Heat dissipating structure
A heat dissipating structure includes a frame. An accommodating space is formed inside the frame for accommodating a fan, and an opening is formed on a lateral side of the frame. The heat dissipating structure further includes at least one shutter connected to the frame in a rotatable manner. The fan is disposed on a side of the shutter. The shutter prevents airflow driven by the fan from flowing back to the other side of the shutter through the opening when the shutter rotates to a close position. The heat dissipating structure further includes a resilient component for providing a resilient force to the shutter so as to drive the shutter to the close position.
1. A heat dissipating structure comprising:
a frame forming an accommodating space inside and an opening being formed on a lateral side of the frame;
a plurality of shutters, each of the plurality of shutters pivoted to the frame;
a linkage connected to the plurality of shutters so as to drive the plurality of shutters simultaneously, the linkage having at least one protruding part disposed on a side of the linkage contacting the frame for reducing friction between the linkage and the frame; and
a resilient component for rotating the plurality of shutters to a close position.
2. The heat dissipating structure of claim 1 , wherein the resilient component is connected to one shutter of the plurality of shutters, and the linkage drives the other shutters of the plurality of shutters to rotate in a direction whereto the resilient component drives the plurality of shutters.
3. The heat dissipating structure of claim 1 , wherein the resilient component is connected to the linkage.
4. An electronic device comprising:
a heat source; and
a heat dissipating module for dissipating heat generated by the heat source, comprising:
a fan for driving airflow so as to dissipate the heat generated by the heat source; and
a heat dissipating structure for guiding the airflow driven by the fan, the heat dissipating structure comprising:
a frame forming an accommodating space inside for accommodating the fan and an opening being formed on a lateral side of the frame;
a plurality of shutters, each of the plurality of shutters connected to the frame in a rotatable manner for preventing air from flowing through the opening when the plurality of shutters rotates to a close position; and
a linkage connected to the plurality of shutters so as to drive the plurality of shutters simultaneously, the linkage having at least one protruding part disposed on a side of the linkage contacting the frame for reducing friction between the linkage and the frame;
a resilient component for providing a resilient force to the plurality of shutters so as to drive the plurality of shutters to the close position.
5. The electronic device of claim 4 , wherein the resilient component is connected to one of shutter of the plurality of shutters, and the linkage drives the other shutters of the plurality of shutters to rotate in a direction whereto the resilient component drives the plurality of shutters.
6. The electronic device of claim 4 , wherein the resilient component is connected to the linkage.