A high-definition camera system and method for obtaining high-resolution images

Abstract

The present invention proposes a high-definition camera system and a method for acquiring high-resolution images. The system includes an image acquisition and transmission unit, an image acquisition matrix module, a transmission control module, and a terminal. The image acquisition and transmission unit includes at least one image acquisition and transmission subunit, each An image acquisition transmission subunit includes an image acquisition sub-matrix module and at least one image acquisition module connected with the image acquisition sub-matrix module; the image acquisition module converts image data into a digital signal and passes it to the image acquisition sub-matrix module; the image acquisition sub-matrix module The matrix module converts it into a high-speed differential signal and transmits it to the image acquisition matrix module; the image acquisition matrix module performs image processing and arrangement; the transmission control module is connected with the terminal and the image acquisition matrix module. Implementing the high-definition camera system and the method for obtaining high-resolution images of the present invention has the following beneficial effects: the cost of realizing high-resolution and high-precision products can be reduced.

Description

technical field [0001] The invention relates to the field of imaging, in particular to a high-definition imaging system and a method for acquiring high-resolution images. Background technique [0002] The high-definition usb camera is composed of a high-resolution image acquisition device and a usb transmission device. The camera drives the usb transmission device through the computer, controls the image acquisition device, and transmits the data back to the computer. The high resolution of a high-definition usb camera depends on the image acquisition device. The resolution of a general image acquisition device is below 16 million pixels. If you want to achieve a higher resolution, you must use multiple existing cameras to link to the pc terminal. , controlled and synthesized by software. The technical difficulty is that if a high-resolution image acquisition device is used, the price will rise in a curve, and the higher the resolution, the higher the price. And when the r...

AI Technical Summary

Problems solved by technology

The technical difficulty is that if a high-resolution image acquisition device is used, the price will rise in a curve, and the higher the resolution, the higher the price

And when the required resolution is higher than the existing image acquisition equipment, it is necessary to combine multiple high-resolution image acquisition equipment, making such products very expensive in production cost and losing market competitiveness

And the unified control of the device by the PC terminal will also become complicated

If you want to achieve greater resolution, you can also achieve it through the driving mechanical structure. The technical difficulty lies in the precision requirements of the mechanical structure, the high cost of high precision, and the low precision mechanical structure cannot meet the requirements of existing camera products. , and the high-precision mechanical structure requires extremely tedious debugging when assembling the product

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