Apparatus for electrically connecting a flexible circuit to a receiver
An electrical assembly combination includes (a) a receiver having a receiver housing and a plurality of receiver housing electrical contacts, and (b) a connector device comprising a connector housing capable of accepting and retaining a terminal end of a flexible assembly having a plurality of flexible assembly electrical contacts. The connector device is capable of being reversibly attached to the receiver housing such that each of the receiver housing electrical contacts is electrically connected to a flexible assembly electrical contact in a removable, non-permanent manner.
1. An electrical assembly combination comprising:
a receiver comprising a receiver housing, wherein said receiver housing comprisies a first end and a second end and a plurality of receiver housing electrical contacts, wherein said receiver housing is configured at said first end to mechanically couple to a rigid assembly with a plurality of rigid assembly electrical contacts such that each one of said plurality of receiver housing electrical contacts is electrically coupled to a corresponding one of said plurality of rigid assembly electrical contacts; and
a connector comprising a connector housing with a connector interlocking cap and a compression grommet inside said connector housing, wherein said connector interlocking cap is configured to removably couple directly to said second end of said receiver housing thereby forming an interlocking mechanism, wherein inside of said connector housing is configured to securely receive a terminal end of a flexible assembly with said compression grommet between said terminal end and a top wall of said connector housing, wherein said connector is configured such that each one of said plurality of receiver housing electrical contacts is mated inside said receiver housing by a solderless connection to a corresponding one of a plurality of flexible assembly electrical contacts at said terminal end within an enclosure formed when said connector is coupled to said receiver housing.
2. The electrical assembly combination of claim 1 , wherein said receiver housing is configured as a receiver interlocking member at said second end.
3. The electrical assembly combination of claim 2 , wherein said connector interlocking cap and said receiver interlocking member are configured to couple through a twist-to-lock mechanism.
4. The electrical assembly combination of claim 1 , wherein said solderless connection comprises a pin-socket mating system.
5. The electrical assembly combination of claim 1 , wherein said solderless connection comprises a spring probe system.
6. The electrical assembly combination of claim 1 , wherein said solderless connection comprises a compressive contact system.
7. The electrical assembly combination of claim 1 , wherein said connector further comprises a flexible assembly retention component configured to securely retain the flexible assembly terminal within the connector housing, wherein said flexible assembly retention component is configured to fit around a perimeter of said terminal end of said flexible assembly.
8. The electrical assembly combination of claim 1 , wherein said connector further comprises a flexible device enclosure inside said connector interlocking cap for enclosing and sealing said terminal end of said flexible assembly inside said connector.
9. The electrical assembly combination of claim 1 , wherein said receiver further comprises an insulator assembly configured to electrically isolate each one of said plurality of receiver housing electrical contacts from each other.
10. An electrical assembly combination comprising:
a receiver comprising a receiver housing, wherein said receiver housing comprises a first end and a second end and a plurality of receiver housing electrical contacts, wherein said receiver housing is configured at said first end to mechanically couple to a rigid assembly with a plurality of rigid assembly electrical contacts such that each one of said plurality of receiver housing electrical contacts is electrically coupled to a corresponding one of said plurality of rigid assembly electrical contacts, wherein said receiver housing further comprises a receiver interlocking member at said second end; and
a connector comprising a connector housing with a connector interlocking cap and a compression grommet inside said connector housing, wherein said connector interlocking cap is configured to removably couple directly to said receiver interlocking member thereby forming an interlocking mechanism, wherein inside of said connector housing is configure to secure a terminal end of a flexible assembly such that said compression grommet is between said terminal end and a top wall of said connector housing, said terminal end comprising a plurality of flexible assembly electrical contacts, wherein said connector is configured such that each one of said plurality of receiver housing electrical contacts is mated inside said receiver housing by a solderless connection to a corresponding one of a plurality of flexible assembly electrical contacts at said terminal end within an enclosure formed when said connector is coupled to said receiver housing.
11. The electrical assembly combination of claim 10 , wherein said solderless connection comprises a compressive contact system.
12. The electrical assembly combination of claim 10 , wherein said connector further comprises a flexible assembly retention component configured to securely retain the flexible assembly terminal within the connector.
13. The electrical assembly combination of claim 10 , wherein said connector further comprises a flexible device enclosure inside said connector interlocking cap for enclosing and sealing said terminal end of said flexible assembly inside said connector.
14. The electrical assembly combination of claim 10 , wherein said receiver further comprises an insulator assembly configured to electrically isolate each one of said plurality of receiver housing electrical contacts from each other.
15. The electrical assembly combination of claim 10 , wherein said connector interlocking cap and said receiver interlocking member are configured to couple through a twist-to-lock mechanism.
16. An electrical assembly combination comprising:
a connector comprising a connector interlocking cap, a flexible device enclosure partially inside said connector interlocking cap and a compression grommet inside said flexible device enclosure, wherein said connector interlocking cap is configured to directly couple to an interlocking member of a receiver to form a twist-to-lock mechanism thereby securing said flexible device enclosure with said connector interlocking cap and said receiver, wherein inside of said flexible device enclosure is configured to secure a terminal end of a flexible assembly such that said compression grommet is between said terminal end and a top wall of said flexible device enclosure, said terminal end comprising a plurality of flexible assembly electrical contacts, wherein said connector is configured such that each one of said plurality of flexible assembly electrical contacts is mated within said receiver to a corresponding one of a plurality of receiver housing electrical contacts within said receiver by a solderless connection method selected from a group consisting of pin-socket mating system, spring probe system and compressive contact system when said connector with said flexible assembly is coupled to said receiver housing.
17. The electrical assembly combination of claim 16 , wherein said receiver is configured at an opposing end to said receiver interlocking member to mechanically couple to a rigid assembly with a plurality of rigid assembly electrical contacts such that each one of said plurality of rigid assembly electrical contacts is electrically coupled to a corresponding one of said plurality of receiver housing electrical contacts.
18. The electrical assembly combination of claim 16 , wherein said connector further comprises a flexible assembly retention component configured to securely retain the flexible assembly terminal within the connector.
19. The electrical assembly combination of claim 16 , wherein said connector further comprises a sealing grommet for protecting said terminal end of said flexible assembly inside said connector.
20. The electrical assembly combination of claim 16 , wherein said receiver further comprises an insulator assembly configured to electrically isolate one receiver housing electrical contact from another receiver housing electrical contact.