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
    • Self-aligning-axial shafts-magnetic coupling
    • 自对准轴 - 磁耦合
    • US4232535A
    • 1980-11-11
    • US17505
    • 1979-03-05
    • Walter C. Caldwell
    • Walter C. Caldwell
    • H02K49/10F16D3/56F16D7/00
    • H02K49/106Y10T464/30
    • In order to provide a shaft coupling between two aligned shafts in which the absolute minimum of torque transferred across the coupling due to misalignment is desired, and to further provide for the capability of mutual axial movement between the two shafts, a unique magnetic coupling is employed. The input shaft terminates in a yoke structure with permanent bar magnets mounted on the yoke facing surfaces. Like poles of the two bar magnets are disposed facing one another. The output shaft terminates in a third bar magnet which is introduced into the space between the other two bar magnets oriented with its north and south poles disposed, respectively, between the facing north poles and the facing south poles of the magnet pair on the yoke. There is thus mutual magnetic repulsion between the centrally disposed bar magnet on the output shaft and each of the bar magnets on the input shaft. Hence, when the input shaft is turned, the output shaft follows trailing slightly in phase by an angle which is a function of the transmitted torque and the strength of the magnets. This coupling, in addition to the characteristics noted above, also has the ability to act as a filter of high frequency angular motion between the two shafts.
    • 为了在两个对准的轴之间提供轴联接,其中期望由于未对准而传递到联轴器上的绝对最小扭矩,并且进一步提供在两个轴之间的相互轴向运动的能力,使用独特的磁耦合 。 输入轴终止于磁轭结构,永磁棒磁铁安装在磁轭相对表面上。 类似于两个棒状磁体的磁极彼此相对设置。 输出轴终止于第三条磁铁,其被引入位于其北极和南极之间的另外两个磁棒之间的空间中,分别设置在磁极对的相对的北极和磁体对的面对的南极之间。 因此,输出轴上的中央设置的棒状磁体与输入轴上的每个磁棒之间存在相互的磁力排斥。 因此,当输入轴转动时,输出轴跟随着相对的一点角度,该角度是传递转矩和磁体强度的函数。 除了上述特征之外,该联接还具有作为两个轴之间的高频角运动的过滤器的能力。
    • 3. 发明授权
    • Method and apparatus for determining resistance at radio frequencies
    • 用于确定无线电频率电阻的方法和装置
    • US3987390A
    • 1976-10-19
    • US465393
    • 1974-04-29
    • Charles A. KirklenCharles F. Rhodes, Jr.
    • Charles A. KirklenCharles F. Rhodes, Jr.
    • G01R27/02
    • G01R27/02
    • The radio frequency resistance between a pair of conductive elements, for example, adjacent pipe sections of a pipeline, which are coupled together through an insulator, may be determined by contacting each pipe section with one of a pair of probes or electrodes connected across the output of a radio frequency oscillator which is coupled to the input of a rectifier and filter circuit. The probes are connected across the oscillator output through a resistor which insures that the direct current output of the rectifier is directly proportional to the RF resistance between the pipe sections. The output of the rectifier is coupled to a meter through an operational amplifier. The meter, which provides a direct readout of the resistance being measured, may be provided with a current limiting circuit which protects the meter from excessive DC current. Calibrating means may be provided to enable adjustment of the gain of the operational amplifier for resistance readings within several ranges.
    • 通过绝缘体耦合在一起的一对导电元件(例如,管道的相邻管段)之间的射频电阻可以通过使每个管段与跨过输出连接的一对探针或电极之一接触来确定 射频振荡器耦合到整流器和滤波器电路的输入端。 探头通过电阻器连接在振荡器输出端,确保整流器的直流输出与管段之间的RF电阻成正比。 整流器的输出通过运算放大器耦合到仪表。 提供了被测量电阻的直接读出的仪表可以设置有限流电路,该电流限制电路可保护仪表免受过大的直流电流的影响。 可以提供校准装置,以便能够在几个范围内调整运算放大器的电阻读数的增益。
    • 4. 发明授权
    • Method and apparatus for assembly of a modular barge
    • 用于组装模块化的方法和装置
    • US3983830A
    • 1976-10-05
    • US584325
    • 1975-06-06
    • George W. Morgan
    • George W. Morgan
    • B63B3/08B63B35/28B63B35/36
    • B63B35/28B63B3/08B63B35/36
    • A method of and apparatus for the construction of a modular barge is provided wherein individual floatation modules are assembled and secured one to another by the positioning and linking of separable alignment pins therebetween and the threading of tensioning cables therethrough. Each alignment pin has a generally elliptoid shape and an axial cable receiving bore therethrough. Each flotation module is formed with a plurality of sockets complementally shaped for the alignment pins and linked in pairs by transversely extending passages therethrough and spaced along adjacent side walls of the modules to be in registry with one another. With the modules in a spaced array, assembly cables are threaded through certain ones of the module passages. First ends of the cables are anchored to perimeter modules and the opposite ends are tensioned to draw the modules and alignment pins together, wherein the configuration of the alignment pins then facilitates alignment and coupling. A lock provided in each socket and alignment pin secure that coupled relationship. Tensioning cables threaded serially through certain other ones of the module passages and alignment pins provide structural rigidity for the barge through the post tensioning thereof.
    • 7. 发明授权
    • Apparatus for determining the pulse repetition rate of a fluidic
oscillator through which a test gas is flowing
    • 用于确定测试气体通过其流动的流体振荡器的脉冲重复率的装置
    • US4175423A
    • 1979-11-27
    • US901884
    • 1978-05-01
    • Clarence BraunJoseph E. Zupanick
    • Clarence BraunJoseph E. Zupanick
    • G01N9/32G01N9/36
    • G01N9/32
    • In order to determine the pulse repetition rate of a fluidic oscillator through which a test gas, whose density is to be determined, is flowing, the pressure pulses appearing at one outlet port of the oscillator is sensed with a pressure transducer. The pulses are integrated for a sample period such that, upon transfer or display, the accumulated count directly represents the average pulse repetition frequency during the sample. Means are provided, in a surge tank, for controlling the temperature and pressure of the test gas, and temperature and pressure transducers in communication with the sample fluid in the surge tank are each coupled to voltage-to-frequency converters which drive counters in order that the temperature and pressure of the test gas may also be displayed. An interface to a thermal printer allows the preservation of written records of prf, temperature, and pressure readings. An interface to a digital tape recorder permits magnetic recording of the data for subsequent processing.
    • 为了确定流体振荡器的脉冲重复频率,通过该脉冲重复频率测定其密度要测量的测试气体正在流动,用压力传感器检测出现在振荡器的一个出口处的压力脉冲。 脉冲被集成为采样周期,使得在传送或显示时,累积计数直接表示样本期间的平均脉冲重复频率。 在缓冲罐中提供用于控制测试气体的温度和压力的装置,并且与缓冲罐中的样品流体连通的温度和压力传感器各自耦合到按顺序驱动计数器的电压 - 频率转换器 也可以显示测试气体的温度和压力。 热敏打印机的接口允许保存prf,温度和压力读数的书面记录。 数字磁带录音机的接口允许数据的磁记录用于后续处理。