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    • 35. 发明申请
    • EMITTER-SWITCHED THYRISTOR
    • 辐射源控晶闸管
    • WO1998012749A2
    • 1998-03-26
    • PCT/EP1997005165
    • 1997-09-20
    • DAIMLER-BENZ AKTIENGESELLSCHAFTXU, ShumingCONSTAPEL, RainerKOREC, Jacek
    • DAIMLER-BENZ AKTIENGESELLSCHAFT
    • H01L27/00
    • H01L29/749H01L29/7436H01L29/7455
    • In an emitter-switched thyristor with a main thyristor (TH) composed of a p+ anode emitter (1), a drift zone (3') of opposite conductivity type, a zone (4) which has in the switched-off state a blocking zone with respect to zone (3) and an emitter zone (5) at the cathode side, again with an opposite conductivity type, so that a p+n-pn+ zone sequence results, a transistor structure (T) composed of the first three zones of alternating conductivity is provided in parallel thereto with an emitter (1), a base (3) and a collector (8). This structure contains a NMOSFET (M1) for directly driving the cathode emitters (5) through the cathode connection (KA). The source of this transistor is contacted by the cathode, as well as the collector zone (8) which forms the channel zone of the MOSFET at the surface of the semiconductor. The corresponding drain zone is connected to the n+ cathode emitter (5) of the main thyristor (TH) by an electric conductor (6). A switching-in DMOSFET (M2) is further provided whose gate (G2) is connected to the gate (G1) of the NMOSFET (M1), a source (S2) contacted by the cathode (K) and embedded in a p-base. A conductive connection is established with the cathode contact of the switching-in NMOSFET (M1), and the common connection extends up to a cathode connection (KA). A drain zone (D2) is embedded in the drift zone (3) and the substrate zones of M1 and M2 are in contact with the cathode. The structure contains a PMOSFET (M3) whose gate is connected to the cathode, whose drain (D3) forms a part of the collector zone (8) of the transistor (T) for the secondary current, whose source zone is connected to the base zone (4) of the main thyristor (TH) next to the cathode and whose substrate zone is formed by a part of the n-doped zone (3) adjacent to the surface of the component.
    • 在具有主闸流管(TH)的发射极控晶闸管,它由相反导电类型的p + -Anodenemitter(1),一个漂移区(3“)的,一个区(4),其具有相对于处于关闭状态的阻挡区的区域(3) 和阴极侧发射极区(5)被形成,又具有相反导电类型,以便一个区序列p +产生正的pn +是一个由交替的具有发射极导电性的第一三个区域这躺在并联的晶体管结构(T)(1)碱的(3 )和集电极(8)。 该结构包括用于阴极发射器(5)由阴极端子(KA),其特征在于,该晶体管的源极由阴极以及集电区接触的直接控制的NMOS(M1)(8)附接到所述半导体,沟道区的表面 的经由电导体的MOSFET形式,与相关联的漏区(6)被连接到主晶闸管(TH)的第n + -Kathodenemitter(5)。 此外,电源DMOSFET(M2)被提供,其栅极连接(G2)的NMOSFET(M1)的栅极(G1),源极(S2),它是由与阴极(K)接触,并在一个P- 被嵌入的基础上,其特征在于,与所述NMOSFET的阴极接触,用于切换(M1),以及到阴极端子(KA)的共同连接的导电连接被引导。 漏区(D2)被嵌入在漂移区(3),其中所述衬底区域由M1和M2与阴极接触。 该结构包括一个PMOSFET(M3),其栅极连接到所述阴极,且其漏极(D3)是集电极区的一部分(8)的晶体管(T)的次级流,它具有阴极附近的基极区的源极区(4)的主晶闸管( TH)连接,并且其衬底区是由邻近于所述设备的表面的n型掺杂区(3)的一部分而形成。
    • 36. 发明申请
    • INTERNAL COMBUSTION DIESEL ENGINE WORKING WITH FUEL INJECTION
    • 喷射燃料工作柴油内燃机
    • WO1998011342A1
    • 1998-03-19
    • PCT/EP1997004914
    • 1997-09-05
    • DAIMLER-BENZ AKTIENGESELLSCHAFTZÖLLER, Herbert
    • DAIMLER-BENZ AKTIENGESELLSCHAFT
    • F02M61/20
    • F02M61/205F02B3/06F02M2200/30
    • The invention concerns an internal combustion diesel engine working with fuel injection. Said engine has a fuel injection nozzle (12) and a spring chamber (13) for the pressure spring (18) acting upon the nozzle needle (15), in which the spring chamber is designed as a closed chamber having no leak-fuel connection and forming a chamber under fuel pressure, which is acted upon and filled with fuel through a sliding guide designed as throttling point for the pressure linkage of the nozzle needle. When the fuel pressure in the spring chamber increases above the working pressure corresponding to the running state predetermined for the control position of the injection pump the delivery time of the pump is increased to compensate for decreased injection quantity linked to increased pressure in the spring chamber.
    • 本发明涉及一种工作燃料喷射柴油内燃机具有燃料喷射嘴(12)和与作用于所述压缩弹簧(18),其中,所述弹簧室被形成为无泄漏口的封闭腔室和下部的弹簧室(13),用于喷嘴针(15) 形成,其通过形成为用于与燃料喷嘴针的压力杆的节气门点滑动导向的开口作用时和填充燃料加压空间,其特征在于,经由对应于所述规定的驱动状态向喷射泵的工作压力的控制位置,所述弹簧室的燃料压力的增加,泵的输送时间,以补偿 将连接到设置在弹簧腔降低喷射量的压力增加增加。
    • 37. 发明申请
    • METHOD OF DETERMINING AXLE GEOMETRY IN MOTOR VEHICLES WITH INDEPENDENT WHEEL SUSPENSION
    • 方法确定车轴具有单个悬挂机动车
    • WO1998009135A1
    • 1998-03-05
    • PCT/EP1997004458
    • 1997-08-14
    • DAIMLER-BENZ AKTIENGESELLSCHAFTREICHELT, HelmutSCHWEGLER, KarlheinzWILLENBRINK, Ludger
    • DAIMLER-BENZ AKTIENGESELLSCHAFT
    • G01B21/26
    • B60G3/00B60G2200/10B60G2200/46B60G2200/462B60G2200/464G01B21/26
    • The invention concerns a method of determining axle geometry, in particular toe-in, camber and castor on vehicles with independent wheel suspension. According to this method, the inclination is measured for given wheel suspension struts in at least one optional vehicle position or the inclination measurements are carried out for given wheel suspension struts out a given point of the vehicle structure in at least one optional vehicle position. The measured values determined are fed via a data line or wirelessly to a computer and either compared with vehicle-type-specific desired values or desired value ranges which are adapted in the computer to the actual vehicle position, or are converted in the computer into a neutral vehicle position and compared with the vehicle-type-specific desired value ranges or desired values related to a neutral vehicle position. The deviations between the measured values and the corresponding desired values or desired value ranges determined by this comparison are used to establish a measuring or test protocol concerning the axle geometry and/or a mechanically usable setting data record.
    • 本发明涉及一种用于机动车辆单车轮悬架检测特别的前束,外倾角和脚轮车轴几何形状,的方法。 内的悬浮液的过程中在至少一个任意的车辆位置被测量,某些环节或者倾斜测量的倾斜度在至少一个任意的机动车辆的位置在所述悬架和所述机动车车身的特定位置的某些武器进行。 测量值通过数据线或无线地向计算机供给并且用车辆类型特异性在车辆的当前位置匹配的目标值或目标值范围内的计算机或计算机到中性机动车辆位置和车辆的等效相比相比型特异性相关的中性机动车辆位置设定值或目标值范围。 与所确定的在上轴几何测量值和相应的所需值或目标值范围,测量或测试协议和/或机器可使用的调整数据之间的比较的任何偏差的帮助被创建。