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    • 5. 发明申请
    • FITTINGS FOR PIPES, AND PRESSES FOR INSTALLING THE FITTINGS TO PIPES
    • 用于管道的配件和用于安装管件的压力
    • US20150167884A1
    • 2015-06-18
    • US14568952
    • 2014-12-12
    • Thomas A. KingDuane K. Smith
    • Thomas A. KingDuane K. Smith
    • F16L41/06F16L41/04
    • F16L41/045B26F1/0015F16L37/008F16L41/12Y10T137/6123
    • A fitting for a pipe generally includes a saddle for coupling the fitting to the pipe and a tap for establishing fluid communication between the fitting and the pipe. The saddle defines a channel extending generally longitudinally through the saddle, and the channel is free of threads. And, the tap is configured to couple to the saddle within the channel of the saddle. A press for installing the fitting to the pipe generally includes a housing configured to releasably couple to the fitting, and a spike configured to releasably couple to the housing and extend at least partly through the fitting for piercing the pipe to thereby allow at least part of the fitting to be inserted into the pipe through the piercing in the pipe to thereby establishing fluid communication between the fitting and the pipe.
    • 用于管道的配件通常包括用于将配件联接到管道的鞍座和用于在配件和管道之间建立流体连通的龙头。 鞍座限定了大致纵向延伸通过鞍座的通道,并且通道没有螺纹。 而且,水龙头配置成与马鞍通道内的马鞍相连。 用于将配件安装到管道的压力机通常包括构造成可释放地联接到配件的壳体,以及构造成可释放地联接到壳体并且至少部分地延伸穿过配件的尖钉,以刺穿管道,从而允许至少部分 通过管道中的穿孔插入管中的配件,从而在配件和管道之间建立流体连通。
    • 6. 发明申请
    • Flow redirection member and method of manufacture
    • 流转换构件及其制造方法
    • US20050109025A1
    • 2005-05-26
    • US10970678
    • 2004-10-20
    • Paul KenyonMichael BlackieKeith Schrock
    • Paul KenyonMichael BlackieKeith Schrock
    • F01N13/08F15D1/14F16L41/04F16L41/08F01N7/08
    • F01N13/08F15D1/14F16L41/045F16L41/084
    • Fluid transmission devices combine and separate fluid flowing therein, and are particularly useful in engine exhaust systems. Given the ever-increasing complexity of exhaust systems, there is a need to reduce construction costs, labor costs, and costs associated with maintaining an inventory of parts. The present fluid transmission device and method of manufacturing comprises a tubular member having a wall, an integral flow redirection member, and an opening. The integral flow redirection member is formed from the wall by cutting a slit in the wall and depressing the wall adjacent the slit until at least a portion of the wall extends within the tubular member. The opening is also formed from depressing the wall. Finally, the flow direction member redirects at least a portion of fluid flow traveling within the tubular member through the opening.
    • 流体传动装置组合并分离在其中流动的流体,并且在发动机排气系统中特别有用。 鉴于排气系统的复杂性日益增加,需要降低建筑成本,人工成本以及维护零件库存所需的成本。 本流体传动装置及其制造方法包括具有壁,整体流动重定向构件和开口的管状构件。 整体式流动重定向构件通过在壁中切割狭缝并且压靠狭缝附近的壁而由壁形成,直到壁的至少一部分在管状构件内延伸。 这个开口也是由压制墙形成的。 最后,流动方向构件使通过该开口在管状构件内行进的流体流的至少一部分重定向。
    • 10. 发明授权
    • Flow redirection member and method of manufacture
    • 流转换构件及其制造方法
    • US07174919B2
    • 2007-02-13
    • US10970678
    • 2004-10-20
    • Paul W. KenyonMichael BlackieKeith Shrock
    • Paul W. KenyonMichael BlackieKeith Shrock
    • F16L9/00
    • F01N13/08F15D1/14F16L41/045F16L41/084
    • Fluid transmission devices combine and separate fluid flowing therein, and are particularly useful in engine exhaust systems. Given the ever-increasing complexity of exhaust systems, there is a need to reduce construction costs, labor costs, and costs associated with maintaining an inventory of parts. The present fluid transmission device and method of manufacturing comprises a tubular member having a wall, an integral flow redirection member, and an opening. The integral flow redirection member is formed from the wall by cutting a slit in the wall and depressing the wall adjacent the slit until at least a portion of the wall extends within the tubular member. The opening is also formed from depressing the wall. Finally, the flow direction member redirects at least a portion of fluid flow traveling within the tubular member through the opening.
    • 流体传动装置组合并分离在其中流动的流体,并且在发动机排气系统中特别有用。 鉴于排气系统的复杂性日益增加,需要降低建筑成本,人工成本以及维护零件库存所需的成本。 本流体传动装置及其制造方法包括具有壁,整体流动重定向构件和开口的管状构件。 整体式流动重定向构件通过在壁中切割狭缝并且压靠狭缝附近的壁而由壁形成,直到壁的至少一部分在管状构件内延伸。 这个开口也是由压制墙形成的。 最后,流动方向构件使通过该开口在管状构件内行进的流体流的至少一部分重定向。