Abstract: A mobile terminal holder includes a body configured to receive a mobile terminal mounted thereon, and a receiving portion provided in the body. The receiving portion is configured to receive a cooling element for heat-exchange with a mobile terminal mounted on the body. Even if the mobile terminal is used for a long period of time mounted on the holder, heat generated from the mobile terminal can be effectively dissipated. In this manner, defective operation of the mobile terminal, due to degradation in reliability of components resulting from temperature increase of the mobile terminal, can be prevented.

Abstract: A mobile terminal holder includes a body configured to receive a mobile terminal mounted thereon, and a receiving portion provided in the body. The receiving portion is configured to receive a cooling element for heat-exchange with a mobile terminal mounted on the body. Even if the mobile terminal is used for a long period of time mounted on the holder, heat generated from the mobile terminal can be effectively dissipated. In this manner, defective operation of the mobile terminal, due to degradation in reliability of components resulting from temperature increase of the mobile terminal, can be prevented.

Abstract: A mobile terminal having a satellite signal receiving antenna comprises a terminal body, and a plurality of satellite signal receiving antennas mounted at the body with an interval for respectively receiving a satellite signal and a signal transmitted from a terrestrial repeater for a diversity. Accordingly, a diversity method for preventing a lowering of an intensity of a received wave due to a fading phenomenon at the time of receiving a satellite broadcasting is implemented.