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    • 2. 发明授权
    • Accelerometer based angular position sensor
    • 基于加速度计的角位置传感器
    • US06873931B1
    • 2005-03-29
    • US09685317
    • 2000-10-10
    • Daniel L. NowerAlbert C. AbnettDavid A. Hinkle
    • Daniel L. NowerAlbert C. AbnettDavid A. Hinkle
    • G01B11/27G05D17/02
    • G01C9/06G01B11/272G01C9/08
    • An alignment system having an angular position sensing device using an accelerometer to determine the angular position of the device. Preferably, the angular position sensing device incorporates two dual-axis accelerometers oriented in a spaced apart relation for determining the angular position of a rotating body in space. The angular position sensing device is operable to account for centrifugal and angular acceleration errors due to the rotation of the rotating body in space, thereby providing an accurate angular position of the rotating body. The angular position sensor also determines the angular position of the rotating body based on a sensing axis having the greatest range of sensitivity according to the angular position of the rotating body.
    • 一种对准系统,其具有使用加速度计来确定装置的角位置的角度位置检测装置。 优选地,角位置检测装置包括以间隔关系定向的两个双轴加速度计,用于确定旋转体在空间中的角位置。 角位置检测装置可操作以解决由于旋转体在空间中的旋转引起的离心和角加速度误差,从而提供旋转体的精确角位置。 角度位置传感器还根据旋转体的角位置具有最大灵敏度范围的感测轴,确定旋转体的角度位置。
    • 5. 发明授权
    • Low viscosity measurement adapter for an orbiting object viscometer
    • 用于轨道物体粘度计的低粘度测量适配器
    • US6035703A
    • 2000-03-14
    • US159619
    • 1998-09-23
    • Albert C. Abnett
    • Albert C. Abnett
    • G01N11/10G01N11/12G01N11/14
    • G01N11/10
    • An adapter for an orbiting object viscometer that extends the practical measurement range of such viscometer type to lower viscosity fluids and improves the measurement accuracy. A baffle means disposed in the test fluid reduces whirlpooling, which occurs in low useful viscosity fluids, to extend the viscosity measurement range to lower viscosity fluids. A temperature sensor disposed in the test fluid increases the accuracy of the viscosity measurements by providing more accurate fluid temperature to the processor calculating the viscosity. The advantages of the orbiting object viscometer such as rapid viscosity measurements and the ability to measure the viscosity of hazardous or corrosive fluids are maintained through the design of the adapter providing support for a single vane baffle or compound vane baffle immersed into the fluid, which adaptor is designed and mounted to ensure that the baffle carefully avoids the path of the orbiting object within same fluid.
    • 一种用于轨道物体粘度计的适配器,其将这种粘度计类型的实际测量范围扩展到较低粘度流体,并提高测量精度。 设置在测试流体中的挡板装置减少了在低有用粘度流体中发生的涡流,以将粘度测量范围扩展到较低粘度的流体。 设置在测试流体中的温度传感器通过向处理器计算粘度提供更精确的流体温度来增加粘度测量的精度。 轨道物体粘度计的优点如快速粘度测量和测量危险或腐蚀性流体粘度的能力通过适配器的设计来保持,该适配器为浸入流体中的单个叶片挡板或复合叶片挡板提供支撑,该适配器 设计和安装,以确保挡板小心地避免在同一流体内的轨道物体的路径。
    • 7. 发明授权
    • Free rotor viscometer
    • 自由转子粘度计
    • US06691560B2
    • 2004-02-17
    • US10001576
    • 2001-11-02
    • Albert C. Abnett
    • Albert C. Abnett
    • G01N1116
    • G01N11/14G01N2203/0094G01N2203/0676
    • A rotary viscometer is described where there is no mechanical linkage between a rotor that is rotated in a test fluid to measure viscosity and the rotor drive source. A rotor is disposed in a test fluid within a test chamber. The rotor is mounted on low friction bearings. Electromagnets disposed around the test chamber impose a constant torque on the rotor. Rotor rotation rate corresponding to fluid viscosity is measured. The viscometer may have a sealed test chamber for measuring viscosity of hazardous or corrosive test fluids without exposing the operator to the fluid.
    • 描述了一种旋转粘度计,其中在测试流体中旋转以测量粘度的转子和转子驱动源之间不存在机械连接。 将转子设置在测试室内的测试流体中。 转子安装在低摩擦轴承上。 设置在测试室周围的电磁铁在转子上施加恒定的转矩。 测量对应于流体粘度的转子旋转速度。 粘度计可以具有用于测量危险或腐蚀性测试流体的粘度的密封测试室,而不会使操作者暴露于流体。
    • 9. 发明授权
    • Circuit for measuring the horsepower per cylinder for an engine
    • 用于测量发动机每缸的马力的电路
    • US4325128A
    • 1982-04-13
    • US33881
    • 1979-04-27
    • Albert C. AbnettMark E. Towns
    • Albert C. AbnettMark E. Towns
    • G01L3/24G06F15/20G01M15/00
    • G01L3/245
    • A measuring and processing electronic circuit for measuring and visually displaying digitally the horsepower per cylinder selected for a reciprocating engine. Proximity sensors relate the rotation of cylinder by way of the fly-wheel and the crank shaft, to r.p.m. of the engine, and instantaneous position of the cylinder in the stroke. There is also provided a representative pulse for each degree through 360.degree. of the revolution of the flywheel. A pressure transducer is mechanically linked to each cylinder in the engine. A selector switch selects which cylinder's horsepower is to be measured. In arriving at horsepower per cylinder the pressure measurement is multiplied against a volume signal for each degree through the revolution. The resultants for each degree are summed and multiplied against r.p.m. measurement for horsepower per cylinder.
    • 一种测量和处理电子电路,用于以往复式发动机选择的每个气缸的数字测量和视觉显示数字。 接近传感器通过飞轮和曲轴将气缸的旋转与r.p.m相关联。 的发动机,以及气缸在行程中的瞬时位置。 飞轮革命的360°也为每个程度提供了代表性的脉搏。 压力传感器机械连接到发动机中的每个气缸。 选择开关选择要测量哪个气缸的功率。 在每个气缸达到马力时,通过旋转将压力测量值乘以每个程度的音量信号。 每个学位的结果总和和乘以r.p.m。 每缸马力的测量。