Abstract: The invention provides a device and method for calibrating a lens distortion center. The device includes a rotating frame, a first driving mechanism and a second driving mechanism. The first driving mechanism is connected with the rotating frame for driving the rotating frame to rotate. A calibration plate is arranged in the rotating frame and connected with the rotating frame through a rotating shaft. The second driving mechanism is connected with the calibration plate for driving the calibration plate to rotate relative to the rotating frame, and a lens placement platform is provided at a front end of the calibration plate. The device of the invention can adjust the relative position between the calibration plate and the lens through the cooperation of the first driving mechanism with the second driving mechanism, so that a lens can acquire different images to achieve calibration of lens distortion.

Abstract: The invention provides a device and method for calibrating a lens distortion center. The device includes a rotating frame, a first driving mechanism and a second driving mechanism. The first driving mechanism is connected with the rotating frame for driving the rotating frame to rotate. A calibration plate is arranged in the rotating frame and connected with the rotating frame through a rotating shaft. The second driving mechanism is connected with the calibration plate for driving the calibration plate to rotate relative to the rotating frame, and a lens placement platform is provided at a front end of the calibration plate. The device of the invention can adjust the relative position between the calibration plate and the lens through the cooperation of the first driving mechanism with the second driving mechanism, so that a lens can acquire different images to achieve calibration of lens distortion.

Abstract: The invention discloses a multi-channel image capture system including a secondary image information transmission channel, a secondary FPGA chip and a signal conversion chip. The secondary image information transmission channel has a camera interface unit, a primary FPGA chip and a cache unit. The camera interface unit includes several camera interfaces and is connected to an external camera. The primary FPGA chip receives, decodes, and then writes the image data captured by the camera to the cache unit, and reads the image data from the cache unit according to a read command from the secondary FPGA chip and transmits it to the secondary FPGA chip. The secondary FPGA chip acquires the image data from the cache unit based on the priority and the capturing order and transmits it to the signal conversion chip. The signal conversion chip is connected to the terminal and transmits the image data to the terminal.

Abstract: The invention discloses a multi-channel image capture system including a secondary image information transmission channel, a secondary FPGA chip and a signal conversion chip. The secondary image information transmission channel has a camera interface unit, a primary FPGA chip and a cache unit. The camera interface unit includes several camera interfaces and is connected to an external camera. The primary FPGA chip receives, decodes, and then writes the image data captured by the camera to the cache unit, and reads the image data from the cache unit according to a read command from the secondary FPGA chip and transmits it to the secondary FPGA chip. The secondary FPGA chip acquires the image data from the cache unit based on the priority and the capturing order and transmits it to the signal conversion chip. The signal conversion chip is connected to the terminal and transmits the image data to the terminal.