成都印钞公司热动力站实时监测系统的研制
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摘要
热动力站实时监测系统是受成都印钞公司委托研制的一个生产实际项目。该项目是为企业实现信息产业管理自动化而研制开发的。
本系统采用先进的工业数据采集技术、数据库处理技术、计算机多媒体技术，运用极为简洁的人机对话界面，将制冷车间的供冷、供热系统的主要设备运行状态、主要运行参数、计量仪表数据等进行实时数据采集，并显示于监测画面上。实现运行系统的动态检测、故障报警、报表自动生成、交接班微机管理等功能。
在该系统研制开发过程中，本人应用已学过的基础知识及专业知识，分析及解决了实际中出现的问题(例如内存泄露，采集速度等)，圆满的完成了该项目的研制开发。在该项目中，本人参加了该系统总体方案的设计，独立完成了数据库的建立，软件的编制及调试。该系统现已应用于生产，达到了预期目的，实现了自动监控，减少了操作人员，降低了原材料的浪费及产品的废品率，收到了较好的经济及社会效益，具有一定的推广价值。
The realtime-monitoring system for therm-power station is a practical project trusted by Bill-print corporation in Chengdu . This project is developed for the management automatization of the enterprise information.
In this system, we adopt advanced industrial data collection technology, database processing technology and computer Multi-media technology, and use simply dialog interface between man and computer to display the realtime datas of running state, running parameters and measure apparatus of the primary equipment of the cooling and heating system in refrigerating workshop on the monitor. This system realizes the functions such as dynamic measuring, exception alarm, report created automatically and the computer management of shift handover.
In the system development, I use my fundamental and professional knowledge to analyse and solve the problems that have appeared during the developing process, and complete task successfully. In this project,
I take part in the whole scheme design of the system and complete the tasks of database building, software programming and debugging all by myself. Now this system is being used in production and achieves the anticipated goal. It realizes auto-monitor and cuts down the number of workers. In addition, this system reduces the waste of raw-materials and the waster rate of product, and gains large economic and social benefit, so it is worth of application to other fields.
本系统采用先进的工业数据采集技术、数据库处理技术、计算机多媒体技术，运用极为简洁的人机对话界面，将制冷车间的供冷、供热系统的主要设备运行状态、主要运行参数、计量仪表数据等进行实时数据采集，并显示于监测画面上。实现运行系统的动态检测、故障报警、报表自动生成、交接班微机管理等功能。
在该系统研制开发过程中，本人应用已学过的基础知识及专业知识，分析及解决了实际中出现的问题(例如内存泄露，采集速度等)，圆满的完成了该项目的研制开发。在该项目中，本人参加了该系统总体方案的设计，独立完成了数据库的建立，软件的编制及调试。该系统现已应用于生产，达到了预期目的，实现了自动监控，减少了操作人员，降低了原材料的浪费及产品的废品率，收到了较好的经济及社会效益，具有一定的推广价值。
The realtime-monitoring system for therm-power station is a practical project trusted by Bill-print corporation in Chengdu . This project is developed for the management automatization of the enterprise information.
In this system, we adopt advanced industrial data collection technology, database processing technology and computer Multi-media technology, and use simply dialog interface between man and computer to display the realtime datas of running state, running parameters and measure apparatus of the primary equipment of the cooling and heating system in refrigerating workshop on the monitor. This system realizes the functions such as dynamic measuring, exception alarm, report created automatically and the computer management of shift handover.
In the system development, I use my fundamental and professional knowledge to analyse and solve the problems that have appeared during the developing process, and complete task successfully. In this project,
I take part in the whole scheme design of the system and complete the tasks of database building, software programming and debugging all by myself. Now this system is being used in production and achieves the anticipated goal. It realizes auto-monitor and cuts down the number of workers. In addition, this system reduces the waste of raw-materials and the waster rate of product, and gains large economic and social benefit, so it is worth of application to other fields.
引文
1 薛钧义，张彦斌．MCS—51/96系列单片微型计算机及其应用1997．1-2
2 何立民．MCS—51系列单片机应用系统设计．1995．3-5
3 汪家和，张炜．多点温度检测控制仪．单片机应用文集．1994
4 杨小枫，张佐，吴秋峰，徐文立 企业网的组成．测控技术．1998．4
5 雷建和，张晶明，李军波．汽车电器微机综合检测系统．计算机自动测量与控制．2000．1
6 曾家智，向世清．微型计算机系统与接口．1993．17-19
7 严普强．机械工程测试技术基础．1992．64-91
8 朱德祥，张廷柱，朱福茂．流量仪表原理和应用．1992．44-61
9 夏士智．测量系统设计与应用．1994．132-197
10 詹道庸．传输原理．1995．3-4
11 何丰、数字电表数据采集与信息处理的网络系统．微计算机信息．1999．4
12 [M].Prentice Hall Inc. Witte R.A. Electronic test Instruments:theory and Application. 1993. 23-25
13 Rajanna K and Mohan S. Studies on meandering path thin-film strain gauge. Sensors and Actuators A. 1990.24. 35-39
14 Mercer R A. Overview of Enterprise Network Developments. IEEE comma. Mag. 1996.1
15 张洪润．实用自动控制．1993．10-12
16 焦尚仁 微机控制技术1994．3-5
17 周化仁，潘学盈，王宗信．检测与转换技术．1992．26-35
18 江建国，曹建中，高玉明．信号与系统分析基础，1993．8-9
19 [M] Harold Davis．DELPHI FOR WINDOWS．1998．12-20
20 [M] Marco Cantu．Delphi 3．0 从入门到精通．1998．849-850
21 [M] Paul Sanna，John Enck，Sam S．Gill．中文Windows NT Workstation4．0开发使用手册．1998．1-6
22 吴旭东，余涛．Delphi3．0/4．0多媒体与数据库编程，1998．2-3．167-178
23 徐新华．Delphi 4．0核心编程技术1999．1-6
24 [M] Charlie Calvert．Delphi 4．0编程技术内幕．1999．128-137
25 李磊．Delphi中如何用面向对象方法实现串行通讯．现代计算机1999．80
26 李志强，尚朝轩，马彦恒．无人机地面站中遥测信号数据采集与处理系统的设计．电子技术应用．1998．8
27 庞湘萍，孙窳沙．三相交流同步器信号的数字处理．仪表技术 1999．5
28 [M] Marris Mano. Computer System Architecture. 1994. 3-6
29 Intel Corp. Microcontrol Hand Book. 1986. 10-12
30 William Stallings. Data and Computer Communications. 1991. 34-36
31 Microsoft Corporation. Microsoft. Visual C++ 4. 2 Users Manusl. 1996
32 Willin H. Murray. Windows 3. 1 Programming. 1995 11-13
33 H. Van et. The Jet Control And Data Acquisition System. Fusion Technology. 1997. 11
34 郑文波，林宏基．Intranet企业内部网的发展、实现与应用．工业控制计算机．1998．5
35 汪涛，汪秉文．企业计算机网络的设计与实现．工业控制计算机．1999．6
36 Curt Schwaderer. t Driver-Based Approach To Parotocol Stack Design. Embedded systems programming. 1999. 12
37 Tengfusheng. The New Intelligent morniting Method for Operating State of Generator Units. IEEE Pos. 1999.1
38 陆丽萍等．开创自控技术新纪元的现场总线．计算机自动测量与控制．1999．3
2 何立民．MCS—51系列单片机应用系统设计．1995．3-5
3 汪家和，张炜．多点温度检测控制仪．单片机应用文集．1994
4 杨小枫，张佐，吴秋峰，徐文立 企业网的组成．测控技术．1998．4
5 雷建和，张晶明，李军波．汽车电器微机综合检测系统．计算机自动测量与控制．2000．1
6 曾家智，向世清．微型计算机系统与接口．1993．17-19
7 严普强．机械工程测试技术基础．1992．64-91
8 朱德祥，张廷柱，朱福茂．流量仪表原理和应用．1992．44-61
9 夏士智．测量系统设计与应用．1994．132-197
10 詹道庸．传输原理．1995．3-4
11 何丰、数字电表数据采集与信息处理的网络系统．微计算机信息．1999．4
12 [M].Prentice Hall Inc. Witte R.A. Electronic test Instruments:theory and Application. 1993. 23-25
13 Rajanna K and Mohan S. Studies on meandering path thin-film strain gauge. Sensors and Actuators A. 1990.24. 35-39
14 Mercer R A. Overview of Enterprise Network Developments. IEEE comma. Mag. 1996.1
15 张洪润．实用自动控制．1993．10-12
16 焦尚仁 微机控制技术1994．3-5
17 周化仁，潘学盈，王宗信．检测与转换技术．1992．26-35
18 江建国，曹建中，高玉明．信号与系统分析基础，1993．8-9
19 [M] Harold Davis．DELPHI FOR WINDOWS．1998．12-20
20 [M] Marco Cantu．Delphi 3．0 从入门到精通．1998．849-850
21 [M] Paul Sanna，John Enck，Sam S．Gill．中文Windows NT Workstation4．0开发使用手册．1998．1-6
22 吴旭东，余涛．Delphi3．0/4．0多媒体与数据库编程，1998．2-3．167-178
23 徐新华．Delphi 4．0核心编程技术1999．1-6
24 [M] Charlie Calvert．Delphi 4．0编程技术内幕．1999．128-137
25 李磊．Delphi中如何用面向对象方法实现串行通讯．现代计算机1999．80
26 李志强，尚朝轩，马彦恒．无人机地面站中遥测信号数据采集与处理系统的设计．电子技术应用．1998．8
27 庞湘萍，孙窳沙．三相交流同步器信号的数字处理．仪表技术 1999．5
28 [M] Marris Mano. Computer System Architecture. 1994. 3-6
29 Intel Corp. Microcontrol Hand Book. 1986. 10-12
30 William Stallings. Data and Computer Communications. 1991. 34-36
31 Microsoft Corporation. Microsoft. Visual C++ 4. 2 Users Manusl. 1996
32 Willin H. Murray. Windows 3. 1 Programming. 1995 11-13
33 H. Van et. The Jet Control And Data Acquisition System. Fusion Technology. 1997. 11
34 郑文波，林宏基．Intranet企业内部网的发展、实现与应用．工业控制计算机．1998．5
35 汪涛，汪秉文．企业计算机网络的设计与实现．工业控制计算机．1999．6
36 Curt Schwaderer. t Driver-Based Approach To Parotocol Stack Design. Embedded systems programming. 1999. 12
37 Tengfusheng. The New Intelligent morniting Method for Operating State of Generator Units. IEEE Pos. 1999.1
38 陆丽萍等．开创自控技术新纪元的现场总线．计算机自动测量与控制．1999．3