Apparatus for providing illumination of fluid streams
A lighting system for providing illumination of beverage dispensing operations. The lighting system includes a battery, a control circuit, a light source such as an LED, and a switch for actuating the light source. The lighting system is self-contained and can be removably mounted on a bottle as a ring or as a pouring spout. The lighting system provides illumination, novelty, and enhances promotion of the product being dispensed.
1 . A lighting system adapted to be mounted on a bottle for illuminating the contents of said bottle, said lighting system including a power source, a control circuit, a light source and a switch operatively interconnected, activation of said switch energizing said light source to illuminate said bottle.
2 . A lighting system of claim 1 wherein said switch is a tilt switch such that tilting of said lighting system activates said light source.
3 . A lighting system of claim 1 wherein said switch is a push button such that application of external pressure upon said push button activates said light source.
4 . A lighting system of claim 1 wherein said switch is defined as liquid sensitive contacts such that liquid flowing over said contacts activates said light source.
5 . A lighting system of claim 1 wherein said control circuit includes a timer causing deactivation of said light source after a predetermined time period.
6 . A lighting system of claim 1 wherein said light source is at least one LED.
7 . A lighting system of claim 1 wherein said light source is a plurality of LEDs.
8 . A lighting system of claim 7 wherein said control circuit energizes said plurality of LEDs in a pattern.
9 . A lighting system of claim 7 wherein some of said plurality of LEDs produce a different color light.
10 . A lighting system of claim 1 wherein said bottle includes a mouth through which the contents are dispensed, said light source is aligned with said bottle and said mouth, the illumination being coaxial with the dispensed contents whereby said dispensed contents acts as a light guide.
11 . A lighting system of claim 10 wherein said bottle has a bottom opposite said mouth, said light source adapted to be mounted on said bottom.
12 . A lighting system of claim 10 wherein said lighting system includes a ring adapted to encircle said bottom of said bottle, said power source, said control circuit, said light source and said switch disposed in said ring.
13 . A lighting system of claim 10 wherein said bottle is adapted to be supported upside down by a rack, said lighting system adapted to be attached to said rack, said lighting system including an elongated rod extending parallel with said bottle, a transverse arm normal to said rod, said arm terminating in a cap adapted to contact said bottom, said light source carried by said cap.
14 . A lighting system of claim 1 wherein said lighting system includes a pouring spout adapted to be held in said mouth, said power source, said control circuit, said light source and said switch mounted in said pouring spout.
15 . In a combination of a bottle and a pouring spout mounted on the mouth of the bottle and connected with the interior of said bottle for dispensing the contents from said interior, the improvement comprising a lighting system mounted on said bottle for illuminating said bottle, said lighting system having a light source and a switch operatively interconnected, activation of said switch energizing said light source to illuminate said bottle.
16 . The combination of claim 15 , said improvement further comprising said lighting system carried by said pouring spout, the illumination being coaxial with the dispensed contents whereby said dispensed contents acts as a light guide.
17 . A lighting system of claim 15 wherein said switch is a tilt switch such that tilting of said lighting system activates said light source.
18 . A lighting system of claim 15 wherein said switch is a push button such that application of external pressure upon said push button activates said light source.
19 . A lighting system of claim 15 wherein said switch is defined as liquid sensitive contacts such that liquid flowing over said contacts activates said light source.
20 . A lighting system of claim 15 wherein said control circuit includes a timer causing deactivation of said light source after a predetermined time period.
21 . A lighting system of claim 15 wherein said light source is at least one LED.
22 . A lighting system of claim 15 wherein said light source is a plurality of LEDs.
23 . A lighting system of claim 15 wherein said control circuit energizes said plurality of LEDs in a pattern.
24 . A lighting system of claim 15 wherein some of said plurality of LEDs produce a different color light.
25 . The combination of claim 15 , wherein said bottle has a closed bottom, said improvement further comprising a ring adapted to encircle said bottom, said power source, said control circuit, said light source and said switch carried by said ring.
26 . A lighting system adapted to be mounted on a bottle, said bottle including a mouth through which fluid is dispensed, said lighting system including a power source, a control circuit, a light source and a switch operatively interconnected, activation of said switch energizing said light source to illuminate said fluid as it dispensed whereby said fluid acts as a light guide.
27 . A lighting system of claim 26 wherein said switch is a tilt switch such that tilting of said lighting system activates said light source.
28 . A lighting system of claim 26 wherein said switch is a push button such that application of external pressure upon said push button activates said light source.
29 . A lighting system of claim 26 wherein said switch is defined as liquid sensitive contacts wherein said fluid activates said light source.
30 . A lighting system of claim 26 wherein said control circuit includes a timer causing deactivation of said light source after a predetermined time period.
31 . A lighting system of claim 26 wherein said light source is at least one LED.