Adaptor for routing flat ribbon cables

Claim 2

An adaptor for routing a coplanar change of direction of flat multiconductor ribbon cable by obliquely folding the cable without sharp creasing, comprising: a guide member for having a cable routed along a top side thereof, then around an oblique edge and then along a bottom side thereof and including a pair of hinged arms movable to a closed position to be capable of holding such a cable against respective said top and bottom sides.

Claim 3

The adaptor as set forth in claim 1 wherein each said hinged arm is integrally hinged to said guide member by a living hinge.

Claim 4

An adaptor for routing a flat ribbon cable in the plane of said cable, comprising: a planar guide member, having a first edge toward which a cable can approach proximate thereto, a second edge, oblique to said first edge, around which such a cable can be folded and then directed proximate to a third edge where said cable can exit said guide member, the angular orientation between said first and second edges thereby being capable of effecting a desired planar routing of such a cable; a plurality of arms, each hinged to said guide member, for securing a routed cable between the guide member and each arm when each arm is hingeably disposed toward said guide member; and snap closure means for locking each arm to said guide member so as to maintain a routed cable secured to said guide member.

Claim 5

An adaptor for routing a flat ribbon cable in the plane of said cable, comprising: a planar guide member, having a first edge toward which a cable can approach proximate thereto, a second edge, oblique to said first edge, around which such a cable can be folded and then directed proximate to a third edge where said cable can exit said guide member, the angular orientation between said first and second edges thereby being capable of effecting a desired planar routing of such a cable; a plurality of arms, each hinged to said guide member, for securing a routed cable between the guide member and each arm when each arm is hingeably disposed toward said guide member; and snap closure means for locking each arm to said guide member so as to maintain a routed cable secured to said guide member.

Claim 6

The adaptor as set forth in claim 3 wherein said plurality of arms and said snap closure means include a first arm associated with a first snap closure means, and a second arm associated with different snap closure means, said first and second arms and associated snap closure means being disposed on said guide member so as to permit securing a routed cable to said guide member near said first and third edges respectively.

Claim 7

The adaptor as set forth in claim 4 wherein said first arm is hinged such that it can secure a routed cable near one said first or third edge on one side of said guide member, and said second arm is hinged such that it can secure said cable near the other said first or third edge on the other side of said guide member.

Claim 8

The adaptor as set forth in claim 3 wherein said second edge is comprised of a cross-sectional configuration wherein the outer corners thereof are rounded so that cable conductor stress, due to said folding, is minimized.

Claim 9

The adaptor as set forth in claim 3 wherein the planar geometrical configuration of said guide member is generally that of an isoceles right triangle, the second edge around which a cable can be folded being the hypotenuse of the isoceles right triangle, whereby a 90 degree routing in the plane of a folded cable is effected.

Claim 10

A one-piece planar adaptor for routing a coplanar change of direction of multiconductor flat ribbon cable by obliquely folding the cable therearound without sharp creasing, comprising: a planar guide member having an isoceles right-triangle shape and constructed of a non-conductive plastic, the hypotenuse edge of said guide member having rounded external corners, said planar guide member thereby being adapted to have a ribbon cable overlapped on one side of said guide member then folded obliquely around the hypotenuse edge thereof and then underlapped on the other side thereof so that overlapped and underlapped sections of a ribbon cable can respectively approach and exit proximate the equal-length guide member edges; two arms, each joined to said guide member by a living hinge so that each arm is moveable toward a different side of said guide member to secure therebetween either an overlapped or underlapped section of a cable; snap closure means for locking the end of each arm to the side of the guide member to which said arm is moveable.

Claim 11

A one-piece planar adaptor for routing a coplanar change of direction of multiconductor flat ribbon cable by obliquely folding the cable therearound without sharp creasing, comprising: a planar guide member having an isoceles right-triangle shape and constructed of a non-conductive plastic, the hypotenuse edge of said guide member having rounded external corners, said planar guide member thereby being adapted to have a ribbon cable overlapped on one side of said guide member then folded obliquely around the hypotenuse edge thereof and then underlapped on the other side thereof so that overlapped and underlapped sections of a ribbon cable can respectively approach and exit proximate the equal-length guide member edges; two arms, each joined to said guide member by a living hinge so that each arm is moveable toward a different side of said guide member to secure therebetween either an overlapped or underlapped section of a cable; snap closure means for locking the end of each arm to the side of the guide member to which said arm is moveable.

Claim 12

The planar adaptor as set forth in claim 8 wherein said snap closure means is comprised of an arrowhead male element and an aperture into which said arrowhead male element is snapped.

Claim 13

The planar adaptor as set forth in claim 9 wherein one said arrowhead male element is integrally formed on each arm end and two said apertures are located within said guide member.

Claim 14

The planar adaptor as set forth in claim 10 wherein both said apertures are located in the guide member corner where said equal-length edges intersect.