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    • 1. 发明申请
    • TURBINE MOTOR WITH AT LEAST TWO ROTORS
    • 至少有两个ROTORS流机
    • WO2009153124A3
    • 2010-11-18
    • PCT/EP2009056137
    • 2009-05-20
    • SIEMENS AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • B63H5/10B63H5/14B63H23/24
    • B63H5/10B63H1/16B63H1/28B63H5/14B63H11/08B63H23/24B63H25/42B63H2001/165B63H2005/103B63H2011/081B63H2011/084B63H2011/085B63H2023/005B63J2003/046F03B11/06F04D19/007F04D19/024F04D25/0606F04D25/16F05B2240/14F05B2240/40F05B2240/50H02K7/14H02K7/1823H02K7/183H02K16/00Y02E10/226Y02T70/70
    • The invention relates to a turbine motor (1, 50) with a housing (2), forming a duct for a flow of a fluid through the duct (3) in a main flow direction (5) from an inlet (4) to an outlet (6) of the duct (3) and with at least one first and at least one second motor unit (10 and 11), arranged one behind the other in the duct (3) in the main flow direction (5) of the fluid, wherein each of the motor units (10, 11) has a rotor (20) of annular design with an annular inner side (21) and an annular outer side (22) with blades or vanes (23) arranged on the annular inner side (21) of the rotor (20) and the rotors (20) of the motor units (10, 11) are mounted to rotate in the housing (2) in the same and/or the opposite direction, characterised by good efficiency. AAccording to the invention, the above is achieved, wherein the engine units (10, 11) do not have a component running therethrough along the direction of rotation (25) of the rotor (20) thereof and an energising system (26) is arranged on the rotor (20) of the first motor until (10), wherein the first motor unit (10) has a stator (30) arranged annually around the rotor (20) of the first motor until (10), forming an electric motor (40) with the rotor (20) and the energising system (26) arranged thereon and the rotor (20) of the second motor until (11) may rotate independently of the rotor (20) of the first motor unit (10) in order to return an outflow of the fluid caused by the rotor (20) of the first motor unit (10), away from the main flow direction (5) at least partly back into the main flow direction (5).
    • 一种流体机械(1,50),其具有壳体(2)从入口(4)中的主流动方向(5)限定用于流体的流动的通道通过所述信道(3)连接到通道的出口(6)(3 )形成,并且在另一个后面的流体的主流动方向5),布置有至少一个第一和至少一个第二机器单元(10或11)(在所述通道(3),每一个所述机械单元(10,11),每个具有一个转子 (20),其是环形的有一环形内侧(21)和一个环形外侧(22),其中所述转子的环内侧(21)(20)的叶片或翼(23)被设置,并且其中,所述转子(20) 机器单元(10,11)被安装在相同的和/或在所述壳体(2)的另一个相反的方向上旋转时,应该由良好的效率来表征。 为此,本发明提供的是,机器单元(10,11)是从沿其各自的转子(20)穿过其中的旋转(25)的轴线延伸的分量自由,以及在所述第一机单元的转子(20)(10 ),其被布置在环(例如在第一机器单元(10的转子20)周围的励磁系统(26)被布置,其中,所述第一机器单元(10)包括定子(30)),它(转子20)和 在布置在其上的励磁系统(26)形成的电机(40),并且其中,所述第二机单元的转子(20)(11)所述第一机器单元(10)的转子(20)的独立的可旋转到一个(由转子 的流体的流出(主流动方向5)偏离到至少部分地再次偏转(在主流动方向5)引起20)第一机器单元(10)的。
    • 2. 发明申请
    • MEASURING DEVICE AND METHOD FOR DETERMINING A DIELECTRIC PROPERTY, PARTICULARLY HUMIDITY AND/OR DENSITY, OF A PRODUCT
    • 测量装置和一种用于确定介电性能,水分和/或密度,产品特别是
    • WO2006069721A3
    • 2006-10-19
    • PCT/EP2005013831
    • 2005-12-17
    • HAUNI MASCHINENBAU AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • G01N27/22A24C5/34G01R27/28
    • G01N27/221A24C5/3412
    • The invention relates to a measuring device (10) for determining a dielectric property, particularly humidity and/or density, of a product (12; 312), particularly tobacco, cotton or another fiber product, comprising a measuring capacitor (11; 311), a device (13) for the production of a high-frequency field in the measuring capacitor (11; 311), influenced by a product (12; 312) that is arranged in a measuring volume (46) of the measuring device (10), and a switching device (28) which comprises the measuring capacitor (11; 311) and which is configured in order to determine the suitable measuring variables of the high-frequency field influenced by the product (12; 312) . The invention is characterized in that the switching device (28) is configured as a substantially non-resonant device at the measuring frequency of the high-frequency field and in that measurement is best on the propagation of a running high frequency wave in the measuring capacitor (11) and in that the switching device (28) is configured for determining two measuring variables which are alternatingly independent and dependent upon the amplitude and phase of the high frequency wave influenced by the product (12; 312). The influence also relates to a corresponding measurement method.
    • 所述Ammeldung涉及一种测量装置(10),用于确定的介电性质,尤其是产品(12; 312)的湿度和/或密度,特别是烟草,棉花或其它纤维产品的,与测量电容器(11; 311),一个 装置(13),用于在所述测量电容器(11; 311)产生高频场由产品(12; 312),其被布置在所述测量装置的测量体积(46)(10)受到影响,和一个(测量电容器 11; 311),其包括电路装置(28),用于确定从所述产物的合适的测量尺寸(12)的影响的高频字段被设置了312,并且其特征在于,所述电路装置(28)在RF场基本上非的使用的测量频率 -resonant形成,并且在所述测量电容器(11)的持续的高频波传播的测量是基于与所述电路装置(2 8)的两个相互独立的用于确定所述幅度和的(产品12的相; 312)的影响的高频波依赖性测量变量被建立。 本申请还涉及一种相应的测量过程。
    • 3. 发明申请
    • MEASURING DEVICE AND METHOD FOR RECOGNIZING FOREIGN BODIES IN A PRODUCT, PARTICULARLY IN TOBACCO, COTTON OR ANOTHER FIBER PRODUCT
    • 测量装置和检测一种产品中的外来体的方法,特别是在烟草,棉花或其他纤维产品中
    • WO2006069720A3
    • 2006-08-10
    • PCT/EP2005013830
    • 2005-12-17
    • HAUNI MASCHINENBAU AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • G01N27/24A24C5/34G01N27/22G01R27/26
    • A24C5/3412G01N22/04G01N27/228
    • The invention relates to a measuring device (10) for recognizing foreign bodies (90) in a product (12,312), particularly in tobacco, cotton or another fiber product, comprising a measuring device (11; 311), a device (13) for producing an alternate magnetic field in the measuring device (11; 311), which is influenced by a product (12; 312), that is arranged in a measuring volume (46) of the measuring device (10), a switching device (28) that includes the measuring device (11; 311) and which is configured in order to determine at least one suitable measuring variable of the alternate magnetic field that is influenced by the product (12; 312), in addition to an evaluation device (21) which is configured in order to recognize the foreign body (90) by appropriate evaluation of the measuring variable determined by means of the switching device (28). The invention is characterized in that the measuring device (11; 311) is a measuring capacitor and the frequency of the alternate field in the high frequency range is lower than the microwave range. The invention also relates to a corresponding measurement method.
    • 本发明涉及在产品(12; 312)的测量装置(10),用于检测异物(90)的,特别是在烟草,棉花或其它纤维产品,用测量装置(11; 311),用于产生的装置(13) 由产品(12; 312);在测量装置(311 11)的交变电磁场,其被布置在所述测量装置(10)的测量体积(46)的影响,一个测量装置(11; 311),包括:电路装置 (28),用于确定至少一种适合的测量的产品(12; 312)的大小的影响交变磁场是由电路装置的装置的合适的评估来建立,和评估装置(21),用于在检测到异物(90)(28) 被设置用于特定的测量变量,并且其特征在于,测量装置(11,311)是测量电容器并且高频范围内的交变场的频率是un 低于微波范围。 本申请还涉及相应的测量方法。
    • 4. 发明申请
    • SUBMARINE WITH A PROPULSIVE DERIVE COMPRISING AN ANNULAR ELECTRIC MOTOR
    • 与电动马达环的推进驱动潜艇
    • WO2009153127A2
    • 2009-12-23
    • PCT/EP2009056234
    • 2009-05-22
    • SIEMENS AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • B63G8/08
    • B63G8/08B63H1/16B63H21/17B63H23/24B63H2001/165B63H2023/005H02K7/14
    • The invention relates to a submarine (100) with a boat hull (101) and a propulsive drive for the submarine (100), wherein the propulsive drive (1) is arranged in an elongation of the rear (102) of said boat in thee longitudinal direction of the submarine outside the boat hull and comprises a housing (2) and a first electric motor (10), wherein the housing (2) forms a duct (3) for a flow of water through the duct (3) in a main flow direction (5) from an inlet (4) to an outlet (6) of the duct (3) and the first electric motor (10) comprises a rotor (20) arranged in the duct (3) and mounted to rotate about a rotational axis (25) in the housing (2), said rotor (20) having an annular form with an annular inner side (21) and an annular outer side (22) and blades are arranged on the annular inner side (21) of the rotor (20) to drive the submarine (23).
    • 在根据在延伸部分设置在其船尾(102)的船体外部的发明潜艇(100),具有一个船壳(101)和推进驱动器,用于在海底(100)的纵向方向上的推进力的驱动器(1)的海底(100),并且包括壳体 (2)和一个第一电动机(10),所述壳体(2)具有一个信道(3)的水通过通道(3)在主流动方向从入口(4)(5)的流(到出口 6)信道的(3)形成,并且其中,所述第一电马达(10)包括被布置在所述通道(3)和(围绕旋转轴线25的转子(20))可旋转地安装在所述壳体(2)安装,是 其中,所述转子(20)是环形的有一环形内侧(21)和一个环形的外侧(22),并且其中,在所述转子(20)翼用于推进潜艇(23)的环形内端(21)被布置。
    • 6. 发明申请
    • TURBO-MACHINE HAVING AT LEAST TWO COUNTER-ROTATABLE ROTORS AND HAVING MECHANICAL TORQUE COMPENSATION
    • 至少有两个KONTRAROTIERBAREN转子和机械转矩补偿流机
    • WO2009144164A1
    • 2009-12-03
    • PCT/EP2009056156
    • 2009-05-20
    • SIEMENS AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • B63H5/10B63H1/16
    • B63H5/10B63H1/16B63H2001/165B63H2023/005F04D19/024F04D25/02
    • A turbo-machine (1, 40) having at least two rotors (10, 11) which are mounted so as to be rotatable in opposite directions relative to one another about a rotational axis (7) and on which are arranged blades (14) or vanes, having a rotatably mounted machine shaft (15) and having a drive mechanism (16) which connects the machine shaft (15) to the at least two rotors (10, 11) and which converts a rotational movement of the machine shaft (15) into rotational movements of the rotors (10, 11) in opposite directions relative to one another or vice versa, is designed to utilize the hydrodynamic advantages of counter-rotating rotors yet at the same time have comparatively low mechanical complexity and component density and therefore increased reliability. This is possible according to the invention in that the turbo-machine (1, 40) has a housing (2) which forms a duct (3) for a flow of a fluid, wherein the rotors (10, 11) are arranged in series in the duct (3) in the flow direction (6) of the fluid, the machine shaft (15) and the rotors (10, 11) are of annular design and are rotatably mounted in the housing (2), and wherein the annular rotors (10, 11) have in each case a ring inner side (12) and a ring outer side (13), wherein the blades (14) or vanes are arranged on the ring inner side (12).
    • 具有至少两个转子(10,11),一种流体机械(1,40),它们在彼此相反的方向可转动地支承绕旋转(7)的轴线,并且被布置在其上的叶片(14)或叶片(具有可旋转地安装机轴 15)和(到机器轴(15)与至少两个转子(10,11)连接,并且该机轴15的(旋转运动)的驱动机构16)(在转子10,11)转换的相互相反方向的旋转运动 或者反之亦然,液力优点将使用kontrarotierender转子,但在此情况下具有相对低的机械复杂性和元件密度,从而增加了可靠性。 这是根据本发明可能的是,流动机(1,40)包括在流动方向上在所述通道(3)的壳体(2)形成的通道(3),用于将流体的流动,所述转子(10,11) 流体(6)被布置成一个在另一个后面,机器轴(15)和环形设计的转子(10,11)和可旋转地安装在所述壳体(2)被安装,并且其中,所述环形转子(10,11),每个具有环形内侧( 包括12)和一个环形外侧(13),所述叶片(14)或翼被布置内部的环(12)上。
    • 7. 发明申请
    • DEVICE AND SYSTEM FOR MEASURING THE PROPERTIES OF MULTI-SEGMENTED FILTERS AND CORRESPONDING METHOD
    • 设备和测量系统的多节段滤嘴及其方法的性能
    • WO03055338A3
    • 2004-03-25
    • PCT/EP0213186
    • 2002-11-23
    • HAUNI MASCHINENBAU AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • G01B11/02A24C5/34A24D3/02G01N21/47G01N21/59G01N21/84G01N23/06
    • G01N23/06A24C5/3412A24D3/0295
    • The invention relates to a device for measuring the properties of multi-segmented filters (61 to 64) in the tobacco-processing industry by means of X-ray crystallographic analysis. The inventive device comprises a radiation source (81) and a radiation receiver (80, 82). A multi-segmented filter (61 to 64) can be radiated in an essentially uniform manner along the longitudinal axis by means of said radiation source (81). The invention also relates to a system for measuring the properties of rod-shaped articles and a method for assuring the quality of filter cigarettes having multi-segmented filters. The radiation receiver (82, 80) of the inventive device is arranged inside a conveying element (21, 31, 34) used to convey at least multi-segmented filters (61 to 64). The inventive system is provided with at least two measuring devices, one of which operates according to the reflection method while the other one uses X-ray crystallographic analysis.
    • 本发明涉及一种设备,用于测量烟草加工业的多段过滤嘴(61〜64)的性质在通过光束法,其中提供辐射源(81)和辐射接收器(80,82),由所述辐射源的装置(81)具有基本上沿纵向轴向 多段过滤嘴的均匀辐照被提供(61〜64)。 本发明还涉及一种系统,用于测量杆状物品的性质,并且本发明还涉及一种用于具有多段过滤嘴的过滤嘴香烟的质量保证的方法。 本发明的装置的特征在于:一个输送元件(21,31,34),这是在提供了一种用于输送(61至64)至少多段过滤嘴内的辐射接收器(82,80)被布置。 本发明的系统的特征在于,至少两个测量装置,所述测量的反射的方法和所述第二测量装置在通过光束方法操作装置。
    • 8. 发明申请
    • AZIMUTH PROPELLER DRIVE UNIT HAVING A LOW MOUNTING HEIGHT FOR A FLOATING DEVICE
    • 与高度低方位角螺旋桨驱动装置,浮动式设备
    • WO2009141254A3
    • 2010-11-25
    • PCT/EP2009055766
    • 2009-05-13
    • SIEMENS AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • B63H5/125B63H20/16B63H21/17B63H23/04
    • B63H5/125B63H20/16B63H21/17B63H23/04B63H2005/1258
    • Disclosed is an azimuth propeller drive unit (1) for a floating device, comprising: - a housing (5) which is to be placed in the water, below a structure of the floating device, and inside which at least one propeller shaft (7) is rotatably mounted, at least one propeller (11) being coupled to said propeller shaft (7); - at least one electric motor (20) that has a stator (23) and a rotor (22) for driving the at least one propeller (11); - and a hollow shank (2) that secures the housing in a rotationally fixed manner. The electric motor (22) is arranged outside the housing (5) and drives a drive shaft (21) by means of the rotor (22). The drive shaft (21) is coupled to the at least one propeller shaft (7) and at least partly extends through the hollow shank (2). In order to keep the mounting height of said azimuth propeller drive unit (1) low, the electric motor (20) is designed as an electric ring motor which is annularly arranged around the drive shaft (21), and the rotor (22) of the electric motor (20) is connected in a rotationally fixed manner to the drive shaft (21) by means of a rotor support (25).
    • 方位推进器的驱动装置(1)一种用于浮动装置 - 被布置在水下的壳体(5),其中,至少一个推进器轴(7)可转动地安装在所述浮动装置的结构下面,被耦合到所述至少一个推进器(11) - 至少一个具有定子(23)的电动马达(20)和用于驱动转子(22),所述至少一个推进器(11), - 一个空心轴(2)的外壳(5)可旋转地支撑, - 所述 所述壳体(5)的外部,并通过其转子的电动机(20)(22)驱动的驱动轴(21),耦合到所述至少一个推进器轴(7),并通过中空轴至少部分(2)延伸 ,应该有一个非常低的安装高度。 这是根据其特征在于,所述电动马达(20)被设计为电环马达布置在围绕所述驱动轴(21)的环的本发明来实现,所述经由转子支承所述电动机(20)的转子(22)(25)旋转地固定到驱动轴 (21)连接。
    • 10. 发明申请
    • METHOD FOR OPERATING A FLUIDIC PIPELINE SYSTEM
    • 一种用于操作FLOW技术管理系统
    • WO2009071484A2
    • 2009-06-11
    • PCT/EP2008066303
    • 2008-11-27
    • SIEMENS AGSCHROEDER DIERK
    • SCHROEDER DIERK
    • G05D7/06
    • G05D7/0652F24D19/1012G05D7/0688Y02B30/745Y10T137/0324
    • The invention relates to a method for operating a fluidic pipeline system having an active component generating a volume flow of a medium in the system and a plurality of flow channels connected in parallel with each other and supplied jointly with the volume flow of the medium by the active component, wherein each flow channel has an individual volume flow requirement of the medium, said requirement being variable over time for at least part of the flow channels. The volume flow (q3 to q5) in each flow channel (3 to 5) having a time-variable volume flow requirement is individually throttled as a function of a control variable (x3 to x5) associated with the flow channel (3 to 5). The volume flow (Q) generated by the active component (2) is additionally regulated as a whole so that no individual throttling of the local volume flow (q3 to q5) is required in at least one of the flow channels (3 to 5).
    • 本发明涉及一种方法,用于操作具有一个活性成分生成系统中的一介质和多个相互平行的流动通道中的体积流量的流体管道系统,通过将活性成分与所述介质的体积流,其中每个流路包括:一起提供 具有介质,其是可变的时间以至少流道的一部分的单独的体积流量的要求。 在响应于一个流动通道(3至5)与所述控制变量(X3至X5)相关联的每个流动通道(3至5)与相应的体积流量(Q3到Q5)的一个随时间变化的体积流量需求单独地节流。 另外,活性组分(2)的产生的体积流量(Q),从而调节作为一个整体,在(3〜5)的局部体积流量(Q3到Q5)的任何个人节流流路中的至少一个是必需的。