Design and Implementation of Intelligent Control System in Rice Seedlings Factory

Abstract:

Rice is an important food crop in the world, which provides a strong guarantee for our country's food security strategy policy. As one of the major rice producing areas, the degree of mechanization of rice cultivation is not high, especially in rice seedling, there is not a high degree of automation, a lot of manpower and resources are consumed, it is not suitable for factory work. Based on this, Rice seedlings factory intelligent control system has been researched on the paper. The system can automatically capture the growth of rice seedlings light intensity, temperature etc, and numerical analysis. The indoor self-propelled sprinklers, ventilation and heating systems, carbon dioxide generator and an outdoor shade cloth of the device operation are controlled based on established data. In order to achieve optimal conditions for the growth of rice seedlings, seedlings for large-scale factory, improve efficiency and cost savings.

• Periodical: Advanced Materials Research (Volume 952)
• Pages: 271-274
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.952.271
• Online since: May 2014
• Authors: Liu Xuan Ma*, Yi Yuan Ge, Ri Xin Sun, Shu Li Guo, Yan Bo Guo
• Keywords: Control System, Intelligent, Rice, Seedlings Factory

References

[1] Shihua Cheng, Peisong Hu, Development Strategy of Rice Science and Technology in China[J]. Chinese Journal of Rice Science, 2008, 22 (3)：223-226.

[2] Dun Niu, New Situation of Agricultural Mechanization and the Development of Paddy Production Mechanization in China[J]. Transactions of The Chinese Society of Agricultural Engineering, 2000，16(4)：7-10.

[3] Zhi Zhang. Design of Solar Greenhouse Control System Based on SCM[J]. Microcomputer Information, 2006，22（12）：77-78.

[4] Ferreira P. M, Faria E. A , Eruano A. Neural network models in greenhouse air temperature perdition, Neurocomputer, 2009, 42: 51-74.

[5] Fengyun Wang, Minghua Shang, Wenjie Feng, Argus Control System in Facility Agriculture[J]. Shandong Agricultural Sciences, 2010（5）：63-65.

[6] Haifeng Guo. Study of Heat Transfer and Energy Characteristics of Greenhouse Technology Used in Phase-Change Thermal Storage[J]. Beijing University of Technology. 2010. 2：29-31.

[7] Zhongbiao Zhao, Ziliang Cai, Ronggao. nRF401 Application Study in Greenhouse Control System[J]. Industrial control computer. 2011. 21(3): 56-57.