随着网络技术的发展,实时通信成为互联网领域的研究热点,如远程监控技术。常见的实时通信技术基本是由客户端主动发起请求,服务器端被动接受响应,此方式缺乏灵活性。Websocket技术是HTML5(HyperText Markup Language 5)提供的一种全双...随着网络技术的发展,实时通信成为互联网领域的研究热点,如远程监控技术。常见的实时通信技术基本是由客户端主动发起请求,服务器端被动接受响应,此方式缺乏灵活性。Websocket技术是HTML5(HyperText Markup Language 5)提供的一种全双工通讯的计算机通信协议,具有节约带宽,持久连接,实时性等特性,采用Websocket技术的通信方案不仅能真正实现实时数据通信,还能提升服务器推送数据的能力。文中对Websocket技术进行了分析与研究。同时,随着社会与经济的快速发展,桥梁工程建设进程和建设规模不断加大,对桥梁的施工建设和运营维护提出了更高要求,所以在此过程中获取桥梁结构变形实时数据并进行监测就尤为重要。为此采用Websocket技术,设计了基于Websocket技术的桥梁结构变形远程实时监测系统,真正地实现了数据的实时交互,对桥梁施工现场及后期维护的远程监控更具可靠性与便捷性。展开更多
This article presents in detail the assembling and welding process technique of the steel box girder tuyere blocks of Taizhou Bridge. The application of this process technique effectively solves the problem of welding...This article presents in detail the assembling and welding process technique of the steel box girder tuyere blocks of Taizhou Bridge. The application of this process technique effectively solves the problem of welding stress release in tuyere block assembling and welding without increasing the number of turns of the blocks and overhead welding, thus avoiding possible structural deformation due to excessive accumulation of internal welding stress, greatly reducing the repeated deformation and correction work during assembling and welding, and ensuring the weld seam quality and overall dimensions of tuvere blocks of Taizhou Bridze.展开更多
文摘随着网络技术的发展,实时通信成为互联网领域的研究热点,如远程监控技术。常见的实时通信技术基本是由客户端主动发起请求,服务器端被动接受响应,此方式缺乏灵活性。Websocket技术是HTML5(HyperText Markup Language 5)提供的一种全双工通讯的计算机通信协议,具有节约带宽,持久连接,实时性等特性,采用Websocket技术的通信方案不仅能真正实现实时数据通信,还能提升服务器推送数据的能力。文中对Websocket技术进行了分析与研究。同时,随着社会与经济的快速发展,桥梁工程建设进程和建设规模不断加大,对桥梁的施工建设和运营维护提出了更高要求,所以在此过程中获取桥梁结构变形实时数据并进行监测就尤为重要。为此采用Websocket技术,设计了基于Websocket技术的桥梁结构变形远程实时监测系统,真正地实现了数据的实时交互,对桥梁施工现场及后期维护的远程监控更具可靠性与便捷性。
文摘This article presents in detail the assembling and welding process technique of the steel box girder tuyere blocks of Taizhou Bridge. The application of this process technique effectively solves the problem of welding stress release in tuyere block assembling and welding without increasing the number of turns of the blocks and overhead welding, thus avoiding possible structural deformation due to excessive accumulation of internal welding stress, greatly reducing the repeated deformation and correction work during assembling and welding, and ensuring the weld seam quality and overall dimensions of tuvere blocks of Taizhou Bridze.