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    • 2. 发明授权
    • Angle measurement device employing angle sensor and electronics
integrally formed on a printed circuit board
    • 角度测量装置采用角度传感器和集成在印刷电路板上的电子装置
    • US5381604A
    • 1995-01-17
    • US247923
    • 1994-05-23
    • Jeffrey C. HeidelBradley D. CarlsonWarren W. Stansberry
    • Jeffrey C. HeidelBradley D. CarlsonWarren W. Stansberry
    • G01C9/06G01C9/20
    • G01C9/20G01C9/06
    • An integral angle measurement device employs a printed circuit board having electronic components mounted on the front surface thereof and having a pair of sensor plates etched into the back surface thereof. Containment of the sensor fluid adjacent the sensor plates is accomplished by soldering a sensor cover to an etched sealing ring on the back of the circuit board. The sensor plates etched into the back of the printed circuit board, in combination with the sensor fluid, act as variable resistors whose resistance changes as a function of their angle of rotation from a reference position. An output signal across these variable resistors is in or out of phase with an applied reference signal. The output signal is demodulated with the same reference signal and then filtered to a DC level that corresponds to the angle of rotation. An output stage serves as a driver and also as a means for permitting the user to remotely control the electronic gain of the angle measurement device.
    • 整体角度测量装置采用具有安装在其前表面上的电子部件并且具有蚀刻到其后表面中的一对传感器板的印刷电路板。 通过将传感器盖焊接到电路板背面的蚀刻密封环来实现传感器流体与传感器板相邻的收容。 蚀刻到印刷电路板背面的传感器板与传感器流体结合起来,作为可变电阻器,其电阻随其与参考位置的旋转角度而变化。 这些可变电阻器上的输出信号与施加的参考信号处于或不同相。 输出信号用相同的参考信号进行解调,然后过滤到对应于旋转角度的直流电平。 输出级用作驱动器,并且还用作允许用户远程控制角度测量装置的电子增益的装置。
    • 3. 发明授权
    • Capacitive gravity sensor and inclinometer
    • 电容重力传感器和倾斜仪
    • US5237753A
    • 1993-08-24
    • US884332
    • 1992-05-18
    • Bradley D. CarlsonHarold L. SwartzWarren W. Stansberry
    • Bradley D. CarlsonHarold L. SwartzWarren W. Stansberry
    • G01C9/06G01C9/20
    • G01C9/20G01C9/06G01C2009/062
    • Disclosed is an improved inclination sensor and an improved inclinometer. A pair of plates in combination with a metallic housing provides accurate inclination information over ranges of 0.degree..+-.60.degree. and 180.degree..+-.60.degree.. A second pair of plates rotated 90.degree. in the plane of the first pair of plates, provides accurate inclination information over ranges of 90.degree..+-.60.degree. to 270.degree..+-.60.degree.. Coverage is thereby provided over 360.degree.. The inclination sensor is combined with a microprocessor which is programmed to weight the contribution of the plates so as to provide a smooth transition for angles in the region of coverage overlap. A EEPROM memory stores and provides calibration input information to correct the inclination sensor output to accurate output angles.
    • 公开了一种改进的倾斜传感器和改进的倾斜仪。 一对与金属外壳结合的板材在0°+/- 60°和180°+/- 60°的范围内提供精确的倾斜信息。 在第一对板的平面上旋转90°的第二对板在90°+/- 60°至270°+/- 60°的范围内提供精确的倾斜信息。 从而提供了360度的覆盖范围。 倾斜传感器与微处理器组合,微处理器被编程为对板的贡献加权,以便为覆盖重叠区域中的角度提供平滑过渡。 EEPROM存储器存储并提供校准输入信息以将倾斜传感器输出校正到精确的输出角度。
    • 5. 发明授权
    • Angle measurement device employing angle sensor and electronics with
lead circuitry integrally formed on a printed circuit board
    • 角度测量装置采用角度传感器和电子元件,引线电路整体形成在印刷电路板上
    • US5511320A
    • 1996-04-30
    • US247301
    • 1994-05-23
    • Jeffrey C. HeidelBradley D. CarlsonWarren W. Stansberry
    • Jeffrey C. HeidelBradley D. CarlsonWarren W. Stansberry
    • G01C9/06G01C9/20
    • G01C9/06G01C9/20
    • An integral resistive angle measurement device employs a printed circuit board having electronic components mounted on the front surface thereof and having a pair of sensor plates etched into the back surface thereof and a metallic web mounted between the pair of sensor plates on the back surface of the printed circuit board. Containment of the resistive sensor fluid adjacent the sensor plates is accomplished by soldering a sensor cover to an etched sealing ring on the back of the circuit board. The sensor plates etched into the back of the printed circuit board, in combination with the sensor fluid, act as variable resistors whose resistance changes as a function of their angle of rotation from a reference position. An output signal across these variable resistors is in or out of phase with an applied reference signal. The output signal is demodulated with the same reference signal and then filtered to a DC level that corresponds to the angle of rotation. An output stage serves as a driver and also as a means for permitting the user to remotely control the electronic lead of the angle measurement device.
    • 整体式电阻角测量装置采用印刷电路板,其电子部件安装在其前表面上,并且具有蚀刻到其后表面中的一对传感器板和安装在该背面上的一对传感器板之间的金属网 印刷电路板。 通过将传感器盖焊接到电路板背面的蚀刻密封环来实现邻近传感器板的电阻式传感器流体的封闭。 蚀刻到印刷电路板背面的传感器板与传感器流体结合起来,作为可变电阻器,其电阻随其与参考位置的旋转角度而变化。 这些可变电阻器上的输出信号与施加的参考信号处于或不同相。 输出信号用相同的参考信号进行解调,然后过滤到对应于旋转角度的直流电平。 输出级用作驱动器,并且还用作允许用户远程控制角度测量装置的电子引线的装置。
    • 7. 发明授权
    • Key identifier method and apparatus
    • 密钥标识符方法和装置
    • US5617323A
    • 1997-04-01
    • US551164
    • 1995-10-31
    • Warren W. StansberryBradley D. CarlsonJeffrey C. Heidel
    • Warren W. StansberryBradley D. CarlsonJeffrey C. Heidel
    • G01B7/287G06F19/00
    • G01B7/287E05B19/0011
    • An electronic key identifier includes first and second opposing surface segment sensors which can be clamped into engagement with the opposite sides of the blade of an unknown key blank. Each side of the key blade includes collinear surface segments separated by one or more recessed segments. Electrical conductors within the surface segment sensors contact the raised surface segments and discharge electrical energy through the grounded key blade. Appropriate electronic circuitry interfaces the conductor of the surface segment sensor with a computer to generate an electronic image of the two key blade sides. By comparing the electrical image of the unknown key blade with a database of electrical images of known key blades, the unknown key can be identified to allow the operator of a key cutting machine to quickly complete the key identification process.
    • 电子钥匙识别器包括第一和第二相对的表面段传感器,其可被夹紧成与未知钥匙坯件的刀片的相对侧接合。 钥匙刀片的每一侧都包括由一个或多个凹陷部分分开的共线表面段。 表面段传感器内的电导体接触凸起的表面段,并通过接地的钥匙刀片释放电能。 适当的电子电路将表面段传感器的导体与计算机接口以产生两个键叶片侧面的电子图像。 通过将未知密钥刀片的电子图像与已知密钥刀片的电子图像的数据库进行比较,可以识别未知密钥以允许密钥切割机的操作者快速完成密钥识别过程。
    • 8. 发明授权
    • Plantation style security shutters
    • 种植风格安全百叶窗
    • US07793463B1
    • 2010-09-14
    • US11805214
    • 2007-05-22
    • Warren W. StansberryBradley D. CarlsonJeffrey C. Heidel
    • Warren W. StansberryBradley D. CarlsonJeffrey C. Heidel
    • E05C9/00
    • E05C1/06E05B15/0086E05B63/242E05B65/1033E06B9/04Y10T292/102Y10T292/1022Y10T292/432
    • A shutter assembly includes left and right shutter doors hingedly mounted between upper and lower horizontal frame members secured over an opening to be shuttered. Vertical stiles serve as the left and right frame members of each of the shutter doors. The vertical stile on the unhinged side of one of the shutter doors includes a vertical flange that engages and secures the vertical stile on the unhinged side of the other shutter door when both doors are closed and locked. The two vertical stiles framing each door retain left and right pivot strips to which a plurality of louvers are mounted for rotation. A louver tilt rod mechanism is attached to and hidden from view behind one of the vertical styles of each of the doors and operates to mechanically link the louvers for movement in concert. A wire rope is positioned longitudinally within each of the louvers to prevent a breach of the shutter assembly through attempted bending of the louvers. The wire rope acts also serves to deter sawing of the louvers by its tendency to rotate and also to bind a saw blade that contacts it. A dual shot pin latching mechanism is vertically positioned between a latch socket block and a latch actuator block mounted to the framework of the opening to be shuttered behind the upper and lower horizontal frame members, respectively, to secure the shutter doors in their closed position.
    • 闸门组件包括铰链地安装在上和下水平框架构件之间的左闸门和右闸门,其固定在要关闭的开口上。 垂直的立柱用作每个闸门的左右框架构件。 其中一个卷帘门的非平面侧的垂直立柱包括垂直凸缘,当两个门关闭并锁定时,垂直凸缘接合并固定在另一个挡板门的非平滑侧上。 构成每个门的两个垂直立柱保持左右的枢轴带,多个百叶窗安装在该枢转条上用于旋转。 一个百叶窗倾斜杆机构连接到每个门的垂直风格之一并隐藏在视图之后,并且操作以将百叶窗机械连接以一起运动。 钢丝绳纵向地定位在每个百叶窗内,以防止通过尝试弯曲百叶窗来破坏闸门组件。 钢丝绳作用还用于通过其转动的趋势阻止百叶窗的锯切,并且还能够与接触它的锯片结合。 双针销闩锁机构垂直地定位在闩锁插座块和安装到开口的框架上的闩锁致动器块之间,以分别在上部和下部水平框架构件的后面闭合,以将快门门固定在其关闭位置。
    • 9. 发明授权
    • Two axis capacitive inclination sensor
    • 双轴电容式倾斜传感器
    • US5180986A
    • 1993-01-19
    • US775593
    • 1991-10-15
    • Harold L. SwartzWarren W. StansberryJeffrey C. HeidelBradley D. Carlson
    • Harold L. SwartzWarren W. StansberryJeffrey C. HeidelBradley D. Carlson
    • G01C9/06G01C9/20
    • G01C9/20G01C9/06
    • A two axis sensor is provided for detecting angular movement relative to either of two mutually perpendicular axes. The device includes a two-axis sensor comprising an upwardly directed, spherically shaped common electrode, an upwardly directed spherically shaped insulating member uniformly spaced from the common electrode to form a cavity therebetween, the common electrode and the insulating member being sealed to each other about respective peripheries thereof, with a dielectric fluid contained in the cavity, a plurality of detecting electrodes provided on an underside of the insulating member, the detecting electrodes formed by a selectively applied conductive surface coating on the underside, and means for detecting variations in capacitance proportional to movement of the sensor relative to each of two mutually perpendicular axes by reason of movement of the dielectric fluid within the cavity.
    • 提供两轴传感器用于检测相对于两个相互垂直的轴中的任一个的角运动。 该装置包括一个双轴传感器,包括一个向上定向的球形公共电极,与公共电极均匀间隔开的向上定向的球形绝缘件,以在它们之间形成空腔,公共电极和绝缘构件彼此密封约 其周围具有包含在空腔中的介电流体,设置在绝缘构件的下侧上的多个检测电极,由下侧上的选择性地施加的导电表面涂层形成的检测电极,以及用于检测电容比例的变化的装置 由于介电流体在空腔内的移动,传感器相对于两个相互垂直的轴线中的每一个移动。
    • 10. 发明授权
    • Two axis inclination sensor
    • 双轴倾斜传感器
    • US5079847A
    • 1992-01-14
    • US355014
    • 1989-05-22
    • Harold L. SwartzWarren W. StansberryJeffrey C. HeidelBradley D. Carlson
    • Harold L. SwartzWarren W. StansberryJeffrey C. HeidelBradley D. Carlson
    • G01C9/06G01C9/20
    • G01C9/06G01C9/20
    • A two axis sensor is provided for detecting angular movement relatice to either of two mutually perpendicular axes. The device includes a two-axis sensor comprising an upwardly directed, spherically shaped common electrode, an upwardly directed spherically shaped insulating member uniformly spaced from the common electrode to form a cavity therebetween, the common electrode and the insulating member being sealed to each other about respective peripheries thereof, with a dielectric fluid contained in the cavity, a plurality of detecting electrodes provided on an underside of the insulating member, the detecting electrodes formed by a selectively applied conductive surface coating on the underside, and a device for detecting variations in capacitance proportional to movement of the sensor relative to each of two mutually perpendicular axes by reason of movement of the dielectric fluid within the cavity.
    • 提供两轴传感器用于检测与两个相互垂直的轴中的任一个的角运动相对性。 该装置包括一个双轴传感器,包括一个向上定向的球形公共电极,与公共电极均匀间隔开的向上定向的球形绝缘件,以在它们之间形成空腔,公共电极和绝缘构件彼此密封约 各自的周边,包含在空腔中的电介质流体,设置在绝缘构件的下侧上的多个检测电极,通过在下侧上的选择性地施加的导电表面涂层形成的检测电极和用于检测电容变化的装置 与传感器相对于两个相互垂直的轴中的每一个的运动成比例,这是由于介质流体在空腔内的移动。