DingZhou YongSheng Grain and Oil Machinery Co., LTD is a professional company combining research and development design, production and sales as a whole. The company has first-class oil equipment manufacturing base, professional oil technology engineer and professor, possesses advanced production technology and sophisticated equipment, All grease equipment and spare parts are produced independently. The whole set of advanced grease equipment, all by my company and the domestic research institutions, professional colleges and universities to develop. Oil advanced technology is suitable for large and small refineries. Advanced technology, suitable for making all kinds of plant oil. From the raw material of cleaning up, prepressing, leaching, refining and the production processing of by-product (such as Phospholipids engineering, protein engineering), is totally a dragon design and production, has created considerable economic benefit and social benefit for the user and society more than 40 years.
YongSheng comapny with scientific management method, strives for perfection the manufacturing process, innovative manufacturing idea, fast grows and become the grain and oil machinery production and export base in China. Company products are exported to Russia, India, Nepal, Indonesia, South Africa,Tanzania, Ethiopia, Ukraine, kazakhstan, Pakistan, Iran, north Korea, Vietnam, France and the European Union and so on more than 30 countries and area.
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The soil drought monitoring system is mainly composed of four parts: monitoring center, communication network, remote monitoring equipment and soil moisture detection equipment. Monitoring Center: The hardware is mainly composed of servers, computers, switches, printers, and so on. The software mainly consists of operating system software, database software, and soil moisture monitoring system software. Communication platform: including China Mobile GPRS network and INTERNET public network. The system plans to use public network dedicated networking. The monitoring center must have a fixed IP address on the external network. Remote monitoring equipment: The remote monitoring equipment can be divided into mains-powered soil moisture monitoring terminals, solar-powered soil moisture monitoring terminals and battery-powered soil moisture monitoring terminals according to the type of power supply. For the characteristics of soil moisture monitoring points scattered and difficult to wiring, it is recommended to use solar powered soil moisture monitoring terminal. Soil moisture detection equipment: According to monitoring requirements, one-spot soil moisture sensor can be used to achieve single point moisture detection; multiple soil moisture sensors can also be used, and the sensors are arranged at different depths to achieve soil profile monitoring of the monitoring point profile.
The above is the detailed information of the soil drought monitoring system. If you have any questions about the information of the soil drought monitoring system, please contact us further for more information on the soil drought monitoring system.
In recent years of oil equipment in the company has in the market put hundreds of sets, has been the common recognition of domestic and overseas, our company have hundreds of oil equipment engineering design, production, installation and debugging experience, and according to the design and production requirements of the users.
In order to improve the drought management level of agriculture and animal husbandry, quickly grasp the dynamics of drought in the land, and avoid or reduce the losses caused by drought, gradually establishing a wide coverage of soil drought monitoring system has become an important task of the corresponding management department. Soil drought monitoring system can realize long-term continuous monitoring of soil moisture content (soil moisture). The user can flexibly arrange the soil moisture sensor according to the monitoring needs; the sensor can also be placed at different depths to measure the soil moisture profile. The system also provides additional expansion capabilities. It can add sensors to monitor soil temperature, soil conductivity, soil pH, groundwater level, groundwater quality, and air temperature, air humidity, light intensity, wind speed, direction, rainfall, and other information. To meet the needs of system function upgrades. Soil drought monitoring system can fully, scientifically and truly reflect the soil changes in the monitored area. It can timely and accurately provide soil moisture conditions at all monitoring sites, providing important basic information for disaster reduction and drought relief.