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    • 1. 发明授权
    • Aerial transport system
    • 空中运输系统
    • US4345522A
    • 1982-08-24
    • US110333
    • 1980-01-08
    • Keiichi MiyamotoNaohiko InoueYasuhisa Takeuchi
    • Keiichi MiyamotoNaohiko InoueYasuhisa Takeuchi
    • B60M3/04B60M7/00B61L3/14B66C21/00B61B3/02B60L15/22
    • B60M3/04B60M7/00B61L3/14B66C21/00Y02T10/7258
    • Disclosed is an aerial transport system which comprises an aerial track having therealong a pair of electric current-carrying cables in a parallel relationship with respect to one another and with respect to the track, and self-propelled carriages. Each carriage has an electric current collector to collect electric power from the current-carrying cables and to supply the power to an electrical driving mechanism mounted thereon for driving wheels engaging with the track. The current-carrying cables are separated at longitudinal given intervals so as to define respectively independent electric power supply zones. The transport system further includes a system for controlling electric power supply for the vehicle or carriage including a mechanism for detecting a vehicle or carriage position in the track provided in each power supply zone. The vehicle or carriage position detecting mechanism has a circuit which is closed when the vehicle or carriage is present within the zone, and a detector for detecting an electric current flowing in the zone when the circuit is closed. The detector is associated with a holding relay control circuit. The holding relay controls an electric power supply control circuit having a controlling contactor connected with a contact of the holding relay.
    • 公开了一种航空运输系统,其包括具有沿着彼此并且相对于轨道和自推进滑架平行关系的一对电流承载电缆的架空轨道。 每个托架具有集电器,用于从载流电缆收集电力,并将电力供应到安装在其上的电驱动机构,用于驱动与轨道接合的轮子。 载流电缆以纵向给定间隔分开,以便分别独立地定义供电区域。 运输系统还包括用于控制车辆或车厢的电力供应的系统,其包括用于检测设置在每个供电区域中的轨道中的车辆或托架位置的机构。 车辆或滑架位置检测机构具有当车辆或滑架存在于区域内时关闭的电路,以及用于在电路闭合时检测在该区域中流动的电流的检测器。 检测器与保持继电器控制电路相关联。 保持继电器控制具有与保持继电器的触点连接的控制接触器的电力供应控制电路。
    • 7. 发明授权
    • Vehicle-onboard AC generator
    • 车载交流发电机
    • US06664677B2
    • 2003-12-16
    • US09784051
    • 2001-02-16
    • Kazunori TanakaKeiichi MiyamotoShigeru Onoue
    • Kazunori TanakaKeiichi MiyamotoShigeru Onoue
    • H02K902
    • H02K11/046H02K3/28H02K3/50
    • An AC generator structure allows the assembly of a stator thereof to be easily automatized for rationalization of the manufacturing process, while ensuring suppression of heat generation and providing an enhanced cooling function during operation. The stator includes a core and a winding assembly having stator windings. A rotor is enclosed by the core. A rectifier device rectifies an AC power taken out from the winding assembly. In the stator, outgoing conductors form output conductor end portions and connecting conductor end portions, which are substantially parallel to the core's center axis. The connecting conductor end portions are connected to a connecting member distinct from the rectifier device and disposed offset laterally from the stator's center axis. The stator windings are interconnected in a predetermined connection pattern through the connecting member. The output conductor end portions, through which the AC power is taken out, are connected to the rectifier device.
    • 交流发电机结构允许其定子的组装易于自动化以便制造过程的合理化,同时确保抑制发热并在操作期间提供增强的冷却功能。 定子包括具有定子绕组的芯和绕组组件。 转子被核心包围。 整流装置对从绕组组件取出的交流电力进行整流。 在定子中,输出导体形成基本上平行于芯的中心轴的输出导体端部和连接导体端部。 连接导体端部连接到与整流器件不同的连接构件,并且设置成偏离定子的中心轴线。 定子绕组通过连接构件以预定的连接图案互连。 将交流电源取出的输出导体端部连接到整流装置。