Optical cable signaling system
View Patent ↗An optical cable signaling system includes an optical cable and an endpoint device that is connected to the optical cable. An optical cable signaling device is provided in the optical cable signaling system for signaling using the optical cable, and includes a first optical cable manipulation subsystem and a second optical cable manipulation subsystem. An optical cable signaling actuator on the optical cable signaling device is configured to move the first optical cable manipulation subsystem relative to the second optical cable manipulation subsystem to physically manipulate the optical cable such that a parameter of an optical signal transmitted through the optical cable changes. An optical cable signaling engine in the optical cable signaling device is configured to actuate the optical cable signaling actuator to communicate information to the endpoint device via changes in the parameter of the optical signal transmitted through the optical cable.
1. An optical cable signaling system, comprising:
an optical cable;
an endpoint device that is connected to the optical cable; and
an optical cable signaling device including:
a first optical cable manipulation subsystem that includes a plurality of first optical cable manipulation elements;
a second optical cable manipulation subsystem that includes a plurality of second optical cable manipulation elements, wherein the plurality of first optical cable manipulation elements and the second optical cable manipulation elements are configured to physically manipulate the optical cable into a half-circle orientation;
an optical cable signaling actuator that is configured to move the first optical cable manipulation subsystem relative to the second optical cable manipulation subsystem to physically manipulate the optical cable such that a parameter of an optical signal transmitted through the optical cable changes; and
an optical cable signaling engine that is configured to actuate the optical cable signaling actuator to communicate information to the endpoint device via changes in the parameter of the optical signal transmitted through the optical cable.
2. The system of claim 1 , wherein the optical cable signaling device includes:
at least one first securing element that is included on the first optical cable manipulation subsystem and that secures the optical cable to the first optical cable manipulation subsystem; and
at least one second securing element that is included on the second optical cable manipulation subsystem and that secures the optical cable to the second optical cable manipulation subsystem.
3. The system of claim 1 , wherein each of the first optical cable manipulation elements and each of the second optical cable manipulation elements includes a cylinder for physically manipulating the optical cable.
4. The system of claim 1 , wherein the first optical cable manipulation subsystem includes at least five first optical cable manipulation elements that are each configured to physically manipulate the optical cable, and wherein the second optical cable manipulation subsystem includes at least five second optical cable manipulation elements that are each configured to physically manipulate the optical cable.
5. The system of claim 1 , wherein the first optical cable manipulation subsystem and the second optical cable manipulation subsystem include a first relative orientation that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device a binary zero, and wherein the first optical cable manipulation subsystem and the second optical cable manipulation subsystem include a second relative orientation that is different than the first relative orientation and that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device as a binary one.
6. The system of claim 1 , wherein the optical cable signaling device includes:
a chassis, wherein the first optical cable manipulation subsystem is fixed to the chassis, and wherein the a second optical cable manipulation subsystem is moveable relative to the chassis and the first optical cable manipulation subsystem.
7. An optical cable signaling device including:
a first optical cable manipulation subsystem that includes a plurality of first optical cable manipulation elements;
a second optical cable manipulation subsystem that includes a plurality of second optical cable manipulation elements, wherein the plurality of first optical cable manipulation elements and the second optical cable manipulation elements are configured to physically manipulate the optical cable into a half-circle orientation;
an optical cable signaling actuator that is configured to move the first optical cable manipulation subsystem relative to the second optical cable manipulation subsystem to physically manipulate an optical cable and change a parameter of an optical signal transmitted through the optical cable; and
a cable signaling engine that is configured to actuate the cable signaling actuator to communicate, to an endpoint device that is coupled to the optical cable, information via the changes in the parameter of the optical signal that is transmitted through the optical cable.
8. The device of claim 7 , further comprising:
at least one first securing element that is included on the first optical cable manipulation subsystem and that secures the optical cable to the first optical cable manipulation subsystem; and
at least one second securing element that is included on the second optical cable manipulation subsystem and that secures the optical cable to the second optical cable manipulation subsystem.
9. The device of claim 7 , wherein each of the first optical cable manipulation elements and each of the second optical cable manipulation elements includes a cylinder for physically manipulating the optical cable.
10. The device of claim 7 , wherein the first optical cable manipulation subsystem and the second optical cable manipulation subsystem include a first relative orientation that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device a binary zero, and wherein the first optical cable manipulation subsystem and the second optical cable manipulation subsystem include a second relative orientation that is different than the first relative orientation and that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device as a binary one.
11. The device of claim 7 , further comprising:
a chassis, wherein the first optical cable manipulation subsystem is fixed to the chassis, and wherein the second optical cable manipulation subsystem is moveable relative to the chassis and the first optical cable manipulation subsystem.
12. A method for signaling using an optical cable, comprising:
identifying, by an optical cable signaling device, information to transmit to an endpoint device that is coupled to an optical cable;
moving, by the optical cable signaling device, a first optical cable manipulation subsystem that includes a plurality of first optical cable manipulation elements relative to a second optical cable manipulation subsystem that includes a plurality of second optical cable manipulation elements to physically manipulate the optical cable, wherein the plurality of first optical cable manipulation elements and the second optical cable manipulation elements are configured to physically manipulate the optical cable into a half-circle orientation;
changing, by the optical cable signaling device via the physical manipulation of the optical cable, a parameter of an optical signal transmitted through the optical cable; and
communicating, by the optical cable signaling device to the endpoint device that is coupled to the optical cable, the information via the changes in the parameter of the optical signal that is transmitted through the optical cable.
13. The method of claim 12 , further comprising:
receiving, by at least one first securing element that is included on the first optical cable manipulation subsystem, the optical cable to secure the optical cable to the first optical cable manipulation subsystem; and
receiving, by at least one second securing element that is included on the second optical cable manipulation subsystem, the optical cable to secure the optical cable to the second optical cable manipulation subsystem.
14. The method of claim 12 , further comprising:
physically manipulating, by each of a plurality of first optical cable manipulation elements on the first optical cable manipulation subsystem, the optical cable into the half-circle orientation, and
physically manipulating, by each of a plurality of second optical cable manipulation elements on the second optical cable manipulation subsystem, the optical cable into the half-circle orientation.
15. The method of claim 12 , wherein each of the first optical cable manipulation elements and each of the second optical cable manipulation elements includes a cylinder for physically manipulating the optical cable.
16. The method of claim 12 , wherein the first optical cable manipulation subsystem includes at least five first optical cable manipulation elements that are each configured to physically manipulate the optical cable, and wherein the second optical cable manipulation subsystem includes at least five second optical cable manipulation elements that are each configured to physically manipulate the optical cable.
17. The method of claim 12 , wherein the changing the parameter of the optical signal transmitted through the optical cable includes:
providing, by the optical cable signaling device, the first optical cable manipulation subsystem and the second optical cable manipulation subsystem in a first relative orientation that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device a binary zero; and
moving, by the optical cable signaling device, the first optical cable manipulation subsystem and the second optical cable manipulation subsystem into a second relative orientation that is different than the first relative orientation and that causes the parameter of the optical signal transmitted through the optical cable to be interpreted by the endpoint device as a binary one.
18. The method of claim 12 , wherein the first optical cable manipulation subsystem is fixed to a chassis of the optical cable signaling device, and wherein the second optical cable manipulation subsystem is moveable relative to the chassis and the first optical cable manipulation subsystem.