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    • 2. 发明公开
    • Gas sensor with multi-level sensitivity circuitry
    • Gassensor mit Schaltungfürmehrstufige Empfindlichkeit
    • EP0884592A2
    • 1998-12-16
    • EP98304085.8
    • 1998-05-22
    • CTS Corporation
    • Newman, Robert L.Duesler, John S.
    • G01N33/00G01N27/16G01N25/22
    • G01N33/0031
    • A combustible gas detector or sensors having a multi-level sensitivity circuitry. The gas detector has a bridge circuit for outputting voltages indicative of gas concentrations contacting the bridge circuit. There is a power supply node electrically coupled to one end of the bridge circuit. There is also a voltage control circuit, coupled between the bridge circuit and the power supply node for controlling when at least a low and high input voltage level is supplied to the bridge circuit so that the bridge circuit has at least two levels of gas concentration discernability. The bridge circuit outputs distinguishable voltage levels for high gas concentrations in response to receiving the low voltage level. Additionally, the bridge circuit outputs distinguishable voltage levels for low gas concentrations in response to receiving the high voltage level.
    • 具有多级灵敏度电路的可燃气体检测器或传感器。 气体检测器具有用于输出表示与桥接电路接触的气体浓度的电压的桥接电路。 电源节点电连接到桥接电路的一端。 还有一个电压控制电路,耦合在桥接电路和电源节点之间,用于当至少将低和高的输入电压电平提供给桥接电路时进行控制,使得桥接电路具有至少两个级别的气体浓度可辨别性 。 桥接电路响应于接收到低电压电平而输出用于高气体浓度的可区分的电压电平。 此外,桥接电路响应于接收高电压电平而输出用于低气体浓度的可区分的电压电平。
    • 4. 发明公开
    • A gas sensor with orientation insensitivity
    • 方向独立气体传感器
    • EP0908720A1
    • 1999-04-14
    • EP98304255.7
    • 1998-05-29
    • CTS Corporation
    • Newman, Robert L.Blakesley, Patrick B.
    • G01N27/12G01N33/00
    • G01N33/0009G01N27/16
    • A gas sensor for being placed into a gas stream. The sensor includes 1) a base having an axis that is perpendicular to the gas stream, 2) a sensor element on the base, 3) a catalysed sensor element on the base proximate the sensor element, for creating an exothermic reaction upon contacting the gas stream thereby forming a heated gas stream portion, and 4) the catalysed sensor element and the sensor element are positioned on the base so that as the base rotates about the axis, the heated gas stream portion will not contact the sensor element. In particular, the base has a second axis being perpendicular to the axis and separating the sensor element from the catalysed sensor element. Additionally, the invention provides a device that may have both the sensor element and the catalysed sensor element including a longitudinal axis. Wherein, both the sensor element and the catalysed sensor element may have many different shapes. Both the sensor element and the catalysed sensor element may have two or three sides that are coextensive with at least one void. As a result of having a void the base may include a bridge that connects at least one side of the sensor element and the catalysed sensor element to the base.
    • 5. 发明公开
    • A gas sensor with multiple exposed active elements
    • 元。。。。。。。。。。。。。。
    • EP0886137A1
    • 1998-12-23
    • EP98304256.5
    • 1998-05-29
    • CTS Corporation
    • Newman, Robert L.
    • G01N27/16
    • G01N33/0047G01N27/16G01N27/185G01N33/0031
    • A combustible gas detector or sensor having catalytic coated resistance sensing elements that uses a Wheatstone bridge. There is a power supply node electrically coupling one end of a first and second bridge of the Wheatstone bridge. There is a ground node electrically coupling the first and second bridge at another end. There is a first and second metered node located on the first and second bridge respectively. There is a first catalytic sensor element, located on the first bridge between the power node and first metered node. There is a second catalytic sensor element, located on the second bridge between the ground node and second metered node. There is a first reference sensor element, located on the first bridge and in series with the first catalytic sensor element, and coupled between the first metered node and the ground node. Finally, there is a second reference sensor element located on the second bridge and in series with the second catalytic sensor element, and coupled between the second metered node and the power node.
    • 具有使用惠斯通电桥的催化涂层电阻传感元件的可燃气体探测器或传感器。 电源节点电连接惠斯通电桥的第一和第二桥的一端。 在另一端有一个接地节点电耦合第一和第二桥。 分别位于第一和第二桥上的第一和第二计量节点。 第一催化传感器元件位于功率节点和第一计量节点之间的第一桥上。 第二催化传感器元件位于接地节点和第二计量节点之间的第二桥上。 第一参考传感器元件位于第一桥上并且与第一催化传感器元件串联,并且耦合在第一计量节点和接地节点之间。 最后,存在位于第二桥上并与第二催化传感器元件串联的第二参考传感器元件,并且耦合在第二计量节点和功率节点之间。
    • 6. 发明公开
    • Non-contacting position sensor using bi-polar tapered magnets
    • BerührungslosesPositionsmessgerätmit sichverjüngendenbipolaren Magneten
    • EP1008835A1
    • 2000-06-14
    • EP99308176.9
    • 1999-10-18
    • CTS Corporation
    • Duesler, John S.Jarrard, Craig A.Newman, Robert L.Nonnenmacher, Ronald C.Pfaffenberger, David S.Miller, David J.
    • G01D5/14G01D5/16G01B7/30
    • G01D5/145G01B7/003G01B7/30
    • In accordance with the present invention, a non-contacting position sensor using bipolar tapered magnets is provided. A non-contacting position sensor in accordance with the preferred embodiment uses a pole piece having a first plate and a second plate. Four magnets are affixed to the first plate and second plate. Each magnet has a thick end and a thin end. Two magnets generate a linearly varying magnetic field having a first polarity, while the other two magnets generate a linearly varying magnetic filed having a second polarity. An air gap is formed in the space between the four magnets. A magnetic flux sensor is positioned within the air gap. The component whose position is to be monitored is rigidly attached to either the pole piece or the magnetic flux sensor, causing the magnetic flax sensor to move relative to the magnets within the air gap as the component moves. A varying magnetic field is detected by the magnetic flux sensor, resulting in a signal from the magnetic flux sensor that varies according to its position relative to the four magnets. The signal from the magnetic flux sensor is used to provide an indication of the position of the component to be monitored.
    • 根据本发明,提供了使用双极锥形磁体的非接触位置传感器。 根据优选实施例的非接触位置传感器使用具有第一板和第二板的极片。 四个磁体固定在第一板和第二板上。 每个磁体都有一个较厚的端部和一个较薄的端部。 两个磁体产生具有第一极性的线性变化的磁场,而另外两个磁体产生具有第二极性的线性变化的磁场。 在四个磁体之间的空间中形成气隙。 磁通量传感器位于气隙内。 要监视其位置的部件刚性地附接到极片或磁通量传感器,使得磁性亚麻传感器随着部件移动而相对于气隙内的磁体移动。 由磁通量传感器检测到变化的磁场,导致来自磁通量传感器的信号根据其相对于四个磁体的位置而变化。 来自磁通量传感器的信号用于提供待监测部件的位置的指示。