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    • 61. 发明申请
    • Helmet holder for a vision device, in particular for a night vision device
    • 用于视觉设备的头盔座,特别适用于夜视设备
    • US20070114252A1
    • 2007-05-24
    • US11283175
    • 2005-11-18
    • Edwin GruebelWolfgang MuellerManfred Vith
    • Edwin GruebelWolfgang MuellerManfred Vith
    • A45B11/04
    • A42B3/042A42B3/04G02B23/125
    • A holder for fixing at least one vision device, in particular a night vision device (2) on a head covering, such as a helmet (5), of a user (1), comprises a support element (7) which can be fixed indirectly or directly to the helmet (5), an arm (8) coordinated with the support element (7), a receptacle (9) for the vision device being arranged so as to be pivotable about the arm (8), with the result that a pivot movement of the vision device between an operating position and a rest position is permitted. A rotating element non-rotatably connected to the receptacle (9) is coordinated with the arm (8), a spring being arranged on the rotating element in a manner such that the receptacle (9) is under spring force both in the operating position and in the rest position. Furthermore, a stop element (13) is provided, by means of which the position of the vision device in the operating position can be set and fixed in a defined manner.
    • 用于将用户(1)的至少一个视觉装置,特别是用于头盔(5)的头罩上的夜视装置(2))固定的支架包括可固定的支撑元件(7) 间接地或直接地连接到头盔(5),与支撑元件(7)配合的臂(8),用于视觉装置的容器(9)被布置成围绕臂(8)枢转,结果 允许视觉装置在操作位置和静止位置之间的枢转运动。 不可旋转地连接到容器(9)的旋转元件与臂(8)协调,弹簧以这样的方式布置在旋转元件上,使得容器(9)处于工作位置的弹簧力 在休息的位置。 此外,提供止动元件(13),通过该止动元件可以以定义的方式设置和固定视觉装置在操作位置的位置。
    • 65. 发明授权
    • Cabinet hinge
    • 橱柜铰链
    • US06757939B2
    • 2004-07-06
    • US10460593
    • 2003-06-12
    • Wolfgang MuellerMarkus AlbrechtRemo EggerHolger WenzelJohannes HaemmerleJuergen Amann
    • Wolfgang MuellerMarkus AlbrechtRemo EggerHolger WenzelJohannes HaemmerleJuergen Amann
    • E05D704
    • E05D7/0407A47B2230/0014E05D7/125E05Y2201/638E05Y2800/102E05Y2900/20Y10T16/5321Y10T16/5324Y10T16/53253Y10T16/53257Y10T16/535Y10T16/5369
    • The invention concerns a cabinet hinge with an adjusting device that is directly or indirectly on the cabinet side, single or multi-part mounting plate stored hinge arm, that is connected jointed with a door-side stop part, so that the adjusting device has a side adjusting screw by means of which the hinge arm's position perpendicular to the mounting plate can be changed to the door's side adjustment. The side adjusting device has a side adjusting screw with at least one eccentric- or cam disks so that by turning the side adjusting screw, a side adjustment and, at the same time, a parallel shifting of the hinge arm relative to the mounting plate occurs, resulting in a correction of the door's depth adjustment for an amount. The depth adjustment includes a depth adjusting screw, that is stored on the hinge arm or one of these connected assembly parts and has at least one eccentric- or cam disks that is supported on corresponding contact surfaces of the mounting plate and by turning the depth adjustment screw, a movement or shifting of the hinge arm relative to the mounting plate takes place for an amount.
    • 本发明涉及一种具有调节装置的机柜铰链,该调节装置直接或间接地在机柜侧,单个或多部分安装板存储的铰链臂,其与门侧止动部分连接,使得调节装置具有 侧面调节螺钉,铰链臂垂直于安装板的位置可以改变为门侧调整。 侧面调整装置具有带有至少一个偏心盘或凸轮盘的侧面调节螺钉,使得通过转动侧面调节螺钉,发生侧面调节,同时发生铰链臂相对于安装板的平行移动 ,导致门的深度调整量的修正。 深度调节包括深度调节螺钉,其存储在铰链臂或这些连接的组装部件中的一个上,并且具有至少一个偏心或凸轮盘,该偏心凸轮或凸轮盘支撑在安装板的相应的接触表面上,并且通过转动深度调节 螺钉,铰链臂相对于安装板的移动或移动发生一定量。
    • 67. 发明授权
    • Device for measuring the mass of a flowing medium
    • 用于测量流动介质质量的装置
    • US06557408B1
    • 2003-05-06
    • US09763134
    • 2001-05-11
    • Wolfgang MuellerDieter TankUwe Konzelmann
    • Wolfgang MuellerDieter TankUwe Konzelmann
    • G01F500
    • G01F5/00G01F1/6842
    • The match with a measurement characteristic curve of a device for air flow measurement is disturbed by pulsations, soiling and poor flow behavior. An improvement in the measuring performance of the device is achieved by provisions, which are adapted to one another, for reducing these sources of trouble, according to which the flow cross section of an inlet conduit narrows in a flow direction in the inlet conduit toward a deflection conduit, and a peripheral face of a first portion of the deflection conduit is embodied in inclined fashion, and at least one outer face of a sensor carrier, together with a peripheral face, closer to an outlet conduit, of the inlet conduit, forms a flush transition.
    • 用于空气流量测量的装置的测量特性曲线的匹配被脉动,污染和差的流动行为所扰乱。 装置的测量性能的改进通过相互适应的设备实现,用于减少这些故障源,根据该设备,入口导管的流动横截面在入口管道中的流动方向上变窄,朝向 偏转导管和偏转导管的第一部分的外周面以倾斜的方式被实施,并且传感器载体的至少一个外表面与入口导管的更靠近出口导管的周边表面形成 冲水过渡。
    • 70. 发明授权
    • Measuring device for measuring the mass of a medium flowing in a line
    • 用于测量在一条线上流动的介质的质量的测量装置
    • US06332356B1
    • 2001-12-25
    • US09445401
    • 1999-12-07
    • Hans HechtWolfgang Mueller
    • Hans HechtWolfgang Mueller
    • G01F168
    • G01F1/6842G01F1/72G01F5/00G01F15/12
    • A measuring device for measuring the mass of a medium flowing in a flow line, in particular the aspirated air mass of an internal combustion engine, including a measuring element bathed by the flowing medium and disposed in a flow conduit of the measuring device provided in the flow line. The flow conduit extends in a primary flow direction between an inlet opening that communicates with the flow line and at least one outlet opening that discharges into the flow line downstream of the inlet opening. The flow conduit branches at a first dividing point, disposed between the inlet opening and the measuring element, into a measuring conduit, in which the measuring element is disposed, and a first bypass conduit, which bypasses the measuring element in the primary flow direction.
    • 一种用于测量在流动管线中流动的介质的质量的测量装置,特别是内燃机的吸入空气质量,其包括由流动介质沐浴的测量元件,并且设置在设置在该流动介质中的测量装置的流动管道中 流线。 流动管道在主流动方向上在与流动管线连通的入口开口和在入口开口下游排放到流动管线中的至少一个出口开口之间延伸。 流动导管在设置在入口开口和测量元件之间的第一分割点处分支成测量导管,测量元件设置在该测量导管中,以及在主流动方向上绕过测量元件的第一旁路管道。