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    • 2. 发明授权
    • Hinged tracking system
    • 铰链跟踪系统
    • US06318824B1
    • 2001-11-20
    • US09181868
    • 1998-10-29
    • Richard Thomas LaGrottaManuel G. Orellana
    • Richard Thomas LaGrottaManuel G. Orellana
    • A47B8800
    • H02B1/38E05D3/022E05D15/58E05D2015/586E05Y2201/684E05Y2800/122E05Y2800/21E05Y2900/208E05Y2900/212E06B3/5045
    • A cabinet includes a hinged tracking system for attaching a door to the cabinet. The hinged tracking system allows the door to translate rectilinearly away from the cabinet, as well as rotate with respect to the cabinet. The hinged tracking system includes a track member attached to a side wall of the cabinet, and a slide member slidable with respect to the track member. An intermediate member may be disposed between the track member and the slide member to increase the linear travel of the slide member. A hinge is located between the slide member and the door. The track member and the slide member may include stoppers which prevent overtravel of the slide member with respect to the track member, so that the slide member does not inadvertently slide completely off of the track member. The slide member may also include a locking system for locking the slide member in a maximum extended position, and for locking the hinge in a closed position or an open position.
    • 机柜包括用于将门连接到机柜的铰接跟踪系统。 铰链跟踪系统允许门直线地转换离开机柜,以及相对于机柜旋转。 铰链跟踪系统包括附接到机壳的侧壁的轨道构件和可相对于轨道构件滑动的滑动构件。 中间构件可以设置在轨道构件和滑动构件之间,以增加滑动构件的线性行程。 铰链位于滑动构件和门之间。 轨道构件和滑动构件可以包括挡块,其防止滑动构件相对于轨道构件的超程,使得滑动构件不会无意中完全滑出轨道构件。 滑动构件还可以包括用于将滑动构件锁定在最大伸出位置并用于将铰链锁定在关闭位置或打开位置的锁定系统。
    • 3. 发明授权
    • Power connector for releasable engaged retention of a wire
    • 用于可释放地接合保持线的电源连接器
    • US06315597B1
    • 2001-11-13
    • US09464144
    • 1999-12-16
    • James Christopher CoyneJames T. LaGrottaRichard Thomas LaGrotta
    • James Christopher CoyneJames T. LaGrottaRichard Thomas LaGrotta
    • H01R1120
    • H01R4/4818
    • A power connector for receipt and releasable engagement with a wire to effect a transmitting power electrical connection to the wire. The power connector includes a connector housing having a wire insertion side with an opening for receiving the wire. A spring contact is disposed within the housing and includes an attachment end for attaching the spring contact to the connector housing and a contact end for contact with the wire. The spring contact includes a substantially C-shaped segment extending between the attachment end and contact end. The C-shaped segment is dimensioned to be maintained under compression and so that the spring contact applies a contact force against an inserted wire at the contact end with a force sufficient for supporting the conducting of electricity between the wire and contact end. The C-shaped segment is further oriented so that when a lateral force is imparted to the C-shaped segment from the wire-insertion side of the housing, the contact force applied against the wire is reduced to thereby reduce the force required to disengage and remove the wire from the connector housing.
    • 电源连接器,用于接收和可释放地与线接合以实现与电线的发射功率电连接。 电源连接器包括具有电线插入侧的连接器壳体,其具有用于接收电线的开口。 弹簧触点设置在壳体内,并且包括用于将弹簧触点附接到连接器壳体的连接端和用于与线接触的接触端。 弹簧触点包括在附接端和接触端之间延伸的基本上C形的段。 C形段的尺寸被设计成保持在压缩之下,并且使得弹簧接触件在接触端处以足以支撑导线和接触端之间的导电的力施加抵抗插入线的接触力。 C形节段进一步定向,使得当从壳体的线插入侧向C形段施加横向力时,施加在线上的接触力减小,从而减小分离所需的力,并且 从连接器外壳上取下电线。
    • 10. 发明授权
    • Remote power-down control of wireless terminal
    • 无线终端的远程关机控制
    • US06477361B1
    • 2002-11-05
    • US09576469
    • 2000-05-23
    • Richard Thomas LaGrottaJames T LaGrotta
    • Richard Thomas LaGrottaJames T LaGrotta
    • H04B116
    • H04W52/0235H04W52/0212H04W88/022Y02D70/00
    • On instructions obtained from a subscriber, a wireless terminal service provider sends a power-down signal to a wireless terminal. Upon receipt of the power-down signal, the wireless terminal goes into a sleep state. In this state, all monitoring functions other than time, date and elapsed time are turned off. The power-down signal sets a clock, which can be located within the wireless terminal, to awaken the wireless terminal at the end of a discrete interval of time by powering-up the monitoring circuits. The wireless terminal service provider, by knowing the power-down/power-up time cycle of the wireless terminal, can alert a party attempting to contact the wireless terminal during the power-down period that the called party cannot be reached. The wireless terminal service provider can also offer various options to the calling party, such as providing the time when the called wireless terminal will next be on, offer to take a message which can be sent when the called wireless terminal is next on, offer to cancel any further attempt to send the message to the called wireless terminal, etc. Normally, the power-down control signal will condition the wireless terminal to assume the sleep state for a discrete interval of time. Extended intervals of time can be obtained by resending the control signal at the end of the discrete interval of time. If desired, a two-part control signal can be sent to the wireless terminal where one part conditions the wireless terminal to assume the power-down state and the other part controls the duration of the power-down state.
    • 在从订户获得的指令上,无线终端服务提供商向无线终端发送断电信号。 在接收到掉电信号时,无线终端进入休眠状态。 在这种状态下,除了时间,日期和时间之外的所有监视功能都被关闭。 掉电信号设置可以位于无线终端内的时钟,通过为监控电路供电,在离散的时间间隔结束时唤醒无线终端。 无线终端服务提供商通过知道无线终端的断电/上电时间周期,可以在被叫方不能到达的掉电期间,提醒尝试与无线终端接触的方。 无线终端服务提供商还可以向呼叫方提供各种选择,例如提供被叫无线终端下一次接通的时间,提供可以在被叫无线终端接下来可以发送的消息,提供给 取消进一步尝试将消息发送到被叫无线终端等。通常,掉电控制信号将使无线终端在离散时间段内呈现睡眠状态。 可以通过在离散的时间间隔结束时重新发送控制信号来获得延长的时间间隔。 如果需要,可以向无线终端发送两部分控制信号,其中一个部分使无线终端处于断电状态,另一部分控制掉电状态的持续时间。