Apparatus and method for on-line binder laylength measurement and adjustment
A method and apparatus for determining and adjusting binder laylength during the process of manufacturing a selected fiber optic cable design. Specifically, a binder, having a distinguishing and physically detectable feature, is wrapped around fiber optic bundles or a buffer tube. A detection system detects the unique feature associated with the binder and thus creates a calculates a representative distance value. The distance value is calculated in relation the periodic spacing between two detected points on the physically detectable binder and is continuously monitored by a closed feedback loop. A computer receives status data from the closed feedback loop and compares the received data to a stored laylength parameter. In light of the comparison, an algorithm adjusts the binder head speed accordingly. This process repeats until the desired stored laylength is detected by the detection system.
1. A method for adjusting a binder laylength, the method comprising the following successive steps:
positioning a plurality of buffer tubes with respect to each other wherein each buffer tube houses a plurality of fiber optic bundles;
placing a detectable binder around one of the plurality of fiber optic bundles, wherein the detectable binder contains a physically detectable feature;
detecting the detectable binder;
calculating a distance value between at least two detectable points on the detectable binder;
comparing the distance value to a stored value; and
adjusting the binder laylength according to the difference between the distance value and the stored value while an operation is in progress.
2. The method for adjusting a binder laylength of claim 1 , wherein the binder's physically detectable feature is a fluorescing element.
3. The method for adjusting a binder laylength of claim 1 , wherein the binder's physically detectable feature is a color.
4. The method for adjusting a binder laylength of claim 1 , wherein the binder's physically detectable feature is a magnetic or metal strip.
5. The method for adjusting a binder laylength of claim 1 , wherein the binder's physically detectable feature is an identifiable marking.
6. The method of adjusting the binder laylength of claim 1 , wherein the said positioning step includes positioning the buffer tube around a central strength member.
7. A method for determining a binder laylength, the method comprising the following successive steps:
positioning a plurality of buffer tubes with respect to each other wherein each buffer tube houses a plurality of fiber optic bundles;
placing a detectable binder around one of the plurality of fiber optic bundles, wherein the detectable binder contains a physically detectable feature;
detecting the detectable binder; and
calculating a distance value between at least two detectable points on the detectable binder.
8. The method for determining a binder laylength of claim 7 , the method further comprising:
comparing the distance value to a stored value; and
adjusting the binder laylength according to the difference between the distance value and the stored value while an operation is in progress thus resulting in the binder laylength being evaluated and adjusted on line.
9. The method for determining a binder laylength of claim 7 , wherein the binder's physically detectable feature is a fluorescing element.
10. The method for determining a binder laylength of claim 7 , wherein the binder's physically detectable feature is a color.
11. The method for determining a binder laylength of claim 7 , wherein the binder's physically detectable feature is a magnetic or metal strip.
12. The method for determining a binder laylength of claim 7 , wherein the binder's physically detectable feature is an identifiable marking.
13. The method for determining a binder laylength of claim 7 , wherein said positioning step includes positioning the buffer tubes around a central strength member.