Alignment mechanism for cabling to a cylinder head
A canister system having a cylindrical housing, having at least one enclosed end, and a modular electronic rack system disposed within the cylindrical housing. The modular electronic rack system including an input/output device extending along at least a portion of the modular electronic rack system. The modular electronic rack system further having a power input and a signal output electrically coupled to the input/output device—at least one of the power input and the signal output extending through the at least one enclosed end of the cylindrical housing at a first sealed terminal. The canister system further having a first alignment system for physically aligning an electronic connection with the sealed terminal. The electronic connection having physically engaging features extending from the cylindrical housing to align the electronic connection therewith.
1. A canister system comprising:
a cylindrical housing having at least one enclosed end;
a modular electronic rack system disposed within said cylindrical housing, said modular electronic rack system having an input/output device extending along at least a portion of said modular electronic rack system, said modular electronic rack system further having a power input and a signal output electrically coupled to said input/output device, at least one of said power input and said signal output extending through said at least one enclosed end of said cylindrical housing at a first sealed terminal; and
a first alignment system for physically aligning an electronic connection with said sealed terminal, the electronic connection having physically engaging features extending from said cylindrical housing to align said electronic connection,
wherein said first sealed terminal is physically and electrically mounted to said input/output device to prevent relative movement there between.
2. The canister system according to claim 1 wherein said cylindrical housing comprises two enclosed ends, a first of said two enclosed ends having said first alignment system associated with said first sealed terminal, a second of said two enclosed ends having a second alignment system for physically aligning an electronic connection with a second sealed terminal associated with said second enclosed end, the electronic connection of said second enclosed end physically engaging features extending from said cylindrical housing to align said electronic connection.
3. The canister system according to claim 1 wherein said modular electronic rack system comprises a plurality of electronic slots disposed at a position generally along said input/output device.
4. The canister system according to claim 1 wherein said modular electronic rack system comprises a plurality of electronic slots configured to physically and operably receive an electronic card therein, each of said plurality of electronic slots being electrically connected to said input/output device to establish electrical communication between the electronic card and said input/output device.
5. A canister system comprising:
a cylindrical housing having at least one enclosed end;
a modular electronic rack system disposed within said cylindrical housing, said modular electronic rack system having an input/output device extending along at least a portion of said modular electronic rack system, said modular electronic rack system further having a power input and a signal output electrically coupled to said input/output device, at least one of said power input and said signal output extending through said at least one enclosed end of said cylindrical housing at a first sealed terminal; and
a first alignment system for physically aligned en electronic connection with said sealed terminal, the electronic connection having physically engaging features extending from said cylindrical housing to align said electronic connection,
wherein said modular electronic rack system comprises plurality of rib members radiate outwardly from a backplane, said backplane having a longitudinal axis generally parallel to a longitudinal axis of said cylindrical housing, said plurality of rib members extending from said backplane at a proximal end in a direction generally orthogonal to said longitudinal axis of said backplane toward a distal end.
6. The canister system according to claim 5 wherein said cylindrical housing comprises two enclosed ends, a first of said two enclosed ends having said first alignment system associated with said first sealed terminal, a second of said two enclosed ends having a second alignment system for physically aligning an electronic connection with a second sealed terminal associated with said second enclosed end, the electronic connection of said second enclosed end physically engaging features extending from said cylindrical housing to align said electronic connection.
7. The canister system according to claim 5 wherein said modular electronic rack system comprises a plurality of electronic slots disposed at a position generally along said input/output device.
8. The canister system according to claim 5 wherein said modular electronic rack system comprises a plurality of electronic slots configured to physically and operably receive an electronic card therein, each of said plurality of electronic slots being electrically connected to said input/output device to establish electrical communication between the electronic card and said input/output device.
9. A canister system comprising:
a cylindrical housing having at least one enclosed end;
a modular electronic rack system disposed within said cylindrical housing, said modular electronic rack system having an input/output device extending along at least a portion of said modular electronic rack system, said modular electronic rack system further having a power input and a signal output electrically coupled to said input/output device, at least one of said power input and said signal output extending through said at least one enclosed end of said cylindrical housing at a first sealed terminal, said first sealed terminal is physically and electrically mounted to said input/output device to prevent relative movement there between, said modular electronic rack system having a plurality of electronic slots disposed at a position generally along said input/output device; and
a first alignment system for physically aligning an electronic connection with said sealed terminal, the electronic connection having physically engaging features extending from said cylindrical housing to align said electronic connection.
10. The canister system according to claim 9 wherein said cylindrical housing comprises two enclosed ends, a first of said two enclosed ends having said first alignment system associated with said first sealed terminal, a second of said two enclosed ends having a second alignment system for physically aligning an electronic connection with a second sealed terminal associated with said second enclosed end, the electronic connection of said second enclosed end physically engaging features extending from said cylindrical housing to align said electronic connection.
11. The canister system according to claim 9 wherein said modular electronic rack system comprises plurality of rib members radiate outwardly from a backplane, said backplane having a longitudinal axis generally parallel to a longitudinal axis of said cylindrical housing, said plurality of rib members extending from said backplane at a proximal end in a direction generally orthogonal to said longitudinal axis of said backplane toward a distal end.
12. The canister system according to claim 9 wherein said modular electronic rack system comprises a plurality of electronic slots configured to physically and operably receive an electronic card therein, each of said plurality of electronic slots being electrically connected to said input/output device to establish electrical communication between the electronic card and said input/output device.