Abstract: A communication terminal, a terminal body of which is fixed at various tilting angles, is disclosed. The communication terminal has a terminal body, a slider detachably coupled to the terminal body, and a stand coupled to the slider which is slidably moved to and from the stand. The stand supports the terminal body by the slider. The slider has a plurality of engagement portions arranged in a longitudinal direction of the slider. A rotation lever disposed in the stand releasably engages one of the engagement portions. The rotation lever is biased by a spring to releasably engage the engagement portions.

Abstract: A communication terminal, a terminal body of which is fixed at various tilting angles, is disclosed. The communication terminal has a terminal body, a slider detachably coupled to the terminal body, and a stand coupled to the slider which is slidably moved to and from the stand. The stand supports the terminal body by the slider. The slider has a plurality of engagement portions arranged in a longitudinal direction of the slider. A rotation lever disposed in the stand releasably engages one of the engagement portions. The rotation lever is biased by a spring to releasably engage the engagement portions.

Abstract: A communication terminal equipped with a sliding-type flat display module includes a main body and a flat display which slides between retracted and extended positions along a first axis relative to the main body and which rotates to a tilted position along a second axis when in the extended position. The first axis may be substantially perpendicular to the second axis. In the retracted position, the flat display is unable to rotate to the tilted position along the second axis. Also, in this position, the display is partially visible to allow information to be read by a user while at the same time being protected within a receiving part of the terminal.

Abstract: A wire communication terminal has a position adjusting member which allows an LCD module to slide to any angle within a predetermined rotational range. The terminal includes a first case having a through hole, a guide member fixed to a rear surface of the first case, a slide member having a circular arc shape provided at one side of the LCD module, and a cover member having a circular arc shape fixed to a rear surface of the first case. Arranged in this manner, the slide member can slide along a rear surface of the guide member to an optimal desired viewing angle.

Abstract: A wire communication terminal has a position adjusting member which allows an LCD module to slide to any angle within a predetermined rotational range. The terminal includes a first case having a through hole, a guide member fixed to a rear surface of the first case, a slide member having a circular arc shape provided at one side of the LCD module, and a cover member having a circular arc shape fixed to a rear surface of the first case. Arranged in this manner, the slide member can slide along a rear surface of the guide member to an optimal desired viewing angle.