大学物理插秧机所用扭矩发生器.pptVIP

New Torque-Generator for RICE PLANTER 插秧机专用新型扭矩发生器 Eaton Fluid Power Ltd. 工程部 Torque Generator Point of considerationfor new Torque Generator新型扭矩发生器设计初衷 Point of consideration – continued改进考虑点-持续性 Steering System of Rice Planter水稻插秧机的转向系统 What is Torque Generator ?-什么是扭矩发生器 Conventional Steering System传统的转向系统 Superior for Straight-runningness-出众的直线行驶 Small Backlash-小的反弹？ Superior for Maintenance Service-易于维护和维修 Enable to eliminate Steering Cylinder-省去了转向油缸 Easy to modify the Output Torque-易于调整输出扭矩 Enables only by changing Gerotor-Width –仅仅通过改变定转子的高度 Compatibility to Manual Steering Machine-与人力转向部分兼容 Easy to compose for P.S. option model-易于总成PS选择类型？ Advantages　（1）-to Conventional System 与传统系统相比优点 Advantages　（1-1）to Conventional System与传统系统相比优点 New Torque Generator Detail:1-1-新的TG详细信息 Eliminates Bracket for installing TG-省去支架安装在T上 Advantages　（1-2）to Conventional System-与传统系统相比优点 New Torque Generator Detail:1-3新TG详细信息Eliminate Output Shaft, Oil Seal and a Bearing-省去输出轴，密封件和轴承 Advantages　（2）to Conventional System与传统系统相比优点 Advantages　（3）to Conventional System与传统系统相比优点 New Torque Generator Detail:3-新TG详细信息Steering System Comparison-转向系统比较 Summary of Advantages-优点总结 New Torque Generator （ Patent issued offers新型扭矩发生器（专利拥有）提供： Summary of Advantages – continued优点总结 New Design Torque Generator offers -新型扭矩发生器提供： How the New Torque- Generator accepted in Japan ?新型TG怎样被客户接受在日本 ”M” Company –M公司 1998. March : Production started for all model　1998年所有型号开始量产 Actual Improvement Resultsof Cost Reductionin “K” Company 在K公司实际的成本降低结果 　　For a Steering System of the Rice Planter by changing from Conventional System to New System -通过对水稻插秧机的转向系统从传统的系统更新到新的系统 　　 END 专为水稻插秧机的新型扭矩发生器 * Steering System Evolution转向系统的演变 Standard Type-标准类型 For rice planter Type-专为水稻插秧机类型 Conventional Method-传统方法 Could not achieve a satisfactory Cost Reduction-不能实现令人满意的成本降低 Cost Reductions within the limits of the Product EFPL supplying so far in use. 当前日本现有产品的成本