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为了解决现有楼宇防火自动控制系统中存在火情响应速度不及时、误报信息处理能力不强的缺点,提出了一种新型的楼宇防火自动控制系统架构。该架构引入了火情分析服务器,并将控制中心置于系统的核心位置。为了保证新架构模块间通信,引入了光纤互联和VPN或者BACnet通信方式。同时,介绍了火情分析服务器中数据处理流程和排队算法。新架构能够保证系统第一时间响应火情消息,同时有效过滤误报信息,具有较好的应用前景。
In order to solve the shortcomings of existing building automatic fire control system fire response speed is not timely, false alarm information processing capacity is not strong, proposed a new type of building fire control system architecture. The architecture introduces a fire analysis server and places the control center at the heart of the system. In order to ensure communication between the new architecture modules, the introduction of optical fiber interconnection and VPN or BACnet communication. At the same time, introduced the fire analysis server data processing flow and queuing algorithm. The new architecture can ensure the system to respond to the first time the fire information, and effectively filter the false positives, with good application prospects.