Resilient gasket having auxiliary resiliency means

Claim 2

A resilient elongate gasket having a hollow portion running internally through the gasket along its length, said gasket having auxiliary resiliency means comprising resilient protuberances positioned in parallel along the effective sealing surfaces of the gasket, and spring members positioned in said hollow portion, along the length of the gasket, said spring members responding resiliently to compression and decompression forces acting on the effective sealing surfaces of the gasket.

Claim 3

The gasket of claim 1 wherein the protuberances comprise resilient ridges or beads.

Claim 4

The gasket of claim 1 wherein the spring members comprise convexical opposed elongate strips which are curved along their length, the curved strips forming, as viewed in cross-section, a generally oval configuration.

Claim 5

The gasket of claim 1 wherein the gasket has a flange means along its length on the inner edge thereof.

Claim 6

The gasket of claim 1 wherein the protuberances comprise at least one pair of counterbiased ridges or beads, said counterbiasness being evidenced by facing acute angles of the protuberances toward each other.

Claim 7

The gasket of claim 1 wherein the protuberances comprise at least one pair of counterbiased ridges or beads, said counterbiasness being evidenced by facing acute angles of the protuberances toward each other, said acute angles being defined by protuberances disposed at an angle of about 75° to about 80° from the gasket surface.

Claim 8

The gasket of claim 1 wherein the protuberances comprise at least one pair of counterbiased ridges or beads disposed at an acute angle of about 79°±1° from the gasket surface, said acute angles facing each other.

Claim 9

The gasket of claim 1 wherein the gasket has a flange means along its length on the inner edge thereof, said flange means having resilient protuberances along it length.

Claim 10

The gasket of claim 1 characterized by a flange along its inside edge, said flange means having resilient protuberances disposed at acute angles from its surface in counterbiased manner.

Claim 11

The flange of claim 1 characterized by a stiffening means along its outer edge.

Claim 12

The gasket of claim 1 wherein the gasket is a continuous gasket enclosing an area.

Claim 13

The gasket of claim 1 wherein the gasket is a continuous gasket enclosing a circular or oval area.

Claim 14

The gasket of claim 1 wherein the gasket is a continuous gasket enclosing a plane area having three or more sides.

Claim 15

The gasket of claim 1 wherein the gasket is a continuous gasket enclosing a plane area having four sides.

Claim 16

A gasket for sealing two mating surfaces of a container or vessel to maintain a fluid impervious seal therebetween comprising a resilient member having a general configuration matingly engagable with the mating surfaces and having auxiliary and cooperative resilient elements integral therewith consisting essentially of (a) at least one parallel pair of resilient protuberances extending from each side of said resilient member, said protuberances being positioned substantially normal to the direction of the exertion of pressure of the fluid within said vessel, and (b) matingly opposed spring-like elements internally positioned within said member to cooperatively exert resiliency, independent of said resiliency inherent in said member, toward the mating surfaces of the vessel.

Claim 17

A gasket for sealing two mating surfaces of a container or vessel to maintain a fluid impervious seal therebetween comprising a resilient member having a general configuration matingly engagable with the mating surfaces and having auxiliary and cooperative resilient elements integral therewith consisting essentially of (a) at least one parallel pair of resilient protuberances extending from each side of said resilient member, said protuberances being positioned substantially normal to the direction of the exertion of pressure of the fluid within said vessel, and (b) matingly opposed spring-like elements internally positioned within said member to cooperatively exert resiliency, independent of said resiliency inherent in said member, toward the mating surfaces of the vessel.

Claim 18

The gasket of claim 15 wherein each pair of resilient protuberances are disposed from the surface of the member at acute angles therefrom and counterbiased from each other.

Claim 19

The gasket of claim 15 wherein said spring-like segments consist essentially of convexical opposed elongate strips of resilient metal which are curved along their lengths, the curved strips forming, as viewed in cross-section, a generally oval configuration.

Claim 20

The gasket of claim 15 further characterized as having a flange along its inner edge.

Claim 21

The gasket of claim 15 further characterized as having a stiffening means along its outer edge.

Claim 22

The gasket of claim 15 wherein it is a continuous gasket enclosing an area which may be oval, round, triangular, quadrangular, or polygonal.