Wire bundle clamp

Claim 2

A wire bundle clamp comprising: a flexible band and a snap-locking means, the complementary component members of which are disposed on the ends of said flexible band; said flexible band having a natural curvature defining a band enclosure and serving to place the complementary component members of said snap-locking means in a juxtaposed alignment which defines therebetween an annular opening for the insertion of axially aligned workpieces, whereby a pinching action imposed on the ends of said flexible band in the proximate area of the complementary component members of said snap-locking means will drive said snap-locking means members along arcuate paths adapted to bring them into touching engagement and locking alignment from which position the application of a sufficient pinching force to overcome the natural resistance of said snap-locking means will drive the complementary component members of the snap-locking means into locking engagement; said flexible band having finger-grip tabs, each said tab extending from the outwardly disposed surface of said flexible band in the proximate location of the snap-locking means component members, whereby a pinching action may be conveniently and easily imposed on said finger-grip tabs, thereby serving to captively drive the complementary component members of said snap-locking means into snap-locking engagement, said finger-grip tabs being aligned and adapted to permit the easy opening of said wire bundle clamp from its locked position by the insertion, between said finger-grip tabs, of an object, sized and configured to exceed at a point along its inserted length, as orientated during insertion or as reorientated subsequent to insertion, the natural separation of said finger-grip tabs on the locked wire bundle clamp, whereby the insertion or reorientation after insertion of said object will impart through said finger-grip tabs a disengaging force upon said snap-locking means, which force will overcome the natural resistance of said snap-locking means causing it to snappingly unlock.

Claim 3

The wire bundle clamp of claim 1, wherein the finger-grip tabs are aligned and adapted so that a finger-nail or screw-driver tip can be employed to unlock said snap-locking means.

Claim 4

The wire bundle clamp of claim 2, further including a means for affixing said wire bundle clamp to another object, whereby said wire bundle clamp may be used to retain one or more workpieces in a fixed location.

Claim 5

The wire bundle clamp according to claim 3, wherein the wire bundle clamp is integrally molded from a plastic dielectric insulating material.

Claim 6

The wire bundle clamp according to claim 1, wherein the complementary component members of the snap-locking means are a cylindrical key-like projection and a cylindrical hole, said cylindrical hole being disposed in a mass of resilient material and/or said key-like projection being composed of a resilient material, said cylindrical hole being sized to receive said key-like projection and in axial alignment therewith, said cylindrical hole having an annular opening orientated to receive said key-like projection, said annular opening having a width smaller than the diameter of said key-like projection, whereby the closing of said snap-locking means will cause the key-like projection and the sides of the annular opening to enter into resilient deforming engagement, said deformation continuing until said key-like projection is substantially contained in said cylindrical hole, whereupon the deformed snap-locking means members resiliently return to their natural configurations removably locking the cylindrical key-like projection into the cylindrical hole.

Claim 7

A wire bundle clamp, adjustable to snugly hold workpiece bundles of varying sizes comprising: a flexible band and a snap-locking means; said flexible band having a natural curvature such that one outer end of said band overlaps the opposite and inner end of said band establishing a band enclosure and defining between said overlapping flexible band ends an arcuate slot for the insertion into said enclosure of axially aligned workpieces; said snap-locking means having one male and two or more female complementary component members disposed on the confronting overlapping faces of said flexible band so that the male and female complementary component members disposed on the confronting overlapping faces of said flexible band so that the male and female snap-locking means members are placed in near juxtaposed alignment; said female complementary component members being positioned on said flexible band to define with said male member operative band lengths corresponding to different workpiece bundle sizes, whereby the male and a female snap-locking means member defining therebetween a desired bundle size can be brought into juxtaposed locking alignment with a pinching action deployed to move the overlapping band surfaces laterally one with respect to the other, whereupon said snap-locking means can be driven into snap-locking engagement by pushing or pinching the overlapping band surfaces together, thereby moving the selected complementary component members of said snap-locking means first into contact and then, where sufficient force is employed to overcome the natural resistance of said snap-locking means into snap-locking engagement; said flexible band having a finger-grip tab outwardly orientated with respect to the wire bundle clamp enclosure and disposed on the outer end of said flexible band, whereby said finger-grip tab, may be conveniently and easily utilized as a focal point for any laterally aligning or snap-lock means engaging pinching or pushing action, said finger-grip tab being positioned and adapted to define, with the overlapped portion of the flexible band of a locked wire bundle clamp, a slot, whereby said locked wire bundle clamp may be unlocked by the insertion into said slot of an object sized and configured to exceed at a point along its inserted length, as orientated during insertion or as reorientated subsequent to insertion, the width of said slot, whereby the insertion or reorientation after insertion of said object will impart through said finger-grip tab and overlapped flexible band portion a disengaging force upon said snap-locking means, which force will overcome the natural resistance of said snap-locking means causing it to snappingly unlock.

Claim 8

A wire bundle clamp, adjustable to snugly hold workpiece bundles of varying sizes comprising: a flexible band and a snap-locking means; said flexible band having a natural curvature such that one outer end of said band overlaps the opposite and inner end of said band establishing a band enclosure and defining between said overlapping flexible band ends an arcuate slot for the insertion into said enclosure of axially aligned workpieces; said snap-locking means having one male and two or more female complementary component members disposed on the confronting overlapping faces of said flexible band so that the male and female complementary component members disposed on the confronting overlapping faces of said flexible band so that the male and female snap-locking means members are placed in near juxtaposed alignment; said female complementary component members being positioned on said flexible band to define with said male member operative band lengths corresponding to different workpiece bundle sizes, whereby the male and a female snap-locking means member defining therebetween a desired bundle size can be brought into juxtaposed locking alignment with a pinching action deployed to move the overlapping band surfaces laterally one with respect to the other, whereupon said snap-locking means can be driven into snap-locking engagement by pushing or pinching the overlapping band surfaces together, thereby moving the selected complementary component members of said snap-locking means first into contact and then, where sufficient force is employed to overcome the natural resistance of said snap-locking means into snap-locking engagement; said flexible band having a finger-grip tab outwardly orientated with respect to the wire bundle clamp enclosure and disposed on the outer end of said flexible band, whereby said finger-grip tab, may be conveniently and easily utilized as a focal point for any laterally aligning or snap-lock means engaging pinching or pushing action, said finger-grip tab being positioned and adapted to define, with the overlapped portion of the flexible band of a locked wire bundle clamp, a slot, whereby said locked wire bundle clamp may be unlocked by the insertion into said slot of an object sized and configured to exceed at a point along its inserted length, as orientated during insertion or as reorientated subsequent to insertion, the width of said slot, whereby the insertion or reorientation after insertion of said object will impart through said finger-grip tab and overlapped flexible band portion a disengaging force upon said snap-locking means, which force will overcome the natural resistance of said snap-locking means causing it to snappingly unlock.

Claim 9

The wire bundle clamp of claim 6, wherein the finger-grip tab is aligned and adapted so that a finger-nail or screw-driver tip can be employed to unlock said snap-locking means.

Claim 10

The wire bundle clamp of claim 6, further including means for affixing said wire bundle clamp to another object, whereby said wire bundle clamp may be used to retain one or more workpieces in a fixed location.

Claim 11

The wire bundle clamp of claim 7, further including a means for affixing said wire bundle clamp to another object, whereby said wire bundle clamp may be used to retain one or more workpieces in a fixed location.

Claim 12

The wire bundle clamp according to claim 9, wherein the wire bundle clamp is integrally molded from a plastic dielectric insulating material.

Claim 13

The wire bundle clamp according to claim 6, wherein the male and female complementary component members of the snap-locking means are respectively a cylindrical key-like projection and a cylindrical hole, said cylindrical hole being disposed in a mass of resilient material and/or said key-like projection being composed of a resilient material, said cylindrical hole being sized to receive said key-like projection and in axial alignment therewith, said cylindrical hole having an annular opening orientated to receive said key-like projection, said annular opening having a width smaller than the diameter of said key-like projection, whereby the closing of said snap-locking means will cause the key-like projection and the sides of the annular opening to enter into resilient deforming engagement, said deformation continuing until said key-like projection is substantially contained in said cylindrical hole, whereupon the deformed snap-locking means members resiliently return to their natural configurations removably locking the cylindrical key-like projection into the cylindrical hole.