阅读说明：本技术 移位寄存器电路、栅极驱动电路、装置、驱动和采集方法 (Shift register circuit, grid driving circuit, device and driving and collecting method ) 是由 宗少雷 孙伟 孙继刚 孟晨 于 2020-01-21 设计创作，主要内容包括：公开了一种移位寄存器电路、栅极驱动电路及其驱动方法和电子装置及其驱动方法以及利用电子装置进行纹路采集的方法。该移位寄存器单元(110)包括输入端(IN)、输出端(OUT)和全局复位端(RST2),且配置为在输入端(IN)接收输入控制信号,在输出端(OUT)输出扫描信号,以及在全局复位端(RST2)接收全局复位控制信号以被复位。扫描节点设置单元(120)包括节点置位电路(121)、节点启动电路(122)以及节点辅助置位电路(123)。该移位寄存器电路和栅极驱动电路具有任意节点启停功能,同时具备全驱动和任意节点驱动两种模式,当应用于纹路采集时,可以显著缩短纹路扫描时间,提高纹路识别响应速度,提高GOA资源利用率,有效降低设备功耗。(Disclosed are a shift register circuit, a gate driving circuit and a driving method thereof, an electronic device and a driving method thereof, and a method for acquiring lines by using the electronic device. The shift register cell (110) includes an input terminal (IN), an output terminal (OUT), and a global reset terminal (RST2), and is configured to receive an input control signal at the input terminal (IN), output a scan signal at the output terminal (OUT), and receive a global reset control signal at the global reset terminal (RST2) to be reset. The scan node setting unit (120) includes a node setting circuit (121), a node start circuit (122), and a node auxiliary setting circuit (123). This shift register circuit and gate drive circuit have arbitrary node and open and stop the function, possess two kinds of modes of full drive and arbitrary node drive simultaneously, when being applied to the line and gathering, can show and shorten line scanning time, improve line discernment response speed, improve GOA resource utilization, effectively reduce the equipment consumption.)