Method for fabricating multi-layer wick structure of heat pipe
OwnerJia-Hao Liinventor
Life of this patent
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Abstract
A method for fabricating a multi-layer wick structure of a heat pipe includes providing a first and a second weaving meshes, overlaying and winding the first and the second weaving meshes to form an open circular structure with the first weaving mesh encircling the second weaving mesh, inserting the open circular structure into a tubular member of the heat pipe, pressing the tubular member towards an central axis thereof such that the open circuit structure is forced into a close circular wick structure, and melting the first waving mesh to be attached on an interior surface of the tubular member.
Claims2
A method for fabricating a wick structure of a heat pipe, comprising:
- providing a first and a second weaving meshes, wherein the first weaving mesh is longer than the second weaving mesh;
- overlaying and winding the first and the second weaving meshes to form an open circular structure with the first weaving mesh encircling the second weaving mesh;
- inserting the open circular structure into a tubular member of the heat pipe;
- pressing the tubular member towards an central axis thereof such that the open circuit structure is forced into a close circular wick structure;
- and
- melting the first waving mesh to be attached on an interior surface of the tubular member.
A method of fabricating a wick structure of a heat pipe, comprising:
- providing a first and a second weaving meshes, wherein the first weaving mesh is larger than the second weaving mesh;
- winding the first weaving mesh to form an open circular structure with the second weaving mesh formed on an outer local area of the open circular structure;
- inserting the open circular structure into a tubular member of the heat pipe;
- pressing the tubular member towards an central axis thereof such that the open circuit structure is forced into a close circular wick structure;
- and
- melting the first and the second waving mesh to be attached on an interior surface of the tubular member.
Dependencies are inferred from the claim text.