Camera control method and system, server and control equipment

Abstract

The invention discloses a camera control method and system, a server and control equipment. The method comprises the steps of: obtaining a modification instruction sent by a user based on a preset interface; sending a configuration parameter to a camera corresponding to the network point identifier and the camera identifier, and triggering the camera to carry out configuration change according to the configuration parameter; marking the configuration information as remote configuration information under the condition that the configuration information after configuration change sent by the camera is received; and sending the remote configuration information and the camera identifier to control equipment corresponding to the website identifier, and triggering the control equipment to carry out configuration change according to the remote configuration information and the camera identifier. By using the method of the invention, configuration changes of cameras of all websites can be carried out in the server, and after the configuration changes take effect, the configuration changes are automatically issued to the corresponding control devices for use, thereby achieving the purposes of unified management and simultaneous effect taking, avoiding omission of configuration changes of individual cameras, and reducing the omission risk existing when the configuration of the camera is changed.

Description

technical field [0001] The present application relates to the monitoring field, in particular to a camera control method, system, server and control equipment. Background technique [0002] The open areas of banks (such as self-service cash machines) have the characteristics of 24-hour operation and are widely distributed. If special personnel are arranged to guard them, it will be a serious burden on human resources. Therefore, most of them adopt the deployment of surveillance cameras and the installation of The monitoring system performs remote monitoring. However, monitoring tens of thousands of monitoring screens at the same time is also a major burden for users. Therefore, control equipment is deployed in the network, and the early warning information recorded by the camera is sent to the remote monitoring center. The remote monitoring center switches according to the early warning information. The monitoring screen is convenient for users to view the event location. ...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing technology controls the cameras in the current network through the control equipment deployed at each network point, and assigns a dedicated camera ID to the camera for server identification. However, because the server only manages the camera ID, the camera is configured specifically. The entrance of the camera is still on the control device. When it is necessary to modify the configuration information, it still needs to be configured through the smart device of the outlet. There is a problem that multi-point configuration is required. If the camera identification set by the server needs to be modified uniformly, it may be necessary to The smart devices of all outlets are modified once, then the risk of omission will be greatly increased

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