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    • 3. 发明授权
    • Method to render accessible an electrical contact region of a composite
element
    • 使复合元件的电接触区域可触及的方法
    • US4356628A
    • 1982-11-02
    • US193187
    • 1980-10-01
    • Klaus MullerKarl-Hermann FrieseGerhard Holfelder
    • Klaus MullerKarl-Hermann FrieseGerhard Holfelder
    • G01N27/00G01N27/12G01N27/409H05K1/03H05K1/11H01R43/00
    • H05K1/117H05K1/0306H05K2201/09109H05K2201/0919Y10T29/49211
    • To permit easy attachment, for example, by soldering, of a connecting lead wire to a conductive track on a ceramic plate connected closely adjacent to another plate which may also be ceramic, the first ceramic plate, at least, is bent away from the other ceramic plate at the connecting portion during manufacture; the manufacturing process includes heating the plate to be bent away to be in plastic condition and then applying a bending force to form the bend, permitting the so bent plate to cool, and joining the so-bent plate to the other plate with which it is to form a composite, for example, by glass melt. The bending force may be gravity, by permitting the unsintered plate, upon heating, to fall on a curved surface; or the bending force can be generated by applying a layer of a material having differential shrinkage to the flat, unsintered plate, and heating the composite, so that, upon differential shrinkage, the ceramic plate will be bent away from its originally plane, flat state.
    • 为了容易地将连接引线容易地连接到与也可以是陶瓷的另一个板紧密连接的陶瓷板上的导电轨道上,第一陶瓷板至少被弯曲远离另一个 陶瓷板在制造过程中在连接部分; 制造工艺包括将待弯曲的板加热至处于塑性状态,然后施加弯曲力以形成弯曲部,从而允许弯曲板冷却,并将如此弯曲的板接合到另一个板 以形成例如玻璃熔体的复合材料。 弯曲力可以是重力,通过允许未烧结板在加热时落在弯曲表面上; 或者通过向平坦的未烧结板施加具有不同收缩的材料的层并且加热复合材料,可以产生弯曲力,使得当差分收缩时,陶瓷板将从原来的平面弯曲,平坦状态 。
    • 4. 发明授权
    • Electrochemical oxygen sensor, particularly for analysis of combustion
cases from internal combustion engines
    • 电化学氧传感器,特别用于分析内燃机燃烧箱
    • US4502939A
    • 1985-03-05
    • US572595
    • 1984-01-19
    • Gerhard HolfelderKlaus M/u/ ller
    • Gerhard HolfelderKlaus M/u/ ller
    • G01N27/41G01N20060101G01N27/30G01N27/403G01N27/406G01N27/407G01N27/409G01N27/416G01N27/48G01N27/46
    • G01N27/4071
    • To provide access of gases to an electrode (39, 48) positioned on a flat plate (35) of solid electrolyte material, under controlled conditions, and while preventing access of gases to the electrodes where not desired, the electrodes are covered with a porous cover layer (42, 49) of sintered granular material, for example of zirconium dioxide, having a grain size of 10 .mu.m, and 25 .mu.m thick, with void or pore-formation material added thereto which, upon sintering, becomes volatile and leaves a porous structure. A gas-tight tunnel covering (44, 51) extends over the electrode and filler covering leaving an open space in those regions where the electrode is exposed to the desired gas, for example a test gas adjacent the sensing end (11/1) of the sensor, or oxygen from ambient air adjacent the connecting or terminal end (11/3) of the sensor, the respective gas to be applied to the electrode diffusing through the pores of the porous structure to the respective electrode.
    • 为了在受控条件下提供位于固体电解质材料的平板(35)上的电极(39,48)的气体进入,并且在防止气体进入不期望的电极的同时,电极被多孔 烧结颗粒状材料的覆层(42,49),例如二氧化锆,其粒径为10μm,厚度为25μm,其中添加空隙或孔隙形成材料,其在烧结时变得挥发, 留下多孔结构。 气体密封隧道覆盖物(44,41)在电极和填料覆盖物之上延伸,在电极暴露于所需气体的那些区域中留下开放空间,例如邻近感测端(11/1)的测试气体 传感器或来自与传感器的连接端或末端(11/3)相邻的环境空气的氧气,将要施加到电极的各种气体通过多孔结构的孔扩散到相应的电极。
    • 5. 发明授权
    • Combination gas oxygen concentration and combustion light sensor
    • 组合气体氧浓度和燃烧光传感器
    • US4419212A
    • 1983-12-06
    • US343194
    • 1982-01-27
    • Hermann DietzGerhard HolfelderKlaus MullerHarald Reber
    • Hermann DietzGerhard HolfelderKlaus MullerHarald Reber
    • G01J1/02F02B1/04F02P17/12G01L23/22G01M15/04G01M15/10G01N27/403G01N27/407G01N27/409H01T13/48G01N27/46
    • G01N27/407G01L23/22G01M15/10G01N27/4062H01T13/48F02B1/04
    • To permit simultaneous evaluation of the light as a consequence of combustion in the combustion chamber of an internal combustion (IC) engine, and evaluation of the oxygen content of the combustion gas resulting from the combustion, a tubular housing of generally spark-plug shape is closed off at the end facing the combustion chamber by a solid electrolyte body in form of a disk (6), closed tube or thimble (6c) or the like, which is made of transparent zirconium dioxide. The interior of the housing has a light guide (7) extending therein. The solid electrolyte body has electrodes (11, 11'; 11c, 11'c) applied thereto, electrically connected to an electrical evaluation stage (EE) to determine oxygen concentration in the combustion gases, while the light due to combustion is transmitted through the solid electrolyte to the light guide for evaluation in an optical evaluation stage (EO). The ceramic body may be ground to form a lens to focus light resulting upon combustion on the light guide which can have a jacket (15) which is electrically conductive to provide one output terminal from the electrodes applied to the solid electrolyte body, the other electrode being connected through the housing to chassis.
    • 为了同时评价作为内燃(IC)发动机的燃烧室中燃烧的结果的光,以及燃烧产生的燃烧气体的氧含量的评价,通常为火花塞形状的管状壳体为 在由透明二氧化锆制成的盘(6),封闭管或套管(6c)等形式的固体电解质体封闭在面向燃烧室的一端。 壳体的内部具有在其中延伸的导光体(7)。 固体电解质体具有施加到其上的电极(11,11'; 11c,11'c),电连接到电气评估台(EE)以确定燃烧气体中的氧浓度,同时由于燃烧的光被透过 在光学评估阶段(EO)中评估光导体的固体电解质。 陶瓷体可以被研磨以形成透镜以将导致燃烧的光聚焦在导光体上,该光导可以具有导电的护套(15),以从施加到固体电解质体的电极提供一个输出端,另一个电极 通过外壳连接到底盘。
    • 6. 发明授权
    • Glow plug, particularly for diesel engine
    • 辉光插头,特别适用于柴油发动机
    • US4418661A
    • 1983-12-06
    • US267516
    • 1981-05-27
    • Friedrich EsperThomas FreyHeinz GeierGerhard HolfelderGunther Knoll
    • Friedrich EsperThomas FreyHeinz GeierGerhard HolfelderGunther Knoll
    • F02B3/06F23Q7/00F23G7/00F02P19/02
    • F23Q7/001F02B3/06
    • To decrease the preheat time and power requirements in preheater-type glow plugs for Diesel engines, a closed ceramic tube (20), for example of aluminum oxide and of about 5 mm diameter has, on the bottom (21) thereof applied a layer or film-like heater element (24, 24'), for example in an undulating or zig-zag configuration (FIG. 2) or in form of a constriction or pinch (FIG. 4: 24') to provide a concentrated point or strip source of heat. The heater layer itself is protected by a protective coating (25) and, to provide for the required heat distribution, the underlying bottom (21, 21') of the tube (20, 20') supports an insulating intermediate layer and possibly a heat conductive layer is intermediate. Preheat times in the order of 1-2 seconds, with lower current consumption than prior wound-wire plugs can be obtained.
    • 为了减少用于柴油发动机的预热器型电热塞中的预热时间和功率要求,其底部(21)上的封闭陶瓷管(例如氧化铝)和约5mm直径的陶瓷管(20)应用一层或 膜状加热器元件(24,24'),例如以起伏或锯齿形构造(图2)或收缩或夹紧(图4:24')的形式提供集中点或条带 热源。 加热器层本身由保护涂层(25)保护,并且为了提供所需的热分布,管(20,20')的下面的底部(21,21')支撑绝缘中间层和可能的热 导电层是中间的。 可以获得大约1-2秒的预热时间,其电流消耗比现有的缠绕线塞更低。