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    • 1. 发明授权
    • Method and apparatus for providing dispatch service to an existing
telephone network
    • 用于向现有电话网络提供调度服务的方法和装置
    • US6138011A
    • 2000-10-24
    • US418621
    • 1999-10-15
    • Stephen H. Sanders, IIIPaul M. Bocci
    • Stephen H. Sanders, IIIPaul M. Bocci
    • H04W4/06H04W4/08H04Q7/22
    • H04W4/06H04W4/08H04W72/005
    • A dispatch controller (103) located logically external to an existing telephone network (101) is coupled to the existing telephone network. When an originating communication device (e.g., 111) desires to initiate a dispatch call, the originating device transmits a call request to the existing telephone network, wherein the call request includes an identification (ID) of the originating device and a target address associated with the dispatch controller. The existing telephone network provides the call request to the dispatch controller. Upon receiving the call request, the dispatch controller retrieves dispatch-related information from a database (105) coupled to the dispatch controller based on the originating device's ID. Based on the retrieved dispatch-related information, the dispatch controller identifies a group of target communication devices (e.g., 107-110) for the dispatch call. The dispatch controller then generates and sends control signals to the originating device and the group of target devices via the existing telephone network to establish and manage the dispatch call.
    • 逻辑上位于现有电话网络(101)外部的调度控制器(103)耦合到现有的电话网络。 当始发通信设备(例如,111)希望发起调度呼叫时,始发设备向现有电话网络发送呼叫请求,其中呼叫请求包括发起设备的标识(ID)和与 调度控制器。 现有的电话网络向调度控制器提供呼叫请求。 在接收到呼叫请求时,调度控制器基于发起设备的ID从与调度控制器耦合的数据库(105)检索调度相关信息。 基于检索到的调度相关信息,调度控制器识别用于调度呼叫的一组目标通信设备(例如,107-110)。 调度控制器然后通过现有的电话网络产生控制信号给发送设备和目标设备组,以建立和管理调度呼叫。
    • 2. 发明授权
    • Method and apparatus for determining remote unit location in a
communication system
    • 用于确定通信系统中的远程单元位置的方法和装置
    • US5903844A
    • 1999-05-11
    • US794708
    • 1997-02-04
    • Eugene J. BruckertStephen H. Sanders, III
    • Eugene J. BruckertStephen H. Sanders, III
    • H04W64/00H04Q7/20
    • H04W64/00
    • The location of a remote unit (113) within a wireless communication system (100) is determined by all base stations (101) within the wireless communication system (100) initiating a first page (wide-area location page) that is broadcast to the remote unit (113) over a paging channel. The serving and neighbor base stations are determined from the remote unit's (113) response to the wide-area location page, and those base stations are instructed to tune receiving elements to obtain data that will be transmitted by the remote unit (113) during location. A second message (Location Page Message) is then broadcast to the remote unit (113) via the serving base station (101). The Location Page Message instructs the remote unit (113) to periodically transmit a known Remote Unit Location Message (RULM) with increasing power levels for a predetermined number of times so that the remote unit's (113) location can be achieved.
    • 远程单元(113)在无线通信系统(100)内的位置由无线通信系统(100)内的所有基站(101)确定,发起第一页(广域位置页),其广播到 远程单元(113)通过寻呼信道。 从遥控单元(113)对广域位置页面的响应确定服务和邻近基站,并且指示那些基站调谐接收元件以获得在位置期间由远程单元(113)发送的数据 。 然后,经由服务基站(101)将第二消息(位置页消息)广播到远程单元(113)。 位置页消息指示远程单元(113)周期性地以增加的功率级别发送已知的远程单元位置消息(RULM)预定次数,从而可以实现远程单元(113)的位置。
    • 3. 发明授权
    • Apparatus for providing dispatch service to an existing telephone network
    • 用于向现有电话网络提供调度服务的装置
    • US6026296A
    • 2000-02-15
    • US846982
    • 1997-04-30
    • Stephen H. Sanders, IIIPaul M. Bocci
    • Stephen H. Sanders, IIIPaul M. Bocci
    • H04M3/50H04W84/08H04Q7/20
    • H04W84/08
    • A dispatch controller (103) located logically external to an existing telephone network (101) is coupled to the existing telephone network. When an originating communication device (e.g., 111) desires to initiate a dispatch call, the originating device transmits a call request to the existing telephone network, wherein the call request includes an identification (ID) of the originating device and a target address associated with the dispatch controller. The existing telephone network provides the call request to the dispatch controller. Upon receiving the call request, the dispatch controller retrieves dispatch-related information from a database (105) coupled to the dispatch controller based on the originating device's ID. Based on the retrieved dispatch-related information, the dispatch controller identifies a group of target communication devices (e.g., 107-110) for the dispatch call. The dispatch controller then generates and sends control signals to the originating device and the group of target devices via the existing telephone network to establish and manage the dispatch call.
    • 逻辑上位于现有电话网络(101)外部的调度控制器(103)耦合到现有的电话网络。 当始发通信设备(例如,111)希望发起调度呼叫时,始发设备向现有电话网络发送呼叫请求,其中呼叫请求包括发起设备的标识(ID)和与 调度控制器。 现有的电话网络向调度控制器提供呼叫请求。 在接收到呼叫请求时,调度控制器基于发起设备的ID从与调度控制器耦合的数据库(105)检索调度相关信息。 基于检索到的调度相关信息,调度控制器识别用于调度呼叫的一组目标通信设备(例如,107-110)。 调度控制器然后通过现有的电话网络产生控制信号给发送设备和目标设备组,以建立和管理调度呼叫。
    • 4. 发明授权
    • Method of handing-off a remote unit based on overhead information start
times
    • 基于开销信息开始时间处理远程单元的方法
    • US6002678A
    • 1999-12-14
    • US962581
    • 1997-10-31
    • Jay Purushothaman JayapalanStephen H. Sanders, III
    • Jay Purushothaman JayapalanStephen H. Sanders, III
    • H04W36/08H04Q7/00
    • H04W36/0055
    • The present invention provides a method of handing-off a remote unit (113) from a first base station (101) to a second base station (102). The remote unit (113) communicates with the first base station (101) and establishes communication with a second base station (102). It is then determined, preferably by the remote unit (113), that the remote unit (113) should hand-off to the second base station (102). An overhead information start time is then determined. The remote unit (102) may determine when the overhead information will be broadcast by the second bast station (102), thereby establishing an overhead information start time. The overhead information start time is the time when overhead information will be transmitted from the second base station (102). The first base station (101) and the second base station (102) may be synchronized to transmit the overhead information at approximately the same time. In this manner, the remote unit (102) can determine the overhead information start time at the second base station (102) by monitoring the overhead information start time at the first base station (101). The remote unit (113) is then handed off to the second base station (102) based upon the overhead information start time.
    • 本发明提供一种将远程单元(113)从第一基站(101)切换到第二基站(102)的方法。 远程单元(113)与第一基站(101)进行通信,建立与第二基站(102)的通信。 然后,优选由远程单元(113)确定远程单元(113)应该切换到第二基站(102)。 然后确定开销信息开始时间。 远程单元(102)可以确定何时由第二个猛兽站(102)广播开销信息,由此建立开销信息开始时间。 开销信息开始时间是从第二基站(102)发送开销信息的时间。 第一基站(101)和第二基站(102)可以被同步以在大致相同的时间发送开销信息。 以这种方式,远程单元(102)可以通过监视第一基站(101)处的开销信息开始时间来确定第二基站(102)处的开销信息开始时间。 然后,远程单元(113)基于开销信息开始时间被切换到第二基站(102)。
    • 5. 发明授权
    • Remote window operating system
    • 远程窗口操作系统
    • US4544866A
    • 1985-10-01
    • US625697
    • 1984-06-28
    • Richard R. ClemmonsDarrel E. ZimmerStephen H. Sanders, III
    • Richard R. ClemmonsDarrel E. ZimmerStephen H. Sanders, III
    • E05F15/12H02P7/00H02P3/08
    • E05F15/611H02P7/03E05Y2400/40E05Y2400/42E05Y2400/61E05Y2800/21E05Y2900/148
    • A window operating system includes a motor control circuit for controlling the operation of direct current permanent magnet motors mounted on window operators associated with each window. Each of the motors on each of the windows is connected to the control circuit only by a pair of wires which both power the motor and provide information to the control circuit as to the status of motor operation. The status of motor operation is determined by monitoring the back electromagnetic force expressed by the motors. To help differentiate back electromagnetic force from supply voltage supplied to the motors, the motors are supplied with full rectified alternating current power, rather than simple direct current, so that the presence or absence of zero voltage between half waves of the voltage expressed across the motors can be monitored to determine the absence or presence of back electromotive force during those time periods. A reversible connector is used to connect the motor to the control circuit so that the polarity of motor operation can be reversed by reversal of the connector relative to its mating receptacle.
    • 窗户操作系统包括用于控制安装在与每个窗口相关联的窗口操作器上的直流永磁电动机的操作的电动机控制电路。 每个窗户上的每个电机仅通过一对电线连接到控制电路,两条电线为电机供电,并向控制电路提供有关电机运行状态的信息。 通过监测电机表现的反向电磁力来确定电机运行状态。 为了帮助区分电磁力与提供给电机的电源电压,电动机提供全整流交流电,而不是简单的直流电,使电机表面电压的半波之间存在或不存在零电压 可以监视这些时间段内是否存在反电动势。 使用可逆连接器将电机连接到控制电路,使得电机操作的极性可以通过连接器相对于其配合插座的反转来反转。
    • 6. 发明授权
    • Method and apparatus for managing remote unit increased power
transmission during location
    • 用于管理远程单元的方法和装置在位置增加了电力传输
    • US5905961A
    • 1999-05-18
    • US795528
    • 1997-02-05
    • Stephen H. Sanders, IIIJay P. Jayapalan
    • Stephen H. Sanders, IIIJay P. Jayapalan
    • H04B1/04G01S5/14G01S19/34H04B7/26H04W64/00H04Q7/34
    • H04W64/00G01S5/14
    • Remote units (113) that require locating are managed by a queue controller (180) such that the number and location of remote units (113) that are transmitting at increased power at any given time is limited. In particular, a queue controller (180) places identification information for remote units (113) requiring location onto queues (203) associated with base stations supplying reference pilots to the remote units (113). Additionally, identification (ID) information for the remote units (113) requiring location is placed onto queues (203) associated with base stations neighboring the base stations supplying the reference pilot to the remote units (113). The queues (203) operate on a first-in-first-out (FIFO) basis, that output remote unit ID at periodic intervals. Once all queues (203) have been emptied of the ID of a particular remote unit (113), location takes place for that remote unit (113).
    • 需要定位的远程单元(113)由队列控制器(180)管理,使得在任何给定时间以增加的功率发送的远程单元(113)的数量和位置受到限制。 特别地,队列控制器(180)将需要位置的远程单元(113)的标识信息放置在与向远程单元(113)提供参考导频的基站相关联的队列(203)上。 此外,要求位置的远程单元(113)的识别(ID)信息被放置到与向远程单元(113)提供参考导频的基站相邻的基站相关联的队列(203)上。 队列(203)以先进先出(FIFO)为基础,以周期性间隔输出远程单元ID。 一旦所有队列(203)已经被清空了特定的远程单元(113)的ID,则对该远程单元(113)进行位置。