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    • 51. 发明授权
    • Adjustable plumbing fitting
    • 可调节水暖配件
    • US07322615B1
    • 2008-01-29
    • US11698327
    • 2007-01-26
    • Chih-Chen Yen
    • Chih-Chen Yen
    • F16L27/12
    • F16L27/12E03C1/021E03D3/00
    • An adjustable plumbing fitting is adapted to adjust a length of connection between supply and inlet pipes, and includes a sleeve member, a collar member, and a sealing member. The sleeve member includes an annular section sleeved on and threadedly engaged with the inlet pipe, and a protrusion extending radially from an outer surface of the annular section and abutting against the supply pipe. The collar member includes a tube section sleeved on and threadedly engaged with the supply pipe, and a shoulder formed radially from an inner surface of the tube section and abutting against the protrusion to thereby interpose the protrusion between the shoulder and the supply pipe. The sealing member establishes a watertight seal between the inlet and supply pipes. The sleeve member is selectively displaced on the inlet pipe to vary a depth of insertion of the inlet pipe in the supply pipe.
    • 一种可调整的管道配件适于调整供应管和入口管之间的连接长度,并且包括套筒构件,套环构件和密封构件。 套筒构件包括套管并与入口管螺纹接合的环形部分,以及从环形部分的外表面径向延伸并邻接供给管的突出部。 轴环构件包括套管和与供给管螺纹接合的管段,以及从管部的内表面径向形成并与突起抵接的肩部,从而将突起插入在肩部和供给管之间。 密封构件在入口管和供应管之间建立防水密封。 套筒构件在入口管上选择性地移位,以改变入口管在供应管中的插入深度。
    • 52. 发明授权
    • Parabolic trough collector
    • 抛物槽槽收集器
    • US07240675B2
    • 2007-07-10
    • US10978300
    • 2004-11-01
    • Martin Eickhoff
    • Martin Eickhoff
    • F24J2/24F24J3/02F16L27/12
    • F24S23/75F24S10/45F24S23/74F24S23/79F24S40/80Y02E10/44Y02E10/45
    • The parabolic trough collector has a receiver formed by several single absorber tubes (13). The single absorber tubes (13) are supported by absorber tube supports (14) and surrounded by a glass tube (15). Because of different expansion behavior of the absorber tube (13) and the glass tube (15) during collector operation flexible unions (17) are foreseen between absorber tube (13) and glass tube (15). In order to use the radiation coming to the non active-area where the absorber tube supports (14) and the flexible unions (17) are installed a mirror collar (20) is installed on this area. The mirror collar (20) is able to reflect the solar radiation, which is coming from different directions, to the active absorber part of the single absorber tubes (13) also when the sun incident angle is changing.
    • 抛物面槽收集器具有由几个单个吸收管(13)形成的接收器。 单个吸收管(13)由吸收管支撑件(14)支撑并被玻璃管(15)包围。 由于在收集器操作期间吸收管(13)和玻璃管(15)的膨胀行为不同,在吸收管(13)和玻璃管(15)之间预见柔性联合体(17)。 为了使用到达吸收管支撑(14)和柔性联合体(17)的非活动区域的辐射,在该区域上安装了镜面环(20)。 当太阳入射角改变时,镜套(20)能够将来自不同方向的太阳辐射反射到单个吸收管(13)的主动吸收体部分。
    • 53. 发明申请
    • Connector for bridging a control stop and a flush valve
    • 用于桥接控制停止和冲洗阀的连接器
    • US20060197342A1
    • 2006-09-07
    • US11068818
    • 2005-03-02
    • Chih-Chen Yen
    • Chih-Chen Yen
    • F16L27/12F16L15/02
    • F16L15/02F16L27/125
    • A connector to bridge a control stop and a flush valve of a flushing system includes a connection duct which has an external screw thread to couple with a water inlet end of the flush valve, a bushing which has an external screw thread to couple with a middle portion of the interior of the connection duct and another end inserting into a water discharge tube of the control stop, and a first flange extended outwards on another end close to the connection duct, and an adjusting nut which has a second flange extended inwards to be coupled between one end of the connection duct facing the control stop and the first flange of the bushing. Thus by turning the adjusting nut to move the water discharge tube close to or away from the flush valve, the interval between the control stop and the flush valve may be adjusted. The screwing forces can resist the water pressure from the control stop to the flush valve, and prevent water leakage from occurring on the coupling portions.
    • 用于桥接控制停止器和冲洗系统的冲洗阀的连接器包括连接管道,该连接管道具有与冲洗阀的入水端相连的外螺纹,具有外螺纹以与中间连接的衬套 所述连接管道的内部的一部分和插入所述控制停止件的排水管的另一端以及在靠近所述连接管道的另一端向外延伸的第一凸缘以及具有向内延伸的第二凸缘的调节螺母 连接在面向控制停止件的连接管道的一端和衬套的第一凸缘之间。 因此,通过转动调节螺母将排水管移动到靠近或远离冲洗阀的位置,可以调整控制停止与冲洗阀之间的间隔。 螺旋力可以抵抗从控制停止器到冲洗阀的水压力,并且防止在连接部分上发生水泄漏。
    • 55. 发明授权
    • Control valve having moveable outlet
    • 控制阀具有可移动的出口
    • US06945512B2
    • 2005-09-20
    • US10630008
    • 2003-07-29
    • Joseph Carpenter
    • Joseph Carpenter
    • F16L27/12F16L55/07F16K51/00
    • F16L55/07F16L27/12
    • An improved control valve includes a housing having an inlet and an outlet, a passage leading from the inlet to the outlet through the housing, a control configured to selectively control the flow of material through the housing, and at least one extension associated with the housing for changing a position of the inlet and/or outlet of the valve. One or more embodiments of a method include the steps of providing a valve having an inlet or outlet which is adjustably positionable with respect to a remaining portion of the valve, changing a position of the inlet and/or outlet of the valve with respect to a remaining portion of the valve, and connecting the inlet and outlet of the valve to inlet and outlet pipes, respectively.
    • 改进的控制阀包括具有入口和出口的壳体,从入口通过壳体引导到出口的通道,配置成选择性地控制通过壳体的材料流动的控制器,以及与壳体相关联的至少一个延伸部分 用于改变阀的入口和/或出口的位置。 方法的一个或多个实施例包括以下步骤:提供具有可相对于阀的剩余部分可调节地定位的入口或出口的阀,改变阀的入口和/或出口相对于阀的位置 阀的剩余部分,并将阀的入口和出口分别连接到入口管和出口管。
    • 58. 发明授权
    • Telescopic pivotal pipe joint
    • 伸缩式枢轴管接头
    • US06056329A
    • 2000-05-02
    • US53506
    • 1998-04-01
    • Kenji KitaniShintaro SuzukiKosuke Sakai
    • Kenji KitaniShintaro SuzukiKosuke Sakai
    • F16L27/04F16L27/12
    • F16L27/026F16L27/04F16L27/12Y10S285/906
    • A telescopic pivotal pipe joint for use in a fluid transporting pipe system such as water transporting pipe system installed under the ground is disclosed. The joint has a first pipe member including a semi-spherical inner peripheral face, a second pipe member including a semi-spherical pipe portion projecting radially outward and sidable along the semi-spherical inner peripheral face of the first pipe member, the second pipe member being slidably engaged within the first pipe member, and a third pipe member telescopically sidable in an axial direction and engaged on a straight pipe portion co-extensive with the semi-spherical pipe portion of the second pipe member. The semi-spherical pipe portion of the second pipe member defines an annular groove, into which one end of the third pipe member comes into engagement along the axial direction when the second pipe member and the third pipe member are contracted maximally relative to each other.
    • 公开了一种用于流体输送管道系统中的可伸缩枢转管接头,例如安装在地下的输水管系统。 接头具有包括半球形内周面的第一管构件,以及包括沿着第一管构件的半球形内周面径向向外突出且半径方向突出的半球形管部的第二管构件,第二管构件 可滑动地接合在所述第一管构件内,以及第三管构件,所述第三管构件在轴向方向上可伸缩地接合,并且与所述第二管构件的半球形管部分共同延伸的直管部分接合。 第二管构件的半球形管部分限定了一个环形槽,当第二管构件和第三管构件相对于彼此最大地收缩时,第三管构件的一端沿着轴向接合到该环形槽中。
    • 59. 发明授权
    • Hidden screw-pressing structure for a pipe connector
    • 用于管道连接器的隐蔽螺旋压力结构
    • US6045289A
    • 2000-04-04
    • US116307
    • 1998-07-15
    • Shao-Chien Tseng
    • Shao-Chien Tseng
    • F16L19/06F16L27/12F16B2/14
    • F16L19/061F16L27/12Y10T403/42Y10T403/7056Y10T403/7058
    • A hidden screw-pressing structure for a pipe connector being comprised of a plurality of "C" shaped engaging members, springs and rotation covers on a plurality of opened ends of the pipe connector; wherein, the opened ends each is formed to have a diameter-reducing wall, the external wall of each engaging member is formed to have the same tapering surface as that of the diameter-reducing wall, an inner screw-pressing wall of the engaging member is formed a straight pipe wall, one of the springs abuts on the top of the engaging member and is subjected to compression of one of the rotation covers, screwing in of the rotation cover compresses the spring to push the engaging member inwardly, the inner screw-pressing wall of the engaging member thereby is given with a function for reducing diameter, in this way the walls of the pipes to be connected are bound by the inner screw-pressing walls, therefore, the pipes to be connected are bound in a hidden mode in the pipe connector without damaging the pipes themselves.
    • 一种用于管连接器的隐蔽的螺旋压力结构由多个“C”形接合构件,弹簧和在管连接器的多个开口端上的旋转盖组成; 其特征在于,所述开口端部形成为具有直径减小壁,各接合构件的外壁形成为与所述直径减小壁相同的锥形面,所述接合构件的内螺纹按压壁 形成直管壁,其中一个弹簧抵靠在接合构件的顶部并受到旋转罩中的一个的压缩,旋转盖的旋入部压缩弹簧以将接合构件向内推动,内螺钉 具有接合构件的按压壁具有减小直径的功能,以这种方式,待连接的管的壁由内螺旋压壁结合,因此,要连接的管被绑定在隐藏的 模式,而不会损坏管道本身。