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    • 2. 发明申请
    • DEVICE FOR POSITIONING A MEASURING SENSOR
    • 设备定位的探头
    • WO1997031270A1
    • 1997-08-28
    • PCT/EP1997000515
    • 1997-02-06
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBHKERNER, Leander
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBH
    • G01P05/00
    • G05D3/12G01P21/025
    • The device is designed to position a measuring sensor, especially a sensor head at an angle to the sensor shaft, precisely at the point of measurement and in the direction of a fluid flowing in a test tube, in which there is an adjuster by means of which the measuring sensor in a coaxial arrangement can be adjusted via a first adjusting motor about its axis and/or by a second adjusting motor along its axis; there is a control device communicating with an electronic computer for sensor adjustment; an adjuster coupled to the sensor to rotate in unison therewith has a rotatable pendulum which, in the position of rest transversely to the test tube axis defines the zero position of the sensor; limit positions of the pendulum are predetermined from a relative movement of the adjuster about said axis which can be photometrically converted into position signals, and the computer mathematically halves the angular adjustment calculated from the position signals received and sets the adjuster with the sensor to mechanical zero via the relevant positioning stop commands.
    • 与该设备是一个测量探针,特别是具有至少一个从探头传感器头的轴线横向地成角度可以是可调节精确到测量点和压力的在试管中的流体流动普遍存在的方向,并且其中:提供了一种致动器与在通过同轴布置的测量探头 第一伺服电机是可调节的绕其轴线和/或在其轴的方向上的第二定位马达; 提供了一种用于将探头位移与电子计算机控制单元进行通信; 一旋转地固定连接至具有可旋转地安装摆,其限定在静止横向位置到试管轴线探测器的零位调节装置的探针; 从绕所述相对于零位置其在光位置信号技术上可行的轴线摆极限位置的Justiergerätes的相对位移被限定; 计算机数学平分从接收到的位置信号的角度定位,并与探针过度demgemässe致动停止调节所述调节装置计算出的命令,以机械地为零。
    • 5. 发明申请
    • METHOD AND DEVICE FOR THE MANUFACTURE OF BRUSH SEALS
    • 方法用于生产刷式密封件产生与设备
    • WO1998015209A1
    • 1998-04-16
    • PCT/EP1997005356
    • 1997-09-30
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBHHOFFMÜLLER, WilhelmEICHNER, JosefPRIESCHL, Franz
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBH
    • A46D03/05
    • A46D3/047F16J15/3288Y10T29/49297
    • The invention relates to a method for the manufacture of brush joints consisting of the following steps: stacking of bristles in an accommodating shaft so that the bristles are situated in part close to location for at least one brush face; movement of shaft accommodating bristles in synchronization with stacking of bristles relative to insertion point of bristles in accommodating shaft so that the surface position of bristles stacked in accommodating shaft remains at least substantially constant; fastening of bristles on at least one bristle face in accommodating shaft, and withdrawal of at least one brush face with bristles fastened thereon from the accommodating shaft. The invention also relates to a device for the production of brush seals enabling the above-mentioned method to be carried out.
    • 本发明涉及一种用于包括以下步骤刷式密封件的制造方法,包括:以这样的方式在刷毛夹持器壳刷毛堆叠刷毛处于部分用于至少一个刷子侧件,刷毛接收轴同步地相对于所述刷毛的插入部位的刷毛的堆叠的调整的空间旁边的 刷毛保持器外壳,从而在刷毛夹持器壳刷毛叠层表面的位置保持相对于插入位点至少基本上恒定,至少一个电刷侧部构件中的刷毛夹持器壳固定刷毛,以及移除所述至少一个刷子侧部构件具有连接从刷毛保持器壳于此刷毛。 此外,用于制造刷式密封件的装置,通过本发明上述方法被相应地执行设置。
    • 6. 发明申请
    • BURNER WITH ATOMISER NOZZLE
    • 到雾化燃烧器
    • WO1998001706A1
    • 1998-01-15
    • PCT/EP1997003595
    • 1997-07-08
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBHZARZALIS, NikolaosRIPPLINGER, ThomasGLAESER, BernhardSIMON, Burkhard
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBH
    • F23D11/40
    • F23R3/14F23D2900/11101
    • The invention relates to a burner for combustors (2) of gas turbines, said burner having an atomiser nozzle (3) for atomisation of fuel in the combustion air and having a primary and secondary flow channel (4, 5). In said burners, mostly used in aircraft engines, an extensively homogenous distribution of the air-fuel mixture is to be achieved in the combustor to reduce emissions. The flow channels (4, 5) opening into the combustor (11) are separated from a first component (6) arranged concentrically in relation to the burner axis (A) and having a sleeve-shaped atomiser lip (8) extending cylindrically or conically, and the external secondary flow channel (4) is bounded externally and radially by a second annular component (7) arranged concentrically and having an internal wall (14) extending to converge and diverge. The second component (7) forms an area (Q) with the most narrow flow cross-section, the first component (6) being arranged radially inwards and ending with the atomiser lip (8) at the axial height of said cross-section or upstream thereof, the air flow (L) flowing through the flow channels (4, 5) to twist in the same direction. By positioning the atomiser lip (8) at the narrowest flow cross-section in the or just in front of the atomiser nozzle, the fuel can be atomised in a range of the maximum air shear forces with the result that there can be optimal atomisation.
    • 一种用于燃气涡轮机燃烧器的(2)与一个雾化器喷嘴(3),用于在燃烧空气雾化燃料燃烧器具有一个初级和次级流动通道(4,5)。 在这样的,主要是在飞机发动机中使用的燃烧器的空气 - 燃料混合物的基本上均匀分布在燃烧室中,以减少排放量来实现。 在所述燃烧室(11),其打开流动通道(4,5)分别同心地一个相对于燃烧器轴线(A)第一组分布置(6),其具有一个套筒形的,圆柱形的或逐渐变细锥形延伸雾化唇缘(8)和所述外,二次流路 (4)从一个同心设置的环状的第二部件(7)会聚 - 发散延伸的内壁(14)径向向外界定。 所述第二部件(7)形成的地方(Q)具有最窄的流动横截面,在其轴向高度或在其上游,径向位于内部的第一部件(6)至雾化器(8),所述空气流(L),流动通道( 4流过,5)用相同定向的扭曲。 雾化器唇缘(8)的在所述喷嘴或不久燃料的雾化可以以最大空气的剪切力的区域,从而使雾化可以最佳执行之前的最窄流动横截面的定位。
    • 10. 发明申请
    • METHOD AND DEVICE FOR PRODUCING BRUSH SEALS
    • 方法和器具,用于产生刷式密封
    • WO1998015210A1
    • 1998-04-16
    • PCT/EP1997005259
    • 1997-09-25
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBHMAYR, AlfredHAGG, Dieter
    • MTU MOTOREN- UND TURBINEN-UNION MÜNCHEN GMBH
    • A46D09/00
    • F16J15/3288A46B3/08Y10T29/49297
    • The invention relates to a method and device for producing brush seals with bent bristles having the following steps: preparing at least one ring-shaped brush seal with radially running bristles having such a length that, when the bristles are inclined with respect to the radii of the ring-shaped brush seal, at least the desired brush diameter is essentially obtained; positioning at least one brush seal and at least one heatable glowing wall of a heating device relatively to each other, so that the free bristle ends on the bent bristles rest on the glowing wall and rotating simultaneously or subsequently the at least one brush seal and at least the glowing wall relatively against each other until the bristles facing the radius of the brush seal are inclined in a predetermined angle on its annular plane; heating the glowing wall to a predetermined temperature; preserving the temperature in the heated glowing wall for a predetermined period; removing the at least one brush seal from the heating device. The invention also provides a device for producing brush seals with bent bristles, that can carry out the above-mentioned method.
    • 本发明涉及一种用于生产具有倾斜地设置的刷毛刷式密封件的方法,包括以下步骤:提供具有长度的径向延伸的刷毛,使得相对于所述环形刷子密封件的半径至少基本上执行的刷毛的倾斜至所需刷直径的至少一个环形的刷式密封件,定位 所述至少一个刷式密封件和至少一个可加热Glühwand相对于彼此的退火设备,使得邻接无刷毛与所述Glühwand刷毛弯曲,并同时或随后至少可加热Glühwand相对于彼此直到刷毛相对于所述半径旋转所述至少一个刷式密封件,并结束 环形刷式密封件是倾斜的在其环平面,通过可预定的角度,加热Glühwand到可预定的温度,并保持彩画 TUR加热Glühwand超过预定时间段,并除去从所述退火装置中的至少一个的刷式密封。 此外,用于制造刷式密封件的装置中,通过上述方法的本发明的设有倾斜刷毛被相应地执行。