Abstract:
This invention provides a low-profile clip (410) adapted to secure a listing bead to a foam substrate. Such a low-profile clip (410) employs a novel geometry and is constructed from a material that affords resilience, durability, high resistance to a wide range of temperatures during field use and seat assembly and ease of bead installation with high pull-out strength. In an illustrative embodiment, the clip includes a base and a pair of legs (416) extending upwardly from the base (520) and defining therebetween a central region constructed and arrangement to capture the listing bead. Each of the legs (416) extends upwardly from the base (520) to a top barb (420) that defines a gap (418) narrower than central region. In this embodiment, the legs (416) each extend upwardly from the base (520) at a first angle of approximately 80 to 85 degrees and therefrom to each of the respective barbs (420) at a second angle, with respect to a plane parallel to the base (520) of approximately 88 to 90 degrees. Each of the legs (416) has an approximate thickness taken along a direction of the parallel line of between approximately 1.0 and 2.0 millimeters. In this manner the clip (410) exhibits high performance while defining an overall height from tops of the legs to a bottom of the base of approximately ten millimeters or less making the clip (410) particularly desirable for use in modern, thinner foam substrates. The clip (410) can be part of a festooned arrangement and can be constructed from a blended polycarbonate.
Abstract:
This invention provides a single or multi-ganged clip that can be grouped into a festooned arrangement. That is, a plurality of clips are arranged together into a discrete assembly along a line of extension so that a human or automated handler can retrieve a grouping, separate one-clip-at-a-time from the grouping, and apply the separated clip to a mold cavity or other assembly structure. Each clip can include a base with opposing ends aligned in the direction of extension and transverse to an elongation direction for a connecting segment (if any) between ganged clip members. In an illustrative embodiment, these base ends include opposing male and female connectors. In this embodiment the male connector is a cylinder with an axis that extends transverse to the direction of elongation and the female connector defines a conforming cylindrical inner diameter, which allows it to nest over the male cylinder. A gap opening is provided at the far edge of the female connector to provide clearance for the base that connects the male cylinder to the clip member base end. This gap can be sized to allow a predetermined range of angular rotation of the male connector within the female connector. Clips can be stored as discrete groupings that are stacked in a container, or paid out in a continuous grouping from a spool.
Abstract:
This invention provides a single or multi-ganged clip that can be grouped into a festooned arrangement. That is, a plurality of clips are arranged together into a discrete assembly along a line of extension so that a human or automated handler can retrieve a grouping, separate one-clip-at-a-time from the grouping, and apply the separated clip to a mold cavity, or other assembly, structure. Each clip can include a base with opposing ends aligned in the direction of extension and transverse to an elongation direction for a connecting segment (if any) between ganged clip members. In an illustrative embodiment, these base ends include opposing male and female connectors. In this embodiment the male connector is a cylinder with an axis that extends transverse to the direction of elongation and the female connector defines a conforming cylindrical inner diameter, which allows it to nest over the male cylinder.