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    • 2. 发明授权
    • Throttle valve arrangement
    • 节气门装置
    • US06945513B2
    • 2005-09-20
    • US10778022
    • 2004-02-17
    • Hans-Ulrich Vogler
    • Hans-Ulrich Vogler
    • F16K1/22
    • F16K1/22Y10T137/0525
    • The present invention relates to a throttle valve arrangement for closing a through flow in a throttle valve connection piece, including a pivotably actuated throttle valve shaft which is mounted in the opening in a perpendicular position with respect to the longitudinal extension thereof projecting into the housing of the throttle valve connection piece with the free end thereof. The through flow opening can be closed by a throttle valve which is firmly connected to the throttle valve shaft. The throttle valve comprises a continuous receiving opening extending on the plane thereof in a perpendicular position with respect to the opening and through which the throttle valve shaft is guided. Additionally, a recess is formed in the throttle valve, extending form the through opening to the receiving opening in the area where the throttle valve is connected to the throttle valve shaft by means of a welded connection.
    • 本发明涉及一种用于封闭节流阀连接件中的通流的节流阀装置,该节流阀装置包括一个可枢转地致动的节流阀轴,该轴在相对于其纵向延伸的垂直位置安装在该开口中, 节气门连接件具有自由端。 通流开口可以通过节流阀闭合,该节流阀牢固地连接到节流阀轴。 节流阀包括在其平面上相对于开口在垂直位置延伸的连续的接收开口,节流阀轴被引导通过。 此外,在节流阀中形成有凹槽,该凹槽通过焊接连接在节流阀连接到节流阀轴的区域中从通孔延伸到接收开口。
    • 4. 发明申请
    • Tool Head and Method of Cutting Machining
    • 刀头和切削加工方法
    • US20130028675A1
    • 2013-01-31
    • US13558637
    • 2012-07-26
    • Ulrich VoglerFrancois BrouetThorsten Fausta
    • Ulrich VoglerFrancois BrouetThorsten Fausta
    • B23B37/00B23B31/00
    • B23B37/00B23B29/125B23B2240/28B23B2260/108B23B2270/10Y10T408/03Y10T408/23
    • The present invention concerns a tool head comprising a machine connection for connecting the tool head to a machine tool, and a tool 5 portion which either has at least one geometrically defined cutting edge or has a receiving means for a tool insert having a geometrically defined cutting edge. To provide a tool head, like a drilling head, and a method with which highly precise machining is possible with very high feed speeds and good surface quality without the cutting edge being exposed to 10 a high rate of wear, it is proposed that there is a converter for converting electrical AC voltage into a mechanical vibration, wherein the converter is arranged, designed and connected to the tool portion so that the unit comprising the converter and the tool portion and possibly a tool insert 15 received in the receiving means can be excited to perform an ultrasonic vibration.
    • 本发明涉及一种工具头,其包括用于将工具头连接到机床的机械连接件,以及工具5部分,其具有至少一个几何限定的切割边缘或具有用于具有几何限定的切割的工具插入件的接收装置 边缘。 为了提供诸如钻头的工具头,以及可以以非常高的进给速度和良好的表面质量进行高精度加工的方法,而没有将切削刃暴露于10的高磨损率,因此建议存在 用于将电AC电压转换成机械振动的转换器,其中所述转换器被布置,设计并连接到所述工具部分,使得包括所述转换器和所述工具部分的单元以及可能地接收在所述接收装置中的工具插入件15可被激发 进行超声波振动。
    • 6. 发明申请
    • Load Adjusting Device
    • 负载调整装置
    • US20100212626A1
    • 2010-08-26
    • US12602336
    • 2008-05-07
    • Hans-Ulrich Vogler
    • Hans-Ulrich Vogler
    • F02D9/10F02D11/10
    • F02D9/10F02D9/1065F02D11/107
    • A load adjustment device for an actuator that determines the power of an internal combustion engine, designed as a throttle valve and is disposed on an actuator shaft in a housing, the actuator shaft being pivotally drivable about the rotary axis of the actuator shaft between a minimal load setting defined by a minimal load stop and a full load setting defined by a full load stop by means of a reversibly drivable actuating drive via an actuating part rotationally fixed to said shaft. The actuator shaft is subject to a load in the minimum load direction by a restoring spring. The actuating part can be subjected to a load by a leg of a torsion spring disposed radially outside the pivoting range of the part, the leg of the torsion spring extending into the pivoting range of the actuating part.
    • 一种致动器的负载调节装置,其确定设计为节流阀并设置在壳体中的致动器轴上的内燃机的功率,所述致动器轴围绕所述致动器轴的旋转轴线可转动地在最小 由最小负载停止定义的负载设置和通过可旋转地固定到所述轴的致动部分的可逆驱动的致动驱动器由全负载停止定义的满载设置。 致动器轴通过复位弹簧承受最小载荷方向的载荷。 驱动部件可以通过位于径向位于该部件的枢转范围之外的扭转弹簧腿承受负载,该扭转弹簧的腿延伸到致动部件的枢转范围内。
    • 8. 发明授权
    • TANGENTIALLY SYMMETRIC DC MOTOR CARBON BRUSH SYSTEM COMPRISING A SPRING PART BEING PROVIDED WITH FIRST AND SECOND SECTIONS FIXATED TO A CARBON BRUSH PART, A SPRING PART FOR USE IN SUCH SYSTEM, AND A DC MOTOR PROVIDED WITH SUCH SYSTEM
    • 包括固定在碳刷部件上的第一部分和第二部分的弹性对称直流电动机碳刷系统,以及在这种系统中使用的弹簧部件以及使用该系统的直流电动机
    • US06781275B2
    • 2004-08-24
    • US10367359
    • 2003-02-13
    • Christian ReimannHans-Ulrich Vogler
    • Christian ReimannHans-Ulrich Vogler
    • H01R3938
    • H01R39/385
    • A carbon brush spring system comprises a carbon brush arranged at a first terminal surface thereof conductively contacting a rotatable collector body (20) for electric current transfer. The system furthermore comprises a spring part arranged at a region of the carbon brush away from the first terminal surface to engage with the carbon brush for therewith establishing a current conductive interconnection to an external electric facility. The system furthermore comprises mechanical stabilizing arranged for maintaining a stable position of the carbon brush relative to the rotatable collector body in both radial and tangential directions in a housing. Particularly, the system has a substantially symmetric structure in tangential direction of rotation, through being provided with a first section (30,36) and a second section (29, 38) that collectively constitute the spring part. Furthermore, a carbon brush part (22, 24) is structurally fixed to the spring part. The first and second members together constitute a symmetric arrangement between the carbon brush part and respective attachment facilities for fixed connection to the housing, wherein the first and second sections at an intermediate range between the carbon brush and the housing are disposed away from each other at a distance that is appreciably larger than either at the carbon brush or at the housing.
    • 碳刷弹簧系统包括布置在其第一端表面处的碳刷,其导电地接触用于电流传递的可旋转收集器体(20)。 该系统还包括布置在碳刷远离第一端子表面的区域处的弹簧部分,以与碳刷接合,从而与外部电气设备建立电流导电互连。 该系统还包括机械稳定装置,用于在壳体中沿径向和切向方向保持碳刷相对于可旋转收集器主体的稳定位置。 特别地,该系统通过设置有共同构成弹簧部分的第一部分(30,36)和第二部分(29,38),在切向旋转方向上具有基本对称的结构。 此外,碳刷部分(22,24)在结构上固定到弹簧部分。 第一和第二构件一起构成碳刷部分和用于固定连接到壳体的相应附接设施之间的对称布置,其中在碳刷和壳体之间的中间范围内的第一和第二部分彼此远离地设置在 这个距离比在碳刷或者壳体上大得多。