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农机数控系统设计与农业生产效率提升

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现代农业的迅速发展使得高效、精确的农机数控系统设计成为提高生产效率的关键因素.该文通过探讨农机数控系统的设计原理及其在农业生产中的应用,分析农机数控系统中传感器数据采集、智能控制单元和机械执行模块等核心组成部分,并结合具体案例,分析数控系统在提升农业作业速度、减少资源浪费和提高作业精度方面的显著成效,总结农机数控系统在智能化和自动化趋势下的发展前景,提出了未来在精准农业和自动驾驶技术集成中的潜在应用方向,旨在为推动农业生产的可持续发展提供了理论支持.
Agricultural Machinery CNC System Design and Agricultural Productivity Improvement
The rapid development of modern agriculture makes the design of efficient and precise agricultural machinery CNC system a key factor in improving production efficiency.This paper discusses the design principle of agricultural ma-chinery numerical control system and its application in agricultural production,analyzes the core components such as sensor data acquisition,intelligent control unit and mechanical actuator module in the agricultural machinery numerical control system,and combines with specific cases to analyze the significant effectiveness of the numerical control system in enhancing the speed of agricultural operations,reducing resource waste and improving operational precision,summari-zes the development prospects of agricultural machinery numerical control system in the trend of intelligence and automa-tion,and puts forward the potential future application direction in the integration of precision agriculture and autopilot technology,aiming to improve the production efficiency.It summarizes the development prospects of agricultural machin-ery CNC system in the trend of intelligentization and automation,and puts forward the potential application direction in the future in the integration of precision agriculture and autopilot technology,aiming to provide theoretical support for the promotion of the sustainable development of agricultural production.

agricultural numerical control systemagricultural productivityintelligent controlautomationsustainable development

马鑫

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河南工业贸易职业学院,河南 郑州 450000

农机数控系统 农业生产效率 智能控制 自动化 可持续发展

2025

农机使用与维修
农业部农机维修研究所

农机使用与维修

影响因子:0.105
ISSN:1002-2538
年,卷(期):2025.(1)