A portable terminal comprising: an upper body (110; 210) having an upper surface and a lower surface; a lower body (120; 220) having an upper surface, the upper body being slidably connected to the lower body for movement between a closed position and an open position to expose a portion of the upper surface of the lower body; and a first moving unit (150; 250) disposed between the upper body (110; 210) and the lower body (120; 220), the first moving unit being configured to permit tilting of the upper body with respect to the lower body such that a portion of the lower surface of the upper body is lower than the exposed portion of the upper surface of the lower body, a slide module (140; 240) configured to connect the upper and lower bodies to each other in a slidable manner, the slide module including: an upper slide member (141; 241) connected to the upper body (110; 210); and a lower slide member (142; 242) slidably connected to the upper slide member, the lower slide member being connected to the first moving unit, characterized in that the first moving unit (150; 250) includes: a link member (151; 251) connected to the lower slide member at a first connecting point (161; 262); and a linkage operator (152; 252) connected to the link member, the linkage operator being configured to move the first connecting point up and down. an upper body (110; 210) having an upper surface and a lower surface; a lower body (120; 220) having an upper surface, the upper body being slidably connected to the lower body for movement between a closed position and an open position to expose a portion of the upper surface of the lower body; and a first moving unit (150; 250) disposed between the upper body (110; 210) and the lower body (120; 220), the first moving unit being configured to permit tilting of the upper body with respect to the lower body such that a portion of the lower surface of the upper body is lower than the exposed portion of the upper surface of the lower body, a slide module (140; 240) configured to connect the upper and lower bodies to each other in a slidable manner, the slide module including: an upper slide member (141; 241) connected to the upper body (110; 210); and a lower slide member (142; 242) slidably connected to the upper slide member, the lower slide member being connected to the first moving unit, characterized in that the first moving unit (150; 250) includes: a link member (151; 251) connected to the lower slide member at a first connecting point (161; 262); and a linkage operator (152; 252) connected to the link member, the linkage operator being configured to move the first connecting point up and down. an upper slide member (141; 241) connected to the upper body (110; 210); and a lower slide member (142; 242) slidably connected to the upper slide member, the lower slide member being connected to the first moving unit, characterized in that the first moving unit (150; 250) includes: a link member (151; 251) connected to the lower slide member at a first connecting point (161; 262); and a linkage operator (152; 252) connected to the link member, the linkage operator being configured to move the first connecting point up and down. a link member (151; 251) connected to the lower slide member at a first connecting point (161; 262); and a linkage operator (152; 252) connected to the link member, the linkage operator being configured to move the first connecting point up and down.