Cable assembly and method of making a cable assembly
A cable assembly having a first cable component with a length and at least a first conductive element extending in a lengthwise direction, and a second cable component with a length and at least a second conductive element extending in the lengthwise direction. The first and second cable components are separately pre-formed and thereafter releasably bonded together through a separately applied composition at discrete locations between the first and second cable components at spaced intervals along the lengths of the first and second cable components. The first and second cable components are capable of being drawn, one away from the other, to selectively break the bond between the first and second cable components at at least one of the discrete locations to thereby separate the first and second cable components.
1. A method of forming a cable assembly, the method comprising the steps of:
obtaining a pre-formed first cable component having a length and comprising at least a first conductive element extending in a lengthwise direction;
obtaining a pre-formed a second cable component having a length and comprising at least a second conductive component extending in a lengthwise direction;
applying a bonding composition to the pre-formed first and second cable components at discrete locations at controlled spaced intervals along the lengths of the first and second cable components to thereby maintain a first length of the first and second cable components together with a bonding force that can be overcome by drawing one of the first and second cable components away from the other of the first and second cable components with a force having a component that is transverse to the length of the first and second cable components,
wherein the discrete locations are spaced lengthwise of the cable assembly distances from 2-8 inches; and
packaging a final length of the first and second cable components including the first length for delivery to an end user with the final length in a completed form wherein the first and second cable components are maintained together such that the bonding composition at the discrete locations is the only bonding composition maintaining the first and second cable components together along the first length so that an end user can separate different lengths of the first and second cable components from each other over the first length by breaking only the bond produced by the bonding component at one or more of the discrete locations.
2. The method of forming a cable assembly according to claim 1 wherein the first and second cable components are bonded at the discrete locations by using an adhesive as the composition that bonds separately to each of the first and second cable components.
3. The method of forming a cable assembly according to claim 2 wherein the first cable component has a first jacket formed around the at least first conductive element, the second cable component has a second jacket formed around the at least second conductive element and the adhesive is formed as a layer between the first and second jackets that bonds separately to each of the first and second jackets.
4. The method of forming a cable assembly according to claim 3 wherein the first and second jackets and adhesive are made from the same material.
5. The method of forming a cable assembly according to claim 3 wherein the first and second jackets comprise at least one of polyethylene (PE) and polyvinyl chloride (PVC).
6. The method of forming a cable assembly according to claim 4 wherein the first and second jackets comprise at least one of polyethylene (PE) and polyvinyl chloride (PVC).
7. The method of forming a cable assembly according to claim 1 wherein the first and second cable components are bonded by using a solvent as the composition that causes the first and second cable components to be bonded by being fused with each other.
8. The method of forming a cable assembly according to claim 7 wherein the first cable component has a first jacket formed around the at least first conductive element, the second cable component has a second jacket formed around the at least second conductive element and the solvent melts the first and second jackets to cause the first and second cable components to be bonded by being fused with each other.
9. The method of forming a cable assembly according to claim 7 wherein the solvent comprises tetrahydrofuron (THF).
10. The method of forming a cable assembly according to claim 1 wherein the discrete locations are spaced at regular intervals along the first length of the cable assembly.
11. The method of forming a cable assembly according to claim 1 wherein the first and second cable components are bonded at the discrete locations over distances of 2-8 inches along the entire final length of the cable assembly.
12. The method of forming a cable assembly according to claim 1 wherein the cable assembly further comprises a third cable component having a length and comprising at least a third conductive element extending in a lengthwise direction and the first, second, and third cable components are releasably bonded together at the discrete locations.
13. The method of forming a cable assembly according to claim 12 wherein the composition comprises an adhesive layer that resides between and bonds directly to each of the first, second, and third cable components.
14. The method of forming a cable assembly according to claim 12 wherein the cable assembly further comprises a fourth cable component having a length and comprising at least a fourth conductive element extending in a lengthwise direction and the first cable component is not directly bonded to at least one other of the second, third, and fourth cable components.
15. The method of forming a cable assembly according to claim 1 wherein the first and second cable components are twisted together about their lengths.
16. The method of forming a cable assembly according to claim 1 wherein the bond between the first and second cable components is broken by drawing the one of the first and second cable components away from the other of the first and second cable components with a force between 2-6 pounds.
17. The method of forming a cable assembly according to claim 1 wherein the bonding composition is an adhesive that is applied in a hot melt form to the first and second cable components.
18. The method of forming a cable assembly according to claim 1 wherein the cable assembly has a length and a substantially cylindrical shape that is substantially circular as viewed transversely to the length of the cable assembly.
19. The method of forming a cable assembly according to claim 1 wherein the first and second cable components each has a central axis and the first and second cable components are bonded at locations on the first and second cable components where a line extending through the central axes coincides with the first and second cable components.
20. The method of forming a cable assembly according to claim 1 further comprising the step of drawing the first and second cable components, one away from the other, at multiple discrete locations along at least a portion of the first length with the final length in the completed form to thereby allow use of a desired length of one of the first and second cable components spaced from the other of the first and second cable components.
21. The method of forming a cable assembly according to claim 1 wherein the step of packaging the final length comprises reconfiguring the final length in the completed form by one of coiling or wrapping the final length in the completed form.
22. A method of forming a cable assembly, the method comprising the steps of:
obtaining a pre-formed first cable component having a length and comprising at least a first conductive element extending in a lengthwise direction;
obtaining a pre-formed a second cable component having a length and comprising at least a second conductive component extending in a lengthwise direction;
applying a bonding composition to the pre-formed first and second cable components at discrete locations at controlled, spaced intervals along the lengths of the first and second cable components to thereby maintain a first length of the first and second cable components together with a bonding force that can be overcome by drawing one of the first and second cable components away from the other of the first and second cable components with a force having a component that is transverse to the length of the first and second cable components,
wherein the bonding composition is an adhesive that is applied in a hot melt form to the first and second cable components; and
packaging a final length of the first and second cable components including the first length for delivery to an end user with the final length in a completed form wherein the first and second cable components are maintained together such that the bonding composition at the discrete locations is the only bonding composition maintaining the first and second cable components together along the first length so that an end user can separate different lengths of the first and second cable components from each other over the first length by breaking only the bond produced by the bonding component at one or more of the discrete locations.
23. The method of forming a cable assembly according to claim 22 wherein the bonding force can be overcome by drawing the one of the first and second wire components away from the other of the first and second components with a force of from 2-6 pounds.