System for mounting modules in a rack mounted chassis
View Patent ↗A mounted electronics system is provided. The mounted electronics system comprises at least one sub-module, a chassis adapted to receive the at least one sub-module, and a mounting assembly coupled to the chassis and adapted to secure the at least one sub-module to the chassis such that substantially all of the interior width of the chassis is available for use by the at least one sub-module.
1. A mounted electronics system comprising:
at least one sub-module;
a chassis adapted to receive the at least one sub-module; and
a mounting assembly coupled to the chassis and adapted to secure the at least one sub-module to the chassis such that substantially all of the interior width of the chassis is available for use by the at least one sub-module;
wherein the mounting assembly comprises:
a flange adapted to secure the at least one sub-module to the chassis; and
at least one joint coupling the flange to the chassis, the at least one joint comprising a flexible joint adapted to enable the flange to rotate.
2. The mounted electronics system of claim 1 , further comprising a frame to which the chassis is secured, wherein the frame comprises one of a 19-inch rack, a 23-inch rack, and a 600 millimeter cabinet.
3. The mounted electronics system of claim 1 , wherein the flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis when the chassis is secured to the frame and to rotate away from the interior of the chassis when the at least one sub-module is secured to the chassis.
4. The mounted electronics system of claim 1 , wherein the at least one flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis such that the flange is substantially parallel with and overlapping a face of the at least one sub-module when the at least one sub-module is secured to the chassis.
5. The mounted electronics system of claim 1 , wherein the flexible joint further comprises at least one of a hinge and a ball-and-socket joint.
6. A chassis mounting assembly, comprising:
at least one joint coupled to a chassis; and
a flange coupled to the at least one joint and adapted to secure at least one sub-module to the chassis, wherein the flange is positioned such that substantially the entire interior width of the chassis is available for use by the at least one sub-module;
wherein the at least one joint comprises a flexible joint adapted to enable the flange to rotate.
7. The chassis mounting assembly of claim 6 , wherein the flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis when the chassis is secured to the frame and to rotate away from the interior of the chassis when at least one sub-module is secured to the chassis.
8. The chassis mounting assembly of claim 6 , wherein the at least one flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis such that the flange is substantially parallel with and overlapping a face of the at least one sub-module when the at least one sub-module is secured to the chassis.
9. The chassis mounting assembly of claim 6 , wherein the flexible joint further comprises at least one of a hinge and a ball-and-socket joint.
10. A mounted electronics system comprising:
a frame;
at least one sub-module;
a chassis coupled to the frame and adapted to receive the at least one sub-module; and
a mounting assembly coupled to the outside of the chassis, the mounting assembly comprising:
a flange adapted to secure the at least one sub-module to the chassis; and
at least one joint coupling the flange to the chassis, wherein the at least one joint is adapted to enable the flange to rotate such that the flange is able to rotate towards the interior of the chassis when the chassis is coupled to the frame and such that the flange is able to rotate away from the interior of the chassis when the at least one sub-module is secured to the chassis.
11. The mounted electronics system of claim 10 , wherein the flexible joint further comprises at least one of a hinge and a ball-and-socket joint.
12. A mounted electronics system comprising:
a frame;
at least one sub-module;
a chassis coupled to the frame and adapted to receive the at least one sub-module; and
a mounting assembly coupled substantially to the outside of the chassis and adapted to secure the at least one sub-module to the chassis such that substantially all of the interior width of the chassis is available for use by the at least one sub-module, the mounting assembly comprising:
a flange adapted to secure the at least one sub-module to the chassis; and
at least one flexible joint coupling the flange to the chassis and adapted to enable the flange to rotate.
13. The mounted electronics system of claim 12 , wherein the flange is further adapted with access holes such that screws securing the chassis to the frame are accessible through the access holes in the flange when the flange overlaps a portion of the frame.
14. The mounted electronics system of claim 12 , wherein the at least one flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis when the chassis is secured to the frame and to rotate away from the interior of the chassis when the at least one sub-module is secured to the chassis.
15. The mounted electronics system of claim 12 , wherein the at least one flexible joint is further adapted to enable the flange to rotate towards the interior of the chassis such that the flange is substantially parallel with and overlapping a face of the at least one sub-module when the at least one sub-module is secured to the chassis.
16. The mounted electronics system of claim 12 , wherein the at least one flexible joint further comprises at least one of a hinge and a ball-and-socket joint.
17. A chassis mounting assembly, comprising:
securing means for securing a sub-module to a chassis, wherein the securing means is located substantially outside of the chassis; and
rotating means, coupled to the securing means and chassis, for rotating the securing means such that the securing means is rotated towards the chassis interior when the chassis is secured to a frame and rotated away from the chassis interior when a sub-module is secured to a chassis via the securing means.
18. A method of inserting a sub-module into a chassis, the method comprising:
rotating a flange coupled to a chassis toward the chassis interior;
attaching the chassis to a frame;
rotating the flange away from the interior of the chassis, wherein the flange is rotated such that the flange does not prevent a sub-module from occupying substantially the entire interior width of the chassis;
inserting the sub-module into the chassis; and
attaching the sub-module to the flange.
19. The method of claim 18 , wherein rotating the flange away from the interior of the chassis further comprises the step of rotating the flange away from the interior of the chassis until the flange is substantially parallel with and overlapping a bracket used to attach the chassis to the frame.