Video display system

Abstract

------28 / 03 / 2562------(OCR) Page 1 of Number 1 Page Summary of the Invention The purpose of this invention is to provide a video display system capable of complementing video data stored on server devices with increased accuracy. The video display system10 includes: imaging devices 20a to 20c; and server devices 40 that store video data wirelessly transmitted from imaging devices 20a to 20c as video data stored in storage medium 42. The video display system10 can display the stored video data on 50 display units. Each imaging device 20a to 20c, including storage medium 23, stores the video data as complement video data. When a defective segment is identified in the video data stored in storage medium 42, the server device 40 performs the video data complement process of obtaining complement video data that corresponds to the defective segment from imaging devices 20a to 20c. ------------

Claims

------28 / 03 / 2562------(OCR) Page 1 of 1 page Claims 1. A video display system comprising an imaging device designed to photograph objects and generate video image data, and a server device designed to store video image data wirelessly transmitted from the imaging device as video image data stored in a primary storage unit where the video display system can display the stored video image data on the imaging device's display unit, as well as a second storage unit designed to store the video image data as complement video image data obtained by photographing the object, and the server device performs the complement process when it identifies a defective portion in the video image data stored in the primary storage unit. The video image data complement process is to obtain video image data that corresponds to the defective portion from the imaging device. 2.

1. A video display system under Claim 1 consisting of several imaging devices in which a server device performs the video data complement process for one or more imaging devices in parallel.

3. A video display system under Claim 2 in which a server device performs the video data complement process for several imaging devices in a predetermined order.

4. Any one of the video display systems under Claim 1 through 3 in which, when a number of defects are in the video data stored in a first storage unit, the server device produces appropriate video data complements that correspond to the initial defects in chronological order among the number of defects from the imaging devices in the video data complement process. 5.The video display system, pursuant to any one of claims 1 through 4, whereby the server device creates a video memory archive by performing a pre-defined video processing procedure for the video data sent from the imaging device and identifies that defects are created in the video memory archive when an anomaly occurs during the pre-defined video processing procedure for the video data sent from the imaging device.