Abstract: The present disclosure relates to a mobile terminal comprising: a first frame in which a first substrate is mounted; a second frame which moves with respect to the first frame and in which a second substrate is mounted; a display part including a fixed portion which is coupled to the front surface of the first frame and a variable portion which extends from the fixed portion and is bent to the rear surface of the second frame while surrounding the second frame; an edge frame which covers the bent portion of the display part, is coupled to the second frame, and includes a microphone hole; a microphone module which is coupled to the inner surface of the edge frame and collects sounds through the microphone hole; and a flexible substrate which is disposed at the inner surface of the edge frame and has a connection terminal coupled at one end thereof to the microphone module and connected at the other end thereof to the second substrate.

Abstract: The present invention relates to a mobile terminal. Provided is a mobile terminal comprising: a display unit having a window; a main body on which the display unit is seated, wherein an internal space is formed between the main body and the display unit; a sliding unit having a first battery accommodated therein, wherein the sliding unit implements a first state where the sliding unit is inserted into the internal space and a second state where the sliding unit is extracted from the internal space; and a second battery provided in the internal space to supply electric power when the first battery is extracted, wherein in the first state, wireless communication for mobile communication and an operation by software are performed using the first battery, and in the second state, the wireless communication for mobile communication is interrupted, and the operation by the software is performed using the second battery.

Abstract: There is disclosed a mobile terminal including a frame comprising a front surface in which a display unit is loaded, a window disposed on a front surface of the display unit; and a front case configured to cover a predetermined area of the window, wherein the window includes a first window layer comprising a front surface exposed outside, a second window layer larger than the first window layer and comprising a first area of a front surface disposed to face a rear surface of the first window layer and a rear surface facing a front surface of the display unit, and an optical clear adhesive (OCA) provided between the first window layer and the second window layer, and the front case covers a second area arranged around the first area of a front surface of the second window layer, to maintain transparency of a window arranged in a front surface thereof, with an improved rigidity, and to reduce damage to the window.

Abstract: The present invention relates to a mobile terminal. Provided is a mobile terminal comprising: a display unit having a window; a main body on which the display unit is seated, wherein an internal space is formed between the main body and the display unit; a sliding unit having a first battery accommodated therein, wherein the sliding unit implements a first state where the sliding unit is inserted into the internal space and a second state where the sliding unit is extracted from the internal space; and a second battery provided in the internal space to supply electric power when the first battery is extracted, wherein in the first state, wireless communication for mobile communication and an operation by software are performed using the first battery, and in the second state, the wireless communication for mobile communication is interrupted, and the operation by the software is performed using the second battery.

Abstract: There is disclosed a mobile terminal including a frame comprising a front surface in which a display unit is loaded, a window disposed on a front surface of the display unit; and a front case configured to cover a predetermined area of the window, wherein the window includes a first window layer comprising a front surface exposed outside, a second window layer larger than the first window layer and comprising a first area of a front surface disposed to face a rear surface of the first window layer and a rear surface facing a front surface of the display unit, and an optical clear adhesive (OCA) provided between the first window layer and the second window layer, and the front case covers a second area arranged around the first area of a front surface of the second window layer, to maintain transparency of a window arranged in a front surface thereof, with an improved rigidity, and to reduce damage to the window.