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    • 1. 发明授权
    • Hybrid high-bandwidth deformable fast steering mirror
    • 混合高带宽可变形快速转向镜
    • US07380950B1
    • 2008-06-03
    • US11057199
    • 2005-02-15
    • Kenneth R. LorellStephen R. WinzerCraig L. HornNatarajan ShankarRobert R. Clappier
    • Kenneth R. LorellStephen R. WinzerCraig L. HornNatarajan ShankarRobert R. Clappier
    • G02B5/08
    • G02B26/0825
    • A high-bandwidth deformable fast steering mirror (“HDFSM”) system, including an electromechanical fast steering mirror (“FSM”) apparatus, and a deformable mirror (“DM”) apparatus mounted on the electromechanical FSM apparatus. The DM apparatus further includes a DM substrate, a backplane assembly, a plurality of electrostrictive actuators in physical communication with and between the DM substrate and the backplane assembly, for deforming the DM substrate, and a plurality of strain gauges, each strain gauge mounted on one of the plurality of electrostrictive actuators, the plurality of strain gauges measuring individual positions of the plurality of electrostrictive actuators and transmitting the positions as actuator position signals. The high-bandwidth deformable FSM also includes a closed-loop control system, the control system controlling the electromechanical FSM apparatus and the DM apparatus based upon a command input and the actuator position signals.
    • 一种高带宽可变形快速转向镜(“HDFSM”)系统,包括安装在机电式FSM装置上的机电快速转向镜(“FSM”)装置和可变形反射镜(“DM”)装置。 DM设备还包括DM基板,背板组件,与DM基板和背板组件物理连通并且在DM基板和背板组件之间的多个电致伸缩致动器,用于使DM基板变形,以及多个应变计,每个应变计安装在 多个电致伸缩致动器中的一个,多个应变计测量多个电致伸缩致动器的各个位置,并将位置作为致动器位置信号传输。 高带宽可变形FSM还包括闭环控制系统,控制系统基于命令输入和执行器位置信号控制机电FSM装置和DM装置。
    • 6. 发明授权
    • Urine collection monitor with temperature sensing
    • 尿液收集监测与温度感测
    • US5062304A
    • 1991-11-05
    • US351733
    • 1989-05-12
    • Robert S. Van BuskirkRobert R. Clappier
    • Robert S. Van BuskirkRobert R. Clappier
    • A61B5/20G01F1/00G01F23/26G01N1/00G01N1/10G01N1/20
    • G01N1/10A61B5/14507A61B5/208G01F1/007G01F23/263G01F23/266G01N2001/007G01N2001/205
    • An apparatus and method for flow and temperature analysis during collection of a urine sample, and for simultaneously maintaining the urine sample sterile. A disposable vessel for collecting the urine is mounted on a commode adapter, and includes a variable capacitor, with a capacitance value which varies with the amount of urine in the vessel. The variable capacitor forms a part of a capacitance bridge. A microprocessor controlled by a clock is used to periodically sample the varying capacitance value as fluid flows into the vessel, and thereby determine the flow rates of the fluid. A tube is provided which communicates with the interior of the vessel for drawing off a sterile sample of the urine for laboratory analysis, and a drain is provided which is operable without contacting the urine. Temperature sensing means are provided for detecting the temperature of the fluid as a function of time, comprising a thermistor or an infrared optical sensor.
    • 用于在尿液样品收集期间的流量和温度分析的装置和方法,以及用于同时维持尿样无菌的装置和方法。 用于收集尿液的一次性容器安装在接头适配器上,并且包括可变电容器,电容值随容器中的尿液量而变化。 可变电容器形成电容桥的一部分。 由时钟控制的微处理器用于在流体流入容器时定期对变化的电容值进行采样,从而确定流体的流速。 提供管,其与容器的内部连通,用于抽取用于实验室分析的尿液的无菌样品,并且提供可在不接触尿液的情况下操作的排水管。 提供温度检测装置,用于检测作为时间的函数的流体的温度,包括热敏电阻或红外光学传感器。
    • 8. 发明授权
    • Constant voltage power supply
    • 恒压电源
    • US4752864A
    • 1988-06-21
    • US42296
    • 1987-04-24
    • Robert R. Clappier
    • Robert R. Clappier
    • H02M3/135H02P13/24
    • H02M3/135
    • A constant voltage power supply employs a circuit in which the average voltage over a specified period of time is maintained constant by a circuit for charging a voltage storage means with width modulated pulses applied several times during each specified period whereby to charge the storage means above the desired average level and terminating charging until the voltage falls below the specified level. The period of time over which the voltage is averaged is a function of the thermal inertia of a load to be driven. The average voltage is employed as the energizing circuit to a high frequency oscillator, and driver stages supplying the output of the oscillator to an output stage of a power supply whereby the energizing voltage of the stages and thus the dissipation of energy therein does not exceed that required to feed the lead at its then current energy requirements.
    • 恒压电源采用这样一种电路,其中通过用于对每个指定周期内施加多次宽度调制脉冲的电压存储装置充电的电路将特定时间段内的平均电压保持恒定,从而对存储装置充电 期望的平均电平,并终止充电,直到电压低于指定电平。 电压平均的时间段是要驱动的负载的热惯性的函数。 平均电压用作高频振荡器的激励电路,驱动级将振荡器的输出提供给电源的输出级,由此级的激励电压以及因此的能量耗散不超过 需要以当时的能源需求提供铅。
    • 9. 发明授权
    • Constant current r.f. generator
    • 恒流r.f. 发电机
    • US4626767A
    • 1986-12-02
    • US684730
    • 1984-12-21
    • Robert R. ClappierSteven J. Smith
    • Robert R. ClappierSteven J. Smith
    • H03L5/00G05F1/44
    • H03L5/00
    • The present invention achieves constant voltage at radio frequencies to drive a constant voltage to constant current converter, by employing a tightly coupled d.c. feedback loop to control the voltage via a transformer to the drain of a FET operated as a Class C amplifier in the saturated mode whereby among other advantages, the amplifier can withstand, without damage, very high VSWRs. Control is affected by a high gain differential amplifier which compares a d.c. voltage derived from the r.f. output of the system against a highly stable d.c. voltage reference. A controller, responding to the output of the differential amplifier causes a first level of voltage to be applied to the drain of the FET when the system is not loaded and causes a second voltage varying between said first level and a higher level when the system is loaded. In the lower voltage condition the controller is effectively removed from the system so that it does not have to drop a high voltage to a low voltage; the low voltage being supplied effectively from a separate source.
    • 本发明通过采用紧密耦合的直流电源,实现恒定电压在无线电频率上驱动恒定电压到恒流转换器。 反馈回路,以通过变压器将电压控制到饱和模式下作为C类放大器工作的FET的漏极,由此除其他优点之外,放大器能够承受无损坏的非常高的VSWR。 控制受高增益差分放大器的影响,比较直流 电压源自r.f. 系统输出高度稳定的直流 电压参考。 当系统未加载时,响应于差分放大器的输出的控制器使得将第一电平的电压施加到FET的漏极,并且当系统为系统时,使第二电压在所述第一电平和较高电平之间变化 加载。 在较低电压条件下,控制器有效地从系统中移除,使其不必将高电压降低到低电压; 低电压有效地从单独的电源提供。