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    • 2. 发明授权
    • Rock drilling tool
    • 岩石钻具
    • US06712163B2
    • 2004-03-30
    • US10050222
    • 2002-01-16
    • Werner KleineHans-Werner Bongers-AmbrosiusUdo HauptmannMartin Richter
    • Werner KleineHans-Werner Bongers-AmbrosiusUdo HauptmannMartin Richter
    • E21B1038
    • B23B51/06E21B17/00E21B17/03
    • A rock drilling tool including a tip (3) formed of a hard material and provided at one end of the tool stem and a shank (4) provided at an opposite end of the stem (2) and having a plurality of entrain grooves (5) extending up to a free end surface of the shank (4), with an entire recessed surface (11) of an entrain groove (5) being larger than an entire outer surface (10) of a groove-forming rest web (6), and with a mean rest cross-sectional area (A′), which is measured within an axial section of the drilling tool having a length at least equal to a product of a natural logarithm base and a stem diameter (e×D), deviating from a mean rest cross sectional area (A) along the entire tool length maximum by 20%.
    • 一种钻石工具,包括由硬质材料形成并设置在工具杆的一端的尖端(3)和设置在杆(2)的相对端处的柄(4),并且具有多个夹带槽(5) )延伸到柄(4)的自由端表面,其中夹带槽(5)的整个凹入表面(11)大于形成沟槽的搁板(6)的整个外表面(10) ,并且具有平均静止横截面积(A'),其在钻井工具的轴向截面内测量,其长度至少等于自然对数基础和茎直径(exD)的乘积,该长度偏离 平均休息截面积(A)沿整个刀具长度最大20%。
    • 6. 发明授权
    • Drilling and/or chiseling tool
    • 钻孔和/或凿子工具
    • US06543558B1
    • 2003-04-08
    • US09696375
    • 2000-10-25
    • Udo HauptmannMartin RichterKonrad Artmann
    • Udo HauptmannMartin RichterKonrad Artmann
    • E21B1036
    • B25D17/088B25D2217/0034B25D2217/0046
    • A drilling and/or chiseling tool (1) comprises a shaft (2) and a cylindrical insertion end (4) connected with the shaft (2) with at least one elongated recess (5 to 8), open toward the outer surface of and toward the free end of the insertion end (9) and forming a rotationally locking groove. A collar (3) is disposed between the shaft (2) and the insertion end (4) and extends at least partially around the tool (1) and projects at least radially outwardly of the shaft (2) and of the insertion end (4). The cylindrical insertion end (4)has a diameter not less than 18 mm and preferably larger than 22 mm. The at least one recess (5 to 8) has a cross-sectional area, extending perpendicularly to the axis of the tool (1), and expands toward the outer surface and is provided essentially in the form of an arc of a circle. A tool chuck of a drilling and/or chiseling device, matched to the insertion end, is provided to receive the insertion end (4) of the tool (1) and fit rotationally locking bodies into the at least one elongated recess (5to 8).
    • 钻孔和/或凿子工具(1)包括轴(2)和与轴(2)连接的圆柱形插入端(4),其具有至少一个细长凹槽(5至8),朝向外表面开口 朝向插入端(9)的自由端并形成旋转锁定槽。 颈部(3)设置在轴(2)和插入端(4)之间并且至少部分地围绕工具(1)延伸并至少径向向外突出于轴(2)和插入端(4) )。 圆柱形插入端(4)的直径不小于18mm,优选大于22mm。 所述至少一个凹部(5至8)具有垂直于所述工具(1)的轴线延伸的横截面面积,并且朝向所述外表面膨胀并且基本上以圆弧形式提供。 提供与插入端相匹配的钻孔和/或凿子装置的工具卡盘,以容纳工具(1)的插入端(4)并将旋转锁定体装配到至少一个细长凹槽(5至8)中, 。
    • 8. 发明申请
    • Pump Having a Filter Arrangement
    • 具有过滤器布置的泵
    • US20120063928A1
    • 2012-03-15
    • US13228258
    • 2011-09-08
    • Markus HerzMartin RichterManuel Sutter
    • Markus HerzMartin RichterManuel Sutter
    • F04B53/00
    • F04B19/006B01D19/0031B01D63/00B01D63/08B01D2325/36B01D2325/38F04B43/043F04B53/20
    • A pump for pumping a medium from a suction side to a pressure side includes a filter arrangement. The filter arrangement includes an inflow path, a first outflow path, and a second outflow path. A hydrophobic membrane filter is arranged between the inflow path and the first outflow path. A hydrophilic membrane filter is arranged between the inflow path and the second outflow path. At least one section of the hydrophobic membrane filter and one section of the hydrophilic membrane filter are located opposite each other at a distance of no more than 1 mm so that a gas bubble that moves along with a medium flowing in the inflow path comes into contact with the hydrophobic membrane filter during the movement. The first and second outflow paths of the filter arrangement are connected to the suction side of the pump.
    • 用于将介质从吸入侧泵送到压力侧的泵包括过滤器装置。 过滤器装置包括流入路径,第一流出路径和第二流出路径。 疏水膜过滤器布置在流入路径和第一流出路径之间。 亲水膜过滤器布置在流入路径和第二流出路径之间。 疏水膜过滤器的至少一个部分和亲水膜过滤器的一个部分以不大于1mm的距离彼此相对定位,使得与在流入路径中流动的介质一起移动的气泡接触 在移动期间使用疏水膜过滤器。 过滤器装置的第一和第二流出路径连接到泵的吸入侧。
    • 10. 发明申请
    • FAULT-TOLERANT ACTUATING SYSTEM FOR ADJUSTING FLAPS OF AN AIRCRAFT, COMPRISING ADJUSTMENT KINEMATICS WITH A FIXED PIVOT, AND A METHOD FOR MONITORING AN ACTUATING SYSTEM
    • US20110062282A1
    • 2011-03-17
    • US12991174
    • 2009-05-05
    • Martin RichterAndreas Fleddermann
    • Martin RichterAndreas Fleddermann
    • B64C13/24
    • B64D45/0005B64C13/42B64D2045/001Y02T50/44
    • A fault-tolerant actuating system with at least one flap, adjustable on a respective wing of an aircraft, and with a control and monitoring device, includes: drive devices that are functionally connected to the control and monitoring device, with one of these drive devices in each case being associated with a flap, where each flap in each case is associated with a drive device, in each case including: two drive motors, two brake mechanisms, where each drive motor is associated with a brake mechanism for stopping rotation of the output of the respective drive motor, a differential that couples the outputs of the aforesaid to the aforesaid in a summing manner, an output shaft for coupling the output of the differential to drive connections, and a differential lock that is functionally connected to the control and monitoring device, which differential lock is coupled to the control and monitoring device in this manner, where each of the brake mechanisms as well as the differential lock can be operated by way of a command signal from the control and monitoring device; adjustment devices, that are coupled to the respective drive device associated with the flap, where each adjustment device in each case includes: a transmission gear unit, an adjustment mechanism and a position sensor that is functionally connected to the control and monitoring device for acquiring the adjustment state of the flap; where the control and monitoring device includes: an actuating function for generating command signals for the drive motors for adjusting the flap, a monitoring function by way of which a command signal is transmitted to both brake mechanisms and to the differential lock for operating the aforesaid when the control and monitoring device based on a comparison of sensor values of the position sensors on two different adjustment devices of a flap determines different adjustment states that exceed a predetermined extent, and a method for monitoring an actuating system.