Photoluminescent identifier system for firefighting equipment
The present system provides a lightweight fire-resistant photoluminescent identifier system for firefighters, which is suitable for use on the firefighter's facemask, as well as other equipment. The system is lightweight and provides individual recognition of an individual firefighter. The identifier system lights up automatically in a low-light environment without batteries, yet prevents glare to the firefighter using the system. The components that comprise the system are fire-resistant to temperatures up to and exceeding 500 degrees Fahrenheit to facilitate personal recognition of the individual in dark and low-light areas.
1. A photoluminescent identifier system for firefighting equipment comprising:
a base layer, said base layer including a back face and a front face, said base layer back face having a dark color and including a pressure sensitive and heat resistant adhesive layer for attaching said base layer back face to a piece of firefighting equipment, said front face of said base layer is light reflective;
a photoluminescent layer secured to said front face of said base layer with a heat sensitive adhesive on a back surface of said photoluminescent layer, whereby heat is utilized to bond said photoluminescent layer to said base layer;
whereby said photoluminescent layer glows in the dark after being exposed to light to provide an identifier for firefighting equipment.
2. The photoluminescent identifier system of claim 1 including a top layer secured over said photoluminescent layer with a heat sensitive adhesive positioned on a rear face of said top layer, said top layer including a desired pattern cut through said top layer to create indicia when adhered over said photoluminescent layer, which allows said photoluminescent layer to be viewed in the sandwiched construction.
3. The photoluminescent identifier system of claim 2 wherein the color of said top layer is chosen to provide a color contrast with respect to said photoluminescent layer, whereby said identifier is visible in both the light and in the dark.
4. The photoluminescent identifier system of claim 2 wherein said photoluminescent identifier system is pre-assembled utilizing heat so that said photoluminescent identifier system is attached to said firefighting equipment as a single assembly utilizing pressure sensitive adhesive.
5. The photoluminescent identifier system of claim 2 wherein said front surface of said base layer is constructed to be reflective silver to reflect photons from said photoluminescent layer back out a front surface of said photoluminescent layer.
6. The photoluminescent identifier system of claim 1 wherein said firefighting equipment is a facemask, and wherein said photoluminescent identifier system is secured to a front surface of said facemask.
7. The photoluminescent identifier system of claim 6 wherein said dark back face of said base layer is constructed and arranged to prevent light from being directed rearward from said photoluminescent layer.
8. The photoluminescent identifier system of claim 7 wherein said dark back face is black in color.
9. The photoluminescent identifier system of claim 2 wherein said photoluminescent identifier system is constructed and arranged to light up automatically in a low-light environment through photoluminescence technology.
10. The photoluminescent identifier system of claim 2 wherein said photoluminescent identifier system provides recognition of an individual firefighter.
11. The photoluminescent identifier system of claim 2 wherein said components of said photoluminescent identifier system are fire-resistant to temperatures up to 500 degrees Fahrenheit.
12. The photoluminescent identifier system of claim 4 wherein said photoluminescent identifier system is secured to a firefighter's helmet.
13. The photoluminescent identifier system of claim 4 wherein said photoluminescent identifier system is secured to a firefighter's air tank.
14. A photoluminescent identifier system for firefighting equipment comprising:
a layered assembly, whereby said layers are assembled with heat sensitive adhesive including a base layer, said base layer including a back face and a front face, said base layer back face having a dark color and including a pressure sensitive and heat resistant adhesive layer for attaching said base layer back face to a piece of firefighting equipment, said front face of said base layer being light reflective, a photoluminescent layer secured to said front face of said base layer with a heat sensitive adhesive on a back surface of said photoluminescent layer, whereby heat is utilized to bond said photoluminescent layer to said base layer, a top layer secured over said photoluminescent layer with a heat sensitive adhesive positioned on a rear face of said top layer, said top layer including a desired pattern cut through said top layer to create indicia when adhered over said photoluminescent layer, which allows said photoluminescent layer to be viewed in the sandwiched construction,
whereby said photoluminescent layer glows in the dark after being exposed to light to provide an identifier for firefighting equipment.
15. The photoluminescent identifier system of claim 14 wherein said dark back face of said base layer is constructed and arranged to prevent light from being directed rearward from said photoluminescent layer.
16. The photoluminescent identifier system of claim 15 wherein said dark back face is black in color.
17. The photoluminescent identifier system of claim 14 wherein said components of said photoluminescent identifier system are fire-resistant to temperatures up to 500 degrees Fahrenheit.