Abstract: A display device includes a display module, a side frame supporting a portion of each of side portions of the display module, and at least one fixing unit fixing the display module to the side frame by pressing one surface of the display module on the side frame. The problem of peeling of an adhesive material due to high-temperature heat generated during operation of the display module is overcome by mechanically fitting components of the display module together.

Abstract: A display device according to an embodiment of the present disclosure may include a display module, a side frame configured to support a part of a lateral portion of the display module, at least one fixation part coupled to the side frame and configured to press one surface of the display module and fix the display module to the side frame. The display device further includes a connection module inserted into a rear surface of the fixation part, the connection module having a plurality of connection lines configured to electrically connect components of the display module. This structure reduces or eliminates the need for adhesives, thereby improving heat dissipation efficiency and conduction performance.

Abstract: A display apparatus according to one example may include a display unit configured to display an image, a holder disposed above the display unit and provided in a plate shape, and a control assembly disposed above the holder and including a control board and a control chip mounted on an upper surface of the control board. The display apparatus may further include a separation member disposed between the holder and the control assembly to vertically separate the control assembly and the holder, a shield cover disposed to cover the control chip above the control assembly, and a coupling member for coupling the control board with the separation member. The separation member and the coupling member may be disposed at locations spaced apart from edges of the control board.

Abstract: A flexible display device includes a display panel that includes at least one bending area bending about a bending axis, a frame supports a rear surface of the display panel, a plurality of guide parts fixed to a rear surface of the frame, a plurality of fixing parts are movably provided on the rear surface of the frame and selectively coupled to the plurality of guide parts, the length of a controller is variable depending on the state of bending of the display panel, and the controller is connected to the fixing parts to control movements of the fixing parts, when the fixing parts are coupled to the guide parts, the bent display panel is prevented from being unbent, and the bent state of the flexible display device is maintained without a separate mount for fixing the bent state.

Abstract: A flexible display device includes a display panel that includes at least one bending area bending about a bending axis, a frame supports a rear surface of the display panel, a plurality of guide parts fixed to a rear surface of the frame, a plurality of fixing parts are movably provided on the rear surface of the frame and selectively coupled to the plurality of guide parts, the length of a controller is variable depending on the state of bending of the display panel, and the controller is connected to the fixing parts to control movements of the fixing parts, when the fixing parts are coupled to the guide parts, the bent display panel is prevented from being unbent, and he bent state of the flexible display device is maintained without a separate mount for fixing the bent state.

Abstract: A display device includes a display module, a side frame supporting a portion of each of side portions of the display module, and at least one fixing unit fixing the display module to the side frame by pressing one surface of the display module on the side frame. The problem of peeling of an adhesive material due to high-temperature heat generated during operation of the display module is overcome by mechanically fitting components of the display module together.