Terminal housing for an electromedical implant
A terminal housing ( 14 ) for an electromedical implant ( 10 ) having female contacts ( 22.2, 22.2, 24 ) to receive and provide electric contact for electrode line plugs. The terminal housing has a base module ( 20 ) and a separately premanufactured cover module ( 40 ) that has a female contact ( 24 ) according to the IS-4 standard and is inserted into the base module ( 20 ) and connected thereto.
1. A terminal housing system that comprises a terminal housing for an electromedical implant ( 10 ) which is connected to an outside portion of a hollow metallic housing ( 12 ) wherein said terminal housing comprises female contacts to receive and provide electric contact of electrode line plugs comprising:
a cover module ( 40 );
a first base module and a second base module each having different types of electrical connectors wherein said first and second base modules are configured to couple with said cover module to form a terminal housing ( 14 ), wherein said first and second base module each further comprises
a receiving trough ( 30 ) which is open on one side of said terminal housing, and
an axial through-bore ( 26 ) which opens into the receiving trough ( 30 ) wherein said axial through-bore ( 26 ) is configured to fit an electrical connector inside said cover module;
said cover module configured to be inserted into the receiving trough ( 30 ) and to couple with said first or second base module wherein said cover module ( 40 ) comprises
a cover blank ( 42 ),
a receiving space ( 46 ) in the cover blank ( 42 ) and which is aligned to the axial through-bore ( 26 ) of the first or second base module when said cover blank ( 42 ) is situated within said receiving trough ( 30 ),
a plug receptacle ( 52 ),
a through-opening ( 48 ) which opens laterally into the receiving space and into which the plug receptacle ( 52 ) is configured to fit,
contact elements in an interior of the receiving space ( 46 ) that are fixedly connected to the cover blank ( 42 ) via a sheath and which have exposed ends on an outside of the cover module, and
contact areas ( 68 . 1 , 68 . 2 , 68 . 3 , 68 . 4 ) configured to couple said plug receptacle ( 52 ) and said spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) of said female contact ( 24 ) to the metallic wiring bands ( 44 . 1 , 44 . 2 , 44 . 3 , 44 . 4 ) respectively;
at least one female contact ( 22 . 1 ) configured as a fixed component of said first or second base module; and,
a female contact ( 24 ) coupled with said cover module comprising
a silicone gasket ( 58 );
three spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) configured as electric contact elements within the receiving space ( 46 );
four insulating spacer sleeves ( 60 . 1 , 60 . 2 , 60 . 3 , 60 . 4 ) within the receiving space and configured in alternation with respect to said spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) wherein said spring sleeves and said insulating spacer sleeves align parallel to the axial through-bore ( 26 ) of the first or second base module and wherein said silicone gasket ( 58 ) is located proximal to the axial through-bore ( 26 ) and wherein said plug receptacle ( 52 ) of said cover module ( 40 ) is located distally in said axial through-bore ( 26 ).
2. A terminal housing system that comprises a terminal housing for an electromedical implant ( 10 ) which is connected to an outside portion of a hollow metallic housing ( 12 ) wherein said terminal housing comprises female contacts to receive and provide electric contact of electrode line plugs comprising:
a cover module ( 40 );
a first base module and a second base module each having different types of electrical connectors wherein said first and second base modules are configured to couple with said cover module to form a terminal housing ( 14 ), wherein said first and second base module each further comprises
a receiving trough ( 30 ) which is open on one side of said terminal housing, and
an axial through-bore ( 26 ) which opens into the receiving trough ( 30 ) wherein said axial through-bore ( 26 ) is configured to fit an electrical connector inside said cover module;
said cover module configured to be inserted into the receiving trough ( 30 ) and to couple with said first or second base module wherein said cover module ( 40 ) comprises
a cover blank ( 42 ),
a receiving space ( 46 ) in the cover blank ( 42 ) and which is aligned to the axial through-bore ( 26 ) of the first or second base module when said cover blank ( 42 ) is situated within said receiving trough ( 30 ),
a plug receptacle ( 52 ),
a through-opening ( 48 ) which opens laterally into the receiving space and into which the plug receptacle ( 52 ) is configured to fit, and
contact elements in an interior of the receiving space ( 46 ) that are fixedly connected to the cover blank ( 42 ) via a sheath and which have exposed ends on an outside of the cover module; and,
at least one female contact ( 22 . 1 ) configured as a fixed component of said first or second base module.
3. The terminal housing of claim 2 wherein said contact elements comprise metallic wiring bands ( 44 . 1 , 44 . 2 , 44 . 3 , 44 . 4 ).
4. The terminal housing of claim 3 further comprising:
a female contact ( 24 ) coupled with said cover module comprising
a silicone gasket ( 58 );
three spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) configured as electric contact elements within the receiving space ( 46 );
four insulating spacer sleeves ( 60 . 1 , 60 . 2 , 60 . 3 , 60 . 4 ) within the receiving space and configured in alternation with respect to said spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) wherein said spring sleeves and said insulating spacer sleeves align parallel to the axial through-bore ( 26 ) of the first or second base module and wherein said silicone gasket ( 58 ) is located proximal to the axial through-bore ( 26 ) and wherein said plug receptacle ( 52 ) of said cover module ( 40 ) is located distally in said axial through-bore ( 26 ).
5. The terminal housing of claim 4 wherein said cover module ( 40 ) further comprises contact areas ( 68 . 1 , 68 . 2 , 68 . 3 , 68 . 4 ) configured to couple said plug receptacle ( 52 ) and said spring sleeves ( 54 . 1 , 54 . 2 , 54 . 3 ) of said female contact ( 24 ) to the metallic wiring bands ( 44 . 1 , 44 . 2 , 44 . 3 , 44 . 4 ) respectively.
6. The terminal housing of claim 4 further comprising at least one second female contact ( 22 . 2 ).
7. The terminal housing of claim 2 wherein said at least one female contact ( 22 . 1 ) is configured as an IS-1 Standard female connector.
8. The terminal housing of claim 2 further comprising an antenna that lies in one plane and which fits within said receiving trough.
9. An electromedical implant having a terminal housing according to claim 2 .
10. An implantable cardiac stimulator having a terminal housing according to claim 2 .