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ELASTICIZED FIBERS
Brand Owner (click to sort)
CLOPF MARTIN COLLINS INTERNATIONAL LIMITED
POLYTRACK Martin Collins Enterprises (Holdings) Limited
Technical Examples
  1. A hair retaining device for placement on a head comprises an annular, elasticized portion for adjusting to heads of varying sizes and for encircling a wearer's head, said headband having an upper edge and a hair retainer gathered at and extending upwardly from said upper edge of said elasticized portion and terminating at a generally circular retaining lip.
  2. A horse blanket has a back portion and side portions that extend down from the back portions. The side portions couple to each other at a front chest area. The straps that couple the chest area side portions together are elasticized. A neck opening above the chest area is elasticized around the entire circumference. The areas of the blanket near the horse's front legs are also elasticized. The elastic portions allow the blanket to fit snuggly around the horse's neck and front area, while allowing flexibility for the horse to exercise. In another embodiment, the blanket has a notch in the neck opening at the mane and another notch at the rear for the dock of the tail. The notches reduce the wear of the blanket on the mane and tail.
  3. An implantable biodegradable device is disclosed containing a fibrous matrix, the fibrous matrix being constructed from fibers A and fibers B, wherein fibers A biodegrade faster than fibers B, fibers A and fibers B are present in relative amounts and are organized such that the fibrous matrix is provided with properties useful in repair and/or regeneration of mammalian tissue.
  4. A system for adjusting the light (EMR) input into optical fibers comprising a set of "parasitic" optical fibers randomly distributed among a bundle of transmitting fibers. The parasitic fibers are joined by a separate ferrule from the transmitting fibers and are not connected to an EMR source. As a result, the parasitic fibers pick up and transmit light that is lost from the transmitting fibers for detection by a sensor that determines the amount of light being output from these parasitic fibers and, therefore, the amount of right transmitted by the fiber bundle that is subject to variation, such as variation in the intensity of the light source. The level of light output by the parasitic fibers to the detector determines whether the light (EMR) source needs to be adjusted to maintain a steady output from the transmitting fibers.
  5. Methods of modifying fibers, such as glass fibers, are disclosed. The modified fibers can be used, for example, in a lead acid battery.

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