Multi-component protective covering for construction parts designed to protect against the effects of lightning

Claim 2

An article of manufacture protected to a degree against the effects of lightning comprising: (1) a substrate having a covering comprising a material functioning to release ionized or ionizable particles alone or in combination with gas when subjected to the strong electric field preceding an oncoming flash of lightning to thereby generate the formation of a particle cloud above the substrate to fan out the lightning head; and (2) a conductive material functioning to distribute the electric current of a lightning flash.

Claim 3

The article as in claim 1 the release material including metal subliming salts.

Claim 4

The article as in claim 1 the covering including an additive which swells when heated to enhance the formation and enlargement of the cloud.

Claim 5

The article as in claim 1 and including a metal layer under the covering and a metal oxide layer between the latter metal layer and the construction part.

Claim 6

The article of claim 1 wherein the functioning materials are contained in a covering comprising a single layer.

Claim 7

The article of claim 1 wherein the material functioning ro telease gas under the conditions stated is a vaporizable substance contained in microballoons.

Claim 8

The article of claim 1 wherein the conductive material is in the form of metal.

Claim 9

The article as in claim 1, said covering including a material for the release of ions and further material for the release of ionizable gas, the materials being arranged in different, superposed layers.

Claim 10

The article of claim 1 wherein the functioning materials are contained in two different layers.

Claim 11

The article of claim 9 wherein the conductive layer comprises a lacquer containing conductive particles disposed over the layer containing the other functioning material.

Claim 12

The article of claim 9 wherein the conductive layer comprises a coherent metal layer.

Claim 13

The article of claim 1 wherein the covering comprises material capable of functioning to release and generate carbon particles under the condition stated to form a carbon particle cloud.

Claim 14

The article as in claim 12 the particle release material including styrol, tar derivatives or soot (carbon black) as smoke forming additives.

Claim 15

The article of claim 1 which includes a thin upper layer of metal.

Claim 16

The article as in claim 14 and said conductive material being included in a second metal layer under the said covering serving as a releasing layer.

Claim 17

The article as in claim 1, the covering additionally preventing penetration of moisture.

Claim 18

The article as in claim 16, the covering including a coherent metal layer constituting said conductive material.

Claim 19

As an article of manufacture to be protected against lightening, a construction part having a cover comprised of a first release layer of a plastic material which includes additives to release ionizable smoke or gas; an ion release layer on top of the first release layer and being about 1 millimeter thick and made of metal; and a metal layer underneath the first layer, so that ions are released by the metal ion release layer when the part is subjected to a strong local electrical field preceding the striking of the part by a flash of lightening thereby generating an ion cloud which is replenished by ionized particles from the first release layer to fan out the lightening head, the metal layer underneath the first release layer distributing current and dissipating heat.

Claim 20

As an article of manufacture to be protected against lightening, a construction part having a cover comprised of a first release layer of a plastic material which includes additives to release ionizable smoke or gas; an ion release layer on top of the first release layer and being about 1 millimeter thick and made of metal; and a metal layer underneath the first layer, so that ions are released by the metal ion release layer when the part is subjected to a strong local electrical field preceding the striking of the part by a flash of lightening thereby generating an ion cloud which is replenished by ionized particles from the first release layer to fan out the lightening head, the metal layer underneath the first release layer distributing current and dissipating heat.

Claim 21

An article of manufacture protected to a degree against the effects of lightening, comprising a construction part serving as substrate and having a covering comprised of a layer made of non-metallic host material which contains a substantial amount of metal-containing additives for releasing ions when subjected to a strong electric field preceding an oncoming flash of lightening and for distributing an electric current induced by the flash, said host material further containing additives for releasing ionizable particles when subjected to the said field so that a cloud of ionized and of ionizable particles develops above the part to fan out the lightening head.

Claim 22

An article of manufacture protected to a degree against the effects of lightening, comprising a construction part serving as substrate and having a covering comprised of a layer made of non-metallic host material which contains a substantial amount of metal-containing additives for releasing ions when subjected to a strong electric field preceding an oncoming flash of lightening and for distributing an electric current induced by the flash, said host material further containing additives for releasing ionizable particles when subjected to the said field so that a cloud of ionized and of ionizable particles develops above the part to fan out the lightening head.

Claim 23

The article as in claim 19, the releasing layer including additives which cause the layer to swell when heated to enhence the formation of the cloud.

Claim 24

The article as in claim 19, and including in addition a thin metal layer on the releasing layer.

Claim 25

The article as in claim 19, the releasing layer including microballoons containing the additive as vaporizable substances to be released as said ionizable particles.