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    • 5. 发明公开
    • DRUCKMESSEINRICHTUNG
    • EP2080002A2
    • 2009-07-22
    • EP07788459.1
    • 2007-08-16
    • ROBERT BOSCH GMBH
    • DOERING, ChristianKERN, ChristophSCHOTT, SteffenSALTIKOV, PavloKLEINDL, MichaelLANDES, Ewgenij
    • G01L23/10G01L23/22F23Q7/00
    • F23Q7/001F02P19/028F23Q2007/002G01L19/0084G01L23/10
    • The invention relates to a pressure gauge (1) for arranging in a chamber of an internal combustion engine. Said pressure gauge (1) comprises a housing (3), a force transmission element (6) which projects out of the housing (3), and a pressure sensor (23) which is arranged inside the housing (3). The pressure sensor (23) is supported on a fixing element and is actively connected to the force transmission element (6) for detecting a pressure in the chamber. The pressure sensor (23) comprises a continuous recess (26) through which an electrical line (7) is guided. The pressure gauge is provided with a positioning element (20) comprising a continuous recess (31) in a guiding region (30), the electrical line (7) being guided through the continuous recess (31) and the positioning element (20) having a reduced thickness in the guiding region (30). In this way, friction of the electrical line (7) on the continuous recess (31) in the guiding region (30) can be reduced, thereby improving the pressure measurement.
    • 本发明涉及一种用于布置在内燃机的腔室中的压力计(1)。 所述压力计(1)包括壳体(3),从壳体(3)突出的力传递元件(6)以及布置在壳体(3)内部的压力传感器(23)。 压力传感器(23)支撑在固定元件上并且主动地连接到力传递元件(6)以检测腔室中的压力。 压力传感器(23)包括连续的凹槽(26),电线(7)通过凹槽(26)被引导。 压力计设置有定位元件(20),该定位元件包括位于引导区域(30)中的连续凹槽(31),电线(7)被引导穿过连续凹槽(31)并且定位元件(20) 在引导区域(30)中厚度减小。 以这种方式,电导线(7)在引导区域(30)中的连续凹部(31)上的摩擦可以减小,由此改善压力测量。
    • 9. 发明公开
    • VENTILEINRICHTUNG
    • EP2923066A1
    • 2015-09-30
    • EP13773738.3
    • 2013-10-07
    • Robert Bosch GmbH
    • KLEINDL, MichaelLATIF, Tamim
    • F02M59/36F02M63/00F02M59/46
    • A valve device (22) is described, with a housing (30), a flow duct (38) and a valve body (36) which is arranged in the flow duct (38) and bears with a sealing section (34) against a housing-side sealing seat (32) when the valve device (22) is closed, wherein the valve body (36) is guided along a movement axis (50) by means of a housing-side guide surface (86) and bears with a stop surface (80) against a housing-side movement limiting surface (78) when the valve device (22) is open to the maximum, wherein the guide surface (86) is provided by a guide element (58), and wherein the sealing seat (32) and the movement limiting surface (78) are provided separately by the guide element (58).
    • 本发明描述了一种阀装置(22),其具有壳体(30),流动通道(38)和布置在流动通道(38)中的阀体(36)并且带有密封部分(34) 其特征在于,当所述阀装置(22)关闭时,所述阀体(36)通过壳体侧导向表面(86)沿着移动轴线(50)被引导并且与所述壳体侧密封座 当所述阀装置(22)最大打开时,所述止动表面(80)抵靠壳体侧运动限制表面(78),其中所述引导表面(86)由引导元件(58)提供,并且其中所述密封 座(32)和移动限制表面(78)分别由引导元件(58)提供。