초록 ▼

The invention provided a heatsink thermal module with noise improvement, which has a heatsink thermal module additionally consisting of a heat pipe, a heatsink fins set and a fan module; the fan module is combined with the heatsink fins set which consists of multiple heatsink fins with different len

The invention provided a heatsink thermal module with noise improvement, which has a heatsink thermal module additionally consisting of a heat pipe, a heatsink fins set and a fan module; the fan module is combined with the heatsink fins set which consists of multiple heatsink fins with different lengths and is combined to the fan module with its end with a special geometric shape having the function of lowering the wind drag; by lowering the wind drag, not only the heat dissipation efficiency can be increased, but the noise caused by the heatsink thermal module can also be improved.

대표청구항 ▼

What is claimed is: 1. A heatsink thermal module with noise improvement comprising: a heatsink fin module consisting of a heat pipe and a heatsink fins set of a curved shape which is composed of multiple heatsink fins with different lengths, the heat pipe being formed to penetrate the heatsink fins

What is claimed is: 1. A heatsink thermal module with noise improvement comprising: a heatsink fin module consisting of a heat pipe and a heatsink fins set of a curved shape which is composed of multiple heatsink fins with different lengths, the heat pipe being formed to penetrate the heatsink fins so as to thermally connect with each of the heatsink fins; and a fan module having a curved outlet externally placed adjacent to a curved inlet of the heatsink fin module. 2. The heats ink thermal module with noise improvement of claim 1, wherein the heatsink fins are arranged in a parallel manner. 3. The heatsink thermal module with noise improvement of claim 1, wherein the heatsink fins are made of metal. 4. The heatsink thermal module with noise improvement of claim 1, wherein the heatsink fins are made of copper. 5. The heatsink thermal module with noise improvement of claim 1, wherein the airflow outlet of the heatsink fins set is uniform. 6. The heatsink thermal module with noise improvement of claim 1, wherein the airflow entrance is of special geometric shape that is as a conjugate curve or involute. 7. The heatsink thermal module with noise improvement of claim 6, wherein the direction of the longitudinal axis of each heatsink fin is parallel to the direction of the cooling airflow generated by the fan module. 8. The heatsink thermal module with noise improvement of claim 6, wherein the heatsink fins at the two sides of the airflow entrance are longer than those situated at the center part of the airflow entrance. 9. A heatsink thermal module with noise improvement, comprising: a heatsink fin module further consisting of a heat pipe and a heatsink fins set, the heatsink fins set composed by multiple heatsink fins with different lengths, the heatsink fins having an airflow entrance with an inward concave shape, the heat pipe being formed to penetrate the heatsink fins so as to thermally connect with each of the heats ink fins; and a fan module externally placed adjacent to the airflow entrance of the heatsink fins set and having an outlet with a corresponding curve shape to combine with the inward concave shaped inlet of the heatsink fin module. 10. The heatsink thermal module with the noise improvement of claim 9, wherein the heatsink fins are arranged in a parallel manner. 11. The heatsink thermal module with noise improvement of claim 9, wherein the heats ink fins are made of metal. 12. The heatsink thermal module with noise improvement of claim 9, wherein heatsink fins are made of copper. 13. The heatsink thermal module with noise improvement of claim 9, wherein the airflow outlet of the heatsink fins set is uniform. 14. The heatsink thermal module with noise improvement of claim 9, wherein the inward concave shape is formed as a conjugate curve or, an involute curve. 15. The heatsink thermal module with noise improvement of claim 9, wherein the direction of the longitudinal axis of each heatsink fin is parallel to the direction of the cooling airflow generated by the fan module.