会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Pulse width modulated cable signal injecting apparatus
    • 脉宽调制电缆信号注入装置
    • US06411074B1
    • 2002-06-25
    • US09668273
    • 2000-09-25
    • Roman KruchowyIan Stewart
    • Roman KruchowyIan Stewart
    • G01R1900
    • G01R31/088
    • A signal injecting apparatus which includes a microcontroller for generating a 1024 hertz square wave signal which is supplied through a NAND gate to a field effect transistor. When the transistor is switch on a tank circuit comprising a pair of capacitors and the primary of a signal injector coil starts oscillating and will continue to oscillate when the transistor is switch off. The power level for the signal to the cable is determined by an operator based on the operator inputs from depressing a pair of push button switches. The microcontroller, responsive to the operator inputs from the push button switches, outputs a digital word to a digital-to-analog converter that represents the required power level. The analog output signal from the digital-to-analog converter is supplied to a control loop circuit which adjust the power level by enabling and disabling the NAND gate.
    • 一种信号注入装置,其包括微控制器,用于产生通过NAND门提供给场效应晶体管的1024赫兹方波信号。 当晶体管接通包括一对电容器的储能电路时,信号注入器线圈的初级线圈开始振荡,并且当晶体管截止时将继续振荡。 信号到电缆的功率电平由操作员根据按下一对按钮开关的操作者输入来确定。 微控制器响应于来自按钮开关的操作者输入,将数字字输出到表示所需功率电平的数模转换器。 来自数模转换器的模拟输出信号被提供给控制环电路,该控制环电路通过启用和禁用NAND门来调节功率电平。
    • 2. 发明授权
    • Method for testing high voltage breakdown and leakage current of electrical cables
    • 测试电缆高压击穿和漏电流的方法
    • US06459270B1
    • 2002-10-01
    • US09630324
    • 2000-07-31
    • Roman KruchowyIan Stewart
    • Roman KruchowyIan Stewart
    • G01R3108
    • G01R31/025G01R31/021
    • A method for testing a cable for defective insulation. A user connects one end of each cable conductor to a numbered terminal block. The user measures the insulation resistance between the first and second conductors of the cable using an insulation resistance tester. Next, the user shorts conductors one and two at the terminal block. The user then measures the insulation resistance between the first and third conductors. Measuring the insulation resistance between conductors one and three also measures the insulation resistance between conductors two and three. The user continues these steps until the insulation resistance for all conductors is measured.
    • 用于测试电缆缺陷绝缘的方法。 用户将每个电缆导体的一端连接到编号的端子块。 用户使用绝缘电阻测试仪测量电缆的第一和第二导体之间的绝缘电阻。 接下来,用户在端子块处将导线短路一个和两个。 然后用户测量第一和第三导体之间的绝缘电阻。 测量导线1和3之间的绝缘电阻也可测量导体2和导体3之间的绝缘电阻。 用户继续这些步骤,直到测量所有导体的绝缘电阻。
    • 3. 发明授权
    • Control system for a multi-piston pump with solenoid valves for the
production of constant outlet pressure flow
    • 具有电磁阀的多活塞泵的控制系统,用于产生恒定的出口压力流量
    • US5456581A
    • 1995-10-10
    • US290669
    • 1994-08-12
    • Gregory R. JokelaRoman KruchowyJames Massey
    • Gregory R. JokelaRoman KruchowyJames Massey
    • F04B1/18F04B7/00F04B49/06F04B49/00F04B1/26F04B19/00F04B27/08
    • F04B7/0076F04B1/18F04B49/065F04B2201/12041F04B2205/05
    • A multi-piston pump is provided which uses microprocessor controlled checkall valves to control flow rate of a fluid at the pump's outlet port. The pump includes nine cylindrical shaped chambers and associated reciprocating pistons which are driven by a cam attached to a shaft. The pump's shaft is coupled to the shaft of a motor which, in turn, drives the pump's shaft and cam resulting in a fluid, such as seawater, filling each of the nine chambers and then having the fluid forced from the chamber by the movement of its associated piston from bottom dead center to top dead center. A pressure transducer which monitors the pressure at the pump's outlet port and a shaft encoder which monitors the angular position of the pump's shaft respectively provide analog signals indicative of the pump's outlet port's pressure and the shaft's angular position. A microprocessor receives these analog signals in a digital form, processes the signals and provides digital pulse signals to either extend or retract the rod of nine solenoids depending upon the pressure at the pump's outlet port. Each of the nine solenoid rods when extended engage a check ball valve within one of the pumps nine inlet passageways allowing the passageway to remain open when the associated reciprocating piston is in a pumping stroke. This allows seawater to be discharged through the inlet passageway maintaining fluid flow at the outlet port at a pressure level which is commensurate with the intended use of the pump.
    • 提供了一种多活塞泵,其使用微处理器控制的止回球阀来控制泵出口处的流体的流速。 该泵包括九个圆柱形的腔室和相关联的往复运动的活塞,它们由连接到轴的凸轮驱动。 泵的轴联接到电动机的轴上,其又驱动泵的轴和凸轮,导致诸如海水的流体填充九个腔室中的每一个,然后通过运动 其相关活塞从下死点至上止点。 监测泵出口处的压力的压力传感器和监测泵轴的角位置的轴编码器分别提供指示泵的出口压力和轴的角位置的模拟信号。 微处理器以数字形式接收这些模拟信号,处理信号并提供数字脉冲信号,以根据泵出口处的压力来延伸或缩回九个电磁阀的杆。 当延伸时,九个螺线管杆中的每一个接合在一个泵内的止回球阀九个入口通道,当相关联的往复活塞处于泵送冲程时允许通道保持打开。 这允许海水通过入口通道排出,保持在出口处的流体流动,其压力水平与泵的预期用途相当。
    • 4. 发明授权
    • Diver navigation system
    • 潜水员导航系统
    • US5241516A
    • 1993-08-31
    • US935932
    • 1992-08-27
    • Roman KruchowyJames C. MillerMichael R. Hanks
    • Roman KruchowyJames C. MillerMichael R. Hanks
    • G01S5/26
    • G01S5/26Y10S367/91
    • A diver navigation system which provides reliable position information to able a diver to locate and when required repair existing underwater devices such as cables, leg moorings and the like. The diver navigation system comprises a synchronous range-range navigation system operating on a repeating timing cycle, which is accurately duplicated in a master transmitter, a slave transmitter and a receiver. Within the master and slave transmitter the timing cycle is subdivided into two equal approximately one second subcycles, the first subcycle being for the master transmitter and the second subcycle being for the slave transmitter. The master transmitter sends out a tone burst signal at the beginning of the first subcycle and the slave transmitter sends out a tone burst signal at the beginning of the second subcycle. Each tone burst signal, in turn, comprises a 34 kilohertz signal followed by a 32 kilohertz signal each of which has a time period of approximately one millisecond. The tone bursts signals travel through water and arrive at the receiver delayed by a time period which is a function of range, temperature, pressure and the velocity of sound. The detection times for travel of the tone burst signals from the master transmitter and the slave transmitter are converted to range data by the receiver using the velocity of sound. The range-range data is then converted to X and Y coordinates by the receiver using a baseline length which is the distance between the master transmitter and the slave transmitter.
    • 一种潜水员导航系统,其提供可靠的位置信息,以使潜水员能够定位并且在需要时修复现有的水下设备,例如电缆,腿部系泊等。 潜水员导航系统包括在重复定时周期上操作的同步范围范围导航系统,其在主发射机,从发射机和接收机中精确地复制。 在主发射机和从发射机内,定时周期被细分成两个相等的大约一秒的子周期,第一子周期用于主发射机,第二子周期用于从发射机。 主发射机在第一子周期的开始处发出一个音调脉冲串信号,而从发射机在第二个子周期的开头发出一个音调信号。 每个音调脉冲串信号又包括34千赫兹信号,随后是32千赫兹信号,每个信号具有约1毫秒的时间周期。 声音突发信号通过水流传播,并到达接收器延迟一段时间,该时间段是范围,温度,压力和声速的函数。 来自主发射机和从发射机的音调脉冲信号的行进检测时间由接收机使用声速转换成范围数据。 距离范围数据然后由接收机使用基线长度(即主发射机和从发射机之间的距离)转换为X和Y坐标。
    • 5. 发明授权
    • Ultrasonic test system
    • 超声波测试系统
    • US5339691A
    • 1994-08-23
    • US138042
    • 1993-10-13
    • Anthony SmithDan GoffRoman KruchowyCarl Rhoads
    • Anthony SmithDan GoffRoman KruchowyCarl Rhoads
    • G01H5/00G01N29/18
    • G01H5/00
    • An ultrasonic system for determining the quality of concrete under water hout inaccuracies caused by electromagnetic interference from the ultrasonic generator. An ultrasonic generator applies pulses to the concrete. An ultrasonic detector detects the ultrasonic pulses and produces corresponding signals that are indicative of ultrasonic pulses that have passed through the material. Signal processing circuitry processes the signals to determine the transit time of the ultrasonic pulses through the material. The signal processing circuitry is disabled for a predetermined time after application of each ultrasonic pulse to the material to prevent noise produced by the means for applying ultrasonic pulses to the material from entering the signal processing circuitry and causing spurious measurements.
    • 一种用于确定水下混凝土质量的超声波系统,而不是由超声波发生器的电磁干扰引起的误差。 超声波发生器对混凝土施加脉冲。 超声波检测器检测超声脉冲并产生指示已通过材料的超声脉冲的对应信号。 信号处理电路处理信号以确定超声脉冲通过材料的传播时间。 在将每个超声波脉冲施加到材料之后,信号处理电路被禁用预定时间,以防止由用于对材料施加超声波脉冲的装置进入信号处理电路并引起杂散测量的装置产生的噪声。
    • 6. 发明授权
    • Nondestructive testing apparatus for determining the orientation of
reinforcing bars within a concrete structure
    • 用于确定混凝土结构内钢筋方位的无损检测装置
    • US5339023A
    • 1994-08-16
    • US991939
    • 1992-12-17
    • Roman KruchowyDan GoffAnthony Smith
    • Roman KruchowyDan GoffAnthony Smith
    • G01B7/00G01B7/31G01V3/15G01B7/10G01B7/14G01B7/26G01V3/165
    • G01V3/15G01B7/00G01B7/10G01B7/31
    • A measuring apparatus which accurately locates reinforcing bars in underwater concrete structures such as piers, retaining walls, easements and the like and measures the amount of concrete covering each reinforcing bar. The measuring apparus comprises a probe which generates a magnetic field and which is moved over the surface of the underwater concrete structure under test. When the poles of the magnetic field are in parallel alignment with and directly over a reinforcing bar within the structure a disturbance occurs in the magnetic field with the magnitude of the disturbance being indicative of the depth of concrete covering the reinforcing bar. An electronics module electrically coupled to the probe provides an analog output signal which is indicative of the distance between a reinforcing bar within the concrete structure under test and the probe. This analog signal is supplied to a meter which provides a visual indication of the location of the reinforcing bar and a microprocessor which then calculates the depth of the reinforcing bar within the concrete sructure.
    • 一种在水下混凝土结构(如码头,挡土墙,地役权等)中精确定位钢筋的测量装置,并测量每个钢筋的混凝土的数量。 测量装置包括产生磁场并在被测水下混凝土结构的表面上移动的探针。 当磁场的磁极与结构内的钢筋平行对准并且直接位于结构内的钢筋上时,在磁场中发生扰动,其中扰动的大小表示覆盖钢筋的混凝土的深度。 电耦合到探针的电子模块提供模拟输出信号,其指示被测混凝土结构内的钢筋与探头之间的距离。 该模拟信号被提供给一个仪表,其提供了钢筋的位置的视觉指示和微处理器,然后微处理器计算混凝土结构内的钢筋的深度。
    • 7. 发明授权
    • Rebound hammer
    • 反弹锤
    • US5311764A
    • 1994-05-17
    • US94662
    • 1993-07-19
    • Anthony SmithDan GoffRoman KruchowyCarl Rhoads
    • Anthony SmithDan GoffRoman KruchowyCarl Rhoads
    • G01M7/08G01N3/00G01N3/02G01N3/52G01N33/38G01L5/00
    • G01N3/52G01M7/08G01N2203/0085G01N2203/021G01N33/383
    • A measuring apparatus which detects defects in underwater concrete structs by measuring the compressive strength of the structure. The measuring apparatus comprises a rebound hammer which has extending from the nose thereof a plunger. The plunger is pressed against the structure whose compressive strength is being measured forcing the plunger into the rebound hammer's housing which releases a spring driven mass. A resistive film strip which is in electrical contact with the mass detects the maximum rebound of the mass and provides an electrical signal indicative of this maximum rebound. A data acquisition and processing circuit comprising a microprocessor and signal conditioning electronics receives, processes and stores the electrical signals provided by the resistive strip. This circuit includes a peak detection circuit which captures the peak output signal from the resistive strip. The peak detection circuit then interrupts the microprocessor and sends an analog signal proportional to the maximum rebound of the mass to an analog to digital converter which converts the analog signal to a digital data for processing by the microprocessor. The microprocessor then calculates the compressive strength of the underwater concrete structure under test.
    • 一种通过测量结构的抗压强度来检测水下混凝土结构中的缺陷的测量装置。 测量装置包括从其鼻部延伸的柱塞的回弹锤。 柱塞被压靠在其抗压强度被测量的结构上,迫使柱塞进入回弹锤的外壳,释放弹簧驱动的质量。 与质量电接触的电阻膜条检测到质量的最大反弹并提供指示该最大回弹的电信号。 包括微处理器和信号调理电路的数据采集和处理电路接收,处理和存储由电阻带提供的电信号。 该电路包括峰值检测电路,其捕获来自电阻条的峰值输出信号。 然后,峰值检测电路中断微处理器,并将与质量最大回弹成比例的模拟信号发送到模拟数字转换器,模数转换器将模拟信号转换为数字数据,以供微处理器处理。 然后微处理器计算被测水下混凝土结构的抗压强度。
    • 8. 发明授权
    • Underwater IR communication system
    • 水下红外通信系统
    • US5267070A
    • 1993-11-30
    • US878697
    • 1992-05-05
    • Ian H. StewartJames G. MillerRoman Kruchowy
    • Ian H. StewartJames G. MillerRoman Kruchowy
    • H04B13/02H04B10/00
    • H04B13/02
    • An underwater communications system comprising first and second communications modules which transmit and receive data utilizing infrared radiation. Each module has a transmitter/receiver which converts each received data byte to RS-232 formatted data for transmission to a computer. Each communication module also includes a timer for providing a forty kilohertz pulsed signal to modulation circuitry which passes the pulsed signal through the modulation circuitry when a logic zero is supplied to the modulation circuitry and which inhibits the pulsed signal when a logic one is supplied to the circuitry. That portion of the pulsed signal which passes through the modulation circuitry is provided to a light emitting diode which transmits a pulsed burst of infrared radiation to an infrared light detecting unit within the second communications module. The infrared light detecting unit then provides a logic zero at its output when its receives a pulsed burst of infrared radiation for time period of approximately six hundred microseconds and a logic one when the unit fails to detect a pulsed burst of infrared radiation for a time period of six hundred microseconds.
    • 一种水下通信系统,包括利用红外辐射发射和接收数据的第一和第二通信模块。 每个模块都有一个发送器/接收器,用于将每个接收的数据字节转换为RS-232格式的数据,以传输到计算机。 每个通信模块还包括一个定时器,用于向调制电路提供四十kHz的脉冲信号,该调制电路当逻辑零被提供给调制电路时将脉冲信号通过调制电路,并且当逻辑1被提供给 电路。 通过调制电路的脉冲信号的该部分被提供给发射二极管,该发光二极管将脉冲的红外辐射脉冲发射到第二通信模块内的红外光检测单元。 然后,当红外光检测单元在其接收到大约六百微秒的时间周期的脉冲脉冲串的红外辐射时,在其输出端提供逻辑零,当该单元在一段时间内不能检测到脉冲的红外辐射时,逻辑1 六百微秒。
    • 10. 发明授权
    • Fiber optic cable footage indicator
    • 光纤短片指示灯
    • US5309647A
    • 1994-05-10
    • US992323
    • 1992-12-21
    • Roman Kruchowy
    • Roman Kruchowy
    • B65H61/00G01B7/02G02B6/44
    • G02B6/4457B65H61/00G01B7/02G01B7/026G02B6/4463B65H2701/32
    • An apparatus for measuring the length of fiber optic cable being deployed om a winch to an underwater environment. The cable deployment measuring apparatus of the present invention comprises a constant current generator for generating a direct current, a resistor array having a plurality of series connected resistors and a plurality of trip wires with one of the trip wires being connected across each of the resistors. The trip wires which function as short circuits are also attached to the cable at predetermined locations along the length of the cable. When the fiber optic cable is being deployed, each trip wire will break when the location at which the trip wire is positioned is unwound from the winch for deployment in the underwater environment. This, in turn, will cause flow through the resistor array with a resulting voltage drop across the array. A digital volt meter may, for example, be used to measure the voltage drop across the array with the voltage reading provided by the volt meter being indicative of the length of fiber optic cable already deployed.
    • 一种用于测量从绞盘部署到水下环境的光缆的长度的装置。 本发明的电缆部署测量装置包括用于产生直流电流的恒流发生器,具有多个串联电阻器的电阻器阵列和多个跳闸线,其中一个跳闸线连接在每个电阻器上。 作为短路的跳闸线也沿着电缆的长度在预定位置附接到电缆。 当部署光纤电缆时,当跳闸线定位的位置从绞盘展开以在水下环境中展开时,每个跳闸线将断裂。 反过来,这将导致流经电阻器阵列,从而导致阵列上产生的电压降。 例如,数字电压表可以用于测量阵列上的电压降,由电压表提供的电压读数指示已经部署的光纤电缆的长度。