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    • 64. 发明授权
    • Initialization beacon for initializing a stationary vehicle
    • 用于初始化固定车辆的初始化信标
    • US5592158A
    • 1997-01-07
    • US343927
    • 1994-11-17
    • Didier Riffaud
    • Didier Riffaud
    • B61L25/02G08G1/01
    • B61L25/025
    • An initialization beacon for initializing a stationary vehicle, particularly for assisting the driving, operation, and maintenance of the stationary vehicle, comprises superposing cross-over structures Si, whereby each cross-over structure is made from a first electrical cable Ci1 and a second electrical cable Ci2. The first electrical cable Ci1, which mutually parallels with the second electrical cable over most of its length, crosses over the second electrical cable Ci2 to form a succession of magnetic nodes N. The magnetic nodes of each of the superposed cross-over structure form magnetic nodes Nij in the superposed cross-over structures. The magnetic nodes NiJ are staggered in a non-overlapping fashion according to a space period in each of the superposed cross-over structures. Pairs Pmn of the superposed cross-over structure Si can be successively powered at a clock frequency FH and a data frequency FD.
    • 用于初始化固定车辆的初始化信标,特别是用于辅助固定车辆的驾驶,操作和维护的初始化信标包括叠加交叉结构Si,由此每个交叉结构由第一电缆Ci1和第二电缆 电缆Ci2。 在其大部分长度上与第二电缆相互平行的第一电缆Ci1跨过第二电缆Ci2,以形成一连串的磁节点N.每个叠加交叉结构的磁节点形成磁 重叠交叉结构中的节点Nij。 磁性节点NiJ根据每个叠加交叉结构中的空间周期以非重叠的方式交错。 叠加交叉结构Si的对Pmn可以以时钟频率FH和数据频率FD连续供电。
    • 66. 发明授权
    • Electrical connection system
    • 电气连接系统
    • US5507660A
    • 1996-04-16
    • US266456
    • 1994-06-27
    • Francois Jalliffier
    • Francois Jalliffier
    • B65D90/00B60R16/023H01R13/62H01R13/631H01R13/629
    • H01R13/631
    • An electrical connection system is implemented while storage units are being loaded onto a transportation bed 2 or while they are being unloaded therefrom. The system includes an electrical connection constituted by at least one male-type connector 4, 5 and by at least one female-type connector 5, 4, one of the connectors being fixed to the transportation bed 2 or to the storage unit 1, the other connector being driven by a positioning element 6 fixed to the storage unit 1 or to the transportation bed 2, respectively. A control system fixed to the storage unit 1 or to the transportation bed 2 includes a time-delay piston 8 or equivalent time-delay element enabling the positioning element to be controlled.
    • 当存储单元被加载到运输床2上或者当它们从其卸载时,实现电连接系统。 该系统包括由至少一个阳型连接器4,5和至少一个阴型连接器4,5构成的电连接,其中一个连接器固定到运输床2或存储单元1, 另一个连接器分别由固定到存储单元1或运输床2的定位元件6驱动。 固定到存储单元1或运输床2的控制系统包括延时活塞8或等效的时间延迟元件,使得能够控制定位元件。