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    • 7. 发明申请
    • FIRE RESISTANT CORNER GUARD
    • 防火角撑板
    • WO2009038623A1
    • 2009-03-26
    • PCT/US2008/009539
    • 2008-08-07
    • DREAMWELL, LTD.DEFRANKS, Michael, S.CARSTENS, RobertLYNN, Jeremy
    • DEFRANKS, Michael, S.CARSTENS, RobertLYNN, Jeremy
    • A47C23/00A47C27/00A47C27/06A47C19/02
    • A47C31/001A47C19/021A47C23/007A47C27/066
    • Corner guards (102,302) suitable for use with a bedding assembly and providing a degree of fire resistance. The corner guards (102,302) may contain fire/flame resistant (FR) polymeric reagents, flammable polymeric reagents combined with one or more FR agent or have an FR coating. Additionally, the corner guards (102,302) may have effective FR properties while substantially maintaining the mechanical properties that allow the corner guard to support and protect the edges of upholstered furniture, such as a foundation or sofa. The corner guards (102,302) arise, at least in part, from the realization that flare ups occurring during the test about the combustion of an FR foundation, result from high burn temperatures causing the corner guard to melt and the subsequently combustion of the melted polymeric material.
    • 角卫(102,302)适合与床上用品组合使用,并提供一定程度的耐火性。 护角(102,302)可能含有防火/阻燃(FR)聚合物试剂,与一种或多种FR试剂结合使用的易燃聚合物试剂或具有FR涂层。 此外,角部护罩(102,302)可以具有有效的FR性质,同时基本上保持允许角部护罩支撑和保护软垫家具(例如基础或沙发)的边缘的机械性能。 角挡板(102,302)至少部分地来自于在测试期间发生的关于FR基础的燃烧时发生的爆发的结果是由于高燃烧温度导致角部护罩熔化并随后燃烧熔化的聚合物 材料。
    • 10. 发明申请
    • METHODS FOR MANUFACTURING COIL SPRINGS
    • 制造线圈弹簧的方法
    • WO2005028139A1
    • 2005-03-31
    • PCT/US2004/029663
    • 2004-09-13
    • DREAMWELL, LTD.DEFRANKS, Michael, S.DIMARCO, MichaelBANKS, Larry
    • DEFRANKS, Michael, S.DIMARCO, MichaelBANKS, Larry
    • B21F3/02
    • B21F3/02B21C47/18Y10T29/49609
    • The systems and methods include a feed mechanism supplying multi-strand wire (213) to a coil-spring winder (212). The coil-spring winder (212) receives wire (213) from a spool of wire (211) and forms that wire (213) into a coil spring (214). To feed the coil-spring winder (212), the systems include a wire holder that supplies the wire (213) to the coil-spring winder (212) along a feed direction. The wire holder is supported for rotation about an axis (219) that may be aligned with the feed direction. Thus, as the spool of wire (211) revolves around the central spool axis (216), the spool (211) also revolves around a second axis (219), which typically is orthogonal to the spool axis (216). In this way, it is understood that the coil-spring winder (212) can pull wire (213) off the spool (211) without it causing twisting that may unravel or snap the multi-strand wire (213).
    • 该系统和方法包括向螺旋弹簧络纱机(212)提供多股线(213)的进给机构。 线圈弹簧卷绕器(212)从线(211)的线轴接收线(213),并将线(213)形成为螺旋弹簧(214)。 为了进给螺旋弹簧卷绕器(212),系统包括沿着进给方向将线(213)供应到螺旋弹簧卷绕器(212)的线架。 线架被支撑以围绕可与进给方向对准的轴线(219)旋转。 因此,当线(21 1)的线轴围绕中心线轴(216)旋转时,线轴(211)也围绕通常与线轴(216)正交的第二轴线(219)旋转。 以这种方式,可以理解,螺旋弹簧卷绕器212可以将线缆213从线轴211拉出,而不会引起可能使多股线材213断开或卡合的扭转。