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    • 91. 发明授权
    • Drawer slide
    • 抽屉滑梯
    • US07185959B2
    • 2007-03-06
    • US10465700
    • 2003-06-19
    • Wolfgang MuellerHarald GehrerKlaus Schneider
    • Wolfgang MuellerHarald GehrerKlaus Schneider
    • A47C88/00
    • A47B88/40A47B2210/0078
    • The invention concerns a drawer slide with compensation of synchronous running errors of slide rails (equalize the errors of the relative positions of the slide rails to each other), having on each of the two side of the drawer a rail system, that has a cabinet rail fastened directly or indirectly by a cabinet angle on a cabinet body and is held directly or indirectly linearly movable by a linear bearing by a center rail on a drawer rail, which is connected directly or indirectly by a décor with the drawer; whereby a compensation mechanism is provided that has a compensation lever, that is connected by a pivot bearing directly or indirectly by a cabinet angle or linear bearing or décor with one of the rails, and during its turning at the end of each drawer closing cycle, reaches a positive/form-fitting position with stops, that directly or indirectly are connected by a cabinet angle or linear bearing or décor with the remaining rails and, thus, ensures each drawer closing is automatic, guided and has equalized any synchronous running error.
    • 本发明涉及一种具有补偿滑轨的同步运行误差的抽屉滑块(使滑轨的相对位置的误差相互相等),在抽屉的两侧的轨道系统上具有一个柜体 直立或间接地通过柜体角度固定在柜体上,并通过线性轴承直接或间接地通过抽屉轨道上的中心轨道直接或间接地保持,该抽屉轨道通过与抽屉的装饰直接或间接连接; 由此提供补偿机构,该补偿机构具有补偿杆,该补偿杆通过枢转轴承直接或间接地通过机架角或线性轴承或装饰与其中一个轨道连接,并且在每个抽屉关闭循环结束期间的转动期间, 通过机架角度或直线轴承或装饰与其余导轨直接或间接连接,从而确保每个抽屉关闭是自动的,引导的并且均衡了任何同步运行的错误。
    • 95. 发明申请
    • Injection head for a liquid-propelled rocket engine
    • 用于液体推进火箭发动机的喷射头
    • US20060090453A1
    • 2006-05-04
    • US10980836
    • 2004-11-04
    • Wolfgang MuellerChristoph Tscherwitschke
    • Wolfgang MuellerChristoph Tscherwitschke
    • F02K9/52
    • F02K9/52
    • An injection head for a liquid-propelled rocket engine has a plurality of first and second injection bores for injecting jets of first and second propellant constituents, respectively, into the combustion chamber of a rocket engine, with mutual mixing of propellant constituents. The first injection bores are provided for injecting jets of the first propellant constituent with a high impulse, and the second injection bores are provided for injecting propellant jets of the second propellant constituent with a low impulse. In addition, the first and second injection bores are mutually arranged such that an admixing of the second propellant constituent to the first propellant constituent takes place under an ejector effect of the propellant jets of the first propellant constituent leaving the first injection bores.
    • 用于液体推进火箭发动机的喷射头具有多个第一和第二喷射孔,用于将第一和第二推进剂组分的喷射分别喷射到火箭发动机的燃烧室中,并将推进剂组分相互混合。 提供第一注射孔用于以高冲击喷射第一推进剂组分的射流,并且提供第二注射孔用于以低脉冲喷射第二推进剂组分的推进剂射流。 此外,第一和第二注射孔相互布置,使得第二推进剂组分与第一推进剂组分的混合在第一推进剂组分的推进剂射流离开第一注射孔的喷射器作用下进行。
    • 96. 发明授权
    • Cabinet hinge with adjusting device
    • 橱柜铰链带调节装置
    • US06925682B2
    • 2005-08-09
    • US10379066
    • 2003-03-04
    • Wolfgang MuellerMarkus Albrecht
    • Wolfgang MuellerMarkus Albrecht
    • E05D7/04
    • E05D7/0407A47B2230/0014E05D7/0415E05Y2201/638E05Y2800/21E05Y2900/20Y10T16/5321Y10T16/5324Y10T16/53253Y10T16/53257
    • The invention concerns a cabinet hinge with an adjusting device that is directly or indirectly on the cabinet side, a 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 that, by means of which the hinge arm's position is adjustable parallel to the mounting plate to the depth adjustment of the door, and has a depth adjusting screw by which the hinge arm's position is adjustable parallel to the mounting plate to the door's depth adjustment, wo that the depth adjustment screw is held directly or indirectly swiveling and non-shifting on the hinge arm, and has a control component that has at least one eccentric disk that has at least one partially cone-type adjusting surface that is supported on contact surfaces of the mounting plate and by turning the side adjusting screw, a side adjustment and, at the same time, a shifting of the hinge arm activates somewhat in the direction of its longitudinal axis relative to the mounting plate and with it a correction of the door's depth adjustment, so that the reveal/gap between the door and the cabinet side wall remain basically unchanged after the resulting side adjustment.
    • 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,其连接到门侧停止部分,使得调节装置具有 侧面调节螺钉,通过该调节螺钉,铰链臂的位置可以平行于安装板调节到门的深度调节,并且具有深度调节螺钉,通过该深度调节螺钉,铰链臂的位置可平行于安装板调节到 门的深度调节,深度调节螺钉在铰链臂上直接或间接地保持和不间断地旋转,并且具有控制部件,该控制部件具有至少一个偏心盘,该偏心盘具有至少一个部分锥形调节表面, 支撑在安装板的接触表面上,并且通过转动侧面调节螺钉,侧面调节,并且同时铰链臂的移动稍微沿着 其纵向轴线相对于安装板,并具有门的深度调节的校正,使得门和柜体侧壁之间的露出/间隙在所得到的侧面调整之后保持基本不变。
    • 99. 发明授权
    • Method for regulating a generator
    • 发电机调节方法
    • US06300746B1
    • 2001-10-09
    • US09269432
    • 1999-03-26
    • Wolfgang MuellerBernd DittmerRichard SchoettleOliver Luz
    • Wolfgang MuellerBernd DittmerRichard SchoettleOliver Luz
    • H02H914
    • H02P9/305
    • A method for regulating a generator is described in which the rectified output voltage furnished by the generator is converted, under certain preconditions, with the aid of a direct voltage converter. The generator can be operated either in a free operating mode or a regulated operating mode. If the generator voltage output in the particular operating state is not equivalent to the on-board electrical voltage, then the generator voltage is either raised or lowered with the aid of the voltage converter. The selection of the generator operating mode is done as a function of rpm or voltage, in such a way that the available generator power or energy conversion efficiency is as high as possible.
    • 描述了一种用于调节发电机的方法,其中由发电机提供的整流输出电压在某些先决条件下借助于直流电压转换器被转换。 发电机可以在自由运行模式或调节运行模式下运行。 如果在特定工作状态下的发电机电压输出不等于车载电压,则发电机电压通过电压转换器升高或降低。 发电机工作模式的选择是以转速或电压的函数来完成的,使得可用的发电机功率或能量转换效率尽可能高。