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    • 3. 发明申请
    • A COMBUSTION CHAMBER ASSEMBLY
    • 燃烧室组件
    • WO1992018760A1
    • 1992-10-29
    • PCT/GB1992000017
    • 1992-01-06
    • ROLLS-ROYCE PLCTAYLOR, David, HowardGRIFFIN, Arthur, Bernard
    • ROLLS-ROYCE PLC
    • F02C07/20
    • F02C7/20F23R3/60
    • The smaller diameter end of a first stiff frustoconical casing member (74) is secured to a compressor casing (34) and the smaller diameter end of a second stiff frustoconical casing member (80) is secured to the nozzle guide vanes (40). A plurality of hollow axially extending members (86) are secured to the first and second stiff frustoconical members (74, 80) to transfer tensile and compressive stresses between the compressor casing (34) and the nozzle guide vanes (40). The larger diameter end of the first stiff frustoconical member (74) is secured to an engine casing (52) by a first radially and axially flexible member (88) to define a second chamber (100), and the larger diameter end of the second stiff frustoconical member (80) is secured to the engine casing (52) by a second radially and axially flexible member (94) to define a third chamber (102). The hollow axially extending members (86) define passages (104) to allow cooling air to flow from the first chamber (100) through the second chamber (102) to a turbine. The axially extending members (86) pass circumferentially between adjacent tubular combustion chambers (42) which have their axes arranged radially.
    • 第一刚性截头圆锥形壳体构件(74)的较小直径端固定到压缩机壳体(34),并且第二刚性截头圆锥形壳体构件(80)的较小直径端固定到喷嘴导向叶片(40)。 多个中空的轴向延伸构件(86)固定到第一和第二刚性截头圆锥构件(74,80),以在压缩机壳体34和喷嘴导向叶片40之间转移拉伸和压缩应力。 第一刚性截头圆锥形构件(74)的较大直径的端部通过第一径向和轴向柔性构件(88)固定到发动机壳体(52),以限定第二室(100),并且第二 刚性的截头圆锥形构件(80)通过第二径向和轴向柔性构件(94)固定到发动机壳体(52),以限定第三室(102)。 空心轴向延伸构件(86)限定通道(104),以允许冷却空气从第一室(100)通过第二室(102)流动到涡轮机。 轴向延伸构件(86)周向地在相邻的管状燃烧室(42)之间通过,这些管状燃烧室的轴线径向布置。
    • 5. 发明申请
    • GASTURBINE COMBUSTION CHAMBER AND METHOD OF OPERATION THEREOF
    • GASTURBINE燃烧室及其运行方法
    • WO1992007221A1
    • 1992-04-30
    • PCT/GB1991001658
    • 1991-09-26
    • CURRIN, John, Oakey +lmROLLS-ROYCE PLCTOON, Ian, JamesO'DELL, Stephen, JamesWILLIS, Jeffrey, Douglas
    • CURRIN, John, Oakey +lmROLLS-ROYCE PLCCURRIN, Paul, Royston +di
    • F23R03/14
    • F23R3/346F23C6/047F23R3/14
    • A gas turbine engine combustion chamber (36) which has staged combustion to reduce nitrous oxides comprises a first radial flow swirler (70) and a second radial flow swirler (74) which supply primary air into a first fuel and air mixing zone (64). A pilot injector (86) only supplies fuel to be burnt into the mixing zone (64) at low power levels. At high power levels primary fuel injectors (88) inject fuel into the passages (72, 80) formed between the vanes (70, 74) of the first and second swirlers so that fuel and air mixture flows into the first fuel and air mixing zone (64) to be burnt. Simultaneously secondary fuel injectors (104) inject fuel into an annular secondary fuel and air mixing zone (94) which surrounds the first mixing zone (64). Fuel and air from the second mixing zone (94) flow through apertures (106) into the combustion chamber (36) downstream of the first mixing zone (64) and the additional fuel is burnt in the zone (112).
    • 具有分段燃烧以减少一氧化二氮的燃气涡轮发动机燃烧室(36)包括将一次空气供应到第一燃料和空气混合区(64)中的第一径向流旋流器(70)和第二径向流旋流器(74) 。 先导喷射器(86)仅在低功率水平下将待燃烧的燃料供入混合区(64)。 在高功率水平下,初级燃料喷射器(88)将燃料喷射到形成在第一和第二旋流器的叶片(70,74)之间的通道(72,80)中,使得燃料和空气混合物流入第一燃料和空气混合区 (64)被烧。 同时二次燃料喷射器(104)将燃料喷射到围绕第一混合区(64)的环形二次燃料和空气混合区(94)中。 来自第二混合区(94)的燃料和空气在第一混合区(64)的下游流过孔(106)进入燃烧室(36),并且附加燃料在区域(112)中燃烧。
    • 6. 发明申请
    • AN ACOUSTIC EMISSION TRANSDUCER AND AN ELECTRICAL OSCILLATOR
    • 声学发射传感器和电振荡器
    • WO1989005445A1
    • 1989-06-15
    • PCT/GB1988001008
    • 1988-11-17
    • ROLLS-ROYCE PLCHOLROYD, Trevor, JohnSADLER, Michael
    • ROLLS-ROYCE PLC
    • G01H11/08
    • H03H9/176B06B1/0603B06B1/0651G01H11/08H03H9/173H03H9/174H04R17/08
    • An acoustic emission transducer assembly (100) comprises a baseplate (102), and a piezoceramic member (104). The piezoceramic member (104) is mounted on the baseplate (102), and the baseplate (102) is adapted for acoustic coupling to surface of a component. The baseplate (102) forms a part of a circuit board. The circuit board may be a printed ceramic circuit board with electronic components mounted thereon or a hybrid electronic circuit. The acoustic emission transducer assembly (100) is integral with a part of an electrical circuit. The piezoceramic member (104) is arranged to lie over a circular depression formed on a surface of the baseplate (102). The piezoceramic member (104) has an annular peripheral region (122) by which it is secured to the baseplate (102). An electrical oscillator is also provided which comprises a piezoceramic member which is mounted on a baseplate. The baseplate again forms a part of a circuit board.
    • 声发射换能器组件(100)包括基板(102)和压电陶瓷构件(104)。 压电陶瓷构件(104)安装在基板(102)上,并且基板(102)适于与部件表面的声耦合。 基板(102)形成电路板的一部分。 电路板可以是其上安装有电子部件的印刷陶瓷电路板或混合电子电路。 声发射换能器组件(100)与电路的一部分是一体的。 压电陶瓷构件(104)布置成位于形成在基板(102)的表面上的圆形凹部上。 压电陶瓷构件(104)具有环形周边区域(122),固定到基板(102)。 还提供了一种电振荡器,其包括安装在基板上的压电陶瓷构件。 底板再次形成电路板的一部分。
    • 7. 发明申请
    • A MAGNETIC BEARING
    • 磁性轴承
    • WO1995023298A1
    • 1995-08-31
    • PCT/GB1995000378
    • 1995-02-23
    • ROLLS-ROYCE PLCCOOMBS, Timothy, Arthur
    • ROLLS-ROYCE PLC
    • F16C39/06
    • F16C32/0438Y10S505/876Y10S505/903Y10S505/905
    • A magnetic thrust bearing (110) comprises a magnet (112) mounted on a shaft (114) and a plurality of equi-angularly spaced superconductors (116) mounted on a static structure (118). Each superconductor (116) is mounted onto the static structure (118) by a parallel hinge strip (120) which allows the superconductor (116) to move radially relative to the axis of rotation of the shaft (114). The radial movement of the superconductors (116) changes the cross-sectional area of the magnetic field between the magnet and the superconductors (116) and this changes the stiffness of the magnetic bearing (110). The superconductors (116) move radially due to the pivoting of the parallel hinge strips (120) due to changes in the loads acting on the magnetic bearing (110). It is possible to detect movement of the shaft and to actively move the superconductors to control the stiffness of the magnetic bearing and to control the clearance in the magnetic bearing, as in figure 5.
    • 磁性止推轴承(110)包括安装在轴(114)上的磁体(112)和安装在静态结构(118)上的多个等角间隔的超导体(116)。 每个超导体(116)通过平行铰链条(120)安装到静态结构(118)上,该平行铰链条允许超导体(116)相对于轴(114)的旋转轴线径向移动。 超导体(116)的径向移动改变磁体和超导体(116)之间的磁场的横截面面积,并且这改变了磁性轴承(110)的刚度。 由于作用在磁性轴承(110)上的负载的变化,超导体(116)由于平行铰链条(120)的枢转而径向移动。 可以检测轴的运动,并主动移动超导体以控制磁性轴承的刚度并控制磁性轴承的间隙,如图5所示。
    • 8. 发明申请
    • ROTORS FOR GAS TURBINE ENGINES
    • 用于气体涡轮发动机的转子
    • WO1993021425A1
    • 1993-10-28
    • PCT/GB1993000372
    • 1993-02-23
    • ROLLS-ROYCE PLCKNOTT, David, Sydney
    • ROLLS-ROYCE PLC
    • F01D11/00
    • F01D11/008F01D5/3007
    • Fan blades (14) of a rotor stage (12) do not have platforms and separate wall members (20) are provided to bridge the space between adjacent blades (14). The wall members (20) define an inner wall of a flow annulus through the rotor (12). Each of the wall members (20) has a plurality of hooks (27) and (28) which extend radially inwardly to engage correspondingly shaped hooks (30) and (31) provided on the radially outer face (18) of the disc (16). Further hooks (29, 38) engage rings (34, 36) mounted on the rotor (12) adjacent the disc (16) to lock the wall member (20) in position. This ensures that the hooks (27) and (28) on the wall member (20) engage the hooks (30) and (31) on the radially outer face (18) of the disc (16).
    • 转子平台(12)的风扇叶片(14)不具有平台,并且提供分离的壁构件(20)以桥接相邻叶片(14)之间的空间。 壁构件(20)通过转子(12)限定流动环的内壁。 每个壁构件(20)具有多个径向向内延伸的钩(27)和(28),以接合设置在盘(16)的径向外表面(18)上的相应形状的钩(30)和(31) )。 另外的钩(29,38)接合安装在邻近盘(16)的转子(12)上的环(34,36),以将壁构件(20)锁定就位。 这确保壁构件(20)上的钩(27)和(28)接合在盘(16)的径向外表面(18)上的钩(30)和(31)。