DISPLAY SCREEN, DISPLAY APPARATUS, AND MOBILE TERMINAL
FIG8 is a schematic structural diagram illustrating a display screen according to a fourth embodiment of the present disclosure  FIG7 is a schematic structural diagram illustrating a display screen according to a third embodiment of the present disclosure
Referring to FIG8, the interval at which the first data lines 117 are spaced apart is greater than the interval at which the second data lines 118 are spaced apart. The interval at which first scan lines 115 are spaced apart is greater than interval at which the second scan lines 116 are spaced apart. The interval at which the first data lines 117 are spaced apart is greater than the interval at which the second data lines 118 are spaced apart. Compared with the first embodiment, with such structural design, a light-shielding area corresponding to the fingerprint recognition area 111 can be further reduced by increasing the interval at which the first thin-film transistors 113 are arranged, the interval at which the first data lines 117 are spaced apart, and the interval at which the first scan lines 115 are spaced apart, as such, light transmittance of the fingerprint recognition area 111 can be further increased, and more light signals can pass through the display screen 100. Accordingly, more light signals can be received by the fingerprint module, and efficiency of fingerprint collection and recognition of the fingerprint module can be improved.  Referring to FIG7, the first scan lines 115 are arranged in a manner same as the second scan lines 116. The first scan line 115 is electrically coupled with the second scan line 116. The first scan line 115 is parallel to the second scan line 116. An interval at which the first data lines 117 are spaced apart is greater than an interval at which the second data lines 118 are spaced apart. The interval at which the first thin-film transistors 113 are arranged is greater than the interval at which the second thin-film transistors 114 are arranged. Compared with the first embodiment, with such structural design, a light-shielding area corresponding to the fingerprint recognition area 111 can be further reduced by increasing the interval at which the first thin-film transistors 113 are arranged and the interval at which the first data lines 117 are spaced apart, as such, light transmittance of the fingerprint recognition area 111 can be further increased, and more light signals can pass through the display screen 100. Accordingly, more light signals can be received by the fingerprint module, and efficiency of the fingerprint collection and recognition of the fingerprint module can be improved.
schematic structural diagram
110
display layer
115
first scan lines first scan line
116
second scan lines second scan line
['1. A display screen, comprising a display layer, the display layer having a fingerprint recognition area and a peripheral area adjacent to the fingerprint recognition area, the fingerprint recognition area being provided with a plurality of first driving components, the peripheral area being provided with a plurality of second driving components, an interval at which the plurality of first driving components are arranged being greater than an interval at which the plurality of second driving components are arranged.', '5. The display screen of claim 4, wherein the fingerprint recognition area is further provided with first scan lines electrically coupled with the first thin-film transistors, the peripheral area is further provided with second scan lines electrically coupled with the second thin-film transistors, and an interval at which the first scan lines are spaced apart is greater than an interval at which the second scan lines are spaced apart.']