基于PX构型的拖拉机混合动力传动技术专利分析OA
Patent analysis of hybrid power transmission technology for tractor based on PX configuration
结合 PX构型对拖拉机混合动力传动技术进行基于核心专利的技术路线分析、PX构型分布分析、重要申请人和发明人分析及动力输出方式分析.研究表明,该领域技术演进呈现多能源耦合、智能化的趋势;混联式以 P2.5为核心的双电机架构是高端突破的关键;拖拉机动力输出方式高度多元化,创新应紧扣作业场景实际需求;高校研发聚焦前瞻储备与深度创新,产学研协同是补齐短板的关键.
Tractor hybrid power transmission technology based on PX configuration has been analyzed across core patents through tech-nical roadmap analysis,PX configuration distribution analysis,key applicants and inventors analysis,and power take-off(PTO)methods analysis.Research has indicated that technological evolution in this field presents a trend toward multi-energy coupling and in-telligence.A hybrid parallel architecture centered around P2.5 with a dual-motor configuration has become key to achieving break-throughs in high-end applications.PTO methods for tractors have become highly diversified,and innovation should closely align with actual demands of specific operational scenarios.University research and development has focused on forward-looking exploration and in-depth innovation,and industry-university-research collaboration has become key to addressing existing gaps.
石现林;马晓迪
国家知识产权局专利局专利审查协作河南中心,河南 郑州 450000国家知识产权局专利局专利审查协作河南中心,河南 郑州 450000
农业科技
拖拉机混合动力传动技术PX构型专利产学研协同
tractorhybrid powertransmission technologyPX configurationpatentindustry-university-research collaboration
《农业工程》 2026 (7)
11-17,7
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