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    • 52. 发明申请
    • PRODUCTION OF CLAD PIPES
    • 生产管道
    • WO2004103603A1
    • 2004-12-02
    • PCT/AU2004/000672
    • 2004-05-20
    • CLADTEK INTERNATIONAL PTY LTDMONTAGUE, Paul, Anthony
    • MONTAGUE, Paul, Anthony
    • B21D39/04
    • B21C37/154B21D39/04B21D39/20Y10T29/4994
    • A method of manufacturing a tubular structure such as a clad pipe (10) having inner and outer pipe sections (11, 13) with an interference fit therebetween and also a clad pipe (10) manufactured in accordance with that method. The method comprises the following steps: (a) positioning two pipe sections one within the other to provide an assembly (15) comprising the inner pipe section (11) and the outer pipe section (13); (b) radially expanding a portion of the inner pipe section (11) into engagement with the surrounding portion of the outer pipe section (13) using an expansion tool (17); (c) continuing to radially expand said portion of the inner pipe section (11) to plastically expand said portion of the inner pipe section (13) and elastically expand the surrounding portion of the outer pipe section (13); and (d) repeating steps (b) and (c) for one or more further portions of the inner pipe section (11). Because the inner pipe section (11) is radially expanded into a condition which it undergoes plastic deformation and the outer pipe section (13) is radially expanded to undergo elastic but not plastic deformation, interference between the inner and outer pipe sections is achieved due to the residual tensile stress in the outer pipe section (13) and the residual compression stress in the inner pipe section (11). The method may also involve establishing a metallurgical bond between the confronting surfaces of the two pipe sections (11, 13).
    • 一种制造管状结构的方法,例如包覆管(10),其内部和外部管段(11,13)与其间具有过盈配合,并且还包括根据该方法制造的复合管(10)。 该方法包括以下步骤:(a)将两个管段定位在另一管内,以提供包括内管段(11)和外管段(13)的组件(15)。 (b)使用膨胀工具(17)将所述内管段(11)的一部分径向膨胀成与所述外管段(13)的周围部分接合; (c)继续使所述内管部分(11)的所述部分径向膨胀,以使所述内管部分(13)的所述部分塑性膨胀并使所述外管部分(13)的周围部分弹性膨胀; 和(d)对于内管段(11)的一个或多个其它部分重复步骤(b)和(c)。 由于内管部(11)径向膨胀成其发生塑性变形的状态,外管部(13)径向膨胀以发生弹性而不产生塑性变形,因此,由于内管部 外管部(13)中的残余拉伸应力和内管部(11)中的残留压缩应力。 该方法还可以涉及在两个管段(11,13)的相对表面之间建立冶金结合。
    • 53. 发明申请
    • VIBRATORY TRANSDUCER FOR MEDICAL IMAGING AND TREATMENT
    • 用于医疗成像和治疗的振动传感器
    • WO2004103179A1
    • 2004-12-02
    • PCT/AU2004/000680
    • 2004-05-21
    • MERLEX CORPORATION PTY LTDHOBSON, Barry, Reginald
    • HOBSON, Barry, Reginald
    • A61B6/00
    • A61B5/418A61B5/0051A61B5/415A61B5/4504A61B5/4519A61B8/0825A61B8/0875A61B8/406A61B8/485A61B8/488A61H23/0218
    • A vibratory transducer (10) for medical application is disclosed. The vibratory transducer (10) has an armature (14) suspended in a magnetic field. The armature (14) has a plurality of electrical conductive paths (24) to provide electrical current flow in said armature to react with said magnetic field and cause movement in the armature controlled by variation in the electrical current flow. A contact surface (26) is secured to the armature, with a surface area for frictionally coupling to a corresponding surface area of a patient for example. Movement of the vibratory transducer induces movement in the patient, and the transducer can produce movement in the contact surface in at least two dimensions simultaneously. In one embodiment the contact surface (26) is flat, while in alternative embodiments the contact surface is incorporated in a toroidal structure so as to surround part of the patient. Medical application can include treatment of bone fractures, oedema, and in elastography, amongst other applications.
    • 公开了一种用于医疗应用的振动传感器(10)。 振动换能器(10)具有悬挂在磁场中的电枢(14)。 电枢(14)具有多个导电路径(24),以在所述电枢中提供电流以与所述磁场反应,并且通过电流流动的变化来控制电枢中的移动。 接触表面(26)固定到电枢,具有用于摩擦地联接到例如患者的对应表面区域的表面区域。 振动传感器的运动引起患者的运动,并且换能器可以在至少两个维度上同时产生接触表面中的运动。 在一个实施例中,接触表面(26)是平坦的,而在替代实施例中,接触表面结合在环形结构中以围绕患者的一部分。 医学应用可以包括治疗骨折,水肿和弹性成像以及其他应用。
    • 57. 发明申请
    • PATIENT SUPPORT AND LIFTING MEANS
    • 患者支持和提升手段
    • WO2004058126A1
    • 2004-07-15
    • PCT/AU2003/001728
    • 2003-12-24
    • PITTS, Neville, Jeffery
    • PITTS, Neville, Jeffery
    • A61G1/01
    • A61G7/1017A61G7/1046A61G7/1055A61G2200/32
    • A patient support comprising a panel (11) formed of a membrane which in use is to be positioned to overlie a bed and receive a patient lying on the bed, the panel having a pair of opposed side edges which in use are to lie proximate the sides of the bed, at least one lifting point (15) provided at each edge, each edge being adapted to transmit the load between the panel and the lifting point such that the axial orientation of the patient supported on the panel is substantially unchanged when the panel is lifted at both edges by the lifting points. In addition there is claimed an attachment for a lifting means and a lifting means having such an attachment, to enable manipulation of the patient support with a patient resident thereon wherein the lifting means has a base (120), and upstanding support (123) and a drive (137), the attachment comprising an arm (129) adapted to be mounted to the upstanding support, the arm supporting a strut (124) proximate its outer end, the strut having opposed ends, said ends being adapted to be connected to the lifting points(15) at opposed sides of the patient support, the strut pivotally supported from the arm at a pivot position located intermediate of the ends, a further drive (133) between the arm and the strut to effect pivotal movement of the strut on the arm.In addition there is claimed a patient support and lifting means combination of the from described above.
    • 一种患者支架,其包括由膜构成的面板(11),所述面板在使用中被定位成覆盖在床上并且接收躺在床上的患者,所述面板具有一对相对的侧边缘,其在使用中靠近 床的两侧,设置在每个边缘处的至少一个提升点(15),每个边缘适于在面板和提升点之间传递负载,使得当支撑在面板上的患者的轴向取向基本上不变, 面板通过提升点在两边缘抬起。 此外,还提出了一种用于提升装置和具有这种附件的提升装置的附件,以便能够在其上驻留有患者的情况下操纵患者支架,其中提升装置具有底座(120)和直立支撑件(123)和 驱动器(137),所述附件包括适于安装到所述直立支撑件的臂(129),所述臂支撑靠近其外端的支柱(124),所述支柱具有相对的端部,所述端部适于连接到 在患者支架的相对侧的提升点(15),支撑件在位于端部中间的枢转位置处由臂枢转地支撑,在臂和支柱之间的另一驱动器(133)以实现支柱的枢转运动 另外还要求从上述的患者支撑和提升手段组合。
    • 58. 发明申请
    • SYSTEM AND METHOD FOR STABILISING A POWER SYSTEM
    • 用于稳定电力系统的系统和方法
    • WO2004027959A1
    • 2004-04-01
    • PCT/AU2003/001253
    • 2003-09-23
    • POWERCORP PTY LTDTUCKEY, Andrew, MarkZIMMERMANN, Juergen
    • TUCKEY, Andrew, MarkZIMMERMANN, Juergen
    • H02J3/24
    • H02J3/24Y02P80/21
    • A power system stabiliser (19) for stabilising a power generation system (9) having a grid (11) supplying a load (17) where power fluctuations may arise as a consequence of variations in the power generation system (9) or the load (17). The power system stabiliser (19) includes sensors for sensing a property of the power generation system (9), being a grid frequency and/or a grid voltage of the power generation system (9). Power system interface means in the form of a grid interface (21) is also included for electrically connecting with the power generation system (9). The grid interface (21) allows flow of electrical energy between the power system stabiliser (19) and the power generation system (9). Load interface means in the form of a load interface (25) is provided for electrically connecting with a stabilising load (20).The power system stabiliser (19) also comprises a link (29) for electrically connecting the grid interface (21) and the load interface (25).
    • 一种用于稳定发电系统(9)的电力系统稳定器(19),其具有提供负载(17)的电网(11),其中由于发电系统(9)或负载(9)的变化而可能产生功率波动 17)。 电力系统稳定器(19)包括用于感测发电系统(9)的属性的传感器,其是发电系统(9)的电网频率和/或电网电压。 还包括电网接口(21)形式的电力系统接口装置,用于与发电系统(9)电连接。 电网接口(21)允许电力系统稳定器(19)和发电系统(9)之间的电能流动。 负载接口(25)的形式的负载接口装置用于与稳定负载(20)电连接。电力系统稳定器(19)还包括用于电连接电网接口(21)和 负载接口(25)。
    • 59. 发明申请
    • EMISSIONS CONTROL FOR AN INTERNAL COMBUSTION ENGINE
    • 内燃机排放控制
    • WO2004016917A1
    • 2004-02-26
    • PCT/AU2003/001035
    • 2003-08-15
    • ORBITAL ENGINE COMPANY (AUSTRALIA) PTY LIMITEDYANG, Koon, Chul
    • YANG, Koon, Chul
    • F01N3/10
    • F01N3/20F01N3/2006F01N13/009F02D41/0255F02M27/02Y02T10/26
    • The invention relates to a an internal combustion engine (120) including one or more combustion chambers (126) and an exhaust system (100) including at least an oxidation catalyst (105). The exhaust system (100) is coupled to the engine (120) for enabling the egress of exhaust combustion gases from the or each combustion chamber (126) of the engine (120). The engine (120) also includes an electronic control unit or ECU (190) for controlling the operation of the engine (120), the ECU (190) being adapted to control the engine (120) whereby the temperature of the exhaust combustion gases fed into the exhaust system (100) exceed 400°C within approximately five seconds of starting said engine (120). The operating temperature of the catalyst (105) is preferably able to exceed approximately 300°C within approximately ten seconds of engine operation.
    • 本发明涉及包括一个或多个燃烧室(126)和至少包括氧化催化剂(105)的排气系统(100)的内燃机(120)。 排气系统(100)联接到发动机(120),以便能够排出来自发动机(120)的燃烧室(126)的排气燃烧气体。 发动机(120)还包括用于控制发动机(120)的操作的电子控制单元或ECU(190),ECU(190)适于控制发动机(120),由此排出的燃烧气体的温度 在启动所述发动机(120)的大约五秒内,排气系统(100)超过400℃。 催化剂(105)的操作温度优选在引擎操作的大约十秒内能够超过约300℃。