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    • 1. 发明授权
    • Synchroscope simulator
    • 同步模拟器
    • US4019039A
    • 1977-04-19
    • US635577
    • 1975-11-28
    • Robert Richard Fontaine
    • Robert Richard Fontaine
    • G01R25/00G06F7/68G06G7/63G06G7/48
    • G06F7/68G01R25/00G06G7/63
    • This invention relates to a system for simulating a power plant synchroscope in which a digital computer supplies the information which indicates when two alternators are, or are not, in synchronism. Digital words are supplied by the computer to two separate registers whose parallel outputs are applied to the inputs of two separate frequency multipliers, one for each register. A single oscillator supplies its output to the second inputs of both of the multiplier, and the frequency of the oscillator is therein multiplied by the value of the words from the computer. The outputs from the two multipliers are supplied to two separate channels, one representing each of the two alternators. The square waves in each channel are converted into sine waves which are then applied to the incoming and running windings of a standard synchroscope. In addition, the information in the two channels is applied to the inputs of a phase difference detector which produces a digital phase difference.
    • 本发明涉及一种用于模拟电厂同步机的系统,其中数字计算机提供指示两个交流发电机何时或不同步的信息。 数字字由计算机提供给两个单独的寄存器,其并行输出被施加到两个单独的频率乘法器的输入,每个寄存器一个。 单个振荡器将其输出提供给两个乘法器的第二输入,并且振荡器的频率乘以来自计算机的单词的值。 来自两个乘法器的输出被提供给两个单独的通道,一个代表两个交流发电机中的每一个。 每个通道中的方波被转换成正弦波,然后将其施加到标准同步器的进入和运行的绕组。 此外,两通道中的信息被应用于产生数字相位差的相位差检测器的输入。
    • 3. 发明授权
    • Sonar beamforming apparatus simulation
    • 声纳波束成形装置模拟
    • US4034483A
    • 1977-07-12
    • US650724
    • 1976-01-20
    • Frank Hutzler BernsteinRobert Richard Fontaine
    • Frank Hutzler BernsteinRobert Richard Fontaine
    • G01S7/52G09B9/56G09B9/00
    • G09B9/56G01S7/52004
    • This disclosure describes apparatus for generating electrical signals which simulate the signals actually used by most sonar systems to indicate direction from which the sounds are received. In many passive sonar systems, arrays of hydrophones receive underwater signals from a number of sources. To indicate the direction of the sources from the receivers, the signals are manipulated so that they form, in effect, an axis along which the source of maximum amplitude lies. The equipment for performing this operation is contained in most sonar systems, and the simulation of such equipment is an expensive one. Therefore, this apparatus operates under the control of a simulation computer to generate signals which have the direction charactertistics of signals received by hydrophone arrays and which have been formed into two theoretical beams, one on each side of the axis of maximum amplitude. The apparatus of this invention includes beamformers for each of the sound sources to be simulated, all under the control of the computer.
    • 本公开描述了用于产生电信号的装置,其模拟大多数声纳系统实际使用的信号,以指示接收声音的方向。 在许多被动声纳系统中,水听器阵列从许多来源接收水下信号。 为了指示来自接收器的源的方向,操纵信号,使得它们实际上形成最大振幅源所在的轴。 用于执行此操作的设备包含在大多数声纳系统中,并且这种设备的模拟是昂贵的。 因此,该装置在模拟计算机的控制下运行,以产生具有由水听器阵列接收的信号的方向特征的信号,并且已经形成为两个理论波束,最大振幅轴线的每侧一个。 本发明的装置包括用于待计算的每个声源的波束形成器,全部在计算机的控制下。
    • 4. 发明申请
    • Individual jet voltage trimming circuitry
    • 单独的喷射电压调整电路
    • US20050041073A1
    • 2005-02-24
    • US10642951
    • 2003-08-18
    • Richard FontaineScott LegerDaniel CotePaul HoisingtonMelvin BiggsTodd Boucher
    • Richard FontaineScott LegerDaniel CotePaul HoisingtonMelvin BiggsTodd Boucher
    • B41J2/045B41J29/38
    • B41J2/0452B41J2/04541B41J2/04573B41J2/04581B41J2/04588B41J2/0459B41J2/04591B41J2/04593B41J2/04596
    • Apparatus including a plurality of droplet ejection devices, an electric source and a controller. Each droplet ejection device includes a fluid chamber having an ejection nozzle, an electrically actuated displacement device associated with the chamber, and a switch having an input connected to the electric source, an output connected to the electrically actuated displacement device, and a control signal input that is controlled by the controller to control whether the input (and thus the electric source) is connected to the output (and thus the electrically actuated device). The electrically actuated displacement device moves between a displaced position and an undisplaced position to change the volume of the chamber as a capacitance associated with the electrically actuated displacement device changes in charge between an actuated condition and an unactuated condition. The controller provides respective charge control signals to respective control signal inputs to control the extent of change in charge on respective capacitances by the time that the respective switch connects the electrical signal to the respective electrically actuated displacement device.
    • 装置包括多个液滴喷射装置,电源和控制器。 每个液滴喷射装置包括具有喷射喷嘴,与腔室相关联的电致动位移装置的流体室和具有连接到电源的输入的开关,连接到电动位移装置的输出端和控制信号输入端 其由控制器控制以控制输入(以及因此的电源)是否连接到输出端(以及电驱动装置)。 电驱动的位移装置在位移位置和未置换位置之间移动以改变腔室的体积,因为与致动位移装置相关联的电容在致动状态和未致动状态之间变化。 控制器向相应的控制信号输入端提供相应的充电控制信号,以控制相应开关将电信号连接到相应的电驱动位移装置的时间上的相应电容上的电荷变化程度。