A mobile terminal, comprising: a rotating member; a flexible screen (30, 600), wherein the flexible screen (30, 600) comprises two unfolded regions (610, 620) and a bent region located between the two unfolded regions (610, 620), and the bent region is disposed opposite to the rotating member; a bending support part, located between the flexible screen (30, 600) and the rotating member, to support the bent region of the flexible screen (30, 600); and a temperature equalization plate (40, 700) configured to balance temperatures in the two unfolded regions (610, 620), wherein the temperature equalization plate (40, 700) comprises temperature equalization parts (710, 720) opposite to the two unfolded regions (610, 620) in a one-to-one correspondence and a flexible connection part that connects the two temperature equalization parts (710, 720), and the flexible connection part is located on a side that is of the bending support part and that is away from the flexible screen (30, 600); wherein a housing is disposed on a side that is of each unfolded region (610, 620) of the flexible screen (30, 600) and that is away from a light-emitting surface; each group of unfolded region (610, 620), housing, and temperature equalization part (710, 720) that correspond to each other form a module group; and in at least one module group, the temperature equalization part (710, 720) is located between the unfolded region (610, 620) and the housing; and the mobile terminal is characterized in that: in a module group of each temperature equalization part (710, 720) located between the unfolded region (610, 620) and the housing (60, 310, 320, 330) that correspond to each other, an accommodation slot (G1, G2) is formed between the housing (60, 310, 320, 330) and the bending support part, and a thickness of the flexible connection part is greater than a width of the accommodation slot (G1, G2): wherein the temperature equalization part (710, 720) is connected to the flexible connection part through the accommodation slot (G1, G2). a rotating member; a flexible screen (30, 600), wherein the flexible screen (30, 600) comprises two unfolded regions (610, 620) and a bent region located between the two unfolded regions (610, 620), and the bent region is disposed opposite to the rotating member; a bending support part, located between the flexible screen (30, 600) and the rotating member, to support the bent region of the flexible screen (30, 600); and a temperature equalization plate (40, 700) configured to balance temperatures in the two unfolded regions (610, 620), wherein the temperature equalization plate (40, 700) comprises temperature equalization parts (710, 720) opposite to the two unfolded regions (610, 620) in a one-to-one correspondence and a flexible connection part that connects the two temperature equalization parts (710, 720), and the flexible connection part is located on a side that is of the bending support part and that is away from the flexible screen (30, 600); wherein a housing is disposed on a side that is of each unfolded region (610, 620) of the flexible screen (30, 600) and that is away from a light-emitting surface; each group of unfolded region (610, 620), housing, and temperature equalization part (710, 720) that correspond to each other form a module group; and in at least one module group, the temperature equalization part (710, 720) is located between the unfolded region (610, 620) and the housing; and the mobile terminal is characterized in that: in a module group of each temperature equalization part (710, 720) located between the unfolded region (610, 620) and the housing (60, 310, 320, 330) that correspond to each other, an accommodation slot (G1, G2) is formed between the housing (60, 310, 320, 330) and the bending support part, and a thickness of the flexible connection part is greater than a width of the accommodation slot (G1, G2): wherein the temperature equalization part (710, 720) is connected to the flexible connection part through the accommodation slot (G1, G2).