtual illumination equipment and tools are provided with virtual electric energy sources for long-term supply, the virtual electric energy can be a virtual safe voltage or a virtual variable voltage power supply or a virtual power supply for various countries, the electric energy supply is generally 380V or below, the virtual illumination equipment can be specially researched and developed by itself or can be used for promoting the chemical reaction of plants to absorb or absorbing various elements, mineral elements and the like required by promoting the growth and nutrition of the plants according to the temperature and moisture in the red, orange, yellow, green, blue, indigo and purple brilliant seven-color rainbow light and infrared rays of the existing researched and developed virtual illumination equipment and necessary substances for the growth of the plants, the virtual function of describing illumination is not detailed in a simulation system of a virtual experiment, all the experiment processes carried out in the simulation system carry out the virtual experiment according to a scheme flow which is planned or optimized in a storage system, the flow of the virtual experiment is matched with a virtual plant base, the adjustment of the temperature in a virtual room, the adjustment of humidity and the adjustment of dryness, the atomization staged reasonable addition or the virtual automatic intervention of nutrients in the growth period and the virtual flowering and fruiting period of the virtual rice is carried out, the purposes of achieving the virtual regulation of taste, the plumping of virtual grains, the color and brightness, the improvement of virtual yield and the greatly shortened result in the virtual growth period are achieved, the water supply of the virtual rice at the roots of the virtual seedlings and the virtual rice in the virtual growth process can be practically carried out, and the little water supply or no water supply can be carried out according to the staged periodicity in the virtual growth process, the method promotes the adjustment of virtual rice seedlings and virtual rice in growth results to optimize the effect and reasonably grow the environment, all the various virtual plant planting can adopt the virtual rice planting to realize the effect of systematic and automatic plant planting, a virtual ventilator is sealed on one or more layers of a virtual planting building site or a virtual base of various virtual plant planting, a virtual greenhouse planting base or a virtual site is sealed with a sealed roof and virtual ventilation and other virtual household planting cabinets or other virtual planting sites and sites, and the method comprises the steps of virtual automatic power supply, water supply, virtual automatic drainage, virtual automatic illumination, virtual automatic soil heating and automatic water temperature adjustment, virtual automatic room temperature or room temperature adjustment, automatic spraying, virtual spraying, the virtual generation equipment, the device and the system for virtually spraying nutrient solution, virtually monitoring nutrient solution, virtually automatically adding nutrient solution and virtually and automatically physically controlling plant diseases and insect pests can be combined into a whole and separated, or one or more than one type or multiple types or one or more than one type or one or more than one set or multiple sets of equipment can be used for completing actions by the system control execution module in a virtual building planting base or a virtual greenhouse planting base or a virtual home planting place or a virtual base planting place; the simulation research and development system (8) or the simulation planting system (9) is a mode that application software of an experiment and research and development system is combined with a VR system and a 3D4D special effect device (11), a field real experience scene further comprises a simulation research and development system (8) or the simulation planting system (9) obtained by virtual plant seed automatic cultivation equipment and system, virtual automatic planting equipment and system, virtual plant automatic fertilization or fertilizer supply equipment and system, virtual plant insect prevention equipment and system, pesticide spraying insect prevention equipment and system and other virtual planting plant related equipment and system, and the simulation research and development system (8) or the simulation planting system (9) further comprises cultivation of virtual plant seeds, virtual plant planting, virtual illumination in the virtual plant planting management process, virtual fertilization or fertilizer supply, virtual insect prevention or promotion skills which enable virtual experiment or research and development professionals to achieve virtual plant planting management and plant maintenance in the virtual experiment, experience, research and development process; the VR system is provided with a virtual experiment or research and development platform, the system is a visual development and operation platform adopting a 3D4D special effect device (11), and can realize the arbitrary movement of virtual plants, planting devices of the virtual plants, virtual water supply devices, virtual fertilizer application devices, virtual weeding or pest killing or pesticide spraying devices, three-dimensional coordinates of a virtual house building model or other objects, the adjustment of simulated parameters of the three-dimensional coordinates of the planted plants, the planting devices of the planted plants, the virtual fertilizer application devices, the virtual weeding or pest killing or pesticide spraying devices, the virtual house building model or other objects or a rotation system of other objects, the viewing of the virtual plants, the virtual water supply devices, the virtual fertilizer application devices, the virtual weeding or pest killing or pesticide spraying devices, the virtual house building model or other objects in a scene, the customized creation and editing of various flow simulation experiments or other events, and the realization of the common participation of a plurality of researchers in the experiments or research and development on the platform, and the functions of space measurement, device labeling, free roaming, physical interference, route planning and the like; the virtual automatic planting equipment can also adopt a virtual experiment research and development method to carry out various planting researches and system operation to calculate the growth results of various virtual plants to be planted, according to the complete set of virtual planting equipment and system (12) for virtual plant planting, the whole growth process of all various types of virtual plants and various planting virtual plants and various relevant virtual equipment and systems and relevant operation associated systems, various indirect equipment or growth processes of various stages are firstly designed in an experiment or research and development mode, the method schemes and flows in the virtual growth stage processes of the virtual equipment and plants and the relevant equipment and relevant flows are changed into various virtual equipment and systems required by planting by adopting a system fictional method in an experiment or research and development mode, the virtual equipment and the flows comprise virtual fertilizer liquid medicine, various virtual plant types and various relevant planting tool automatic device equipment and systems, after the intelligent application terminal (2) obtains the data, the planting research and test are carried out, or the application terminal of a VR system or a 3D4D simulation device can be adopted to simulate the planting of one or a plurality of plants, the system can calculate the result and the method and the scheme of the whole set of the planted plants of a single product variety according to the simulation method and predict the result of the planting process flow, the actual test is carried out after one or a plurality of the method reaches the optimal result or the basic prediction result once or a plurality of the method or a plurality of the methods, the automatic device of the actual object and the determined planting process flow and the method and the system are adopted during the test, the intelligent application terminal (2) issues instructions and then communicates, the intelligent application end and the system comprise a mobile phone APP, a small program or a third-party software system and other intelligent application ends meeting the requirements of application and systems, and further comprise a VR system and special equipment or a 3D4D simulation special equipment and a system for realizing the idea of the plant design and a set of plant simulation system or a plurality of plant development systems (research and development system) and a set of plant simulation system or a plurality of plant simulation systems (research and development system) for realizing the research and development of a plant cultivation process or a plurality of plant simulation systems according to research and development technologies and a research and development method for realizing the research and development of a plant growth simulation system or a plurality of plant development systems and a set of plant simulation technologies (research and development method) by directly interacting with the control module of various equipment or interacting with the background system server system main platform, interacting data, issuing an execution instruction to the execution module by the intelligent automatic equipment control module during execution of instructions, issuing instructions to the execution module to complete operation and determining whether the determined planting period and process and results are the results or results simulated are basically the same or equal by shortening the result period of the actual experiment in an experiment mode, and after the establishment of the planting standardization of the expected range is reached, the method has the advantages that the dream of a user is realized, after the simulation and the concept of the user achieve effects or achievements, various intelligent and automatic planting devices can be processed to market in a modularized and real mode, the design simulation of the user can be realized to achieve determined achievement transfer and sharing, plant researchers attract planting and cultivating processes and technologies of various plants through methods of experiments, research and experience of the user, the operation is performed in a virtual simulation reality sense, and through background operation, the planting process or planting cultivation, growth, fertilization, water supply, nutrition supply, insect control or killing, temperature, illumination, soil requirements and other related processes and requirements such as growth periodicity are obtained, so that the intelligent planting, unmanned planting, standardized planting and standardized planting results are achieved when the planting is performed from the beginning of seeds to the achievement harvest or other purposes.

4. The system and method for research or application of plant automatic planting according to claim 1, wherein the research site or field for verification of offline planting comprises a greenhouse planting experimental site, an automatic plant planting device corresponding to the experimental planting site, and one or more sets of control system(s) integrated by each circuit or various operators and chips for controlling the automatic plant planting device, the automatic plant planting equipment comprises one or more or one group or a plurality of groups or one or more sets of automatic soil adjusting equipment or system, one or more or one group or a plurality of groups or one or more sets of automatic detection equipment or system for nutrient content in soil, one or more or one group or a plurality of groups or one or more sets of automatic temperature adjusting equipment or system, one or more or one group or a plurality of groups or one or more sets of automatic humidification equipment or system, one or more or one group or a plurality of groups or one or more sets of automatic illumination equipment or system, one or more or one group or a plurality of groups or one or more sets of automatic water supply equipment or system, one or more or a plurality of groups or one set or more sets of automatic water supply equipment or system, automatic composite fertilizer or chemical fertilizer adding equipment or one or more or a plurality of groups or one or a plurality of groups or a plurality of sets of automatic weeding equipment or system, one or more or a plurality of groups or one set or automatic spraying automatic weeding equipment or system for automatically preventing plant diseases and insect pests, one or more or a plurality of groups or sets of automatic spraying automatic weeding equipment or a plurality of automatic planting equipment or system for plant planting and verifying actual plant seedlings of plants in actual plant growth process, and fruit seedlings of actual plant growth process, real plant growth and fruit seedlings in the actual plant growing process, and fruit seedlings of the actual plant growth process of the actual plant seedlings, and fruit seedlings of the actual plant growth process, the real plant growth, the scene requirement, the real temperature requirement, the real humidity requirement, the real illumination requirement and the real sprouting, the real seedling and the real seedling planting links and the real process flow technologies in the real seed cultivation are verified in the field planting experimental base, the real soil quality, the real soil humidity or paddy field, climate and temperature basic requirement data and the real process flow of the real seedling from the planting to the soil are collected or sorted, and the real plants planted in the real growth process after the real seedling planting are verified in the real growth process by the roots of the real plants planted in the soil or the real soilless cultivation of the real plants in the real growth process, wherein the real demands of the soil, soil quality, nutrition, temperature, illumination requirement and the real illumination requirement, environment requirement, humidity requirement, height requirement, temperature requirement, insect pest growth condition and the like in the growth process, and all the other planting, seedling growth, seedling or stem or tree related requirements and various data are verified in a one-to-one way, the method also comprises the prior various plant characteristics and planting process flows, and also comprises a verification of the comprehensive field plant of the edible taste, characteristics, nutritive value, appearance, yield or drug property or ornamental value of various planted plants in reality and the like and the actual management and drying prediction; the method carries out manual intervention and research according to the characteristics of the existing planted plants after the seed cultivation conditions, the seedling cultivation conditions and the characteristics of the seedlings or stems or trees of various planted plants are one-to-one in reality, intervenes in the research on the practical cultivation verification under the lines of various links from the seed cultivation to the seedling cultivation and various technological processes of scene requirement, temperature requirement, humidity requirement, illumination requirement, germination to the seedling cultivation and various technological processes when various planted plants are cultivated in the seed cultivation and the seedling cultivation and the seed cultivation from the plant to the fruit and the plant growth, and the technical process of planting plants according to the basic requirements of soil quality, soil humidity or paddy field, climate and temperature when various seedlings grow from the planting of plants to the soil, the technical process of planting plants according to the basic requirements of soil humidity or paddy field and climate and temperature when various plants grow in the planting soil or soilless culture process after the seedlings are planted, the technical process of planting plants according to the requirements of plant roots on various soils, soil quality, nutrition, temperature and illumination, the requirements of seedlings or stems or trees on illumination, environment, humidity, height, temperature and pest and disease and pest growth conditions in the growth process after the seedlings are planted are all planted one by one, and the technical process also comprises the steps of optimizing the edible taste, characteristics, nutritional value, appearance, yield or drug property or ornamental value of various planted plants and adopting the results of artificial intervention aiming at the technical purposes, so as to achieve the effects of shortening the growth cycle, increasing the yield, purer variety, better nutrition, higher value, more beautiful appearance or culture and other effects of various planted plants, wherein the artificial intervention mainly can adjust the requirements of temperature, humidity, illumination and germination, accelerating germination to seedlings, cultivating seeds, planting seedlings, growing plants to fruits, growing bases when the plants grow to soil, soil quality, soil humidity or water field and climate, temperature growing process, lighting requirements, environmental requirements, humidity requirements, height requirements, temperature requirements and pest growth conditions in the growing bases and growing environments, equipment research also comprises a planting building or greenhouse planting or small-scale experimental or household small-scale planting place which is intervened by automatic control controlled by a system and has the functions of electric energy supply, water energy supply or other energy supply, can realize automatic soil adjustment, automatic detection of nutrient content in soil, automatic temperature adjustment, automatic humidification, automatic illumination adjustment, automatic water supply, automatic addition of synthetic fertilizer or chemical fertilizer or automatic addition of nutrient solution, automatic weeding, automatic prevention of plant diseases and insect pests or automatic pesticide spraying, selecting an experimental field in the actual planting process, arranging a scheme of supporting facilities of planting equipment in the experimental field, arranging a supporting facility process or mode, automatically planting in the weather or environment or selecting which kind of plant is in which kind of experimental field, planting process, automatically managing the plant in the planting process and practical operation in the planting process, testing or comparing the planting test or comparison result with one or more different planting modes or the planted result in the practical operation, comparing the planting test or comparison result with the stored data or virtual test or research and development data in a plant data storage system, an experimental or research and development system, selecting the planted soil or selecting soilless culture, and performing on-line planting verification in the process that plant seeds are changed into seedlings to be plants; taking paddy as an example, selecting an experimental planting base of paddy, firstly soaking high-quality paddy at a reasonable temperature for a reasonable time, wherein the soaking can be normal-temperature water or 30-40 ℃ or a proper temperature, but the high temperature is not suitable for killing seeds by heat or scalding germination embryos, the supercooling is freezing bud embryos or slow speed, the germination process is kept at a proper temperature, if the seeds are abundant, the seeds can be distributed or spread on special seed cultivation equipment and keep humidity for a long time, the automatic cultivation of seedlings can be realized only by embedding intelligent equipment and special tools, a temperature detection device, a humidity detection device, a temperature heating and cooling device or a temperature control device and a constant temperature device are added in the intelligent cultivation equipment according to the seed cultivation flow in the seed cultivation process, a water or warm water spraying device, a seed rolling device or non-seed rolling device, an automatic spraying device, an automatic water draining device and equipment, and a lighting device or non-lighting device are also added, spraying or atomizing a germination accelerating liquid at a proper stage in spraying and atomizing or physically adjusting to carry out a germination accelerating process, spraying a corresponding nutrient solution and a proper humidity of a water thermometer at a proper time and in a proper germination growth period after germination to ensure the healthy growth of the seedlings, planting and verifying according to the current cultivation process flow that the automatic cultivation of the seedlings can be completed by matching system control with automatic intelligent equipment, and completing the actions by an execution mechanism according to the process, scene environment, time period collocation temperature and other related flows and equipment of a hygrometer of the seed cultivation flow through a communication interaction instruction by a system embedded control module or a background server system total platform (10) so as to achieve the automatic cultivation of the seeds or shorten the seed cultivation time and the quality improvement of the seedlings and the improvement of the emergence rate, the paddy planting is different in growth cycle according to different climatic conditions, paddy can be planted in one year with the perennial climate of about 30 degrees, paddy can be planted in two seasons with the perennial climate of less than 30 degrees and of more than 25 degrees, only paddy can be planted in one year with the climate of less than 25 degrees at normal temperature in the year, but other varieties can be planted, the climate temperatures are only one general outline and can not be completely determined, the influence of other aspects such as natural environment change, wind, rain, water and the like can not be completely confirmed or not, the paddy can be planted in one season or two seasons or three seasons per year, but under artificial intervention, the paddy can be completely planted in the same paddy planting plant base at least for one year or more than three seasons, the research and intervention starts from the soil in which the paddy is planted, the paddy planting base with buildings can be built firstly, and natural soil can also be used for finishing, the device can level and parallel soil, automatically construct or roll soil or plant rice roots without soil or manpower, automatically clean sundries and grass in the soil, provide a water supply source and ensure that the water is not leaked when the water is supplied, the water is higher than the soil by a plurality of centimeters, and is provided with a water level detecting device, a water draining device and a water temperature or soil temperature adjusting device, the planting depth of the rice planting soil and the water is enough for the growth depth of the rice roots and the water covering and the water level enough for the growth, after the rice seedlings are planted in a building planting base or a planting greenhouse or other planting fields or bases, the rice seedlings are supplied to survive after the rice seedlings survive according to the temperature suitable for the rice seedlings, the proper soil temperature or water temperature for root growth is reasonably and suitably provided, and supplies illumination according to time period, calculates the nutrient supply to the nutrient substance, mineral substance and soil temperature or water temperature in the soil and water and the temperature detecting device analyzer to calculate the nutrient supply to satisfy the growth requirement of each stage of the rice seedling, also calculates the water temperature and soil temperature and nutrient ratio to make the rice seedling excessively absorb high temperature or excessively absorb nutrient, and causes the rice seedling death, illness and other phenomena, finds out insufficient and excessive temperature or nutrient, the automatic control system gives the instruction to automatically adjust to the most proper soil temperature and nutrient or paddy field water temperature to make the rice seedling healthily grow and rapidly grow, and also includes illumination accompanying and protecting when the rice seedling healthily grows, the high quality grows and rapidly grows, illumination is enough to illuminate the indispensable object of plant growth, and light beam photosynthesis to make the plant grow, the illumination device and the tool are provided with a long-term electric energy source, the electric energy can be a safe voltage or a variable voltage power supply or power supplies of various countries, the electric energy is generally supplied at 380V or below, the illumination device can be specially researched and developed by itself or can adopt the temperature and moisture in the red, orange, yellow, green, blue, indigo, purple, colorful rainbow light and infrared rays of the existing researched and developed applicable illumination device to promote the chemical reaction absorption of plants or promote the growth and nutrition of the plants according to the temperature and moisture in various required by the plants to promote the growth and nutrition The planting verification is matched with a planted plant base, the adjustment of indoor temperature, the adjustment of humidity and the adjustment of dryness, and the atomization staged reasonable addition or automatic intervention of nutrients in the growth period and the flowering and fruiting period of the paddy so as to achieve the purposes of adjusting the taste, grain fullness, color freshness, yield improvement, long-term greatly shortened fruiting and being practical and practical for supplying water to the roots of the paddy in the growth process of the seedlings and the paddy, the device can also be used for periodically supplying little or no water according to the growth process to promote the adjustment of the optimized function of rice seedlings and rice in the growth result and achieve a more reasonable growth environment, all various plant planting can adopt the effect of systematically and automatically planting plants by the rice planting, the planting bases of various planted plant planting buildings or bases are sealed by one or more layers of roofs and sealed by ventilating machine greenhouses or fields are sealed by roofs and ventilated and other household planting cabinets or other planting places and fields, and the generation equipment, the device and the system which can automatically supply power, supply water, automatically drain water, automatically irradiate light, automatically adjust soil and heat soil, automatically adjust water temperature, automatically adjust room temperature or room temperature and automatically spray, spray nutrient solution, monitor nutrient solution and automatically add nutrient solution and automatically physically control plant diseases and insect pests can be combined into a whole The plant cultivation system comprises a system control execution module, a communication and background server system general platform (10), a control module and an intelligent terminal, wherein the system control execution module finishes actions according to one or more types or one or more sets of all types of plant cultivation bases or greenhouse cultivation bases or household cultivation places or base cultivation places, and the system control execution module is connected with the intelligent terminal to adopt APP, small programs or a combination of third-party software and platforms, so that the effects and results of remote viewing, remote planting operation and local planting operation can be realized, the planting results after plant cultivation verification are compared with an online experiment or research and development system or a storage system of plant data, the verification data with good results are edited into APP or small program software of plant cultivation application software, and then the APP or small program software of the plant cultivation application software can be downloaded through a third-party planting mechanism or platform or other users and then can be used for plants in a verified and more preferable planting modes or methods in the planting process, and the high yield or high quality of the plants can be achieved.

5. The system and method for researching and applying automatic planting of plants according to claim 1, wherein the system (1) and method for researching and applying automatic planting of plants are educational materials, and are particularly useful for studying the planting of various plants when scholars in agricultural profession have knowledge about the plants, studying how to optimize, plant, and intervene automatically the planting of the plants, so that the planted plants have improved nutritional value, good taste, improved yield, shortened growth cycle, and tender leaves of the planted plants, and other regulating and studying medicinal materials, and studying the quality of the plants that promote efficacy, high yield, and shortened growth cycle of the planted plants, and carrying out environmental control studies according to the difference and difference in growth characteristics of various plants, studying the soil content and different soils, and studying the like according to plant characteristics, water intake application, staged water supply, water addition, and humidity, and other ingredients of nutrient solutions, and studying the cooperation with plant growth and use of nutrient solutions, and improving the plant growth cycle, and studying the growth of all of the plants, and improving the growth cycle of the planted plants Systematic learning and research such as automatic planting management and the like can be realized by adopting a scheme designed for a person or others in class and performing simulation experiment, research and test, field test by adopting a 3D4D special effect device (11), VR technical algorithm, scene and human study and learning are used for testing to obtain a virtual conclusion, the virtual conclusion is obtained after the conclusion is obtained, the virtual conclusion is then sent to an experimental site or a base or a planting site or a planting season to learn on a professional class of a school according to the matching or equality of the simulation result and the realization of use of a formula and a system, and the learning also has the combined result of the training, learning, research and application of various automatic operators, and the functions of classroom education, learning and research of various age stages are realized only and research, so that more young people can learn, love or research or develop intelligence development of planted plants in early time or various age stages.

6. The system and method for research or application of plant automation planting according to any of claims 1-5, characterized in that the experimental or research system is composed of a simulation software platform including a virtual 3D4D special effect device (11), a simulation module platform, a visualization and demonstration simulation platform, a miniaturized synchronous visualization platform, a process simulation platform, a virtual coordination platform, a physical interference and human-machine efficacy analysis platform, a real illumination simulation platform, a roaming function platform, a route planning function platform, a rich 3D4D special effect support platform or other platforms, which have the functions of generating tasks, distributing tasks, generating environment, designing process and playing the scenes of audio, video, action, environment and topography of terrain for on-site facilities, equipment and personnel; the simulation module platform can realize external import of non-standard equipment, after the platform is put into use, three-dimensional model designers can import equipment models and the like which are not originally in the platform and are manufactured by various design tools into the platform in real time through the function of a platform database, realize dynamic expansion of the models in the platform, and can be operated and used as the original mode of the platform so as to realize update or management of the platform; all models in the visualization and demonstration simulation system are imported into models made by various professional three-dimensional design software in a self-design stage, the models and the data are really embodied, the design data in each model can be called in a platform and visually displayed in various modes of reports, labels and prompt lamps, besides the real design data of the models, researchers can add extra self-defined experiments or research data to different types of models as required to perform virtual operation experiments or research and development; the system also comprises a simulation experiment or research system (1), a simulation research and development system (8) and a background server system general platform (10) server of a simulation planting system (9), wherein the server can divide a plurality of server processes according to functions, comprises movement, interaction, prop servers, alliance servers, auction servers and friend servers of scene server roles in scenes, and also can be divided into one or more scene servers according to scenes, and mainly completes main research experiment or research scene logic, characters quit, walk and run in plant planting research experiment or research, and tasks are claimed or completed, the scene server design quality is the main embodiment of performance difference of the whole experiment or research server, more mainly the system architecture and synchronization mechanism design of the whole service, and the system also comprises a non-scene server which is mainly responsible for completing experiment or research logic irrelevant to the experiment or research scenes, the logics can also normally run without depending on the map system of the experiment or research, including public meeting chat, world chat, trade or non-region trade, and the like, and the non-scene server is a broadband research server which can independently process experimental scenes and plant resources for the research and can save the research resources of the scenes or the research scene; the system also comprises a gateway server, wherein the gateway server is a server which is different in jump mode when an experiment or researcher or a fan uses the jump mode when a plurality of maps jump or scenes switch, and a mode is that nodes of the servers are managed by the gateway server, the experiment or researcher or the fan interacts with the gateway server, when each scene or server switches, the gateway server agrees to exchange data, the system also comprises a gate server, a chat server, an AI server, a database proxy server and the like, the system also comprises a distributed server architecture, the system has the advantages that the performance is obviously improved and the load is larger because of pressure dispersion, the system comprises a plurality of MMORPGV experiments or researches which are large at present, the system is adopted in the distributed server architecture, the system generally divides the servers according to functions, and comprises a connsvr which manages data connected with an intelligent application terminal (2) or a client TCP, a Redis database proxy server, a main logic (responsible for modifying data of the server or the researcher or researcher), an experimental or dbgar service server, an external experimental or research service server or an experimental server which is connected with the TCP, the external or research server or the research server is matched with the experimental data, and sends back to the experimental server through the data, the data transfer process, the data which the experimental server or research server returns the data which is carried out the experimental or data is carried out by the data, the data. After the data is processed by the mailsvr, the original path is returned to the connsvr, the connsvr sends the return packet of the message back to the client through the original TCP connection, the message processing is completed, and the method also comprises all other related functions and systems which are not described and can be used for the background server system general platform (10), installation, storage, fusion and the like and application.

7. The system and method for researching or applying plant automatic planting according to any one of claims 1-5, wherein the main control module is composed of an electric appliance integration or various operators and chips, and is built by adopting a CPU system architecture, the main control module further comprises a plurality of item control modules, the main control module and the item control modules can be integrated into a whole, and any one of the plurality of item control modules can replace the main control module; the main control module and the plurality of branch control modules can directly interact with information, share data, receive instructions, send instructions and the like of each parameter set in the background server system general platform (10) according to the setting of the system, the background server system general platform (10) or the main control module of the plant planting system sends the branch control modules, and parameter operation flows preset according to programs are used for sending parameter instruction information and receiving parameter instruction information of each device and system, so that the automation of plant planting and the realization of system control of the required automatic plant planting device and research and development system are realized; the system also can be set with one or more master control modules and one or more item control modules to accept or combine or independently one or more intelligent application terminals (2) and one or more groups of simulation equipment application terminals of each research and development system, one or more types or types of plant planting equipment and systems (12) and one or more sets or more groups or groups of any application intelligent equipment and systems of research and development and application equipment and client application equipment thereof, and also bear and simulate the associated equipment device and system of the equipment application terminals (2) and plant planting equipment and one or more sets or groups of any application intelligent equipment and systems can be fused or independently operated, and complete the required communication function through one or more types of communication of wired communication, wireless communication, local communication, networking communication or networking communication to match with the completion of various functions, so as to realize data exchange, data sharing, instruction sending and instruction receiving, and complete all design and research and development functions by an execution mechanism and VR virtual research mechanism, complete or convert all objects and actions to realize all perfect actions and can be connected with a background system (10) of the seed cultivation system and the equipment; the intelligent application terminal (2) is combined with application software or a VR virtual research platform of plant planting equipment and a system (12) and is provided with one or more groups or sets of one or more sets of circuit integrated systems, the intelligent application terminal comprises one or more electronic components with various functions, one or more models or types of apple, android, hongmong and future development systems, the intelligent application terminal operates under an ARM architecture chip, a CPU and other future architectures, one or more types of chips and one or more types or types of various detection devices, the intelligent application terminal has a communication function, is provided with a self-contained power supply and a direct-powered power supply voltage stabilizing or transforming device, has a display function which can be moved or fixed, can be operated or used or applied with intelligent equipment such as a VR system and other matched equipment, all intelligent equipment which comprises various smart phones, ipads, computers and special devices and meets the standards can be applied, the intelligent equipment can be used under the condition that a network exists, the network can adopt both a wired network and a wireless network, the application scene can be used in plant planting research centers, agricultural research centers, scientific research planting education institutions or other places with independent operation of plant planting and cultivation related equipment and all places with human bodies and networks, the intelligent application terminal (2), the simulation VR terminal, the plant planting equipment and the system (12) are provided with one layer or a plurality of layers of one or a plurality of groups of one or a plurality of functions of an integrated circuit system, one or a plurality of groups of power switches of a low-voltage power stabilizing device with electronic supply energy, <xnotran> , , , , , , STM32F4071GT 6 MCU (STM 32F4071 GTX) STM32F4071GT 6 MCU (STM 32F4071 GTX) , CANRS 485 S232 4G5G.GPRS.WIFI.BIU.LORA.NB-10T.ZIGBEE , , , , , , CPU CPU CPU CPU , , , , , , ARM, x86, MIPS ; </xnotran> The motor drive control module is used for driving one or more types and one or more types of actuating motors of the equipment and all other motors or electronic drives and future developed non-electric drives, can be fused or designed and adjusted, and the like, can adjust the voltage, current, rotating speed, square rotation and the like of different motors when in use, analyzes the control instruction of the main control module, correspondingly controls the motors, and achieves the motion control of the equipment; the system comprises one or more signal acquisition modules, a sensor driving circuit, a signal acquisition processing circuit and a signal filtering processing circuit, wherein the one or more signal acquisition modules comprise one or more acquisition sensors for acquiring different signals, one or more types of sensors or integrated sensors, and the like, and the type or type of the sensors or integrated sensors is/are the same as that of other sensors or integrated sensors of the same type, and different information required to be acquired by the system is transmitted to a main control module by using different analog digital signals for data acquisition, processing and analysis; the switch control module comprises power switch control, equipment enable control and other functions of an external power supply, an internal execution module, an external drive module and the like, and a module for performing control processing on the opening and closing of a certain function module in a system; intelligent user terminal and simulation VR application terminal and plant seed's automatic equipment of cultivating, have the display operation ware to adopt and be suitable for the operation of VR high performance display function, the function is as: the VR operator and the matched display screen produced by companies such as Kangdexin, huaruing, hongda, aiqiyi and the like, the intelligent application terminal (2), the simulation VR application terminal device and the automatic plant seed cultivation equipment or device are software system intelligent application terminals (2), the display forms are various, the intelligent application terminals can be applied to different application systems, the intelligent application terminals can be APP and small programs under handheld equipment systems such as android, IOS, hongmon and the like, and the intelligent application terminals can be application programs of PC ends such as Windows, MAC OS, UOS and the like.

8. The system and the method for researching or applying the automatic planting of the plants according to any one of claims 1 to 5, characterized in that the general platform (10) of the background server system of the system for researching or applying the planting of the plants is operated by a server combination, and stores all-round functions of communication receiving application, transmission instruction sending and receiving, etc. as an integrated device and can arrange one or more groups or one or more sets of general platform (10) of the background server system of cloud computing, big data, classification, map design position, mobile intelligent terminal application terminal line, line tracking and hierarchical statistics; the background server system general platform (10) adopts a low-room architecture and an operation architecture system, namely an android system, an apple system, a Hongmon system, a development bottom architecture developed in the future, an architecture system and a software system of a third party, a software storage system and a CPU (central processing unit); the main control module can also realize functional arrangement and storage of other contents and data exchange, so that the system can meet the requirements and methods of designing the system; the system and the method comprise that a background server system main platform (10) is communicated with an intelligent terminal in a communication mode, the terminal comprises a mobile phone terminal, a computer terminal, a bracelet and an Ipad terminal, and the mobile phone terminal also comprises a mobile phone APP, an applet and an intelligent terminal; the communication is local communication, networking communication, wired wireless communication, and the commercial method of the plant planting automation equipment and system is directly operated on an intelligent terminal or a display screen and can adopt voice input and voice application or character input and English input versions; the Internet of things equipment of the background server system main platform (10) adopts 4G and 5G communication modules, wired communication and post-development advanced communication on the system level, realizes remote communication between the equipment and a background service system by utilizing an international advanced mqtt Internet of things protocol or other Internet of things protocols and more advanced Internet of things protocols developed in the future, completes various information and instruction interaction between systems, is simple and flexible in specific deployment scheme, and provides better service for clients.