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    • 1. 发明授权
    • Self-contained, particularly vehicular network with malfunction
indication
    • 独立的,特别是具有故障指示的车辆网络
    • US4413222A
    • 1983-11-01
    • US314493
    • 1981-10-23
    • Willi GansertUlrich MunzEdgar Kuhn
    • Willi GansertUlrich MunzEdgar Kuhn
    • H02J7/14H02J7/16
    • H02J7/1461H02J7/166
    • A plurality of threshold switches or comparators, at least two and preferably five to seven are provided to compare actual generator output voltage (u.sub.g) with respect to various threshold levels derived from battery voltage, and normal and abnormal and highly abnormal or excessive voltage conditions. Actual generator voltage is sensed by providing a separate set of rectifiers (14) connected to the generator (10) and providing output voltage signals representative only of the magnetism of the field--remanent or excited--and generator speed, independently of loading and battery voltage, to permit monitoring actual operation of the generator in relation to the connected network and battery. One (76) of the threshold switches or comparators is provided to inhibit energization of the field winding by the voltage regulator (20) if the voltage of the generator, as sensed, exceeds a predetermined level (eg. 18 V in a 12 V system), other threshhold switches providing malfunction indication upon concurrence of either excessive voltage, or undervoltage conditions at various test points within the generator-voltage regulator network system and combination.
    • 提供至少两个,优选五到七个的多个阈值开关或比较器,用于比较实际的发电机输出电压(ug)相对于从电池电压导出的各种阈值电平以及正常和异常以及高度异常或过高的电压状况。 实际的发电机电压通过提供连接到发电机(10)的单独的一组整流器(14)来感测,并提供仅代表励磁 - 励磁和发电机速度的磁性的输出电压信号,而与负载和电池电压无关 ,以允许监测发电机相对于所连接的网络和电池的实际操作。 提供一个(76)阈值开关或比较器,用于如果所感测到的发生器的电压超过预定电平(例如,12V系统中的18V),则可以通过电压调节器(20)来抑制励磁绕组的通电 ),其他阈值开关在发电机 - 稳压器网络系统和组合中的各个测试点同时出现过电压或欠压条件时提供故障指示。
    • 4. 发明申请
    • COMPRESSOR ASSEMBLY FOR AIR CONDITIONER SYSTEM
    • 压缩机总成空调系统
    • US20070140872A1
    • 2007-06-21
    • US11610810
    • 2006-12-14
    • Richard HuttEdgar KuhnArtie PetersBryan Doren
    • Richard HuttEdgar KuhnArtie PetersBryan Doren
    • F04B49/00
    • F04B49/035F04C18/0215F04C23/008F04C28/26F04C28/28
    • An air conditioning system includes a compressor assembly having a housing and a valve. The housing generally encloses a discharge chamber and a suction chamber. The valve is operative for controlling the pressure differential between the discharge and suction chambers. The valve includes a body, a ball, spring, flange and a piston. The body has a first passage and a second passage in fluid communication with the first passage. The piston is slidably coupled to the body for axial movement between a closed position and an open position. The piston includes a hole for supporting the ball therein for movement with the piston between the closed position, wherein the ball engages the body to prevent fluid flow between the first and second passages, and the open position, wherein the ball is spaced apart from the body to allow fluid flow between the first and second passages. The ball is fixedly secured to the piston to prevent erosion due to relative movement and contact between the ball and the piston
    • 空调系统包括具有壳体和阀的压缩机组件。 壳体通常包围排放室和抽吸室。 阀门用于控制排气室和吸气室之间的压力差。 阀包括主体,球,弹簧,凸缘和活塞。 主体具有与第一通道流体连通的第一通道和第二通道。 活塞可滑动地联接到主体,用于在关闭位置和打开位置之间的轴向运动。 活塞包括用于将球支撑在其中的孔,活塞在关闭位置之间运动,其中球接合主体以防止流体在第一和第二通道之间流动,以及打开位置,其中球与 从而允许流体在第一和第二通道之间流动。 球固定地固定到活塞上,以防止由于球和活塞之间的相对运动和接触而引起的侵蚀
    • 5. 发明授权
    • Process for fabricating multisegment ridge waveguides
    • 制造多段脊波导的工艺
    • US5788856A
    • 1998-08-04
    • US591151
    • 1996-01-25
    • Edgar Kuhn
    • Edgar Kuhn
    • G02B6/12G02B6/13G02B6/136G02F1/015H01S5/00H01S5/042
    • G02B6/136
    • A process for fabricating multisegment ridge waveguides is disclosed which is self-aligning and avoids unnecessary masking and etching steps. The process essentially comprises five steps: removing, in a starting layer structure, a top layer (DS) on both sides of areas where segment transitions (ST) are to be formed; depositing a metal contact layer (KM); etching a desired ridge-waveguide structure (R); covering the entire area except the segment transition areas with photoresist; and removing the contact layer (KM) in the segment transition areas by a lift-off step, thus providing electrical separation between the individual segments.
    • 公开了一种用于制造多段脊波导的方法,其是自对准的,并且避免了不必要的掩模和蚀刻步骤。 该过程基本上包括五个步骤:在起始层结构中去除要形成区段过渡(ST)的区域的两侧的顶层(DS); 沉积金属接触层(KM); 蚀刻所需的脊 - 波导结构(R); 覆盖除了具有光刻胶的段过渡区域之外的整个区域; 并且通过剥离步骤去除段过渡区域中的接触层(KM),从而在各个段之间提供电分离。
    • 6. 发明授权
    • Battery charging system with fault indication
    • 具有故障指示的电池充电系统
    • US5166594A
    • 1992-11-24
    • US700123
    • 1991-05-24
    • Gunter SchrammEdgar KuhnRainer Mittag
    • Gunter SchrammEdgar KuhnRainer Mittag
    • H01H1/60H02J7/14
    • H02J7/1461H01H1/605Y10S320/13
    • The battery charging system includes a generator, a rectifier system with main diodes and exciter diodes as well as two terminals (B+, D-) for battery charging, at least one terminal (D+) for consuming points, a voltage regulator (14) for a generator output voltage, a charging control light (16) and a fail-safe device (15) structured to indicate faults and for protection from excess voltages. The fail-safe device includes an additional voltage regulating device (17) connected electrically to the generator and a relay (27) connected with the additional voltage regulating device. The fail-safe device also can include three voltage dividers (82, 83, 84; 70,71; 48,49) to provide different adjustable voltage thresholds, four Zener diodes (20 to 23) connected across terminals (D+ and D-) for limiting voltage, a pulse generator and a delay stage (19) structured and connected so that the additional voltage regulating device (17) regulates the generator output voltage, when an excess voltage occurs or a defective connection is present in the voltage regulator.
    • PCT No.PCT / DE89 / 00681 Sec。 371日期1991年5月24日 102(e)日期1991年5月24日PCT提交1989年10月25日PCT公布。 出版物WO90 / 07815 日期1990年7月12日。电池充电系统包括发电机,具有主二极管和励磁二极管的整流器系统以及用于电池充电的两个端子(B +,D-),用于消耗点的至少一个端子(D + 用于发电机输出电压的电压调节器(14),充电控制灯(16)和故障保护装置(15),其被构造为指示故障并防止过剩电压。 故障保护装置包括与发电机电连接的附加电压调节装置(17)和与附加电压调节装置连接的继电器(27)。 故障安全装置还可以包括三个分压器(82,83,84; 70,71; 48,49),以提供不同的可调电压阈值,四个齐纳二极管(20至23)连接在端子(D +和D-) 用于限制电压,脉冲发生器和延迟级(19),其被构造和连接,使得当发生过电压或电压调节器中存在有缺陷的连接时,附加电压调节装置(17)调节发电机输出电压。
    • 7. 发明授权
    • Optical semiconductor component with deep ridged waveguide
    • 具有深脊波导的光学半导体元件
    • US5933562A
    • 1999-08-03
    • US29195
    • 1998-05-19
    • Kaspar DuttingEdgar Kuhn
    • Kaspar DuttingEdgar Kuhn
    • G02B6/30G02B6/12G02B6/122G02B6/10
    • G02B6/1228G02B2006/12097G02B2006/12102G02B2006/12195
    • For use in digital optical telecommunication systems, optical semiconductor components are shown having a transition region for the expansion of the mode field of a light wave in order to reduce losses when coupling to an optical fiber or an optical waveguide of a supporting plate. An optical semiconductor component contains a deep ridged waveguide (RIDGE) with a cover layer (DS) disposed on a substrate (SUB.) The ridged waveguide (RIDGE) has a first (MQW) and second (BULK) waveguide cores, these being separated by a separating layer (SEP). The thickness of this separating layer increases in a transition region (UB1) along a longitudinal direction (L) of the ridged waveguide (RIDGE), thus increasing the vertical distance between the two waveguide centers (MQW, BULK).
    • PCT No.PCT / EP97 / 03584 371日期1998年5月19日 102(e)日期1998年5月19日PCT提交1997年6月26日PCT公布。 公开号WO98 / 00738 日期1998年1月8日为了在数字光通信系统中使用,示出了具有用于扩展光波模场的过渡区域的光学半导体部件,以便在耦合到光纤或光波导的光波导时减少损耗 支撑板 光学半导体部件包含具有设置在基板(SUB)上的覆盖层(DS))的深脊状波导(RIDGE)。脊状波导(RIDGE)具有第一(MQW)和第二(BULK)波导芯,这些分离 通过分离层(SEP)。 沿着脊状波导(RIDGE)的纵向(L)的过渡区域(UB1),该分离层的厚度增加,从而增加了两个波导中心(MQW,BULK)之间的垂直距离。
    • 8. 发明授权
    • Dual-level-output circuit for charging generator
    • 用于充电发电机的双电平输出电路
    • US5175486A
    • 1992-12-29
    • US543818
    • 1990-07-06
    • Edgar Kuhn
    • Edgar Kuhn
    • H02J7/14H02J7/00
    • H02J7/009
    • In a circuit (20) for use in controlling a battery-charging process and producing an output (S) which has one of two distinct levels (S1, S2), these levels are independently adjustable by adjusting variable resistors (R1, R2). Switching between the two levels is effected by transistors (T1, T2) in response to a varying input signal (X).The input signal (X) is derived from a hydrogen/oxygen recombinator (40, FIG. 4, not shown) with a thermoelectric transducer which produces an abrupt change in output when the battery is fully-charged. To ensure a gradual switch-over to a lower battery-charging rate, the output of the transducer is passed via an integrator (41) to the circuit (20). The switch means for one of the resistors (R2) may be omitted (FIG. 1 not shown).
    • PCT No.PCT / EP88 / 01207 Sec。 371日期1990年7月6日 102(e)日期1990年7月6日PCT提交1988年12月28日PCT公布。 出版物WO90 / 07816 日期1990年7月12日。在用于控制电池充电过程并产生具有两个不同电平(S1,S2)之一的输出(S)的电路(20)中,这些电平可通过调节变量 电阻(R1,R2)。 响应于变化的输入信号(X),晶体管(T1,T2)在两个电平之间进行切换。 输入信号(X)由具有热电换能器的氢/氧重组器(图4中的40,未示出)导出,当电池充满电时,该热电换能器产生输出突然变化。 为了确保逐渐切换到较低的电池充电速率,换能器的输出通过积分器(41)传递到电路(20)。 可以省略用于其中一个电阻器(R2)的开关装置(图1未示出)。