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    • 53. 发明公开
    • Connector
    • 连接器
    • EP2434588A1
    • 2012-03-28
    • EP10178806.5
    • 2010-09-23
    • PPC, A Division of John Mezzalingua Associates, Inc.
    • Eriksen, Kim Lundgren
    • H01R13/639H01R13/11
    • H01R4/5091H01R13/111H01R13/622H01R24/40
    • A connector 1 comprises a body 2, a female contact member 17 being centrally disposed within a cavity 10 of the body 2 and including an end portion having flexible contractable fingers 19 for electrically engaging a center conductor of a mating component and a ring-shaped resilient clamping member being arranged axially movable within the cavity 10. The fingers 19 of the contact member 17 and the clamping member 21 are provided with cooperating surfaces cooperating to bring the fingers into electrical engagement with said center conductor in response to an applied force to provide axial movement of the clamping member 21 relative to said contact member 17 in a securing direction. The clamping member 21 is slit by means of a slit extending between a central aperture and an outer surface thereof.
    • 连接器1包括主体2,阴性接触构件17居中地设置在主体2的空腔10内并包括具有柔性可收缩指状物19的端部,用于电接合配合部件的中心导体和环形弹性 夹紧构件被布置成可在腔10内轴向移动。接触构件17的指状物19和夹紧构件21设置有协作表面,该协作表面协作以响应于施加的力使指状物与所述中心导体电接合以提供轴向 夹紧构件21相对于所述接触构件17沿固定方向的运动。 夹紧件21通过在中心孔和外表面之间延伸的狭缝进行切割。
    • 54. 发明公开
    • Coaxial cable connector
    • 同轴电缆连接器
    • EP2400596A1
    • 2011-12-28
    • EP10167407.5
    • 2010-06-25
    • PPC, A Division of John Mezzalingua Associates, Inc.
    • Eriksen, Kim
    • H01R9/05
    • H01R9/0521H01R9/0524H01R9/0527
    • A coaxial cable connector (1) for a coaxial cable comprising a body (2). Said body (2) comprises an outer body surface (8) an inner body surface (9) a nut (10) arranged at the second end (4) of the body (2), a post (11). The post (11) is arranged substantially coaxially with the central axis (7) in the central bore (6) of the body (2) at the second body end (4) extending into the first body end (3). The said post (11) is adapted to be inserted between the dielectric material (40) and the jacket (44) of a cable. Further, the body (2) comprises a compression means (15) arranged at the first end (3) of the body (2), the compression means (15) comprising a substantially cylindrical compression sleeve (16) having a first sleeve end (17) and a second sleeve end (18), an inner sleeve surface (19) and an outer sleeve surface (20). The compression sleeve (16) is slidably arranged substantially coaxially with the central axis (7) of the body (2) so as to slide in a direction parallel to the central axis (7). Further, the compression means (15) comprises a substantially cylindrical compression ring (22) having an inner compression surface (24) slidably mounted onto the outer surface (8) of the body (2), said inner surface (24) of the compression ring (22) adapted to receive the compression sleeve (16).
    • 一种用于同轴电缆的同轴电缆连接器(1),包括主体(2)。 所述主体(2)包括外主体表面(8),内主体表面(9),布置在主体(2)的第二端部(4)处的螺母(10),柱(11)。 柱(11)在延伸到第一主体端部(3)中的第二主体端部(4)处与主体(2)的中心孔(6)中的中心轴线(7)大致同轴地布置。 所述柱(11)适于插入电缆的介电材料(40)和护套(44)之间。 此外,本体(2)包括布置在本体(2)的第一端部(3)处的压缩装置(15),压缩装置(15)包括基本上圆柱形的压缩套筒(16),该压缩套筒具有第一套筒端部 17)和第二套筒端部(18),内部套筒表面(19)和外部套筒表面(20)。 压缩套筒(16)可滑动地设置成与本体(2)的中心轴线(7)基本同轴,以便在平行于中心轴线(7)的方向上滑动。 此外,压缩装置(15)包括具有可滑动地安装到主体(2)的外表面(8)上的内压缩表面(24)的大致圆柱形的压缩环(22),所述压缩的内表面 环(22)适于接收压缩套筒(16)。
    • 55. 发明授权
    • WIND TURBINE BLADE WITH ATTACHMENT DEVICES ON IT AND A METHOD OF SERVICING THIS WIND TURBINE BLADE UTILISING THESE DEVICES
    • 连同维护风力涡轮机叶片的附属设备和方法风力涡轮机叶片使用此设备
    • EP1934473B1
    • 2011-11-02
    • EP06791416.8
    • 2006-09-20
    • LM GLASFIBER A/S
    • GRABAU, Peter
    • F03D1/00F03D1/06F03D11/00
    • F03D1/0658F03D80/00F03D80/30F03D80/50F05B2220/25F05B2230/80F05B2260/30Y02E10/721Y02P70/523Y10T29/49318
    • The present invention relates to a table for a wind turbine equipped with attachment devices 103 for attaching servicing equipment, 401, 402, said attachment means being attached at and accessible from the blade exterior. They may be located in cavities and be covered when not in use. Hereby it is accomplished that the blade can be serviced and repaired while positioned horizontally without the attachment devices as such otherwise influencing the aerodynamic properties of the blade. One possibility is that during manufacturing such a cavity is closed but the cavity can later be broken open. Additionally, the invention relates to a wind turbine featuring such blade and a method of servicing a blade when mounted on a wind turbine, wherein servicing equipment is attached to at least one attachment device in the blade. It is furthermore mentioned, that the attachment devices might be used when mounting a blade.
    • 本发明涉及一种用于配备有用于安装维修设备,401,402的连接装置103的风力涡轮机的表,所述连接装置被附接在和从外部刀片访问。 它们可位于腔和覆盖在不使用时。 由此它被完成并刀片可以被服务和修理而无需连接装置作为搜索否则影响叶片的空气动力学性能水平定位。 一种可能性是制造寻求腔闭合,但是腔可后来被破开时那样。 此外,本发明涉及检查担纲风力涡轮机叶片和维修刀片当安装在风力涡轮机,worin维修设备的方法附连到至少一个连接装置中的叶片。 它更进一步地提及,可以使用DASS裸片附接装置安装时的叶片。
    • 59. 发明公开
    • System for controlling and sensing ethylene concentration in a controlled atmosphere storage and transport environment
    • 系统,用于控制,并用受控气氛检测在储存和运输环境乙烯的浓度
    • EP2256485A1
    • 2010-12-01
    • EP09161510.4
    • 2009-05-29
    • Kjærulf Pedersen A/S
    • Ehrhorn, Kristian
    • G01N21/76A23B7/152
    • G01N21/766A23B7/152F25D2317/0416
    • System for detecting and reducing ethylene (1) in a storage room (2) or a reefer container (2), comprising a sensing reaction chamber (10) and a ethylene/ozone reaction chamber (19) in fluid communication with the storage room (2), in which ozone and air from the storage room (2) is brought into reaction with each other, an ozone generator (6) and light detecting means (8) for detecting light emitted via reaction between the ozone and ethylene, said light detection means producing detection signals (12), processing means (9) and airstream means (4) for forcing an airstream through the system (1). The system (1) is adapted such that ozone excessive from the reaction between the ozone and the ethylene in the sensing reaction chamber (10) with the light detection means (8) is lead into the airstream to the ethylene/ozone reaction chamber (19), and that the ozone generator (6) is controlled by the feedback signal (13).
    • 系统,用于检测和减小乙烯(1)在一个储藏室(2)或一个冷藏集装箱(2)包括与所述存储室流体连通的感测反应室(10)和乙烯/臭氧反应室(19)( 2)在臭氧和空气从储藏室(2)乙烯被带入反应海誓山盟对臭氧发生器(6)和光检测装置(8),用于经由所述臭氧和,所述光之间发射的反应检测光 检测装置,用于通过所述系统(1)在气流迫使生产检测信号(12),处理装置(9)和空气流的装置(4)。 的系统(1)是angepasst搜索没有臭氧过度从与所述光检测装置(8)被引导到空气流中,以乙烯/臭氧反应室中的臭氧和在所述感测反应室(10)中的乙烯之间的反应(19 ),并没有臭氧发生器(6)由所述反馈信号(13)来控制。
    • 60. 发明公开
    • MIDSOLE FOR A RUNNING SHOE
    • 跑鞋的中底
    • EP2247212A1
    • 2010-11-10
    • EP09715948.7
    • 2009-02-20
    • Ecco Sko A/S
    • TRUELSEN, Ejnar
    • A43B23/08A43B13/12A43B13/14
    • A43B13/026A43B5/06A43B7/24A43B13/12A43B13/148A43B13/188A43B21/24A43B23/088
    • A midsole for a running shoe is described, which shoe comprises a rear foot area (150) with a bottom heel portion (20) and an upper heel portion (142). The upper heel portion (142) is moulded in one piece with the bottom heel portion and extended vertically to cover the tuberosity (68) of the calcaneus (69). According to the invention, the upper heel portion (142) is asymmetric about a vertical axis (B-B) dividing the midsole (1) into two halves wherein the area of midsole material supporting the heel on the medial side (143) of the upper heel portion (142) is larger than the supporting area of the midsole material on the lateral side (151) of the upper heel portion. This design stabilizes the foot during motion, and contributes to lowering the risk of injury during running.
    • 描述了用于跑鞋的鞋底夹层,该鞋包括具有底部鞋跟部分(20)和鞋面鞋跟部分(142)的后脚区域(150)。 上跟部(142)与下跟部部分一体成形并且垂直延伸以覆盖跟骨(69)的结节(68)。 根据本发明,上鞋跟部分(142)关于将鞋底夹层(1)分成两半的竖直轴线(BB)不对称,其中中底材料的区域在上鞋跟的内侧(143)支撑鞋跟 部分(142)大于鞋帮后跟部分的外侧(151)上的鞋底夹层材料的支撑区域。 这种设计可在运动过程中稳定脚部,并有助于降低跑步时受伤的风险。