Novel beam-excited graphics processing system based on constant-current protection

Abstract

The invention discloses a novel light beam excitation type image processing system based on a logic protection emitter-coupled type. The novel light beam excitation type image processing system based on the logic protection emitter-coupled type is mainly composed of an image sensor, a drive circuit and a processing circuit, wherein the drive circuit is connected wit the image sensor, and the processing circuit is connected with the drive circuit. The novel light beam excitation type image processing system is characterized in that an emitter-coupled type asymmetrical triggering circuit, a light beam excitation type logic amplifying circuit and a logic protection emitter-coupled type amplifying circuit are further arranged, the emitter-coupled type asymmetrical triggering circuit is connected with the drive circuit and the processing circuit, the light beam excitation type logic amplifying circuit is connected with the processing circuit, and the logic protection emitter-coupled type amplifying circuit is connected between the laser beam excitation type logic amplifying circuit and the drive circuit in series. According to the novel light beam excitation type image processing system, the overall structure is quite simple, after the emitter-coupled type asymmetrical triggering circuit is combined with the novel light beam excitation type image processing system, the processing speed of the novel light beam excitation type image processing system is greatly increased compared with a traditional speed, the processing time of an image with 1028*1028 pixels is just 0.3s, and the processing speed is over 20 times as high as a traditional processing speed.

Description

technical field [0001] The invention belongs to the technical field of image processing, and specifically refers to a novel beam-excited graphics processing system based on constant current protection. Background technique [0002] At present, image recognition products represented by scanners emerge in an endless stream, which greatly enrich people's lives. However, the current image recognition capabilities of these image recognition products have certain limitations, that is, their image recognition speed and accuracy are still not high, and in the recognition process, there will be situations where the image or paper does not fit tightly with the scanning sensor. This results in a distorted area that cannot truly reflect the actual effect. At the same time, since the drive circuits of these image recognition products are also susceptible to fluctuating currents, they cannot process image signals well when the current fluctuates. Contents of the invention [0003] The...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to overcome the defect that the current image recognition system is easily affected by the fluctuating current, and it cannot process the image signal well when the current fluctuates, and to provide a new type of beam-excited graphics processing system based on constant current protection

Images