Spherical segment insertion apparatus

Claim 1

An apparatus for enabling selected structure to be joined to a spherical lens, said lens formed of material which is transmissive to radiation of selected frequencies, said apparatus comprising: a lens penetration component, said component being insertable into an aperture through said spherical lens, said aperture being circumscribed by a frustoconical bearing surface, and said lens penetration component being provided with a metallic frustoconical seating surface which matches said frustoconical bearing surface; means for selectively retaining said lens penetration component in said aperture so that said bearing surface of said spherical lens and said seating surface of said lens penetration component are maintained in abuttable relationship while allowing said selected structure to be detached from said lens; a frustoconical gasket which is positionable between said bearing surface and said seating surface for resisting wear between said bearing surface and said seating surface when said lens is subjected to substantial external pressure; compliant means positioned between said lens penetration component and said spherical lens for sealing said spherical lens from external pressures when said retaining means maintains said abuttable relationship between said bearing surface and said seating surface; a number of structure-adapted core components, each of said structure-adapted components comprising means joined to a particular structure for enabling said particular structure to be selectively joined to and detached from said lens penetration component; means are provided for removably seating one of said structure-adapted core components in a seating recess which is provided in said lens penetration component; and said supporting means includes means for sealing the joint between said lens penetration component and a structure-adapted core component seated in said recess against extreme external pressures.

Claim 2

An apparatus for enabling selected structure to be joined to a spherical lens, said lens formed of material which is transmissive to radiation of selected frequencies, said apparatus comprising: a lens penetration component, said component being insertable into an aperture through said spherical lens, said aperture being circumscribed by a frustoconical bearing surface, and said lens penetration component being provided with a metallic frustoconical seating surface which matches said frustoconical bearing surface; means for selectively retaining said lens penetration component in said aperture so that said bearing surface of said spherical lens and said seating surface of said lens penetration component are maintained in abuttable relationship while allowing said selected structure to be detached from said lens; a frustoconical gasket which is positionable between said bearing surface and said seating surface for resisting wear between said bearing surface and said seating surface when said lens is subjected to substantial external pressure; compliant means positioned between said lens penetration component and said spherical lens for sealing said spherical lens from external pressures when said retaining means maintains said abuttable relationship between said bearing surface and said seating surface; a number of structure-adapted core components, each of said structure-adapted components comprising means joined to a particular structure for enabling said particular structure to be selectively joined to and detached from said lens penetration component; means are provided for removably seating one of said structure-adapted core components in a seating recess which is provided in said lens penetration component; and said supporting means includes means for sealing the joint between said lens penetration component and a structure-adapted core component seated in said recess against extreme external pressures.

Claim 7

An apparatus for enabling selected structure to pass through a hyperhemispherical viewing lens formed of selected brittle, radiation transmissive material when the hyperhemispherical viewing lens is brought into a selected underwater environment of very high pressure comprising: metallic penetration means for providing a passage of selected dimensions between said environment and the interior of said hyperhemispherical viewing lens, said penetration means having a seating surface abutting said lens which lies on a spherical angle having an apex which is situated at the geometric center of said hyperhemispherical viewing lens; first compliant means positioned between said penetration means and the outer surface of said lens for sealing the joint between said penetration means and said lens with a sealing strength which increases as the pressure of said environment increases; metallic core means detachably joined to said penetration means, said core means provided with an aperture of selected dimensions which is traversable by said selected structure; second compliant means positioned between said penetration means and said core means for sealing the joint between said penetration means and said core means with a sealing strength which increases as the pressure of said environment increases; and retaining means contained within said hyperhemispherical viewing lens and joined to said penetration means for retaining said seating surface of said penetration means in close abutting relationship with said lens wherein: said first compliant means comprises a first O-ring compressed between said penetration means and the outer surface of said lens; said second compliant means comprises a second O-ring compressed between said penetration means and said core means; and said core means comprises a disc-shaped core component which is removably seatable in a recessed portion of said penetration means, said core component having a circular aperture passing through its center.

Claim 8

An apparatus for enabling selected structure to pass through a hyperhemispherical viewing lens formed of selected brittle, radiation transmissive material when the hyperhemispherical viewing lens is brought into a selected underwater environment of very high pressure comprising: metallic penetration means for providing a passage of selected dimensions between said environment and the interior of said hyperhemispherical viewing lens, said penetration means having a seating surface abutting said lens which lies on a spherical angle having an apex which is situated at the geometric center of said hyperhemispherical viewing lens; first compliant means positioned between said penetration means and the outer surface of said lens for sealing the joint between said penetration means and said lens with a sealing strength which increases as the pressure of said environment increases; metallic core means detachably joined to said penetration means, said core means provided with an aperture of selected dimensions which is traversable by said selected structure; second compliant means positioned between said penetration means and said core means for sealing the joint between said penetration means and said core means with a sealing strength which increases as the pressure of said environment increases; and retaining means contained within said hyperhemispherical viewing lens and joined to said penetration means for retaining said seating surface of said penetration means in close abutting relationship with said lens wherein: said first compliant means comprises a first O-ring compressed between said penetration means and the outer surface of said lens; said second compliant means comprises a second O-ring compressed between said penetration means and said core means; and said core means comprises a disc-shaped core component which is removably seatable in a recessed portion of said penetration means, said core component having a circular aperture passing through its center.