Abstract: An electronic device and a heat dissipation structure thereof are provided. The electronic device comprises a first shell body; a second shell body, mutually pivoted with the first shell body; and a heat dissipation structure, including a first heat conducting member and a second heat conducting member, wherein the first heat conducting member is disposed in the first shell body and extended with a first arc-shaped piece, the second heat conducting member is disposed in the second shell body and extended with a second arc-shaped piece, and the second arc-shaped piece is arranged to be thermally in contact with the first arc-shaped piece and capable of sliding and rotating relative to the first arc-shaped piece. Accordingly, thermal energy can be transferred from the shell body having a heat unit to the other shell body, thereby increasing the heat dissipation efficiency of the electronic device.

Abstract: A method for adjusting touch positions of software keyboard includes the following steps: a software keyboard is displayed on the touch screen. The preset characters are displayed respectively to receive at least one first touched position corresponding to each of the preset characters on the touch screen. A touched offset corresponding to each of the preset characters is calculated according to the at least one first touched position corresponding to each of the preset characters respectively. At least one touched boundary among each of the preset characters and the neighboring characters thereof is calculated according to the touched offset and the preset base center point corresponding to each of the preset characters respectively. A preset close-loop scope corresponding to each of the preset characters is calculated according to the touched boundaries respectively. Output characters according to the close-loop scopes touched.

Abstract: An event triggering method, system, and computer program product are provided, in which an optical spot trajectory tracking is utilized. Firstly, a cursor at a position on the surface of a screen is moved to a preset position through a first optical spot, then, the projecting of the first optical spot is stopped. Next, it is determined whether the preset position is a preset position of a command. Then, a second optical spot is projected to generate a light-triggered signal, and then a processing unit executes the command according to the light-triggered signal.

Abstract: Disclosed is an in-line socket device and its fabricating method. The in-line socket device is covered with a cover shell, and has a movable safety cover connected with one end of the cover shell. The socket device is composed of a base and a base cover, in which one end of the base is open and the other end has three plug sockets. A plurality of axial slots are formed inside the opened end for covering up wires, and terminals are provided within axial slots to make the crimping end and the bared wire to be clipped; accordingly, partial sections of the wires connected with the terminal crimping end can crimp the bared wire through peeling off the PVC cover layer of the section, so that the integrity of wires can be ensured and the problem of power consumption or fallen off from the connection can be prevented.