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    • 4. 发明授权
    • Method and system for generating operation-dependent control signals for
apparatus, particularly ignition and fuel injections systems for
internal combustion engines
    • 用于产生用于装置的操作相关控制信号的方法和系统,特别是用于内燃机的点火和燃料喷射系统
    • US4249493A
    • 1981-02-10
    • US909745
    • 1978-05-26
    • Gunter HonigHeinz Moller
    • Gunter HonigHeinz Moller
    • F02D41/34F02D41/36F02P5/15F02P5/04
    • F02D41/365F02P5/15Y02T10/46
    • Data signifying the value of a controlled parameter which varies as a function of engine speed is stored on a disk rotating with an engine shaft. A sensor senses the data starting with a predetermined reference position and extending over a predetermined fixed scanning time. Since the time is fixed, the angle of rotation covered by the sensor will vary as a function of engine speed. The data is so arranged along the disk that the value of the parameter at the given speed can be determined from the sensed data at the end of the scanning time. The data is stored either as markings to be sensed serially from the start to the end of the scanning time, or is stored in parallel tracks to be sensed simultaneously at the end of the scanning time. For straight line approximations of the characteristic curve specifying the variation of the parameter as a function of speed, the disk has tooth-like segments indicating the required slopes, intervals for which the slopes are constant, and sign of the slopes by the length of the segments and/or the interval between segments.
    • 表示作为发动机转速的函数变化的受控参数值的数据被存储在与发动机轴一起旋转的盘上。 传感器以预定的参考位置开始检测数据并在预定的固定扫描时间上延伸。 由于时间固定,传感器所覆盖的旋转角度将随着发动机转速的变化而变化。 数据沿着盘布置,可以根据扫描时间结束时的感测数据确定给定速度下的参数值。 数据作为从扫描时间的开始到结束串行检测的标记存储,或者存储在并行轨道中,以在扫描时间结束时同时进行检测。 对于指定作为速度的函数的参数的变化的特性曲线的直线近似,盘具有表示所需斜率的齿形段,斜率恒定的间隔,以及斜率的符号 段和/或段之间的间隔。
    • 7. 发明授权
    • Vibrator damping flow meter
    • 振动阻尼流量计
    • US4493215A
    • 1985-01-15
    • US388890
    • 1982-06-16
    • Theodor GastKurt BinderGunter Honig
    • Theodor GastKurt BinderGunter Honig
    • G01F1/20G01F1/00G01F1/78
    • G01F1/78G01F1/00
    • An electromagnetically excited vibrator with arms carrying baffle members at their ends that are immersed in the flow to be measured is mounted at one or more vibration nodes to reduce loss of vibratory energy to the casing of the flow meter. A flat magnetically conducting cross shape can be mounted at a node in the middle, provided each cross beam of the cross is vibrated in flexure, and the two cross beams vibrate in phase opposition (counter stroke). Such a vibrator is excited by a similarly crossed pair of E-shaped cores with exciter and secondary windings on the middle legs of the cores, or by a coaxial re-entrant core with permanent magnet wafers set in the rim at respective locations separated by an air gap from the arms of the cross. In each case the vibrator can be firmly affixed to the central leg or legs of the core. A two-ended rod system can be excited by magnetostriction, operating differentially on a split middle portion of the core, while the latter is supported at two nodes located between the split middle portion and the respective ends that carry baffle members. Evaluation circuits in all cases measure the vibration damping caused by fluid flow.
    • 一个电磁激励的振动器,其端部上带有挡板部件的臂被浸在待测量的流中,安装在一个或多个振动节点处,以减少对流量计壳体的振动能量的损失。 如果交叉的每个横梁以弯曲方式振动,则平坦的导磁十字形可以安装在中间的节点处,并且两个横梁以相对的相反方向振动(相对行程)。 这样的振动器被类似的交叉的一对E形磁芯激励,在芯的中间腿上具有激励器和次级绕组,或者通过同轴的入口磁芯激活,永磁体晶片设置在边缘中的相应位置, 从十字架的手臂上的气隙。 在每种情况下,振动器可以牢固地固定在芯的中心腿或腿上。 两端杆系统可以通过磁致伸缩激励,在芯的中间部分分开工作,而后者则被支撑在分开的中间部分和带有挡板部件的相应端部之间的两个节点处。 评估电路在所有情况下测量由流体流动引起的振动阻尼。