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    • 2. 发明授权
    • Self-supporting transducer assembly
    • 自支撑传感器总成
    • US3663934A
    • 1972-05-16
    • US3663934D
    • 1969-10-08
    • US NAVY
    • WHITEHOUSE HARPER JOHNSULLIVAN SHELBY F
    • G10K11/00H04B11/00
    • G10K11/004
    • A self-supporting transducer assembly, mounted, for example, on the nose section shell of a torpedo, comprising an attachment ring; a diaphragm consisting of: (1) a tension-carrying skin, sealably connected to the inner periphery of the attachment ring, and forming with it a dish-shaped cavity; (2) an acoustically non-refractive and non-reflective composite material in the dishshaped cavity; (3) a vapor seal, sealably connected to the inner periphery of the attachment ring, serving, with the tensioncarrying skin, to confine the composite material to the dishshaped cavity; an acoustic isolation joint, mounted on the torpedo, for acoustically isolating the transducer assembly from the torpedo; and at least one transducer element bonded directly to the tension-carrying skin.
    • 一种自支撑换能器组件,其安装在例如鱼雷的鼻部壳体上,其包括附接环; 隔膜包括:(1)张力承载皮肤,密封地连接到附接环的内周,并与其形成碟形腔; (2)碟形空腔中的声学非折射和非反射复合材料; (3)蒸汽密封,密封地连接到附着环的内周边,与承载张力的皮肤一起,将复合材料限制在碟形空腔中; 安装在鱼雷上的隔音接头,用于将换能器组件与鱼雷隔离; 以及至少一个换能器元件直接结合到张力皮肤上。
    • 3. 发明授权
    • Winch control system for constant load depth
    • 恒温负载深度控制系统
    • US3596070A
    • 1971-07-27
    • US3596070D
    • 1969-12-08
    • US NAVY
    • MCCOOL JOHN MSULLIVAN SHELBY FHEARN ROBERT HBALL MICHAEL S
    • B66C13/23G06G7/78
    • B66C13/23Y10S254/90
    • A winch control system for operating a winch stationed on a vessel, and for stabilizing a load, which is connected by a cable to a traction unit driven by a prime mover, at a constant height above the sea floor irrespective of the vertical motion of the vessel due to wave action, thereby controlling the motion of the cable. A cable dynamics sensor, connectable to the cable between the traction unit and the load, generates output signals proportional (1) to its depth, and (2) to its velocity relative to the vessel. A tachometer, connectable to the traction unit, produces a signal which is proportional to the velocity of the cable relative to the vessel. A depth-velocity summing circuit, connected to the cable dynamics sensor, is adapted to be connected to a sensor depth order signal, generated by a control console on the vessel, for summing the sensor depth and depth order signals, and is connected to the cable dynamics sensor and tachometer for summing the sensor velocity signal and the cable velocity signal. The two depth and two velocity signals, after being summed, produce an output control signal. A torque control, adapted to be connected from the output of the depth-velocity summing circuit to the prime mover, develops a torque signal proportional to the control signal, to cause the traction unit to null the control signal, thereby controlling the load position and velocity.
    • 4. 发明授权
    • Correlators using shift registers
    • 使用移位寄存器的相关器
    • US3670151A
    • 1972-06-13
    • US3670151D
    • 1970-06-05
    • US NAVY
    • LINDSAY GEORGE FSULLIVAN SHELBY FWHITEHOUSE HARPER JOHN
    • G06J1/00G06G7/19G06F15/34
    • G06J1/005
    • A correlator comprising a set of multivibrators which are serially connected to form a shift register, each multivibrator having a set and a reset output lead, indicating its binary state. Each multivibrator is connectable to a clocking source for shifting the states of the multivibrators. One of the multivibrators at one end of the series, the input multivibrator, is connectable to a source of signals, generally bilevel signals or pulses, each pulse having a predetermined time duration or a multiple thereof. Means are operatively connected to the output leads of the multivibrators for summing the outputs of the multivibrators for each shift of binary states, the sum being a maximum for a particular combination, or coding, of binary states of the multivibrators of the shift register. The means may comprise a plurality of output resistors, one for each multivibrator, each resistor having one end, the input end, connected to one only of a set or reset output lead of a multivibrator, the specific combination of connections being chosen in a manner so that, with an applied input signal, a particular combination of binary states of the multivibrators will result in a maximum total output signal.
    • 一种相关器,包括串联连接以形成移位寄存器的一组多谐振荡器,每个多谐振荡器具有指示其二进制状态的集合和复位输出引线。 每个多谐振荡器可连接到时钟源,用于移动多谐振荡器的状态。 串联一端的多谐振荡器之一,即输入多谐振荡器,可连接到一个信号源,一般为双电平信号或脉冲,每个脉冲具有预定的持续时间或其倍数。 装置可操作地连接到多谐振荡器的输出引线,用于对二进制状态的每个移位求和多谐振荡器的输出,该和是移位寄存器的多谐振荡器的二进制状态的特定组合或编码的最大值。 该装置可以包括多个输出电阻器,一个用于每个多谐振荡器,每个电阻器具有一端,该输入端连接到多谐振荡器的一个或多个复位输出引线之一,该连接的具体组合以某种方式 使得通过施加的输入信号,多谐振荡器的二进制状态的特定组合将导致最大总输出信号。