Optimization of the number of paddy field blades by modeling the mass and power consumption of dynamic splashes

Ren, Jinbo; Du, Weitao; Peng, Dingqiang; Zou, Desheng; Shao, Yue; Mechefske, Chris K.

doi:10.1016/j.compag.2022.107173

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Cited by 3 publications

References 13 publications

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Optimization of the front-mounted fertilizer pipe strip rotary tillage device by modeling the wide-seedbed characteristics and power consumption

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Optimization of the front-mounted fertilizer pipe strip rotary tillage device by modeling the wide-seedbed characteristics and power consumption

Zhao,

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Computers and Electronics in Agriculture

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Connectivity of Agricultural Soil Fertility Online Monitoring Devices with Smartphones

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Gumilar,

Afandi

et al. 2023

2023 8th International Conference on Electrical, Electronics and Information Engineering (ICEEIE)

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Collocated control of double electric pushrod in a harvester header based on an improved gray wolf PID algorithm

Sun,

Xiao,

Tang

et al. 2024

IFS

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In order to further enhance energy conservation and emission reduction, the header lifting structure of a harvester is studied. First, a double electric pushrod structure is used to replace the oil cylinder and air cylinder lifting structure of a traditional header to reduce fuel consumption and harmful gas emission. Furthermore, a mathematical model and a simulation model of the electric pushrod are established. To enhance the control effect of the header lifting structure, an improved version of the traditional gray wolf optimization (GWO) algorithm is designed. The nonlinear convergence factor, Kent chaotic mapping and convergence surrounding and spiral updating operations are introduced to increase the convergence speed and optimization accuracy of this algorithm. The improved GWO (IGWO) algorithm is applied to optimize the proportional-integral-derivative (PID) controller of the double pushrod coordinated control system. Then, a new IGWO-PID control algorithm is also designed. The cross-coupling control strategy of header’s double pushrods is then studied. Results of the simulation and bench test show that the IGWO-PID control algorithm and the cross-coupling control strategy can effectively enhance controlling effect of the harvester header. The left and right pushrods can achieve good synchronous and coordinated movements.

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Optimization of the number of paddy field blades by modeling the mass and power consumption of dynamic splashes

Cited by 3 publications

References 13 publications

Optimization of the front-mounted fertilizer pipe strip rotary tillage device by modeling the wide-seedbed characteristics and power consumption

Optimization of the front-mounted fertilizer pipe strip rotary tillage device by modeling the wide-seedbed characteristics and power consumption

Connectivity of Agricultural Soil Fertility Online Monitoring Devices with Smartphones

Collocated control of double electric pushrod in a harvester header based on an improved gray wolf PID algorithm

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