초록 ▼

A central air manifold for an electronic module enclosure includes a front section and a rear section. The front section includes openings adapted to communicate with electronic modules and the rear section includes openings adapted to communicate with fans. The openings of the front section can be

A central air manifold for an electronic module enclosure includes a front section and a rear section. The front section includes openings adapted to communicate with electronic modules and the rear section includes openings adapted to communicate with fans. The openings of the front section can be open when electronic modules are installed in the front section and the openings in the rear section can be open when operating fans are installed in the rear section.

대표청구항 ▼

The invention claimed is: 1. An enclosure for electronic modules, comprising: a chassis including: a front region adapted to house the electronic modules; a rear region adapted to house a plurality of fans; and a central manifold positioned in the chassis between the front region and the rear regi

The invention claimed is: 1. An enclosure for electronic modules, comprising: a chassis including: a front region adapted to house the electronic modules; a rear region adapted to house a plurality of fans; and a central manifold positioned in the chassis between the front region and the rear region and including: a plenum adapted to transfer airflow from the front region to the rear region; a front section having a plurality of front openings each adapted to communicate with one of the electronic modules, the plurality of front openings positioned between the electronic modules and the plenum; a front transition region joining the plurality of front openings to the plenum; a rear section having a plurality of rear openings each adapted to communicate with one of the fans; a rear transition region joining the plurality of rear openings to the plenum; a front sealing mechanism positioned in the front section and adapted to selectively seal the plurality of front openings; and a rear sealing mechanism adapted to selectively seal the plurality of rear openings. 2. The enclosure of claim 1 wherein the front sealing mechanism includes a plurality of gates to selectively open and close the plurality of front openings. 3. The enclosure of claim 2 wherein the front section includes a plurality of actuators for the plurality of gates, wherein each of the actuators operate to open a corresponding gate when an electronic module is installed in the enclosure. 4. The enclosure of claim 1 wherein the rear sealing mechanism includes a plurality of air backflow prevention members to selectively open and close the plurality of rear openings. 5. The enclosure of claim 1 wherein the front section includes a first bay occupied by a first electronic module and a second section unoccupied by a second electronic module, the first bay being open to airflow from the first electronic module to the plenum and the second bay being closed to airflow from the front region to the plenum. 6. The enclosure of claim 1 wherein the rear region includes a first bay occupied by a fan and a second bay unoccupied by a fan, the first bay being open to airflow from the plenum to the fan and the second bay being closed to airflow from the plenum to the rear region. 7. The enclosure of claim 1 wherein the central manifold includes at least one wall positioned in a direction of airflow for the enclosure to direct air from the plurality of front openings to the plurality of rear openings. 8. The enclosure of claim 1 wherein the front section includes a frame and an elastomeric seal adapted to be positioned between an electronic module and the frame. 9. The enclosure of claim 1 and further comprising: a middle section positioned between the front section and the rear section, the middle section including an upper surround transferring airflow from an upper portion of the front section to an upper portion of the rear section and a lower surround transferring airflow from a lower portion of front section to a lower portion of the rear section. 10. A central manifold positioned within an electronic module enclosure for transferring air from a front region of the enclosure to a rear region of the enclosure, comprising: a front section comprising a frame having a plurality of front openings, each front opening including a gate coupled to the frame and movable between an open position and a closed position, the gate being in the open position when an electronic module is communicated with a corresponding one of the front openings; a rear section spaced from the front section and having a plurality of rear openings, each rear opening including an air backflow prevention member movable between an open position and a closed position, the air backflow prevention member being in the open position when an operating fan is communicated with a corresponding one of the rear openings; and an air plenum positioned between the front section and the rear section and adapted to transfer air from the front section to the rear section upon communication of the electronic module with the corresponding one of the front openings and communication of the operating fan with the corresponding one of the rear openings, wherein the frame is positioned between the electronic module and the plenum. 11. The central manifold of claim 10 and further comprising: a middle section positioned between the front section and the rear section, wherein the middle section forms the air plenum with the front section and the rear section. 12. The central manifold of claim 11 wherein the middle section includes an upper surround and a lower surround, the upper surround transferring airflow from a top of the front section to a top of the rear section and the lower surround transferring airflow from a bottom of the front section to a bottom of the rear section. 13. The central manifold of claim 10 wherein the front section includes a transition region joining the plurality of front openings with the air plenum. 14. The central manifold of claim 10 wherein the rear section includes a transition region joining the plurality of rear openings with the air plenum. 15. The central manifold of claim 10 wherein the rear section includes a plurality of cylindrical members to mate with the air backflow prevention members. 16. The central manifold of claim 10 wherein the front section includes an elastomeric seal that is adapted to form a seal between the front section and an electronic module upon communication of the electronic module with the corresponding one of the front openings. 17. A method of controlling airflow in an electronic module enclosure, comprising: providing a chassis having a front region, a rear region, and an air plenum positioned between the front region and the rear region; positioning a front section in the chassis between the front region and the plenum, the front section including a plurality of front openings to be aligned with electronic modules in the front region, each front opening including a gate moveable between an open position allowing airflow from the front region to the plenum and a closed position blocking airflow from the front region to the plenum; positioning a rear section in the chassis between the rear region and the plenum, the rear section including a plurality of rear openings to be aligned with fans in the rear region, each rear opening including an air backflow prevention member movable between an open position allowing airflow from the plenum to the rear region and a closed position blocking airflow from the plenum to the rear region; communicating an electronic module with one of the front openings such that a corresponding gate moves from the closed position to the open position, the gate being positioned between the electronic module and the plenum; and communicating a fan with one of the rear openings such that a corresponding air backflow prevention member moves from the closed position to the open position. 18. The method of claim 17 and further comprising: providing a middle section between the front section and the rear section, the middle section including at least one wall directing airflow from the electronic module to the fan. 19. The method of claim 17 and further comprising: removing the electronic module from the one of the front openings such that the corresponding gate returns to the closed position. 20. The method of claim 17 and further comprising: removing the fan from the one of the rear openings such that the corresponding air backflow prevention member returns to the closed position.