Fiber optic ribbon cable including flexible web

Claim 2

A fiber optic cable component comprising: (a) first and second optical fiber ribbons in which each ribbon contains a plurality of optical fibers and each optical fiber is circumscribed by a coating, said optical fibers disposed in a single plane in an adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material; (b) a first flexible web connected to said first and second optical fiber ribbons; and, (c) the optical fibers of said first optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to a plane delimited by the optical fibers of said second optical fiber ribbon and the lateral edges of said first and second optical fiber ribbons are co-extensive with one another.

Claim 3

The fiber optic cable component of claim 1 further including a third optical fiber ribbon composed of a plurality of optical fibers, each optical fiber circumscribed by a coating, said optical fibers disposed in a single plane in adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material, a second flexible web connecting said second optical fiber ribbon to said third optical fiber ribbon and the optical fibers of said third optical fiber ribbon delimiting a plane that is spaced apart from and essentially parallel to the planes delimited by the optical fibers of said first and second optical fiber ribbons and the lateral edges of said first, second, and third optical fiber ribbons are co-extensive with one another.

Claim 4

The fiber optic cable component of claim 1 further including a binder circumscribing said first and second optical fiber ribbons.

Claim 5

The fiber optic cable component of claim 2 further including a binder circumscribing said fist, second, and third optical fiber ribbons.

Claim 6

The fiber optic cable component of claim 1 further including a tubular member in which said first and second optical fiber ribbons are disposed.

Claim 7

A fiber optic cable comprising: (a) first and second optical fiber ribbons in which each ribbon contains a plurality of optical fibers and each optical fiber is circumscribed by a coating, said optical fibers disposed in a single plane in an adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material; (b) a first flexible web connected to said first and second optical fiber ribbons; (c) the optical fibers of said first optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to a plane delimited by the optical fibers of said second optical fiber ribbon and the lateral edges of said first and second optical fiber ribbons are co-extensive with one another; (d) a tubular member in which said first and second optical fiber ribbons are disposed forming a cable core; and, (e) a plastic sheath circumscribing said cable core.

Claim 8

A fiber optic cable comprising: (a) first and second optical fiber ribbons in which each ribbon contains a plurality of optical fibers and each optical fiber is circumscribed by a coating, said optical fibers disposed in a single plane in an adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material; (b) a first flexible web connected to said first and second optical fiber ribbons; (c) the optical fibers of said first optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to a plane delimited by the optical fibers of said second optical fiber ribbon and the lateral edges of said first and second optical fiber ribbons are co-extensive with one another; (d) a tubular member in which said first and second optical fiber ribbons are disposed forming a cable core; and, (e) a plastic sheath circumscribing said cable core.

Claim 9

The fiber optic cable of claim 6 wherein said cable core comprises a plurality of said tubular members stranded about one another.

Claim 10

The fiber optic cable of claim 6 further including a third fiber optic ribbon composed of a plurality of optical fibers each optical fiber circumscribed by a coating, said optical fibers disposed in a single plane in an adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material and a second flexible web connecting said second optical fiber ribbon to said third optical fiber ribbon and the optical fibers of said third optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to the planes delimited by the optical fibers of said first and second optical fiber ribbons and the lateral edges of said first, second, and third optical fiber ribbons are co-extensive with one another.

Claim 11

The fiber optic cable of claim 8 wherein said cable core comprises a plurality of said tubular members stranded about one another.

Claim 12

A fiber optic cable comprising: (a) a central strength member; (b) one or more elongated open top members positioned about said strength member, each open top member delimiting a cavity, said cavity containing first and second optical fiber ribbons n which each ribbon contains a plurality of optical fibers and each optical fiber is circumscribed by a coating and disposed in a single plane in adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material, said first and second optical fiber ribbons connected together by a first flexible web member wherein the optical fibers of said first optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to a plane delimited by the optical fibers of said second optical fiber ribbon and the lateral edges of said first and second optical fiber ribbons are co-extensive with one another; and, (c) a sheath circumscribing said one or more open top elongated members.

Claim 13

A fiber optic cable comprising: (a) a central strength member; (b) one or more elongated open top members positioned about said strength member, each open top member delimiting a cavity, said cavity containing first and second optical fiber ribbons n which each ribbon contains a plurality of optical fibers and each optical fiber is circumscribed by a coating and disposed in a single plane in adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material, said first and second optical fiber ribbons connected together by a first flexible web member wherein the optical fibers of said first optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to a plane delimited by the optical fibers of said second optical fiber ribbon and the lateral edges of said first and second optical fiber ribbons are co-extensive with one another; and, (c) a sheath circumscribing said one or more open top elongated members.

Claim 14

The optical fiber cable of claim 10 wherein said one or more open top members are individual members not attached to any other member or to said strength member.

Claim 15

The fiber optic cable of claim 10 wherein said one or more open top members are delimited by a central member having thereon a plurality of outwardly protruding spaced apart members.

Claim 16

The fiber optic cable of claim 10 further including a binder circumscribing said first and second ribbons.

Claim 17

The fiber optic cable of claim 10 further including a third optical fiber ribbon composed of a plurality of optical fibers each circumscribed by a coating disposed in a single plane in adjacent and essentially coating to coating touching relationship one to another and are circumscribed by a plastic material, a second flexible web connecting said second optical fiber ribbon to said third optical fiber ribbon and the optical fibers of the third optical fiber ribbon delimit a plane that is spaced apart from and essentially parallel to the planes delimited by the optical fibers of said first and second optical fiber ribbons and the lateral edges of said first, second, and third optical fiber ribbons are co-extensive with one another.