Decorative light tubing and method of manufacture thereof

Claim 3

The method of claim 1, wherin said quantity of dielectric substance is sufficient to fill about 10% to about 25% of said interior of said tube when said interconnected lamps are in said tube.

Claim 4

The method of claim 1, wherein said dielectric substance is silicone.

Claim 7

The method as claimed in claim 4, wherein said quantity of said substance introduced in said step (a) is approximately 10%-50% of the quantity of said substance that would be required to substantially fill the interir of the tube when the electrically connected lamps are in the tube.

Claim 8

The method as claimed in claim 5, wherein said quantity of said substance introduced in step (a) is approximately 10% to about 25% of the quantity of said substance that would be required to substantially fill the interior of the tube when the electrically connected lamps are in the tube.

Claim 9

The method as claimed in claim 4, additionally comprising the step of (c) causing a portion of said dielectric substance which does not adhere to the conductor, the lamps, and the interior of the tube to exit the tube.

Claim 10

The method as claimed in claim 4, wherein said dielectric substance is silicone.

Claim 11

The method as claimed in claim 4, wherein the force of gravity induces said substance to flow through the tube from said opening in the tube.

Claim 12

A decorative light tube comprising: a hollow, transparent tube; an electrical conductor in said tube; a plurality of lamps in said tube, said lamps being electrically connected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and means for bonding said lamps to the interior walls of said tube whereby the resonant frequency of said lamps is substantially reduced so that the filaments of said lamps do not become embrittled and broken as a result of higher frequency vibrations.

Claim 13

A decorative light tube comprising: a hollow, transparent tube; an electrical conductor in said tube; a plurality of lamps in said tube, said lamps being electrically connected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and means for bonding said lamps to the interior walls of said tube whereby the resonant frequency of said lamps is substantially reduced so that the filaments of said lamps do not become embrittled and broken as a result of higher frequency vibrations.

Claim 14

A decorative light tube comprising: a hollow, transparent tube; an electrical conductor in said tube; a plurality of lamps in said tube, said lamps being electrically connected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and a protective coating on said conductor, said lamps, and the interior of said tube formed by: (a) introducing a quantity of dielectric substance into the tube through an opening in the tube, said quantity being substantially less than the quantity of said substance that would be required to substantially fill the interior of the tube when the electrically interconnected lamps are in the tube; and (b) causing said dielectric substance to come in contact with and form a coating on the conductor, the lamps, and the interior of the tube.

Claim 15

A decorative light tube comprising: a hollow, transparent tube; an electrical conductor in said tube; a plurality of lamps in said tube, said lamps being electrically connected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and a protective coating on said conductor, said lamps, and the interior of said tube formed by: (a) introducing a quantity of dielectric substance into the tube through an opening in the tube, said quantity being substantially less than the quantity of said substance that would be required to substantially fill the interior of the tube when the electrically interconnected lamps are in the tube; and (b) causing said dielectric substance to come in contact with and form a coating on the conductor, the lamps, and the interior of the tube.

Claim 16

The decorative light tube as claimed in claim 11, wherein said protective coating comprises silicone rubber.

Claim 17

A decorative light tube comprising: a transparent tube; an electrical conductor with an insulative coating in said tube; a plurality of lamps in said tube, said lamps being electrically interconnected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and a protective dielectric coating in said tube, said coating occupying substantially less than the entire internal space in said tube not occupied by said lamps and said conductor.

Claim 18

A decorative light tube comprising: a transparent tube; an electrical conductor with an insulative coating in said tube; a plurality of lamps in said tube, said lamps being electrically interconnected to said conductor whereby said lamps are illuminated when an electric current is provided to said conductor; and a protective dielectric coating in said tube, said coating occupying substantially less than the entire internal space in said tube not occupied by said lamps and said conductor.

Claim 19

The decorative light tube as claimed in claim 13, wherein said protective coating is formed by immersing said lamps in a dielectic substance and allowing any excess of said substance which does not adhere to drip off said lamps.

Claim 20

The decorative light tube as claimed in claim 13, wherein said protective dielectric coating comprises silicone rubber.

Claim 21

The decorative light tube as claimed in claim 13, wherein said coating occupies approximately 10%-50% of the internal space in said tube not occupied by said lamps and said conductor.

Claim 22

The decorative light tube as claimed in claim 13, wherein said coating occupies approximately 10%-25% of the internal space in said tube not occupied by said lamps and said conductor.