Display screen, display device and mobile terminal
A display and display layer technology, applied in static indicators, instruments, electrical components, etc., can solve the problems of low fingerprint recognition efficiency of fingerprint modules, easy blocking of fingerprint module sensing signals, and reduced user experience
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no. 1 example
[0037] see Figure 4 , the arrangement of the first scan line 115 and the second scan line 116 is the same, and the first scan line 115 is connected to the second scan line 116 . That is, the first scan line 115 and the second scan line 116 are collinear. The arrangement of the first data line 117 and the second data line 118 is the same, and the first data line 117 is connected to the second data line 118 . That is, the first data line 117 and the second data line 118 are collinear. The arrangement pitch of the first thin film transistors 113 is greater than the arrangement pitch of the second thin film transistors 114 . Such a structural design reduces the shading area of the fingerprint identification area 111 by increasing the arrangement spacing of the first thin film transistors 113, thereby increasing the light transmittance of the fingerprint identification area 111, thereby promoting more optical signals. Through the display screen 100, the optical signal receive...
no. 2 example
[0044] see Image 6 , the arrangement pitch of the first scan lines 115 is greater than the arrangement pitch of the second scan lines 116 . The arrangement of the first data lines 117 is the same as that of the second data lines 118 , and the first data lines 117 are connected to the second data lines 118 . That is, the first data line 117 and the second data line 118 are collinear. The arrangement pitch of the first thin film transistors 113 is greater than the arrangement pitch of the second thin film transistors 114 . Such a structural design, compared with the first embodiment, further reduces the shading area of the fingerprint recognition area 111 by increasing the arrangement pitch of the first thin film transistors 113 and the arrangement pitch of the first scanning lines 115 , so as to further increase the light transmittance of the fingerprint identification area 111, and then promote more light signals to pass through the display screen 100, so as to increase t...
no. 3 example
[0046] see Figure 7 , the arrangement of the first scan lines 115 is the same as that of the second scan lines 116 , and the first scan lines 115 are connected to the second scan lines 116 . That is, the first scan line 115 and the second scan line 116 are collinear. The arrangement pitch of the first data lines 117 is greater than the arrangement pitch of the second data lines 118 . The arrangement pitch of the first thin film transistors 113 is greater than the arrangement pitch of the second thin film transistors 114 . Such a structural design, compared with the first embodiment, further reduces the shading area of the fingerprint recognition area 111 by increasing the arrangement pitch of the first thin film transistors 113 and the arrangement pitch of the first data lines 117, Thereby further increasing the light transmittance of the fingerprint identification area 111, and then prompting more light signals to pass through the display screen 100, so as to increase th...
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