1) hologram monitor
全息监测
1.
Based on existing detection system,by equipping necessary on_line detect instrument and collecting enough on_line information in the process of lime production,a dynamic mathematical model was built,a concept of hologram monitor put forward,and on_line simulation of lime_kiln was realized.
以Φ4 m×21 m机械化立窑为研究对象,在原有检测系统的基础上,通过增加必要的在线检测手段,充分收集石灰炉生产过程的信息,建立了石灰生产的动态数学模型,首次提出了石灰炉“全息监测”的概念,并实现了石灰炉的在线仿真,为石灰炉炉况诊断专家系统的建立和石灰炉智能控制系统的研制奠定了基础。
2) safety information comprehensive monitoring
安全信息综合监测
1.
The locomotive auto- whistling system is an unit control system that is developed by using current mature chip microcomputer- based technique and working control principle based on locomotive safety information comprehensive monitoring device and according to the requirements of actual safe transportation.
机车自动鸣笛系统是在监控装置及机车安全信息综合监测装置的基础上,根据实际行车安全运输的需要,利用工控原理,采用目前成熟的单片机技术研制开发的一个单元控制系统。
3) dam safety monitoring information system
大坝安全监测信息系统
1.
Dynamic management of the monitoring sensor in the development of dam safety monitoring information system is studied.
研究了在大坝安全监测信息系统开发中对监测传感器(或测点)信息进行动态管理的方法,有效克服了传感器失效或更新改造对软件系统的影响,提高了系统的灵活性、适应性和可移植性。
4) Monitoring information
监测信息
1.
GIS-based management and analysis system for landslide monitoring information;
基于GIS的滑坡监测信息管理与分析系统
2.
Back analysis of vertical additional force on shaft lining based on monitoring information and its failure analysis
基于井壁监测信息的竖向附加力反演及井壁破坏分析
3.
Based on the inversion from the response to load,an identification method of vehicle load on a bridge by using monitoring information is presented in this paper.
基于应用影响线函数由监测效应反演荷载的理论分析,提出了通过构造监测截面监测力学量影响线函数,建立监测力学量与桥上车辆荷载的关系式,应用监测信息反演过桥车辆荷载的荷载识别方法。
5) information monitoring
信息监测
1.
A scalable information monitoring system based on large-scale network(SIMS) has been designed and implemented by analyzing the performance bottleneck of traditional information monitoring system.
分析了大规模网络环境下信息监测系统所面临的主要问题,设计并实现了大规模网络环境下高可扩展的信息监测系统(SIMS)。
2.
With a brief description of the concept and classification of bad information,this article analyzes the present situation and problems of researches on bad information monitoring both at home and abroad,and proposes a model and the algorithm of monitoring bad information in Web text by the use of the mining methods such as text content and feature analysis,and text classification analysis.
本文简要介绍了不良信息的概念和分类,有针对性地分析了国内外不良信息监测的研究现状与问题,综合应用文本内容特征分析、文本分类分析等挖掘方法,构建了W eb文本不良信息监测模型,提出了文本不良信息监测算法。
6) safe monitoring
安全监测
1.
This paper analyses the important of safe monitoring of atmosphere environment in City, the essential of building the safe monitoring system and study the composition of safe monitoring and warning system.
分析城市大气环境安全监测的重要性,建立安全预警体系必要性及安全监测预警体系构件组成。
2.
As the important tool of exactly evaluating the alteration of the slope status, safe monitoring has been practiced in many high slope projects.
安全监测作为正确评价边坡安全状态变化过程的手段，在岩石高边坡工程中逐步得到广泛的应用。
3.
The huge challenge of coal mine safe monitoring system is how to solve the limited distance of wireless communication and tran.
目前传统的RFID技术有效作用距离很短,如何解决井下无线通信距离受限这一瓶颈问题,将井下的温度、湿度、瓦斯气体浓度及时有效地传输到地面的监测系统是现阶段煤矿安全监测面临的巨大挑战。
补充资料：德州市华青全息刮痧职业技能培训学校
东省德州市华青全息刮痧职业技能培训学校是由德州市劳动局批准的一所正规职业培训学校,本校主要讲授传统中医外疗的一个分支刮痧及刮痧美容。本校办学宗旨以弘扬中医国粹，造福社会百姓。学校开设有《刮痧》《全息学》《中医基础理论》《经络学》《推拿按摩》《人体解剖学》《拔罐》等课程，由专职高级讲师培训。在讲授理论课的同时强调实践的重要性，将理论与实践有机的结合，使每一位学员毕业时都能独立操作且达到国家认定的 标准。学校采用全日制教学，学期两个月（理论与实践相结合）。学费2200，考证费300，资料费200，住宿费150。2寸免冠照片4张。统一安排住宿，每月十日开学，也可随到随学，本期学不会下期免费再学，学习结束统一参加相应等级保健刮痧推拿师考核，并颁发劳动保障局国家认可的相应资历证书作为独立工作、上岗应聘的依据。包分配工作，月工资1千元左右。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条