SHUTTER ASSEMBLY FOR HEAT TRANSFER
Embodiments can provide a shutter assembly to improve heat transfer for an electronic component within an enclosure, the shutter assembly including: a shutter body comprising a distal end, a proximal end, a back surface and a flat facing surface extending from the distal end at an angle relative to the back surface, wherein the flat facing surface is configured to contact a surface of a connector body inserted within a base chassis within the enclosure to transfer heat from the connector body to the enclosure; and a spring mechanism coupled to the shutter body to apply rotational force on the shutter body to cause the flat facing surface of the shutter body to contact the surface of the connector body when the connector body is inserted in the enclosure to thereby conduct heat from the connector body to the enclosure.
1 . A shutter assembly to improve heat transfer for an electronic component within an enclosure, the shutter assembly comprising:
a shutter body comprising a distal end, a proximal end, a back surface and a flat facing surface extending from the distal end at an angle relative to the back surface, wherein the flat facing surface is configured to contact a surface of a connector body inserted within a base chassis within the enclosure to transfer heat from the connector body to the enclosure; and
a spring mechanism coupled to the shutter body to apply rotational force on the shutter body to cause the flat facing surface of the shutter body to contact the surface of the connector body when the connector body is inserted in the enclosure to thereby conduct heat from the connector body to the enclosure.
2 . The shutter assembly of claim 1 , wherein the shutter assembly further comprises a sleeve disposed at a proximal end of the shutter body to accept a shutter main pivot shaft about which the shutter body can rotate.
3 . The shutter assembly of claim 2 , wherein the spring mechanism comprises a pair of torsion springs disposed on the main pivot shaft and wherein the shutter assembly further comprises channels to accept ends of the torsion springs.
4 . The shutter assembly of claim 1 , wherein the shutter assembly further comprises a pin extending from each side of the distal end of the shutter body.
5 . The shutter assembly of claim 4 , wherein each pin is configured to travel in arcuate slots in the sides of the base chassis within the enclosure.
6 . The shutter assembly of claim 5 , wherein the rotational force applied by the spring mechanism is sufficient to cause the shutter body to rotate with each pin traveling in its corresponding arcuate slot to a closed position to block an opening in the base chassis within the enclosure when a connector is removed from the base chassis within the enclosure.
7 . The shutter assembly of claim 1 , wherein arcuate slots comprise a notched end and each pin is accepted into the notched end of its corresponding slot to lock the shutter body in the closed position.
8 . The shutter assembly of claim 1 , wherein the rotational force applied by the spring mechanism is sufficient to cause the shutter body to rotate to close an opening of the base chassis within the enclosure when a connector is removed from the base chassis within the enclosure.