GNSS (Global Navigation Satellite System) receiver with video monitoring function

Abstract

The invention provides a GNSS receiver with a video monitoring function. The GNSS receiver comprises a master control module, a video monitoring module connected with the master control module and used for collecting video data, a memory connected with the master control module and used for storing data of the receiver, a GNSS location module connected with the master control module and used for collecting current position data, and a communication module connected with the master control module and used for transmitting the video data and the current position data collected by the video monitoring module to an external server. A user sends a control instruction to the communication module by the server; and the communication module transmits the control instruction to the master control module to execute the operation. By adoption of the GNSS receiver, the camera is applied to the GNSS receiver; the GNSS working environment can be monitored effectively; the GNSS receiver is preventedfrom being powered off by human factors without permission; and the key data is prevented from being stolen.

Description

technical field [0001] The invention relates to the field of surveying and mapping, in particular to a GNSS receiver with a video monitoring function. Background technique [0002] Since many GNSS receivers used in the CORS system do not have dedicated sites, the Continuous Operational Reference System (abbreviated as CORS), some are installed in the Meteorological Bureau, and some are installed in the Tower Company, so there is no guarantee whether A third party has operated the receiver. GNSS reference station receiver is one of the important nodes, and its working stability is undoubtedly a very important indicator. It has also become a necessary task for customer technicians to troubleshoot GNSS reference station receivers that are in an abnormal working state. Many GNSS reference station receivers are installed in remote places, and technicians cannot confirm the cause of the failure. It may be a fault in the power supply adapter, or the network cable may be loose, or...

AI Technical Summary

Problems solved by technology

Many GNSS reference station receivers are installed in remote places, and technicians cannot confirm the cause of the failure. It may be a fault in the power supply adapter, or a loose network cable, or the GNSS reference station receiver is turned off artificially, or it may be the GNSS reference station receiver. Fault

Images