Control method of regional clock system

Abstract

The invention discloses a control method of a regional clock system, and relates to the technical field of timing instruments. According to the technical scheme of the control method of the regional clock system, a master clock, a slave clock and a management terminal are included. The control method of the regional clock system includes steps: a workstation is provided with a main processing module, a standby processing module, a time input module, a time output module and a management module, and the main processing module performs management and coordination of the time and control buses ofthe whole workstation, performs accurate time keeping when a superior time source is lost, and displays information of the workstation on a touch screen. Compared with the prior art, the control method has prominent substantial characteristics and substantial progress that the design method is novel, the technology is reliable, and system terminal devices are all in an equal management and control level.

Description

technical field [0001] The invention relates to the technical field of timing instruments, in particular to a control method for a regional clock system suitable for regional installation, remote control and automatic calibration. Background technique [0002] Regional clock systems appearing on the market include master clocks, slave clocks, and management terminals. The master clocks in the three-level clock system include first-level master clocks and second-level master clocks. The management of the system is mainly through the computer of the management terminal and the master clocks at all levels to reach the time terminal. [0003] The existing regional clock system has a complex structure, complex maintenance and management, and is extremely inconvenient. The regional clock systems that appear on the market, especially the multi-level regional clock systems, have complex structures. The transmission of clock information and management information needs to go through...

AI Technical Summary

Problems solved by technology

The master clock is separated from the computer management software, and only the simple time display and adjustment functions are left, which is extremely inconvenient for the debugging and maintenance of the on-site personnel

[0004] Most of the master clock structures of traditional time synchronization systems are monolithic. Each set of equipment is divided into several chassis. Each chassis is fixedly integrated with a power supply and several input and output ports. The interface of each chassis is Fixed and single, each user has almost different requirements for the number of system interfaces. If the number requires more, the number of chassis can only be increased in large quantities, and the number of chassis needs to be increased again when the system expands, sometimes occupying two in the computer room. More than one cabinet is quite troublesome, the cost is high, and the power consumption of the equipment is relatively large, which increases the operating cost of the user.

In terms of the structure of the traditional time synchronization system, the steps to upgrade the system are cumbersome. When users need to expand the capacity or the number of lower-level devices, they need to change the working modules of the upper-level equipment, and some need to power off and upgrade the upper-level equipment, which affects the system. use

[0005] Traditional time synchronization system terminal equipment, especially digital display terminal equipment are using traditional digital display modules, which are not only costly, but also consume a lot of power

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