The utility model provides a port container omnibearing pattern identification tallying information monitoring system comprising a harbor quay crane, an image acquisition device and background terminal equipment. The connection beam of the harbor quay crane is provided with the image acquisition device which acquires surface images of containers. Image signals acquired by the image acquisition device are transmitted to the background terminal equipment to be displayed. Tally personnel do not need to work onsite so that problems of high risk, low efficiency and long time consumption of "artificial damage checking" can be solved. Automatic acquisition of the state in the container loading and unloading work process can be realized via the image acquisition device. The acquired image information is transmitted to the background terminal equipment, and the state of the containers is monitored and identified on the background terminal equipment so that original damage and stevedoring damage of the containers can be accurately and effectively authenticated, tallying quality and service quality can be enhanced, "informatization" of tallying service can be realized, commercial dispute can also be avoided and thus benefits of both entrusted sides can be maintained.