Abstract: A clip module for fixing a heat dissipation element on a base is disclosed. The clip module includes a body, two pressing elements, a fastener and two linkage elements. The body has a pressing part and a pivot part. The pivot part is located at one end of the body. Each pressing element has a first linkage point, and one end of the pressing elements is coupled to the pivot part. The fastener is suitable to be fastened to the base, and has two second linkage points. The linkage elements connect the first linkage points and the second linkage points. The pressing elements rotate around the pivot part to drive the linkage elements to respectively rotate around the corresponding second linkage points so that the fastener is fastened to the base, and the pressing part presses against the heat dissipation element.

Abstract: A thermal module with heat pipe is disclosed to include a heat-dissipation plate, which has an accommodation groove that accommodates a heat pipe that is bonded to the accommodation groove with a bonding glue, and at least one retaining groove formed in the accommodation groove for retaining the bonding glue to prevent overflow of the bonding glue during its fluid state so as to improve the yield rate of the fabrication of the thermal module with heat pipe, avoid a further follow-up process, facilitate the quality control, save the cost, and keep a good looking of the finished product.

Abstract: A fastener requiring less space for the performance of the locking or unlocking action without causing an interference with other surrounding component parts is disclosed to include a locating bar, a first hook member connected to one end of the locating bar, a slide slidably coupled to the locating bar and having a relatively lower portion and a relatively higher portion, a second hook member inserted through the locating bar and the slide in a first direction, and a transverse pin inserted through the second hook member in a second direction and supported on the slide to control locking/unlocking action of the fastener.

Abstract: A heat exchange module includes a first heat conductor, a first heat-conductive rod, a second heat-conductive rod, a pivot pair, a third heat-conductive rod and a second heat conductor. The first heat-conductive rod is connected to the first heat conductor. The second heat-conductive rod is connected to the first heat-conductive rod. The pivot pair has a first pivot part and a second pivot part, wherein the first pivot part is suitable for rotating around a rotation axis relatively to the second pivot part, while the second heat-conductive rod is connected to the first pivot part. The third heat-conductive rod is connected to the second pivot part. The second heat conductor is connected to the third heat-conductive rod, wherein one of the first heat conductor and the second heat conductor is a heat-input component, while the other of the first heat conductor and the second heat conductor is a heat-output component.