The priority research areas of the fundamental research of pressure equipment in china are proposed as follows : ( 1 ) the relation between the pressure equipment structure and heat transfer and mass transfer and reaction energy ; ( 2 ) mechanical behavior and damage characteristics of pressure equipment in complex environment ; ( 3 ) digitizing design of complete life of pressure equipment ; ( 4 ) behaviors and mechanism of fracture and corrosion and erosion of pressure equipment ; ( 5 ) monitoring early - warning and emergency system of pressure equipment ; ( 6 ) fundamental research of relevant standards and codes 提出今后我国承压设备学基础研究优先研究的领域： ( 1 )承压设备结构与传热、传质和反应效率的关系； ( 2 )复杂环境下承压设备的力学行为和破坏特性； ( 3 )承压设备的全寿命数字化设计； ( 4 )承压设备断裂、腐蚀与冲蚀的特性和机制； ( 5 )承压设备监控预警和应急系统； ( 6 )承压设备法规标准基础研究。
It includes the establishment of the collaborative system , the research of the work mode of the group and the relevant technology that support group works , the development of the application system etc . by establish collaboration circumstance , ameliorate the manner by which people exchange their information , we can clear up the obstacle which generated because of the distance of the time and the space , and so we can save the time and energy of the workers , and improve the result and the efficiency 它包括协同工作系统的建立、群体工作方式研究和支持群体工作的相关技术研究、应用系统的开发等部分。通过建立协同工作的环境，改善人们进行信息交流的方式，消除或减少人们在时间和空间上的相互分隔的障碍，从而节省工作人员的时间和精力，提高群体工作质量和效率。海洋石油开发生产调度是一项非常复杂的系统工程，需要综合处理水文气象、地理环境、海上钻井平台现场设备监控等诸多方面的信息。
Based on the analysis of manufacturing equipments ’ monitoring and diagnosing requirements and application status , the description model , framework model and function model of mfds are presented . especially , it is given that the mfds is composed of field monitoring centre and remote fault diagnosing centre 通过分析制造设备的状态监控和故障诊断需求和应用现状,建立了制造设备监控与故障诊断系统( mfds )的描述模型、总体结构和功能结构,其核心主要由设备现场监控中心和远程诊断中心两部分组成。
The platform is composed of distribution layer , core layer and data layer . it can preferably solve the integration problems of the heterogeneous electromechanical equipment systems , and provide abundant potential management function , such as remote equipment supervisory control based on internet , auto roll polling equipment , linkage control , combination operation , etc . in order to develop the integration management platform , in the thesis we study on several key technologies 该平台由分布层、核心层和数据层构成，能够较好地解决楼宇异构机电设备系统的集成，并能提供丰富的具有增值潜力的管理功能，如基于internet的远程设备监控、自动轮询、联动控制、组合操作等。
In this paper , first of all , we discuss the basic theory of the two dimensions magnetic flux leakage testing , which is the basic of the design of " the monitor system of two dimensions magnetic flux leakage testing equipment for the steel tube " . we also discuss some distributing characteristic about the magnetic field in the magnetic flux leakage testing 在本文中首先讨论了二维漏磁检测法的基本原理，这是“钢管二维漏磁检测设备监控系统”设计的基础。还讨论了漏磁检测中漏磁场的一些分布特性。
In the designing of mdf device remote monitor systems and fiber optic transceiver device of telecom accessing network monitor systems , low - cost microprocessor is used to realize the real - time monitor of access device in telecom access network . with the combination of practical utilization of the two structures , this paper mainly concerns following designing : monitor systems topology ; communication interface ; communication protocol designing and realization ; hardware and software designing of different units in systems 结合所提出的这两种电信接入设备监控系统结构的实际应用，重点介绍了：电信接入设备监控系统组网拓扑结构设计；电信接入设备监控系统通信接口设计；电信接入设备监控系统通信协议设计与实现；电信接入设备监控系统各告警单元的硬件与软件设计。
