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    • 2. 发明申请
    • GAS TURBINE ENGINE SUPPORT STRUT ASSEMBLY
    • 气体涡轮发动机支撑杆组件
    • WO2013060523A1
    • 2013-05-02
    • PCT/EP2012/067880
    • 2012-09-13
    • SIEMENS AKTIENGESELLSCHAFTKEEGAN, ColmSCOTT, KevinSIMMONS, Neil
    • KEEGAN, ColmSCOTT, KevinSIMMONS, Neil
    • F01D25/28F02C7/20F16C3/02F16C11/02F16C11/06
    • F02C7/20F01D25/285F05D2230/80F05D2260/94F05D2260/941F16C3/02F16C11/02F16C11/0614
    • The present invention describes a support strut assembly (100) for supporting a casing (120) of a functional unit of a gas turbine (200). The support strut assembly (100) comprises a strut body (101) for supporting the casing (120) to a ground (220), a ball pivot element (102) which is pivotably mounted to the strut body (101) for forming a ball joint and a rocker lever (103) which is mounted to the ball pivot element (102). The rocker lever (103) is insertable into a bearing bore (121) of a support body (120) being a part of the casing or the ground (220), wherein the rocker lever (103) is insertable into the bearing bore (121) (120) in a clearance fit manner such that a pivotal point (105) is generated at a first contact area between the rocker lever (103) and an inner surface (122) of the bearing bore (121), so that the rocker lever (103) is pivotable within the bearing bore (121) around the pivotal point (105). An elastomeric springing and damping element (104) is mounted to the rocker lever (103) such that the elastomeric springing and damping element (104) is interposable between the rocker lever (103) and the a support body (120) for providing a centering force and damping a pivoting of the rocker lever (103) with respect to the support body (120) around the pivotal point (105).
    • 本发明描述了用于支撑燃气轮机(200)的功能单元的壳体(120)的支撑支柱组件(100)。 支撑支柱组件(100)包括用于将壳体(120)支撑到地面(220)的支柱主体(101),可枢转地安装到支柱主体(101)的球枢轴元件(102),用于形成球 接头和安装到球枢轴元件(102)上的摇杆(103)。 摇杆(103)可插入到作为壳体或地面(220)的一部分的支撑体(120)的轴承孔(121)中,其中摇杆(103)可插入轴承孔(121) )(120),使得在所述摇杆(103)和所述轴承孔(121)的内表面(122)之间的第一接触区域处产生枢转点(105),使得所述摇臂 杠杆(103)可围绕枢转点(105)在轴承孔(121)内枢转。 弹性弹簧和阻尼元件(104)安装到摇杆(103)上,使得弹性弹簧和阻尼元件(104)可相对于摇杆(103)和支撑体(120)之间,用于提供定中心 力和阻尼所述摇杆(103)相对于所述支撑体(120)围绕所述枢转点(105)的枢转。
    • 4. 发明申请
    • PISTON SEAL RING
    • 活塞密封圈
    • WO2012163611A1
    • 2012-12-06
    • PCT/EP2012/057838
    • 2012-04-27
    • SIEMENS AKTIENGESELLSCHAFTSCOTT, Kevin
    • SCOTT, Kevin
    • F01D11/00F01D11/24F01D25/26
    • F01D11/005B23P19/00F01D11/003F01D11/24F01D25/26F05D2220/32Y10T29/49323
    • The present invention relates gas turbine (100) comprising a device (110) and a further device (120). The device (110) comprises an outer casing (111), an inner casing (112) and a seal ring (113). The outer casing (111) and the inner casing (112) are arranged in such a way that a cooling duct (114) is formed between each other. The seal ring (113) is arranged between the outer casing (111) and the inner casing (112) in such a way that the seal ring (113) seals the cooling duct (114) from an environment surrounding the outer casing (111). The device (110) and the further device (120) are mounted together such that working fluid is flowable from the further device (120) to the device (110). Furthermore the device (110) comprises a rotatable shaft and the further device (120) comprises a further rotatable shaft, wherein the rotatable shaft and the further rotatable shaft are mechanically decoupled from each other, and wherein the seal ring (113) exclusively abuts against the inner casing (112) and against the outer casing (111) of the device (110).
    • 本发明涉及包括装置(110)和另外的装置(120)的燃气轮机(100)。 装置(110)包括外壳(111),内壳(112)和密封环(113)。 外壳(111)和内壳(112)以相互形成冷却管道(114)的方式排列。 密封环(113)以这样的方式设置在外壳(111)和内壳(112)之间,使得密封环(113)将冷却管道(114)与围绕外壳(111)的环境密封, 。 装置(110)和另外的装置(120)被安装在一起,使得工作流体可从另一装置(120)流动到装置(110)。 此外,装置(110)包括可旋转的轴,并且另外的装置(120)包括另外可旋转的轴,其中可旋转轴和另外的可旋转轴在机械上相互分离,并且其中密封环(113)专门抵靠 内壳体(112)并且抵靠装置(110)的外壳体(111)。
    • 5. 发明申请
    • CASING COOLING DUCT
    • 铸造冷却塔
    • WO2012146481A1
    • 2012-11-01
    • PCT/EP2012/056546
    • 2012-04-11
    • SIEMENS AKTIENGESELLSCHAFTMORETON, KevinSCOTT, Kevin
    • MORETON, KevinSCOTT, Kevin
    • F01D25/14F01D25/26F02C7/18F01D9/00
    • F01D25/14F01D9/00F01D25/26F02C7/18F05D2250/323F05D2260/205F05D2260/221F05D2260/2214Y02T50/676
    • Turbine (100), in particular a gas turbine, comprising an inner casing (101) to which at least a stator vane of a turbine section is mountable and an outer casing (102), which is arranged around the inner casing (101) in such a way that an outer cooling channel (103) is formed between the inner casing (101) and the outer casing (102). The outer cooling channel (103) comprises a fluid inlet (104) through which a cooling fluid is injectable from an outer volume (Vo) of the turbine (100) into the outer cooling channel (103). The cooling channel (103) comprises a fluid outlet (105) such that the cooling fluid is exhausted into an inner volume (Vi) of the turbine (100). The fluid inlet (104) is located with respect to the fluid outlet (105) such that the cooling fluid inside the outer cooling channel (103) comprises a flow direction which has a component that is orientated in opposite direction with respect to a main flow direction (106) of a working fluid of the turbine (100).
    • 涡轮机(100),特别是燃气轮机,包括内壳体(101),涡轮机部分的至少一个定子叶片可安装在该内壳体(101)上,外壳体(102)围绕内壳体 这样一种外部冷却通道(103)形成在内壳(101)和外壳(102)之间。 外部冷却通道(103)包括流体入口(104),冷却流体可以通过所述流体入口从涡轮机(100)的外部容积(Vo)喷射到外部冷却通道(103)中。 冷却通道(103)包括流体出口(105),使得冷却流体被排放到涡轮机(100)的内部容积(Vi)中。 流体入口(104)相对于流体出口(105)定位,使得外部冷却通道(103)内的冷却流体包括流动方向,其具有相对于主流向相反方向定向的分量 涡轮(100)的工作流体的方向(106)。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR FILLING VACANCIES
    • 填充空气的方法和系统
    • WO2002069231A1
    • 2002-09-06
    • PCT/AU2002/000198
    • 2002-02-26
    • SCOTT, Kevin
    • SCOTT, Kevin
    • G06F19/00
    • G06Q10/06
    • This invention concerns filling vacancies. It may be applied to finding replacements during staff shortages, or to filling entire rosters. It may also be used to fill casually occurring service needs, such as the need-for a child minding placement. The invention involves entering availability details into a candidate data store, and entering vacancy details into a vacancy data store. Automatic cross-matching of each vacancy to availability details create a list of available candidates for each vacancy. Automatically ordering the list for each vacancy ranks the candidates according to predetermined criteria. The vacancies are then filled with the top ranking available candidate. This may be performed automatically or involve the transmission of invitations and acceptances. The invitations may be automatically dispatched, and the responses may automatically update the data. It may be layered to integrate the filling of a vacancy with the provision of a service for a related period of time. For instance, integrating the filling of a teaching or nursing staff vacancy with the provision of child minding services for the same period.
    • 本发明涉及填补空缺。 它可能适用于在人员短缺期间寻找替代品,或填补整个名册。 它也可以用于填补随便出现的服务需求,例如需要一个孩子安置。 本发明涉及将候选数据存储中的可用性细节输入到空缺数据存储中。 每个空缺与可用性细节的自动交叉匹配为每个空缺创建了可用候选人的列表。 自动排序每个空缺的列表按照预定标准排列候选人。 然后,空缺填补了最高排名的候选人。 这可以自动执行或涉及邀请和接受的传送。 可以自动调度邀请,并且响应可以自动更新数据。 可以将空缺填补与在相关时间段内提供服务进行分层。 例如,将教学或护理人员空缺的填补与同期提供儿童看护服务相结合。