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    • 12. 发明申请
    • SOFTWARE ROUTINE AND METHODS FOR IMPLEMENTING ROUTINE TO EXTEND TIME TO TRACE A PHONE CALL
    • 软件程序和方法来延长时间来追踪电话呼叫
    • US20140177814A1
    • 2014-06-26
    • US13968351
    • 2013-08-15
    • Scott Alexander Strozier
    • Scott Alexander Strozier
    • H04M1/82
    • H04M1/72525H04M1/72572H04M3/2281H04M2201/14H04M2203/053H04W4/50H04W4/90
    • Phone call tracing is a law enforcement tool best known for its use by the Federal Bureau of Investigation in trying to catch kidnappers. Tracing a call is useful for law enforcement and intelligence agencies in order to capture potentially dangerous people. Although useful, tracing a phone call has one drawback: time. It takes time to trace a call. Because of the time it takes to trace a call, the phone is usually hung up or turned off before a trace can be completed. Since there is no way for the trace to be hurried, I propose a phone app that when uploaded to a phone will prevent the phone from disconnecting from the network. This app would upload on the electrical signal carrying the audio and/or video signal. The app will upload into the phone and interfere with the phones ability to terminate the call without indicating that the phone is still connected to the network. With the app downloaded, the app will keep the phone call active so that the trace can then be completed.
    • 电话追踪是一种执法工具,最为人知的是由联邦调查局试图缉拿绑架者。 跟踪电话对于执法和情报机构来说是有用的,以便捕获潜在的危险人员。 虽然有用,追踪电话有一个缺点:时间。 跟踪呼叫需要时间。 由于跟踪呼叫所需的时间,手机通常会挂断或关闭,之后才能完成跟踪。 既然没有办法赶紧跟踪,我建议一个电话应用程序,当上传到手机将阻止手机从网络断开连接。 该应用程序将上传载有音频和/或视频信号的电信号。 应用程序将上传到手机,并干扰手机终止呼叫的能力,而不指示手机仍然连接到网络。 随着应用程序的下载,应用程序将保持电话活动,以便跟踪可以完成。
    • 13. 发明授权
    • Method and apparatus for signal detection
    • 信号检测方法和装置
    • US07023981B2
    • 2006-04-04
    • US10041336
    • 2002-01-08
    • James Allen StephensLam Tak Wing
    • James Allen StephensLam Tak Wing
    • H04M1/82
    • H04M1/82
    • A signal detector for detecting a signal having a first nominal frequency, F1 and a second nominal frequency F2, the signal intermixed with an interfering signal to form a composite signal, the signal detector including a first and a second band pass filter centered at F1 and F2 for filtering the composite signal to provide an F1 and F2 signal; a parameter estimator for determining an F1 and F2 period for the F1 and F2 signal for a sequence of frames and an average period shift (APS) for a current frame and a plurality of earlier frames; a metric calculator for calculating a metric that corresponds to the F1 and F2 period and the APS; and a decision processor for deciding whether the signal has been detected based in part on a comparison of the metric and a threshold.
    • 一种用于检测具有第一标称频率F 1和第二标称频率F 2的信号的信号检测器,所述信号与干扰信号混合形成复合信号,该信号检测器包括以第一和第二频带滤波器为中心的第一和第二带通滤波器 F 1和F 2用于对复合信号进行滤波以提供F 1和F 2信号; 用于确定用于帧序列的F 1和F 2信号的F 1和F 2周期以及用于当前帧和多个较早帧的平均周期移位(APS)的参数估计器; 用于计算对应于F 1和F 2周期和APS的度量的度量计算器; 以及判定处理器,用于基于所述度量和阈值的比较来判定所述信号是否已经被检测到。
    • 14. 发明授权
    • Zero crossing detection circuit
    • 过零检测电路
    • US06978008B2
    • 2005-12-20
    • US10271779
    • 2002-10-17
    • Tokuo Nakamura
    • Tokuo Nakamura
    • G01R19/14H03F3/343H03F3/347H03K17/725H04M1/82H04M3/00H04M3/22
    • H04M1/82G01R19/175
    • A PNPN structure thyristor and a third P-type impurity region are formed on a semiconductor substrate, and a fixed current circuit using an NPN transistor 20 and a resistor 30 is connected to a cathode terminal K and a gate terminal G of a composite element 10 that has a P-channel MOS transistor Q3 with the third P-type impurity region as a drain connected to a PNP transistor Q1 of the thyristor. If a voltage applied to the anode terminal A of the composite element 10 rises from 0V, initially the thyristor is on and current flows, but once the threshold voltage of transistor Q3 is reached transistor Q3 turns on. A short circuit then exists between the base and emitter of transistor Q3 of the thyristor and current of the composite element 10 itself is cut off. Because of the bipolar structure it is simple to configure a small integrated circuit with a high withstand voltage. In this way, a zero crossing detection circuit is provided that has high withstand voltage characteristics, but which can be made as a small sized integrated circuit.
    • 在半导体衬底上形成PNPN结构晶闸管和第三P型杂质区,并且使用NPN晶体管20和电阻30的固定电流电路连接到复合元件10的阴极端子K和栅极端子G 其具有作为与晶闸管的PNP晶体管Q1连接的漏极的第三P型杂质区的P沟道MOS晶体管Q 3。 如果施加到复合元件10的阳极端子A的电压从0V上升,则最初晶闸管导通,电流流过,但是一旦达到晶体管Q 3的阈值电压,晶体管Q 3就导通。 然后在晶闸管的晶体管Q 3的基极和发射极之间存在短路,并且复合元件10本身的电流被切断。 由于双极结构,配置具有高耐压的小型集成电路很简单。 以这种方式,提供了具有高耐压特性但可以作为小尺寸集成电路的零交叉检测电路。
    • 15. 发明授权
    • Hook-flash simulation in parallel with off-hook devices
    • Hook-flash仿真与摘机设备并行
    • US06947546B2
    • 2005-09-20
    • US09954995
    • 2001-09-18
    • Michael J. Ceglia
    • Michael J. Ceglia
    • H04M1/82H04M3/30H04M1/00H04M9/00
    • H04M1/82H04M3/30
    • A method for producing a hook-flash event on a loop (6B) incorporating a supervisory signal circuit. The supervisory signal circuit includes a supervisory signal source (2) that causes a supervisory current to flow around the loop through a threshhold detector device (4) and one or more supervised devices (10 and 24). When a counter-signal source (34) is connected to the loop, it opposes the flow of loop supervisory loop current (12), causing its level to drop below the detection threshhold of the threshhold detector device. After a timed period, the counter-signal source is disconnected from the loop, allowing the level of supervisory loop current to return to its normal state, thereby completing the hook-flash event on the loop.
    • 一种用于在包含监控信号电路的环路(6B)上产生挂钩闪光事件的方法。 监控信号电路包括监控信号源(2),其使得监控电流通过阈值检测器装置(4)和一个或多个监督装置(10和24)围绕该环路流动。 当反信号源(34)连接到回路时,它反对环路监控回路电流(12)的流动,使其电平下降到阈值检测器设备的检测阈值以下。 在定时周期之后,反信号源与环路断开,允许监控回路电流的电平恢复到其正常状态,从而在循环上完成挂机闪存事件。
    • 16. 发明授权
    • Systems and methods for monitoring audio
    • 用于监听音频的系统和方法
    • US06947526B2
    • 2005-09-20
    • US10211507
    • 2002-08-02
    • Jeremiah E. Wilson
    • Jeremiah E. Wilson
    • H04M1/656H04M1/723H04M1/82H04M3/22H04M3/51H04M1/64
    • H04M1/82H04M1/656H04M1/723H04M3/2281H04M3/51H04M3/5175
    • Systems and methods for monitoring sound from a remote location. A monitor box is connected to an outside telephone line and to a device that provides sound to the monitoring box. In one implementation, the device is a telephone coupled to its own telephone line, and the monitor box is connected to the telephone through the use of a splitter located between the handset and base of the telephone. Thus, a supervisor or other individual may contact the monitor box from a remote location by calling into the outside telephone line connected to the monitor box and monitor a conversation that occurs on one of the telephone line corresponding to the telephone. Implementation of the present invention also embraces connecting the monitor box to other devices or systems that provide audio for selective monitoring, including a microphone, a central telephone system, a receiver, a frequency scanner, a computer device, or any other device that is capable of providing sound to the monitor box for monitoring by an individual from a remote location.
    • 用于监控远程位置的声音的系统和方法。 监视器盒连接到外部电话线和向监控盒提供声音的设备。 在一个实施方式中,设备是连接到其自己的电话线上的电话,并且监视器盒通过使用位于手机和电话机底座之间的分离器连接到电话。 因此,主管或其他个人可以通过呼入连接到监视器盒的外部电话线并监视在与电话相对应的电话线之一上发生的会话来从远程位置联系监视器盒。 本发明的实现还包括将监视器盒连接到提供用于选择性监视的音频的其他设备或系统,包括麦克风,中央电话系统,接收器,频率扫描器,计算机设备或能够 向监视器盒提供声音以供个人从远程位置监视。
    • 17. 发明授权
    • Low power signal detection
    • 低功率信号检测
    • US06937717B2
    • 2005-08-30
    • US09820392
    • 2001-03-29
    • Vladimir SindalovskyDonald Raymond Laturell
    • Vladimir SindalovskyDonald Raymond Laturell
    • H04M1/82H04M3/00H04B1/00
    • H04M1/82
    • The present invention provides a low power method and apparatus for detecting a signaling tone. The apparatus comprises a resonator which can be configured to resonate at a specified frequency, a controller for configuring the resonator, and a comparator for comparing the output of the resonator as configured by the controller. The method comprises configuring the resonator to resonate at a first frequency to generate an output, configuring the resonator to resonate at a second frequency to generate an output, comparing the outputs, and indicating the presence of a signal if the output of the resonator configured to resonate at a first frequency exceeds the output of the resonator configured to resonate at a second frequency by a predefined amount.
    • 本发明提供了一种用于检测信令音的低功率方法和装置。 该装置包括可以被配置为以特定频率谐振的谐振器,用于配置谐振器的控制器和用于比较由控制器配置的谐振器的输出的比较器。 该方法包括将谐振器配置为以第一频率谐振以产生输出,将谐振器配置为以第二频率谐振以产生输出,比较输出,并指示信号的存在,如果谐振器的输出被配置为 以第一频率谐振超过谐振器的输出,其被配置为以第二频率谐振预定量。
    • 20. 发明申请
    • Device for automatically opening a customer loop in a telecommunication network
    • 用于在电信网络中自动打开客户环路的设备
    • US20050018835A1
    • 2005-01-27
    • US10276477
    • 2001-05-16
    • Didier Neveux
    • Didier Neveux
    • H04M1/82H04M3/14H04M1/00H04M3/00H04M9/00
    • H04M1/82H04M3/14
    • The present invention provides a system associated with a terminal (30) of a telecommunications line (10), the system being characterized by the fact that it comprises: at least one detector of local and behavioral parameters intrinsic to the use of the terminal concerned; an analyzer device (60) for analyzing pertinent parameters to determine that an off-hook state of the line (10) is inappropriate on the basis of the signal from the sensor (50); and a control device (70) for controlling line seizing and suitable for causing the telecommunications line (10) to be deactivated in the on-hook position when said analyzer device (60) determines that the off-hook state of the line (10) is inappropriate.
    • 本发明提供了一种与电信线路(10)的终端(30)相关联的系统,该系统的特征在于它包括:至少一个本地和行为参数的检测器,其涉及使用所涉及的终端固有的; 分析器装置(60),用于基于来自传感器(50)的信号,分析相关参数以确定线路(10)的摘机状态不合适; 以及控制装置(70),用于当所述分析装置(60)确定所述线路(10)的摘机状态时,控制线路占用并适于使所述电信线路(10)在所述挂机位置停用, 是不合适的