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    • 1. 发明授权
    • Proximal cable-less communication system with intentional signal path
    • 具有有意的信号路径的近端无线通信系统
    • US5109545A
    • 1992-04-28
    • US477583
    • 1990-02-09
    • Thomas H. SchillerTerry L. FryRichard J. Smith
    • Thomas H. SchillerTerry L. FryRichard J. Smith
    • H04B1/40
    • H04B1/408
    • An improved proximal cable-less communications system using at least two receivers is described. The system is significantly improved by utilizing an intentional signal path for the local oscillator signal to be radiated while maintaining the architecture of each receiver and the proximal cable-less communications system. The effectiveness of radiation can be increased by extending the length of the electrical interconnect which connects the local oscillator to the mixer. In addition, the effectiveness of radiation is increased by magnetically coupling the electrical interconnect which connects the local oscillator with the mixer with the electrical interconnect which connects the antenna and the mixer. By coupling the two electrical interconnect, the signal output by the local oscillator is induced on the electrical interconnect between the antenna and the mixer. The coupling is set such that the signal induced travels along the electrical interconnect and is radiated out of the antenna.
    • 描述了使用至少两个接收器的改进的近端无电缆通信系统。 通过利用用于本地振荡器信号的有意的信号路径,同时保持每个接收机和近端无电缆通信系统的架构,该系统被显着改进。 通过将连接本地振荡器的电气互连的长度延伸到混合器可以增加辐射的有效性。 此外,通过将连接本地振荡器和混频器的电气互连通过磁连接与连接天线和混频器的电互连来增加辐射的有效性。 通过耦合两个电气互连,在天线和混频器之间的电气互连上感应由本地振荡器输出的信号。 耦合被设置为使得感应的信号沿着电互连行进并且被辐射出天线。
    • 3. 发明授权
    • Locator system and method
    • 定位系统和方法
    • US07301453B2
    • 2007-11-27
    • US11086333
    • 2005-03-23
    • Terry L. Fry
    • Terry L. Fry
    • G08B1/08
    • G08B21/0294G08B21/0244
    • A locator system includes two main components, namely, (1) a beacon tag that is readily attached to a person or article, and (2) a transportable finder or receiver/processor for sensing the relative position of the tag and indicating changes in that relative position to a user. The method for locating a person or article preferably uses an audible feedback signal to the user for informing the user, when moving, whether the relative position of the beacon tag is getting closer to the finder or farther from the finder. The locator system includes at least one beacon tag comprising a transmitter programmed to transmit a unique coded pulse signal. The beacon tag is housed in a lightweight portable envelope or container and includes a battery, an antenna, a large programmed gate array and a frequency reference (e.g., a crystal oscillator).
    • 定位器系统包括两个主要部件,即(1)容易地连接到人或物品的信标标签,以及(2)可移动取景器或接收器/处理器,用于感测标签的相对位置并指示该变化 与用户的相对位置。 用于定位人或物品的方法优选地使用可听见的反馈信号给用户,以便在移动时通知用户信标标签的相对位置是靠近取景器还是远离取景器。 定位器系统包括至少一个信标标签,其包括编程为发送唯一编码脉冲信号的发射机。 信标标签容纳在轻便的便携式信封或容器中,并且包括电池,天线,大型编程门阵列和频率参考(例如,晶体振荡器)。
    • 5. 发明授权
    • Method and apparatus for automatically identifying an antenna connected to a radio transmitter and for automatically controlling a transmitter
    • 用于自动识别连接到无线电发射机并用于自动控制发射机的天线的方法和装置
    • US07035609B1
    • 2006-04-25
    • US09961944
    • 2001-09-24
    • Terry L. Fry
    • Terry L. Fry
    • H04B7/06
    • H04B1/0458H04B2001/0416
    • A transmission system or apparatus includes a transmitter or source of transmitted RF or microwave power which is selectively connectable via a transmitter connector to an antenna having an antenna feed via an antenna connector so that a variety of antennas with differing characteristics can be used with a given transmitter. Each antenna preferably has a marker or indicating element incorporated into the antenna feed. The marker or indicating element includes a physically measurable property or parameter corresponding to a physical characteristic of the attached antenna. In the preferred embodiment, the indicating element is a resistance connected in parallel with the antenna feed and having a selected resistance value (e.g., in ohms) which indicates the physical characteristic of gain for antenna. The transmission system also includes an indicating element sensor configured to sense or measure the marker or indicating element and generate a transmitter control signal in response to that measurement. The method for automatically generating the control signal can be implemented in programmable steps as computer software and may include use of a Look Up Table (LUT) having a range of indicator element characteristic values and a range of corresponding transmitter control signal values or, alternatively, can include use of a computation sequence which takes an indicator element characteristic value as an input variable and generates a control signal value in response thereto.
    • 传输系统或设备包括发射机或微波功率的发射机或源,其经由发射器连接器可选择性地连接到具有经由天线连接器的天线馈送的天线,使得具有不同特性的各种天线可以与给定的 发射机。 每个天线优选地具有结合到天线馈送中的标记或指示元件。 标记或指示元件包括对应于所连接天线的物理特性的物理测量属性或参数。 在优选实施例中,指示元件是与天线馈电并联连接的电阻,并具有指示天线增益的物理特性的选定电阻值(例如,欧姆)。 传输系统还包括指示元件传感器,其被配置为感测或测量标记或指示元件并且响应于该测量而产生发射器控制信号。 用于自动生成控制信号的方法可以作为计算机软件以可编程步骤来实现,并且可以包括使用具有指示符元素特征值范围和对应的发射机控制信号值的范围的查找表(LUT) 可以包括使用将指标元素特征值作为输入变量的计算序列,并响应于此产生控制信号值。
    • 7. 发明授权
    • Multi-user non-blocking duplex wireless voice communication system and method
    • 多用户无阻塞双工无线语音通信系统及方法
    • US07181233B2
    • 2007-02-20
    • US11299828
    • 2005-12-13
    • Terry L. Fry
    • Terry L. Fry
    • H04B7/20
    • H04B1/40H04B7/18506
    • An economical, reliable, robust and easy to use multi-user voice communication system and method suitable for use in rapidly evolving tactical or hazardous situations continuously permits each user to hear every voice communication occurring among the other users, no matter when each user speaks, and no matter how many users try to speak at once. One may characterize this as a wearable party-line radio network, because it works like a wireless party-line telephone service in that all users continuously hear every speaker, even when speaking simultaneously. The system is transportable and operable without requiring any set-up procedure or installation of a central hub or router for controlling a varying number of users when moving. Each user carries a transceiver handset with one transmitter and two or more transceivers tuned to the other transmitters in a group.
    • 适用于快速演进的战术或危险情况的经济,可靠,稳健且易于使用的多用户语音通信系统和方法连续允许每个用户听到其他用户之间发生的每个语音通信,无论每个用户说话, 无论有多少用户尝试一次发言。 人们可以将其描述为可佩戴的派对线路无线电网络,因为它像无线电话线路电话服务一样工作,因为所有用户连续听到每个扬声器,即使同时说话。 该系统是可运输和可操作的,而不需要任何设置程序或中央集线器或路由器的安装,用于在移动时控制不同数量的用户。 每个用户携带具有一个发射机的收发机手机,并且两个或多个收发器被调谐到组中的其他发射机。
    • 8. 发明授权
    • Spread spectrum frequency hopping transceiver modulation index control
    • 扩频跳频收发器调制指数控制
    • US06763055B1
    • 2004-07-13
    • US09538779
    • 2000-03-30
    • Terry L. Fry
    • Terry L. Fry
    • H04B1713
    • H04B1/04H04B1/7136H04B2001/0491
    • A frequency hopping, spread spectrum transceiver for wireless data telemetry directly modulates data for transmission using minimum shift keying (MSK) modulation; the transceiver includes a transmit Voltage Controlled Oscillator (VCO) to provide an input to a modulator. A programmable attenuator circuit is used between the source of transmit data, the micro processing unit (MPU), and the transmit phase locked loop (PLL) summing junction. The programmable attenuator provides a selectively attenuated data signal that is coupled to the PLL summing junction to generate a modulated data signal for transmission and dynamically adjusts the transmit data stream voltage level as required to achieve a fixed level in frequency deviation based on the present VCO operating frequency. A complete set of VCO characterization measurements is obtained beforehand. The VCO characterization measurements are stored in memory and the MPU controls the attenuation circuit to provide the exact Transmit Data signal level required for optimum modulation depth.
    • 用于无线数据遥测的跳频,扩频收发器使用最小移位键控(MSK)调制直接调制数据进行传输; 收发器包括发射压控振荡器(VCO),以向调制器提供输入。 发送数据源,微处理单元(MPU)和发送锁相环(PLL)求和结点之间使用可编程衰减器电路。 可编程衰减器提供选择性衰减的数据信号,其耦合到PLL求和结以产生用于传输的调制数据信号,并根据当前的VCO操作根据需要动态地调整发射数据流电压电平以实现频偏的固定电平 频率。 事先获得了一整套VCO表征测量。 VCO特性测量存储在存储器中,MPU控制衰减电路,以提供最佳调制深度所需的精确发送数据信号电平。
    • 9. 发明授权
    • Configuration of transmit/receive switching in a transceiver
    • 收发器中发送/接收切换的配置
    • US06757523B2
    • 2004-06-29
    • US09739569
    • 2000-12-18
    • Terry L. Fry
    • Terry L. Fry
    • H04B144
    • H04B1/48
    • An economical, compact wireless data telemetry transceiver is adapted to establish and maintain communication links at 2.4 GHZ. The wireless transceiver includes RF and computer control components in a compact package approximately the size of a deck of cards and is adapted to be built into original equipment manufacturer (OEM) products to support a wide range of wireless data telemetry applications. Each transceiver includes a shielded RF board or module with a frequency hopping transmitter and receiver, an antenna, and a digital control board or module. The transceiver functions as a half duplex, bi-directional communication device; transmit and receive functions are time interleaved in a non-overlapping fashion. The RF Board consists of a transmitter, receiver, frequency synthesizer and T/R Switch, each controlled by an external microprocessor to either transmit serial data or receive serial data.
    • 经济,紧凑的无线数据遥测收发器适用于建立和维护2.4 GHZ的通信链路。 无线收发器包括RF和计算机控制组件,紧凑型封装大约是一张卡片的尺寸,并适用于原始设备制造商(OEM)产品,以支持广泛的无线数据遥测应用。 每个收发器包括具有跳频发射机和接收机的屏蔽RF板或模块,天线和数字控制板或模块。 收发器用作半双工,双向通信设备; 发送和接收功能以非重叠方式进行时间交织。 RF板由发射器,接收器,频率合成器和T / R开关组成,每个由外部微处理器控制,以传输串行数据或接收串行数据。