Object tracking method, device, electronic equipment and system

Abstract

The invention provides an object tracking method, device, electronic equipment and system, relates to the field of monitoring, and can reduce the cost of object tracking. The method comprises the steps of receiving a target identification code and playing same after an inspection video of a corresponding first inspection point is obtained, and setting scanning equipment and camera equipment at the corresponding position of the first inspection point, wherein the starting moment of the inspection video of the first inspection point corresponds to the moment when the corresponding scanning equipment scans the target identification code, wherein the inspection video is shot by camera equipment corresponding to an inspection point to which the inspection video belongs; in response to the downward switching operation, obtaining and playing an inspection video of the second inspection point, wherein the third check point is a check point corresponding to the check video played before responding to the downward switching operation, wherein the starting time of the check video of the second check point is the playing time of the corresponding downward switching operation of the check video of the third check point.

Description

technical field [0001] The present application relates to the monitoring field, in particular to an object tracking method, device, electronic equipment and system. Background technique [0002] At present, in order to facilitate tracking of objects on the assembly line (such as logistics packages or certain products), scanning devices and camera devices are usually deployed at each checkpoint (specific location) of the assembly line. After the scanning device scans the identification code (which can be a two-dimensional code or a bar code) on the object, it reports the code reading event to the assembly line monitoring platform. After receiving the code reading event, the pipeline monitoring platform triggers the camera device corresponding to the scanning device to start shooting. The camera equipment records the images in its visible area, and uploads the video clips to the pipeline monitoring platform after the recording ends. In this way, video clips of different chec...

AI Technical Summary

Problems solved by technology

[0003] In the above scheme, the shooting start time of the camera equipment should be based on the report of the code reading event, that is, each video should be reported based on the code reading event, that is to say, the Scanning devices must be deployed at each checkpoint, which is costly

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