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    智能农业沙盘模型有哪些功能?
    2018-10-24 10:03:40
    随着物联网、智能科技的开展,农业产业也在走向现代化。常见的沙盘模型有房地产沙盘、工业模型、展馆沙盘沙盘等,而智能农业沙盘模型逐渐走向农业开展的需求,智能农业沙盘模型是为农业开展供给支撑,是集新式的互联网、移动互联网、云计算和物联网技能为一体,依托布置在农业出产现场的各种传感节点(环境温湿度、土壤水分、二氧化碳、图画等)和无线通信网络完成农业出产环境的智能感知、智能预警、智能决议计划、智能剖析、专家在线辅导,为农业出产供给精准化栽培、可视化远程办理、智能化决议计划。

    With the development of Internet of things and intelligent technology, the agricultural industry is also moving towards modernization. Common sand table models include real estate sand table, industrial model, exhibition hall sand table and so on. Intelligent agricultural sand table model is gradually moving towards the demand of agricultural development. Intelligent agricultural sand table model is a supply support for agricultural development. It is a combination of new Internet, mobile Internet, cloud computing and Internet of Things skills, relying on layout. All kinds of sensor nodes (environmental temperature and humidity, soil moisture, carbon dioxide, drawings, etc.) and wireless communication network are used to realize intelligent perception, intelligent early warning, intelligent decision planning, intelligent analysis, expert online guidance of agricultural production environment, and provide precision cultivation, visual remote management for agricultural production. Intelligent resolution plan.

    淄博模型公司

    智能农业沙盘模型针对于农业栽培大棚物联网技能的运用包括有:光照检测、温湿度检测、二氧化碳检测、土壤检测、水质检测等智能化实验操控。还有物联网针对于养殖业的运用、针对于农田栽培的运用等都能够以沙盘的方式模仿实验演示出来。
    Intelligent agricultural sand table model for agricultural greenhouse Internet of Things skills include: light detection, temperature and humidity detection, carbon dioxide detection, soil detection, water quality detection and other intelligent experimental control. There is also the Internet of Things for the use of aquaculture, for the use of farmland cultivation, etc. can be simulated in the way of sand table demonstration.
    才智农业沙盘模型主要完成功用如下:
    The main functions of the intelligent agricultural sand table model are as follows:
    (1)空气温湿度/土壤湿度/光照度等监控功用体系:依据无线网络获取的植物成长环境信息,如监测土壤水分、土壤温度、空气温度、空气湿度、光照强度、植物养分含量等参数。
    (1) Monitoring function system of air temperature and humidity/soil humidity/illumination: plant growth environment information obtained by wireless network, such as monitoring soil moisture, soil temperature, air temperature, air humidity, light intensity, plant nutrient content and other parameters.
    其它参数也能够选配,如土壤中的PH值、电导率等。信息搜集、担任接收无线传感会聚节点发来的数据、存储、显现和数据办理,完成一切基地测试点信息的获取、办理、动态显现和剖析处理以直观的图表和曲线的方式显现给用户,并依据以上各类信息的反应对农业园区进行主动灌溉、主动降温、主动卷模、主动进行液体肥料上肥、主动喷药等主动操控。
    Other parameters can also be selected, such as pH and conductivity in soil. Information collection, as receiving data, storage, display and data processing from wireless sensor convergence node, complete the acquisition, processing, dynamic display and analysis of all base test point information to the user in intuitive graphics and curves, and according to the above information response to the main agricultural park Dynamic irrigation, active cooling, active rolling mold, active liquid fertilizer fertilization, active spraying and other active control.
    (2)监测功用体系:在农业园区内完成主动信息检测与操控,经过装备无线传感节点,太阳能供电体系、信息收集和信息路由设备装备无线传感传输体系,每个基点装备无线传感节点,每个无线传感节点可监测土壤水分、土壤温度、空气温度、空气湿度、光照强度、植物养分含量等参数。依据栽培作物的需求供给各种声光报警信息和短信报警信息。
    (2) Monitoring function system: complete the active information detection and control in the agricultural park, after equipped with wireless sensor nodes, solar power supply system, information collection and information routing equipment wireless sensor transmission system, each base point equipped with wireless sensor nodes, each wireless sensor node can monitor soil moisture, soil temperature. Parameters such as degree, air temperature, air humidity, light intensity, plant nutrient content and so on. All kinds of acoustooptic alarm information and short message alarm information are provided according to the demand of cultivated crops.
    (3)实时图画与视频监控功用:农业物联网的基本概念是完成农业上作物与环境、土壤及肥力间的物物相联的联系网络,经过多维信息与多层次处理完成农作物的成长环境调理及上肥办理。
    (3) Real-time graphics and video surveillance function: the basic concept of the agricultural Internet of Things is to complete the link network between crops and environment, soil and fertility in agriculture, through multi-dimensional information and multi-level processing to complete crop growth environment conditioning and fertilization management.
    可是作为办理农业出产的人员而言,只是数值化的物物相联并不能彻底营建作物成长条件。视频与图画监控为物与物之间的相关供给了更直观的表达方式。
    However, as a person who handles agricultural production, only numerical linkages can not completely build the conditions for crop growth. Video and picture monitoring provide a more intuitive way of expression between objects and objects.
    比方:哪块地缺水了,在物联网单层数据上看只是能看到水分数据偏低。应该灌溉到什么程度也不能死搬硬套地只是依据这一个数据来作决议计划。因为农业出产环境的不均匀性决议了农业信息获取上的先天性坏处,而很难从单纯的技能手段上进行突破。
    For example, where the land is short of water, we can only see the low water data on the single layer data of the Internet of things. The extent to which irrigation should not be carried out or not is based on this data. Because the inhomogeneity of agricultural production environment determines the inherent disadvantages of agricultural information acquisition, it is difficult to break through the simple means of skills.
    视频监控的引用,直观地反映了农作物出产的实时状况,引进视频图画与图画处理,既可直观反映一些作物的成长长势,也能够旁边面反映出作物成长的全体状况及养分水平。能够从全体上给农户供给愈加科学的栽培决议计划理论依据。
    The quotation of video surveillance directly reflects the real-time situation of crop production. The introduction of video pictures and picture processing can not only directly reflect the growth trend of some crops, but also reflect the whole situation and nutrient level of crop growth on the side. It can provide farmers with more scientific theoretical basis for cultivation decision plan from the whole.
    (4)鱼池氧气溶度监测/喷水设备功用:鱼池氧气溶度收集节点采用氧气溶度传感器来完成对鱼池水中氧气溶度鱼池氧气溶度的检测; 当鱼池氧气溶度低于设定值时,体系便发动喷水设备来增氧,直到氧气浓度到达设定值停止。
    (4) Functions of oxygen solubility monitoring/spraying equipment in fishponds: The oxygen solubility sensor is used to detect the oxygen solubility of fishponds; when the oxygen solubility of fishponds is lower than the set value, the system starts water spraying equipment to increase oxygen until the oxygen concentration reaches the set value and stops.
    (5)局域网远程拜访与操控功用:物联网经过网关参加局域网。这样用户便能够运用PC机拜访物联网数据,经过操作界面远程操控温室内的履行器材,保护体系安稳。
    (5) LAN remote visit and control function: Internet of things participate in LAN through gateway. In this way, users can use PC to visit the Internet of Things data, through the operation interface remote control of greenhouse performance equipment, the protection system is stable.
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