基于BRF的自动插秧机电气控制系统优化

Optimization on the Electric Control System of the Automatic Transplanter Based on BRF

为提高插秧机的自动化控制水平,针对自动插秧机进行电气控制系统优化与研究。基于BRF传感器精准传输信号理论,通过改善电气控制系统的关键装置,提高插秧作业过程中的实时准确反应度。工作时,结合作业田环境、感光条件及气候条件等,利用传感器的信号识别与传递,电气自动控制装置带动机械运动部件实施自动插秧,保证插秧深度的均匀性与一致性,达到高效插秧及收获的目标。基于传感器BRF相关理论的支撑,对于自动插秧机大大提高其电气自动化控制技术水平有较好的现实意义,可为其他相关农作物播种机具提供参考。

In order to strengthen the high capacity development of the planting industry,improve the automation control technology and level of the rice transplanter,the paper mainly focuses on the optimization and research of the electric control system for automatic transplanter. The BRF sensors precision transmission theory was added to the electric control system,and the electrical automatic control device drives the automatic mechanical movement parts planting using the sensor signal identification and transformation,which guarantees the uniformity and consistency of the planting depth through improving the real-time accurate reaction degree of the key device of the electric control system in the process of the transplanting operations,combined with the environmental conditions of the operation field,local photographic and climatic conditions,etc. This can further improve and optimize the operation mode of automatic transplanter to achieve the goal of high efficiency planting and efficient harvest. Based on the related theory of the BRF sensor,and it is of great practical significance to improve the electric automation control technology level of the automatic transplanter,and it is more worthy of reference for other related crops sowing machines.