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    • 2. 发明申请
    • FORCE DECAY RELEASE MECHANISM
    • 强制衰减机制
    • US20110146426A1
    • 2011-06-23
    • US12644717
    • 2009-12-22
    • Richard D. Miller, JR.Edward A. Gormley
    • Richard D. Miller, JR.Edward A. Gormley
    • F16H21/00
    • B64D17/54B64D17/60F42C15/26
    • A system is provided for the force decay triggered release of a device, the system comprising: a base; a plurality of retention rods extending from the base; a rotationally movable actuator, to which a linear force is configured to be applied, converting the linear force to a rotational force; a plurality of retention pins, the retention pins being coupled to the actuator, and each the pin being removably disposed within a retention rod of the plurality of retention rods, such that a rotation of the actuator withdraw each the pin from respective the rod; a force triggered detent, the detent allowing the rotation of the actuator when the rotational force exceeds a threshold level.
    • 提供一种用于装置的力衰减触发释放的系统,该系统包括:基座; 从所述基座延伸的多个保持杆; 旋转可动致动器,线性力被配置成向其施加,将线性力转换成旋转力; 多个保持销,所述保持销联接到所述致动器,并且每个所述销可移除地设置在所述多个保持杆的保持杆内,使得所述致动器的旋转从相应的所述杆退出每个所述销; 力触发制动器,当旋转力超过阈值水平时,制动器允许致动器旋转。
    • 3. 发明授权
    • Arrangement for redefining an interface while maintaining backwards compatibility
    • 重新定义界面的同时保持向后兼容性的安排
    • US06574233B1
    • 2003-06-03
    • US09289516
    • 1999-04-09
    • Billy G. Fuller, Jr.Donald G. KochVictor MedranoRichard D. MillerMichael A. SmithRichard A. Windhausen
    • Billy G. Fuller, Jr.Donald G. KochVictor MedranoRichard D. MillerMichael A. SmithRichard A. Windhausen
    • H04L1228
    • G06F13/38
    • Disclosed is a way of enhancing capabilities of an interface, such as a communications bus (100), while retaining backwards compatibility of the interface. The bus has a plurality of signal lines (250) including critical control signal lines. Legacy devices (102-103) present a legacy interface to each other over the bus by communicating with each other via a legacy protocol (251) over the bus. Critical control signals of the legacy protocol are conveyed by the critical control signal lines. New devices (104-105) present an enhanced interface to each other over the same bus by communicating with each other via an enhanced protocol (252) over the bus. Control signals of the enhanced protocol are conveyed by signal lines other than the critical control signal lines for the legacy protocol, so that the critical control signal lines remain idle or invalid for the legacy protocol. The new devices signal to each other an intent to use the enhanced protocol by sending a signal on a signal line (253) that is not used by the legacy protocol. The new devices preferably can communicate on the bus via either protocol, and thus can communicate not only with each other but also with the legacy devices.
    • 公开了一种提高诸如通信总线(100)的接口的能力的方式,同时保持接口的向后兼容性。 总线具有包括关键控制信号线的多条信号线(250)。 传统设备(102-103)通过总线通过传统协议(251)通过总线彼此通信来呈现通过总线彼此的传统接口。 传统协议的关键控制信号由关键控制信号线传送。 新设备(104-105)通过总线上经由增强协议(252)彼此通信来在同一总线上呈现彼此的增强接口。 增强协议的控制信号由传统协议的关键控制信号线以外的信号线传送,使得关键控制信号线对于传统协议保持空闲或无效。 新设备通过在传统协议不使用的信号线(253)上发送信号来彼此发信号通知使用增强协议。 新设备优选地可以经由任一协议在总线上进行通信,并且因此可以不仅彼此通信,而且可以与传统设备进行通信。
    • 10. 发明授权
    • Prioritizing a multiple access channel in a wireless telephone system
    • 在无线电话系统中确定多址信道的优先级
    • US5491741A
    • 1996-02-13
    • US965504
    • 1992-10-23
    • Charles Y. FarwellRichard D. MillerRichard A. Windhausen
    • Charles Y. FarwellRichard D. MillerRichard A. Windhausen
    • H04B7/26H04W74/08H04W88/08H04Q7/22
    • H04W74/0841H04B7/2656H04W88/08
    • Base stations responding on a shared channel to a registration request message received on another shared channel from a wireless mobile unit with the base station to which the mobile unit is assigned transmitting in a first time slot and the other base stations transmitting in a time slot determined by the strength of the received signal from the mobile unit. If two base stations respond to the registration request message in the same time slot and the assigned base station does not respond, the mobile unit determines whether there is a response in a time slot which is earlier in time to the first time slot than the collided time slot. If the collided time slot is earlier in time than any other time slot in which a response is received, the mobile unit transmits a second registration request message specifying the collided time slot. Each of the base stations that had responded in the collided time slot responds by sending a base reply message in a random time slot, and the other base stations do not respond to this second registration request message. The mobile unit selects one of the base reply messages in a random time slot.
    • 基站在共享信道上响应于在另一个共享信道上从与移动单元分配的基站在无线移动单元上接收的注册请求消息在第一时隙中发送,并且其他基站在确定的时隙中发送 通过来自移动单元的接收信号的强度。 如果两个基站在相同的时隙中对注册请求消息做出响应,并且所分配的基站不响应,则移动单元确定是否在比第一时隙早的时隙中存在响应 时隙。 如果冲突时隙的时间早于接收到响应的任何其他时隙,则移动单元发送指定冲突时隙的第二注册请求消息。 在相关时隙中响应的每个基站通过在随机时隙中发送基本应答消息进行响应,而其他基站对该第二注册请求消息没有响应。 移动单元在随机时隙中选择一个基本应答消息。