Big clock system based on mobile network

Abstract

The invention relates to a big clock system based on a mobile network, belonging to the technical field of the clock calibrating device. The system comprises clock central systems which are in communication connection mutually and big clock systems used for controlling the big clock manually and directly, wherein the clock central systems and the big clock systems are in the communication connection with a mobile monitoring system through the Ethernet 15 and the mobile operational network 16 respectively. The invention is characterized in that the big clock system has reasonable structure and design, the steps of installation and construction are not needed, the appearance of buildings can not be damaged, the geographical position and the neighboring environment can not be considered, data can be collected in real time, the centralized management of big clocks can be realized, the control and maintenance of big clocks are convenient, fault information can be analyzed at the top speed, and the best solution can be obtained for maintenance.

Description

technical field [0001] The invention relates to a large clock system based on a mobile network, and belongs to the technical field of clock calibration devices. Background technique [0002] At present, the existing big clock system uses GPS as the time source, but the GPS receiving device must be installed outdoors, and the reliability of the signal can be ensured in an open place, which will directly affect the beauty of the building and the safety of construction. At the same time, it is also limited by the geographical location and surrounding buildings, and the existing big clock system is managed, controlled and maintained locally, and the data and information cannot be transmitted to remote places (such as the control center). Users must go to the site to manage , operation, maintenance, in the response time and ease of use to some extent. Contents of the invention [0003] The purpose of the present invention is to solve the shortcomings of the above-mentioned pri...

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Problems solved by technology

[0002] At present, the existing big clock system uses GPS as the time source, and the GPS receiving device must be installed outdoors in an open place to ensure the reliability of the signal, which will directly affect the beauty of the building and the safety of construction

At the same time, it is also limited by the geographical location and surrounding buildings, and the existing big clock system is managed, controlled and maintained locally, and the data and information cannot be transmitted to remote places (such as the control center). Users must go to the site to manage , operation, maintenance, and lack of response time and ease of use

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