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    • 71. 发明公开
    • SIGNAL ANALYZER
    • SIGNALANALYSEGERÄT
    • EP2173039A1
    • 2010-04-07
    • EP08790114.6
    • 2008-07-01
    • Anritsu Corporation
    • AOKI, Kazunori c/o Anritsu CorporationNARUSE, Naofumi c/o Anritsu Corporation
    • H04B1/707
    • H04W52/04H04B17/00
    • A signal analyzer for facilitating observation of a relative value, i.e., the quantity of variation in power between slots, at the time of analyzing the power of a signal which is to be measured and subjected to power control in units of slot. An analyzing section (27) detects the power value of every slot of a signal which is to be measured and received at a receiving section (6), and calculates the relative value of the power value between each slot and a slot separated therefrom by a predetermined number. A display control section (29) displays the relative values thus calculated as a graph at a display section (10) by arranging them continuously in time series.
    • 信号分析器,用于在分析要测量并以单位为单位进行功率控制的信号的功率时,便于观察相对值,即时隙之间的功率变化量。 分析部(27)检测在接收部(6)要测量和接收的信号的每个时隙的功率值,并且计算每个时隙与其分离的时隙之间的功率值的相对值 预定数量。 显示控制部(29)通过以时间序列连续地配置显示部(10),将由此计算出的相对值作为图形显示。
    • 73. 发明公开
    • Computer controlled radio tester and method
    • Verfahren und Einrichtung zum rechnergesteuerten Testen einesFunkgeräts
    • EP0689306A2
    • 1995-12-27
    • EP95108622.2
    • 1995-06-06
    • MOTOROLA, INC.
    • Herscher, BretSkalka, Robert JosephSater, Glen Eugene
    • H04B17/00
    • H04B17/16H04B17/00H04B17/15
    • A tester (10) for multiple types of radios (34) has a first group of generic test elements (14) common to all types of radios to be tested and second groups of test elements (12) specific to each one of the multiple types of radios (34). Each of the second groups of test elements (12) is mounted within a pluggable module (12) for insertion into the tester (10) where it couples to a common bus (16) accessed by all of the other test elements (12, 14) and by the controlling computer (18). Each pluggable module (12) contains a specific identifier which, when accessed (284) by the controlling computer (18) initiates a stored program (288) which causes the computer (18), via the bus (16), to couple the various test elements (12, 14) into a configuration required to test the radio type (34) associated with that identifier. The tester (10) is very compact and conveniently uses a lap top computer (18) as the controlling element.
    • 用于多种类型的无线电设备(34)的测试器(10)具有对待测试的所有类型的无线电设备公用的第一组通用测试元件(14)和对于多种类型中的每一种特定的第二组测试元件(12) 的无线电(34)。 第二组测试元件(12)中的每一个安装在用于插入测试器(10)的可插拔模块(12)内,其中它耦合到由所有其它测试元件(12,14)访问的公共总线(16) )和控制计算机(18)。 每个可插拔模块(12)包含特定标识符,当由控制计算机(18)访问(284)时,经由总线(16)启动使计算机(18)经由总线(16)的存储程序(288) 测试元件(12,14)成为测试与该标识符相关联的无线电类型(34)所需的配置。 测试器(10)非常紧凑,方便地使用膝上型计算机(18)作为控制元件。
    • 74. 发明授权
    • RADIO TEST LOOP FOR A RADIO TRANSCEIVER
    • 无线电收发机的无线电测试环路
    • EP0531333B1
    • 1995-11-15
    • EP91909415.1
    • 1991-05-24
    • NOKIA TELECOMMUNICATIONS OY
    • KATISKO, Keijo
    • H04B17/00
    • H04B17/14H04B17/00H04B17/19
    • The invention relates to a device for looping a radio-frequency test signal transmitted by the transmitter section in a transceiver to a receiver section for testing the transceiver. In the device of the invention, a transmitting-frequency test signal is first demodulated (23) to a base frequency and then to a receiving-frequency test signal. A control means (38) applies frequency setting signals to two frequency synthesizers (44, 45) before the beginning of each test interval and monitors the locking of the output frequencies of the synthesizers, thus preventing the output signal of the modulator (28) from being applied to the receiver section during the test interval if the output frequencies of the oscillator means (44, 45) have not locked to local oscillator frequencies determined by the frequency setting signals before the beginning of the test interval.
    • 本发明涉及一种用于将由收发器中的发射器部分发射的射频测试信号循环至用于测试收发器的接收器部分的装置。 在本发明的装置中,首先将发射频率测试信号解调(23)为基频,然后解调为接收频率测试信号。 控制装置(38)在每个测试间隔开始之前将频率设定信号施加到两个频率合成器(44,45),并监视合成器的输出频率的锁定,从而防止调制器(28)的输出信号 如果在测试间隔开始之前振荡器装置(44,45)的输出频率没有被锁定到由频率设置信号确定的本地振荡器频率,则在测试间隔期间被施加到接收机部分。
    • 78. 发明公开
    • SEARCH/RESCUE SYSTEM
    • 搜索/救援系统
    • EP3270632A1
    • 2018-01-17
    • EP15884467.0
    • 2015-03-11
    • Skyrobot Inc.
    • KAIO, Daisuke
    • H04W40/14H04B17/00
    • G01S5/0231G01S5/0072G01S5/0081G01S5/0221H04B17/00H04B17/11H04B17/21H04B17/24H04B17/27H04W40/14
    • Problem
      To provide a search and rescue system that enables existence of a lost article or lost person to be easily ascertained with the aid of an electrical signal transmitted from a signal transmitting device carried by the lost article or lost person and that upon finding the lost article or lost person enables the position of the lost article or lost person to be transmitted through a network and easily and rapidly ascertained.
      Solution
      A search and rescue system comprises a signal generation device, one or more search target finding units, position measuring means, and a network, wherein the search target finding unit ascertains presence of a search target by receiving an electrical signal, an analysis means analyzes the received electrical signal and when determined to be a signal transmitted from the signal generation device, an analysis signal generated by communication means is sent through the network to another search target finding unit or the position measuring means, the position measuring means receives the analysis signal, confirms existence of the search target, detects interruption of analysis signal reception, and controls analysis signal communication route so as to continue analysis signal acquisition.
    • 问题提供一种搜索和救援系统,其能够借助从丢失的物品或丢失的人所携带的信号发送装置发送的电信号来容易地确定丢失的物品或丢失的人的存在,并且在找到丢失的物品 或丢失的人能够通过网络传输丢失物品或丢失人物的位置并且容易且迅速地确定。 解决方案搜索和救援系统包括信号生成设备,一个或多个搜索目标发现单元,位置测量装置和网络,其中搜索目标发现单元通过接收电信号来确定搜索目标的存在,分析装置分析 所接收到的电信号在被判断为从信号生成装置发送的信号时,将由通信单元生成的分析信号经由网络发送给其他检索对象发现单元或位置测量单元,位置测量单元接收分析信号 ,确认检索对象的存在,检测分析信号接收的中断,并且控制分析信号通信路径以继续分析信号获取。
    • 80. 发明公开
    • SCALABLE ARCHITECTURE FOR DIGITAL SIGNAL PROCESSING
    • 数字信号处理的可扩展架构
    • EP3195494A1
    • 2017-07-26
    • EP15762679.7
    • 2015-09-03
    • Airbus Defence and Space Limited
    • HUGHES, RobertBROWN, Stephen
    • H04B7/185
    • H04B7/18515H04B17/00
    • Architecture is described for implementing digital signal processors, defined by a plurality of physically distinct processing modules connected by high speed digital interconnections in which a first plurality of first modules have a plurality of analogue or digital signal inputs and arranged to perform a first set of digital processing functions and produce a first plurality of digital interconnection outputs, a second plurality of second modules are arranged to receive the first plurality of digital interconnection outputs and perform a second set of digital processing functions and produce a second plurality of digital interconnection outputs, and a third plurality of third modules are arranged to receive the second plurality of digital interconnection outputs and perform a third set of digital processing functions and produce a plurality of analogue or digital signal outputs, wherein the architecture is scalable by selection of the number of first modules, the number of second modules and the number of third modules and the interconnections between them such that the signal processing required of a digital signal processor is achieved through the distribution of the processing over the combination of the selected numbers of first, second and third modules.
    • 描述了用于实现数字信号处理器的体系结构,该数字信号处理器由多个物理上不同的处理模块定义,所述处理模块通过高速数字互连连接,其中第一多个第一模块具有多个模拟或数字信号输入并且被布置为执行第一组数字 处理功能并产生第一组多个数字互连输出,第二组多个第二模块设置成接收第一组多个数字互连输出并执行第二组数字处理功能并产生第二组多个数字互连输出,以及 第三多个第三模块被布置为接收第二多个数字互连输出并且执行第三组数字处理功能并且产生多个模拟或数字信号输出,其中该架构通过选择多个第一模块而可缩放, 第二个mod的数量 以及第三模块的数量和它们之间的互连,使得数字信号处理器所需的信号处理通过在选定数量的第一,第二和第三模块的组合上分配处理来实现。