Aft drogue module for towed sonar array

Claim 2

A drogue module for a towed sonar array, said drogue module comprising: a coupling at the forward end of said drogue module, said coupling having an interior cone surface which is divergent towards the forward end of said module; a body connected to said coupling, said body having a diameter substantially equal to said coupling and said body including a tensile strength member extending into and engaged within said coupling, said strength member being expanded to said conical surface and filled with a plug to prevent pulling of said strength member out of said coupling; and an aft hose connected to said body, said aft hose having a damper therein for damping whipping of said drogue module as it is towed through water.

Claim 3

The drogue module of claim 1 wherein said body comprises said strength member extending the length thereof with an extruded tube of rubberlike material thereon, together with an extruded cover sleeve thereover.

Claim 4

The drogue module of claim 2 wherein said cover sleeve is made of abrasion-resistant material.

Claim 5

The drogue module of claim 3 wherein said cover sleeve is made of thermoplastic synthetic polymer composition material.

Claim 6

The drogue module of claim 4 wherein said cover sleeve is made of material selected from the group consisting of polyurethane and polyester.

Claim 7

A drogue module for a towed sonar array, said drogue module comprising: a coupling at the forward end of said drogue module, said coupling having an interior cone surface which is divergent towards the forward end of said module; a body connected to said coupling, said body having a diameter substantially equal to said couplingtand said body including a tensile strength member extending throughout its length and extending into and engaged within said coupling, said strength member being expanded to said conical surface and filled with a plug to prevent pulling of said strength member out of said coupling, said body comprising an extruded tube of rubberlike material on said strength member together with an extruded cover sleeve of abrasion-resistant material thereover and an open weave sleeve position over said rubber tube and incorporated in said cover sleeve when said cover sleeve is extruded thereover; and an aft hose connected to said body, said aft hose havng a damper therein for damping whipping of said drogue module as it is towed through water.

Claim 8

A drogue module for a towed sonar array, said drogue module comprising: a coupling at the forward end of said drogue module, said coupling having an interior cone surface which is divergent towards the forward end of said module; a body connected to said coupling, said body having a diameter substantially equal to said couplingtand said body including a tensile strength member extending throughout its length and extending into and engaged within said coupling, said strength member being expanded to said conical surface and filled with a plug to prevent pulling of said strength member out of said coupling, said body comprising an extruded tube of rubberlike material on said strength member together with an extruded cover sleeve of abrasion-resistant material thereover and an open weave sleeve position over said rubber tube and incorporated in said cover sleeve when said cover sleeve is extruded thereover; and an aft hose connected to said body, said aft hose havng a damper therein for damping whipping of said drogue module as it is towed through water.

Claim 9

The drogue module of claim 6 wherien said open weave tube is a braided tube.

Claim 10

The drogue module of claim 7 wherein said cover sleeve is made of thermoplastic synthetic polymer composition material.

Claim 11

The drogue module of claim 8 wherein said cover sleeve is made of material selected from the group consisting of polyurethane and polyester.

Claim 12

A drogue module for a twoed sonar array, said drogue module comprising: a coupling at the forward end of said drogue module, said coupling having an interior cone surface which is divergent towards the forward end of said module; a body connected to said coupling, said body having a diameter substantially equal to said coupling and said body including a tensile strength member extending into through the length of said body and extending into and engaged within said coupling, said strength meember being expanded to said conical surface and filled with a plug to prevent pulling of said strength member out of said coupling; and an aft hose connected to said body, said strength member extending into said hose and secured therein said aft hose having a damper therein for damping whipping of said drogue module as it is towed through water.

Claim 13

A drogue module for a twoed sonar array, said drogue module comprising: a coupling at the forward end of said drogue module, said coupling having an interior cone surface which is divergent towards the forward end of said module; a body connected to said coupling, said body having a diameter substantially equal to said coupling and said body including a tensile strength member extending into through the length of said body and extending into and engaged within said coupling, said strength meember being expanded to said conical surface and filled with a plug to prevent pulling of said strength member out of said coupling; and an aft hose connected to said body, said strength member extending into said hose and secured therein said aft hose having a damper therein for damping whipping of said drogue module as it is towed through water.

Claim 14

The drogue module of claim 10 wherein said strength member is expanded in said hose and is filled to form a plug in engagement with said hose.

Claim 15

The drogue module of claim 11 wherein said hose aft of said strength member plug contains resilient damping material within said hose.

Claim 16

The drogue module of claim 12 wherein said resilient damping material within said hose contains sufficient density reducing filler that said hose and its contents are near neutral buoyancy in sea water.

Claim 17

The drogue module of claim 10 wherein said resilient damping material within contains sufficient density reducing filler that said hose and its contents are near neutral buoyancy in sea water.

Claim 18

A drogue module comprising: a coupling at the forward end of said drogue module for coupling to a towed sonar array; a body secured to said coupling, said body having substantially the same diameter as said coupling, said body comprising a longitudinal strength member extending throughout the length of said body, a tube of rubberlike material extruded over said strength member for the entire length of said body in intimate contact with said body and a cover sleeve of abrasion-resistant material extruded over said rubber tube for the entire length of said body; and a damping tail secured to the aft end of said body.

Claim 19

A drogue module comprising: a coupling at the forward end of said drogue module for coupling to a towed sonar array; a body secured to said coupling, said body having substantially the same diameter as said coupling, said body comprising a longitudinal strength member extending throughout the length of said body, a tube of rubberlike material extruded over said strength member for the entire length of said body in intimate contact with said body and a cover sleeve of abrasion-resistant material extruded over said rubber tube for the entire length of said body; and a damping tail secured to the aft end of said body.

Claim 20

The drogue module of claim 15 wherein an open weave structure is positioned at the interface between said rubberlike tube and said sleeve to aid in adhesion between said rubberlike tube and said sleeve.

Claim 21

The drogue module of claim 15 wherein said tail is a tubular outer covering in which is contained damping material.

Claim 22

The drogue module of claim 17 wherein said damping material is of moderate flexibility so that said tail is longitudinally more stiff than said body.

Claim 23

The drogue module of claim 18 wherein said strength member of said body extends into said tube and is expanded into contact with said tube to aid in retaining said tail on said body.