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    • 1. 发明授权
    • Calendar driven selective call messaging system and operating method
    • 日历驱动选择性呼叫消息系统和操作方法
    • US5416473A
    • 1995-05-16
    • US11571
    • 1993-02-01
    • Harry G. Dulaney, IIIGregg E. RasorRobert J. SchwendemanJames C. Page
    • Harry G. Dulaney, IIIGregg E. RasorRobert J. SchwendemanJames C. Page
    • H04M3/432H04M3/533H04M11/02H04W88/18G08B5/22
    • H04W88/185H04M3/432H04M3/533H04M11/022
    • An electronic information processing device (300) capable of communicating a message to a paging terminal (112) uses an input device (309) to enter the message, select a messaging subscriber and their corresponding selective call address identifier, and schedule communication of the message to the paging terminal (112) for transmission to at least one selective call receiver corresponding to the selected messaging subscriber. The device uses a micro-controller (301) including at least one electronic memory (304, 305, 306) and a processor (303), to execute a program that controls operation of the device (300), maintain a registry of messaging subscribers (400) in the memory (304, 305, 306), and implement a real-time calendar for effecting communication of a selective call address identifier and corresponding message to the paging terminal (112) via a data port (308) in response to a scheduled communication of the message.
    • 能够向寻呼终端(112)传送消息的电子信息处理设备(300)使用输入设备(309)输入消息,选择消息收发用户及其对应的选择呼叫地址标识符,并且调度消息的通信 到寻呼终端(112)发送给与选择的消息收发用户对应的至少一个选呼接收机。 该设备使用包括至少一个电子存储器(304,305,306)和处理器(303)的微控制器(301)来执行控制设备(300)的操作的程序,维护消息订阅者的注册表 (304,305,306)中的一个(400),并且实现用于通过数据端口(308)响应于所述寻呼终端(112)向所述寻呼终端(112)通信选择呼叫地址标识符和对应消息的实时日历 消息的预定通信。
    • 2. 发明授权
    • Method and communication unit for use in a wideband wireless communications system
    • 用于宽带无线通信系统的方法和通信单元
    • US07346356B2
    • 2008-03-18
    • US10886479
    • 2004-07-07
    • Shahriar EmamiCelestino A. CorralGregg E. RasorSalvador SibecasGlafkos Stratis
    • Shahriar EmamiCelestino A. CorralGregg E. RasorSalvador SibecasGlafkos Stratis
    • H04B1/00H04B15/00H04Q7/20
    • H04B17/309H04W72/085
    • A technique is used in a wideband wireless communication system (100). In some embodiments available channels are determined (310) and one is selected (315) for assignment to each of a set of communication units based on a relative frequency path loss for each available channel. In some embodiments a communication unit is assigned (505) a channel selected from among available channels and a relative signal loss parameter of the communication unit, such as transmit power, is adjusted (510), based on a relative frequency path loss determined from the channel frequency of the assigned channel. In other embodiments, transmit information is split (705) into a plurality of data streams, each characterized by an associated relative signaling sensitivity, and each data stream is assigned (715) to one of a plurality of the transmit channels, wherein data streams are assigned channels of decreasing channel frequencies in order of decreasing associated relative signaling sensitivities of the data streams.
    • 在宽带无线通信系统(100)中使用技术。 在一些实施例中,确定可用信道(310),并且基于每个可用信道的相对频率路径损耗来选择(315)用于分配给一组通信单元中的每一个的可用信道。 在一些实施例中,通信单元被分配(505)从可用信道中选择的信道,并且基于从所述信道确定的相对频率路径损耗来调整(510)所述通信单元的相对信号丢失参数(例如发射功率)(510) 分配频道的频道频率。 在其他实施例中,发送信息被分割(705)到多个数据流中,每个数据流的特征在于相关联的相对信令灵敏度,并且每个数据流被分配(715)到多个发送信道之一,其中数据流是 分配的信道频率减少的顺序是减少数据流的相关的相对信令灵敏度。
    • 4. 发明授权
    • Adaptive information signal receiver
    • 自适应信息信号接收机
    • US5222079A
    • 1993-06-22
    • US604045
    • 1990-10-25
    • Gregg E. Rasor
    • Gregg E. Rasor
    • H03J1/00H03J7/02H03J7/06H04B1/16
    • H03J7/065H03J1/005H03J7/02H04B1/16
    • A communication receiver includes a mixer (306) for converting a received signal to a first signal and a detector (320) for recovering an information signal from the first signal such that the information signal has at least two states representing at least two spectral positions of the first signal. A memory (324) stores at least one control configuration for the mixer (306). A controller (210) coupled to the memory (324) controls the mixer (306) and is responsive to the at least two information signal states being within an operating range of the detector (320). The controller (210) adjusts the at least two spectral positions of the first signal while maintaining the at least two spectral positions of the first signal within an operating region of the detector (320).
    • 通信接收机包括用于将接收到的信号转换为第一信号的混合器(306)和用于从第一信号中恢复信息信号的检测器(320),使得信息信号具有至少两个表示至少两个光谱位置的状态 第一个信号。 存储器(324)存储用于混合器(306)的至少一个控制配置。 耦合到存储器(324)的控制器(210)控制混频器(306)并且响应于处于检测器(320)的操作范围内的至少两个信息信号状态。 控制器(210)在将第一信号的至少两个光谱位置保持在检测器(320)的操作区域内的同时,调整第一信号的至少两个光谱位置。
    • 5. 发明授权
    • Selective call receiver with computer interface message notification
    • 具有计算机接口消息通知的选择性呼叫接收器
    • US5568134A
    • 1996-10-22
    • US391296
    • 1995-01-31
    • Gregory L. CannonWilliam J. MackoGregory W. FullerNancy M. CannonGregg E. Rasor
    • Gregory L. CannonWilliam J. MackoGregory W. FullerNancy M. CannonGregg E. Rasor
    • G08B5/22H04W88/02
    • H04W88/023G08B5/228
    • A selective call messaging peripheral (100) capable of receiving at least one message and communicating it to an electronic information processing device (200) comprises a microcontroller (105) including a processor (106) for executing a microcode program that controls operation of the peripheral and a receiver (103) that operates to receive and demodulate an information signal to provide a recovered information signal including an address signal and the message. A correlator (109) compares the recovered address signal with a predetermined address and generates an address detection, indicating selection of the peripheral. A PCMCIA memory only interface (119) communicates notification of address detection to the electronic information processing device (200), and in response to a message read command received from the electronic information processing device (200), the microcontroller (105) configures the Personal Computer Memory Card Interface Association (PCMCIA) interface (119) to permit the electronic information processing device (200) to read the message from the peripheral (100).
    • 能够接收至少一个消息并将其传送到电子信息处理设备(200)的选呼通话外设(100)包括微控制器(105),其包括处理器(106),用于执行控制外围设备的操作的微代码程序 以及接收机(103),其操作以接收和解调信息信号,以提供包括地址信号和所述消息的恢复信息信号。 相关器(109)将恢复的地址信号与预定的地址进行比较,并产生指示选择外围设备的地址检测。 PCMCIA存储器接口(119)将地址检测通知通知给电子信息处理设备(200),并且响应于从电子信息处理设备(200)接收的消息读取命令,微控制器(105)配置个人 计算机存储卡接口协会(PCMCIA)接口(119),允许电子信息处理设备(200)从外围设备(100)读取消息。
    • 6. 发明授权
    • Variable frequency vibratory alert method and structure
    • 变频振动报警方法及结构
    • US5436622A
    • 1995-07-25
    • US85894
    • 1993-07-06
    • Jose GutmanGregg E. Rasor
    • Jose GutmanGregg E. Rasor
    • G08B6/00H04Q7/00
    • G08B6/00H04M19/047
    • A portable vibratory alerting device (20) is part of a resonant system (20, 30) and has a resonant vibrator (60) for both generating a vibrational alert and sensing the resonant frequency of the resonant system. The vibrator (60) is driven by a variable frequency driver (76, 78), and thereafter the resonant frequency is measured by a sensor (82). A vibration controller (72) causes the frequency of the vibrator to be substantially equal to the resonant frequency of the system.Alternately, a portable alerting device (520) has both a vibrator (160) and a sensor (166) for sensing the amplitude of a vibratory alert at various frequencies. A vibration controller (72) generates a vibratory alert at an optimum frequency in response to the sensed amplitudes.
    • 便携式振动报警装置(20)是谐振系统(20,30)的一部分,并且具有用于产生振动警报并感测谐振系统的谐振频率的谐振振动器(60)。 振动器(60)由可变频率驱动器(76,78)驱动,之后通过传感器(82)测量谐振频率。 振动控制器(72)使振动器的频率基本上等于系统的谐振频率。 或者,便携式警报装置(520)具有用于感测各种频率的振动警报的振幅的振动器(160)和传感器(166)。 振动控制器(72)响应于感测到的振幅以最佳频率产生振动警报。
    • 7. 发明授权
    • Plug code for automatically recognizing and configuring both
non-microprocessor and microprocessor based radio frequency
communication devices
    • 用于自动识别和配置非微处理器和微处理器的射频通信设备的插头代码
    • US5379404A
    • 1995-01-03
    • US116101
    • 1993-09-02
    • Gregg E. Rasor
    • Gregg E. Rasor
    • G06F13/40G08B5/22G06F13/10
    • G06F13/4068G08B5/229
    • An electronic code plug programming apparatus and operating method that automatically recognizes and configures a radio frequency communication device without reference to a prestored signal in the radio frequency communication device. The programming apparatus uses a communication interface operating in either a first or second configuration using first and second signal sets, respectively. The first configuration and signal set allows communication with a non-microprocessor based radio frequency communication device while the second configuration and signal set allows communication with a microprocessor based radio frequency communication device. In response to the success or failure of a direct code plug read request communicated to an undetermined radio frequency communication device, a controller recognizes whether the device is microprocessor based without reference to a prestored signal therein and programs the device, configuring operational parameters according to its recognized capabilities.
    • 一种电子代码插头编程设备和操作方法,其无需参考射频通信设备中的预存信号即可自动识别和配置射频通信设备。 编程设备使用分别使用第一和第二信号组在第一或第二配置中操作的通信接口。 第一配置和信号组允许与非微处理器的射频通信设备进行通信,而第二配置和信号组允许与基于微处理器的射频通信设备进行通信。 响应于传送到未确定的射频通信设备的直接代码插头读取请求的成功或失败,控制器识别设备是否基于微处理器而不参考其中的预存储信号,并对设备进行编程,根据其设置操作参数 认可的能力。