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    • 2. 发明申请
    • Electromagnetic mechanical pulse forming of fluid joints for low-pressure applications
    • 用于低压应用的流体接头的电磁机械脉冲形成
    • US20060145474A1
    • 2006-07-06
    • US11028093
    • 2005-01-03
    • Allen FischerDavid BolserPradip SahaMark BiceDon NorrisMatthew BerdenKirk Reinkens
    • Allen FischerDavid BolserPradip SahaMark BiceDon NorrisMatthew BerdenKirk Reinkens
    • F16L33/00
    • F16L13/141B21D26/14B21D39/046F16L25/00F16L33/20
    • An electromagnetically formed fluid circuit joint (276) includes a hollow fitting (272) and a tubular conduit (274). The hollow fitting (272) has an outer surface (280) with a groove (278). The tubular conduit (274) is received over the hollow fitting (272). The tubular conduit (274) includes a fitting overlay section (284), a first wall deformation for extension of the fitting overlay section (284) over the hollow fitting (272), and an electromagnetic field formed wall deformation (291) that extends into the groove (278). Another electromagnetically formed fluid circuit joint (642) includes a hollow fitting (654) and a tubular conduit (648). The hollow fitting (654) has an inner surface (668) with a groove (666). The tubular conduit (648) is mechanically separate from and is received within the hollow fitting (654). The tubular conduit (648) includes an externally applied electromagnetic field formed wall deformation (667) that extends into the groove (666).
    • 电磁成型的流体回路接头(276)包括中空配件(272)和管状导管(274)。 中空配件(272)具有带有凹槽(278)的外表面(280)。 管状导管(274)被接纳在中空配件(272)上。 管状导管(274)包括配件覆盖部分(284),用于将配件覆盖部分(284)延伸到中空配件(272)上方的第一壁变形,以及电磁场形成的壁变形(291),其延伸到 凹槽(278)。 另一种电磁成形流体回路接头(642)包括中空配件(654)和管状导管(648)。 中空配件(654)具有带有凹槽(666)的内表面(668)。 管状导管(648)在中空配件(654)内机械分离并被接收在中空配件(654)内。 管状导管(648)包括延伸到凹槽(666)中的外部施加的电磁场形成的壁变形(667)。
    • 3. 发明授权
    • Method and apparatus for wrapping a top and bottom of a load
    • 用于包装负载的顶部和底部的方法和装置
    • US06880316B2
    • 2005-04-19
    • US09879052
    • 2001-06-13
    • Patrick R. Lancaster, IIISteven HackSteven DeGrasseDon NorrisCurtis Martin
    • Patrick R. Lancaster, IIISteven HackSteven DeGrasseDon NorrisCurtis Martin
    • B65B11/00
    • B65B11/008
    • An apparatus and method for wrapping a top and bottom of a load with packaging material is provided. The apparatus includes at least one non-driven packaging material guide is provided for use in combination with a powered conveying surface. The non-powered packaging material guide includes at least one row of non-driven wheels attached to a rail. The force applied by the packaging material as it is wrapped around the guide is supported by both the rail and the at least one row of non-driven wheels. The rail also serves to bridge any gaps between the non-driven wheels, thereby preventing capture of packaging material between the non-driven wheels. Preferably, the packaging material guide includes two rows of non-driven wheels, one on each side of the rail. Further, it is preferable that the rail connect the two rows of wheels such that the two rows of wheels form an angle of 60 degrees between them. The packaging material guide is preferably positioned above the load but may also be positioned either below the load or to the sides of the load.
    • 提供了用包装材料包装负载的顶部和底部的装置和方法。 该装置包括至少一个非驱动包装材料导向器,用于与动力输送表面组合使用。 非动力包装材料导向件包括连接到轨道的至少一排非从动轮。 由包装材料围绕导向器缠绕的力施加的力由轨道和至少一排非从动轮支撑。 轨道还用于桥接非从动轮之间的任何间隙,从而防止在非从动轮之间捕获包装材料。 优选地,包装材料导向件包括两排非从动轮,一列在轨道的每一侧上。 此外,优选的是,轨道连接两排轮,使得两排轮在它们之间形成60度的角度。 包装材料导向件优选地定位在负载上方,但也可以位于负载的下方或负载的侧面。
    • 4. 发明授权
    • Method and apparatus for wrapping a load
    • 用于包装负载的方法和装置
    • US06425228B2
    • 2002-07-30
    • US09910075
    • 2001-07-23
    • Patrick R. Lancaster, IIISteve HackSteven DeGrasseDon Norris
    • Patrick R. Lancaster, IIISteve HackSteven DeGrasseDon Norris
    • B65B1100
    • B65B11/008B65B11/025
    • A non-powered packaging material transporting surface for use in combination with a load support surface of a wrapping apparatus for wrapping a top and bottom of a load is provided. The non-powered packaging material transporting surface includes non-driven rollers aligned in an inline configuration, and a packaging material support guard adjacent to the non-driven rollers. The packaging material support guard bridges gaps between the inline rollers, thereby preventing capture of packaging material between the non-driven rollers. The non-driven rollers rotate as packaging material, wrapped around a load on a top surface of the load support surface and around the non-powered packaging material transporting surface on the underside surface of the load support surface, is moved along the transporting surface.
    • 提供了一种与用于包装负载的顶部和底部的包装设备的负载支撑表面组合使用的非动力包装材料输送表面。 非动力包装材料输送表面包括排列成直线构型的非从动辊和邻近非从动辊的包装材料支撑保护件。 包装材料支撑防护件桥接在线辊之间的间隙,从而防止在非从动辊之间捕获包装材料。 非驱动辊作为包装材料旋转,缠绕在负载支撑表面的顶表面上的负载和围绕负载支撑表面的下表面上的未动力的包装材料输送表面沿着输送表面移动。
    • 5. 发明授权
    • Method and apparatus for wrapping a load
    • 用于包装负载的方法和装置
    • US06289652B1
    • 2001-09-18
    • US09434941
    • 1999-11-05
    • Patrick R. Lancaster, IIISteve HackSteven DegrasseDon Norris
    • Patrick R. Lancaster, IIISteve HackSteven DegrasseDon Norris
    • B65B1302
    • B65B11/008B65B11/025
    • A non-powered packaging material transporting surface for use in combination with a load support surface of a wrapping apparatus for wrapping a top and bottom of a load is provided. The non-powered packaging material transporting surface includes non-driven rollers aligned in an inline configuration, and a packaging material support guard adjacent to the non-driven rollers. The packaging material support guard bridges gaps between the inline rollers, thereby preventing capture of packaging material between the non-driven rollers. The non-driven rollers rotate as packaging material, wrapped around a load on a top surface of the load support surface and around the non-powered packaging material transporting surface on the underside surface of the load support surface, is moved along the transporting surface.
    • 提供了一种与用于包装负载的顶部和底部的包装设备的负载支撑表面组合使用的非动力包装材料输送表面。 非动力包装材料输送表面包括排列成直线构型的非从动辊和邻近非从动辊的包装材料支撑保护件。 包装材料支撑防护件桥接在线辊之间的间隙,从而防止在非从动辊之间捕获包装材料。 非驱动辊作为包装材料旋转,缠绕在负载支撑表面的顶表面上的负载和围绕负载支撑表面的下表面上的未动力的包装材料输送表面沿着输送表面移动。