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
    • 2. 发明授权
    • Device for electrochemically measuring the concentration of oxygen in
combustion gases
    • 用于电化学测量燃烧气体中氧浓度的装置
    • US4057477A
    • 1977-11-08
    • US654918
    • 1976-02-03
    • Helmut WeylLeo Steinke
    • Helmut WeylLeo Steinke
    • G01N27/403G01N27/407G01N27/46
    • G01N27/407G01N27/4062G01N27/4078
    • A housing of the device has a passage formed with two spaced open ends and with an inner circumferential shoulder. A tubular member of ion-conducting solid electrolyte material has a first closed-ended portion projecting from one of the open ends, and a second portion extending through the passage and being formed with an outer circumferential flange an axial end face of which faces the one open end and is supported by the shoulder. The interior of the tubular member is in communication with the ambient atmosphere, and an electron-conductive inner electrode is provided on an inner surface of the tubular member and conductively connected with an outside terminal portion. An electron-conductive outer electrode is provided on an outer surface of the tubular member and conductively connected with the housing. A compensating arrangement is provided on the housing fixed with reference thereto and engages the second portion of the tubular member in such a way as to compensate for differential coefficience of thermal expansion and contraction of the material of the housing and of the tubular member, respectively. This prevents relative movements of the housing and tubular member when such differential expansion or contraction occurs.
    • 装置的壳体具有形成有两个间隔开的开口端和内周肩部的通道。 离子导电固体电解质材料的管状构件具有从一个开口端突出的第一封闭端部分和延伸穿过通道的第二部分,并且形成有外周凸缘,其轴向端面面向一个 开放式,并由肩膀支撑。 管状构件的内部与环境大气连通,并且在管状构件的内表面上设置电子导电内部电极,并与外部端子部分导电连接。 电子导电外电极设置在管状构件的外表面上并与壳体导电连接。 在相对于其固定的壳体上提供补偿装置,并且以这样一种方式接合管状构件的第二部分,以分别补偿壳体和管状构件的材料的热膨胀和收缩的差异系数。 这样可以防止在出现这种不同的膨胀或收缩时壳体和管状构件的相对运动。
    • 3. 发明授权
    • Electrochemical exhaust gas oxygen sensor construction
    • 电化学废气氧传感器构造
    • US4187163A
    • 1980-02-05
    • US863612
    • 1977-12-23
    • Leo SteinkeHelmut Weyl
    • Leo SteinkeHelmut Weyl
    • G01N27/409F02D41/14G01N27/403G01N27/407G01N27/46
    • G01N27/407F02D41/1454G01N27/4062
    • To prevent ingress of moisture, water, dirt, or other contamination into the interior of an exhaust gas sensor having an opening to provide for communication with ambient air to establish an oxygen reference level, a cover cap, preferably of metal, but which may be of plastic if extreme heat resistance is not required, is placed over the sensor, the cover cap being formed with a labyrinth which provides for communication between ambient air and the interior of the sensor, the labyrinth preferably being formed as a groove, especially a spiral groove, in the interior of the cap and having access to outside ambient air, the cap preferably being secured by means other than friction, such as a spot weld, an engagement catch or the like to the sensor housing.
    • 为了防止湿气,水,污垢或其他污染物进入具有开口的废气传感器的内部,以提供与环境空气的连通以建立氧参考水平,优选为金属的盖帽,但可以是 的塑料,如果不需要极高的耐热性,则放置在传感器上方,盖帽形成有迷宫,该迷宫用于环境空气和传感器内部之间的连通,迷宫优选地形成为凹槽,特别是螺旋形 凹槽,在盖的内部并且能够进入外部环境空气的情况下,盖优选地通过除摩擦之外的装置(例如点焊,接合卡爪等)固定到传感器壳体。
    • 4. 发明授权
    • Electrochemical sensor construction
    • 电化学传感器构造
    • US4019974A
    • 1977-04-26
    • US643934
    • 1975-12-23
    • Helmut WeylLeo Steinke
    • Helmut WeylLeo Steinke
    • G01N27/409F02B77/08G01N27/403G01N27/407G01N27/46
    • G01N27/407G01N27/4062G01N27/4078
    • To provide for insulation between the conductors of a solid electrolyte ion-conductive oxygen measuring tube and a steel housing thereof, for introduction into the exhaust system of an automotive vehicle, the housing is formed with a shoulder against which a ceramic ring is seated, the tube passing through the ring, and likewise being formed with a shoulder seating against the ring. The outer conductor along the tube extends beyond the ring. A resilient electrically conductive mass such as graphite is packed around the tube, and spaced from the inner walls of the housing by a resilient mass of an insulating powder, such as talcum. The tube is held in position by a second insulating ring, the aperture of which is lined with a metallic sleeve contacting the electrically conductive powder and providing a contact connection to a terminal located in an end insulator secured to the housing; the interior of the tube is likewise connected to another terminal located in the insulator.
    • 为了提供固体电解质离子导电氧测量管的导体与其钢壳体之间的绝缘,用于引入机动车辆的排气系统中,壳体形成有陶瓷环所位于的肩部, 管穿过环,并且同样形成有肩部抵靠环的座。 沿管的外导体延伸超过环。 诸如石墨的弹性导电块被包裹在管周围,并且通过诸如滑石的绝缘粉末的弹性质量与壳体的内壁隔开。 管通过第二绝缘环保持在适当的位置,第二绝缘环的孔径与金属套筒相接触,金属套筒与导电粉末接触,并提供与位于固定到壳体的末端绝缘体中的端子的接触连接; 管的内部同样连接到位于绝缘体中的另一个端子。
    • 7. 发明授权
    • Device for electrochemically measuring the concentration of oxygen in
combustion gases
    • 用于电化学测量燃烧气体中氧浓度的装置
    • US3960693A
    • 1976-06-01
    • US447330
    • 1974-03-01
    • Helmut WeylLeo Steinke
    • Helmut WeylLeo Steinke
    • G01N27/04F02B77/08G01N20060101G01N27/28G01N27/403G01N27/407G01N27/409G01N27/416G01N27/46
    • G01N27/407G01N27/4062G01N27/4078
    • A housing of the device has a passage formed with two spaced open ends and with an inner circumferential shoulder. A tubular member of ion-conducting solid electrolyte material has a first closed-ended portion projecting from one of the open ends, and a second portion extending through the passage and being formed with an outer circumferential flange an axial end face of which faces the one open end and is supported by the shoulder. The interior of the tubular member is in communication with the ambient atmosphere, and an electron-conductive inner electrode is provided on an inner surface of the tubular member and conductively connected with an outside terminal portion. An electron-conductive outer electrode is provided on an outer surface of the tubular member and conductively connected with the housing. A compensating arrangement is provided on the housing fixed with reference thereto and engages the second portion of the tubular member in such a way as to compensate for differential coefficience of thermal expansion and contraction of the material of the housing and of the tubular member, respectively. This prevents relative movements of the housing and tubular member when such differential expansion or contraction occurs.
    • 装置的壳体具有形成有两个间隔开的开口端和内周肩部的通道。 离子导电固体电解质材料的管状构件具有从一个开口端突出的第一封闭端部分和延伸穿过通道的第二部分,并且形成有外周凸缘,其轴向端面面向一个 开放式,并由肩膀支撑。 管状构件的内部与环境大气连通,并且在管状构件的内表面上设置电子导电内部电极,并与外部端子部分导电连接。 电子导电外电极设置在管状构件的外表面上并与壳体导电连接。 在相对于其固定的壳体上提供补偿装置,并且以这样一种方式接合管状构件的第二部分,以分别补偿壳体和管状构件的材料的热膨胀和收缩的差异系数。 这样可以防止在出现这种不同的膨胀或收缩时壳体和管状构件的相对运动。