Slidable mobile phone

A slidable mobile phone comprising:

• a main body including a first combining component, wherein the first combining component has a first sliding part;
• a sliding cover including a second combining component which has a second sliding part and a pointing device by detecting a pressed direction, wherein the second sliding part is capable of being slidably provided at the first sliding part to connect the first combining component and the second combining component each other, and the pointing device by detecting the pressed direction is capable of randomly pressed on a two-dimensional surface to browse and control the slidable mobile phone;
• and
• a positioning device including two magnetic elements, wherein the magnetic elements are respectively provided on the main body and the sliding cover;
• wherein when the first combining component and the second combining component relatively slide to move the sliding cover to an opening position, the magnetic elements are corresponding and attracted each other, when the pointing device by detecting the pressed direction is moved by force, the magnetic attracting force retains relative positions of the first combining component and the second combining component remain stably.

A slidable mobile phone comprising:

• a main body including a first combining component, wherein the first combining component has a first sliding part;
• a sliding cover including a second combining component which has a second sliding part, wherein the second sliding part is capable of being slidably provided at the first sliding part to connect the first combining component and the second combining component each other;
• and
• a positioning device including two magnetic elements, wherein the magnetic elements are respectively provided on the main body and the sliding cover;
• wherein when the first combining component and the second combining component relatively slide to move the sliding cover to an opening position, the magnetic elements are corresponding and attracted each other to retain relative positions of the first combining component and the second combining component stably.