2) Intelligent Building Network Engineering Practice Video Tutorial
3) Practical teaching materials of intelligent building network engineering
4) Integrated wiring terminal and test platform
5) Intelligent Building Network Engineering Teaching Software
6) Building monitoring (automatic control) system
2. Honors won by the intelligent building network engineering teaching system.
In 2009, the practice platform of intelligent building network engineering won the national utility model patent, and 20 10 won the national invention patent. 20 10, the practice platform of intelligent building network engineering, was recognized as "scientific and technological achievements in Jiangxi province" and 20 10 was rated as "independent innovation products in Jiangxi province". The teaching material of intelligent building network engineering training is 2 1 century planning teaching material, and the video teaching film of intelligent building network engineering training won the first prize of the first "Eleventh Five-Year" national educational film and television "TV teaching material". 1, product development background
Network engineering is an applied subject, which requires students to have strong practical operation ability. How to improve students' practical operation ability, make the network skills learned in school directly serve the society, and improve students' employment rate and employment treatment has been puzzling colleges and universities. To solve the above problems is to "practice", that is, to "move" the intelligent building network project into the school training room. Let students' experiments, internships and practices in school be consistent with the on-site environment.
How to really move the "planning, design and installation" of intelligent building network engineering in practical application to the school laboratory, so that students can fully, intuitively and completely understand and master the "planning, design and installation" of intelligent building network engineering in practical application, and make the school network laboratory become a "bridge" between teaching and practical application, which has been puzzling school network teachers and experimental instructors.
2. Product description
This "practice platform" is based on our company's patented product "Building Integrated Wiring System Simulation Experimental Platform", which integrates network equipment, monitoring equipment, broadcasting equipment, cable TV equipment and program-controlled telephone equipment to form a network engineering practice platform. It "truly" reproduces the network integrated wiring and system integration, monitoring system wiring and integration, cable TV system wiring and integration, and broadcasting system wiring and integration of intelligent buildings on this "practice platform". Students' experiments or internships on this practice platform are consistent with the actual intelligent building network engineering site environment.
3. Product characteristics
The biggest feature of this "practice platform" is that it completely "reproduces" the real scene and installation process of intelligent building network engineering in reality. Therefore, this "practice platform" is a "bridge" combining network engineering teaching with practical application; This "practice platform" adopts building block structure, and students can design, install and debug network projects according to their own needs, and can simulate all network projects in practical application at present.
1) The practice platform completely simulates the building.
◆ Each set of practice platform can visually display three floors, walls, floors, corridors, corridor ceilings, weak current wells and equipment rooms (main equipment room and sub-equipment room);
◆ Corridor and work area, both sides of the wall;
◆ Support vertical bridge installation of weak current wells;
◆ Support settings between multiple devices;
◆ Support a variety of cross bridge installation methods;
◆ Support PVC pipes/cans with open or concealed installation;
◆ Support multiple connection modes between PVC pipe/trough and horizontal bridge;
◆ Support multiple connection modes of horizontal and vertical bridges;
◆ Support system installation of access control system, smoke detection, infrared detection, temperature and humidity, and video monitoring;
2) All the training processes on this practice platform are completely consistent with the actual application, so this practice platform is not only a training platform, but also a training platform for practice and skills.
3) Fully meet the needs of teaching, experiment and practice of intelligent building network engineering.
4) The process and method of designing, installing, debugging, testing and installing the network engineering of a three-story intelligent building in practical application are completely realized on this practical platform.
5) The training platform includes data/voice system wiring, broadcasting system wiring, monitoring system wiring, cable TV system wiring, bridge and PVC conduit system wiring, and building automation system wiring.
6) The data/voice cabling system fully supports the design and installation of six subsystems (including entrance and exit subsystems).
7) Users can install network equipment, voice equipment, monitoring equipment, cable TV equipment, broadcasting equipment and building automation system equipment in the main computer room and sub-computer room of the practice platform according to their needs, thus forming a complete "intelligent building network project".
8) Support types of horizontal subsystem of integrated wiring: Category 5, Super Category 5, Category 6, Super Category 6, Fiber to Desktop and future development of integrated wiring system. It can also be mixed according to teaching needs.
9) Backbone (vertical) subsystem support: twisted-pair backbone, optical fiber backbone, logarithmic backbone, etc.
10) supports various applications in intelligent building automation system in practical application;
1 1) All wiring systems or equipment systems on this platform are integrated, and students can design, install, debug and test by themselves.
12) The design, installation, debugging and testing of network engineering of buildings or high-rise buildings can be realized by using multiple sets of practice platforms.
13) exhibition platform combining theoretical teaching with practical application.
4, intelligent building network engineering practice platform before/after.
5. The function introduction of intelligent building network engineering practice platform.
1) composition of building system
The practice platform constructs a "three-story building" according to the characteristics of buildings in practical application, and "completely simulates" common building structures on the practice platform. Therefore, by simulating a three-story building, students can fully grasp the practice of network engineering design, installation, debugging and testing of intelligent buildings in the "engineering site". The architectural features are as follows:
◆ Three floors;
◆ Wall: used to install pipes/troughs in the work area, install information boxes and panels, install "doors" in the work area, and install "temperature and humidity" in the work area.
◆ Floor: used for hoisting bridge and ceiling installation;
◆ Corridor/workspace: Corridor and workspace are located on both sides of the wall; ◆ Corridor ceiling: used for smoke detection installation, infrared monitoring installation, etc.
◆ Weak current well: used for vertical bridge installation;
◆ Machine room (main machine room and auxiliary machine room).
2) Pipe/trough, information box and bridge system
On the practical platform, we can carry out various common installation methods of PVC pipes/troughs, information boxes, information trays and bridges, as well as the connection between bridges and PVC pipes/troughs, so that students can truly master the design and installation process of pipes, troughs, information boxes and bridge systems in the project site and truly master the design and installation specifications of pipes, troughs, bridges and information boxes in the integrated wiring system.
◆PVC open pipe and concealed pipe laying;
◆PVC open trench laying;
◆ Information box and cassette;
◆ Install the information panel;
◆ Hoist the horizontal bridge for installation;
◆ Support arm installation and horizontal bridge installation; ◆ The horizontal bridge is connected and installed with the vertical bridge through the bridge connector (such as tee, cross or bay head);
◆PVC pipes are directly connected with the bridge;
◆PVC pipes are connected with the bridge through hoses.
3) Integrated wiring system
Students can design, install, debug and test the typical topological structure of the integrated wiring system in various realistic environments, so that students can truly master the design and installation process and design and installation specifications of the integrated wiring system in the "engineering site".
◆ Data/voice wiring system: workspace subsystem, horizontal subsystem, trunk subsystem, management subsystem, computer room subsystem and building complex subsystem (including entrance subsystem);
◆ CATV wiring system: CATV distribution network and access network;
◆ Monitoring wiring system: video cable, communication cable, power cable, pickup cable and monitoring backbone;
◆ Broadcast wiring system: constant voltage and constant resistance wiring system, broadcast backbone;
◆ Access control wiring system: card reader and exit button wiring, access control backbone;
◆ Wiring of building automation system:
◆ Building equipment operation management: HVAC system monitoring, water supply and drainage system monitoring,
Power supply and lighting system monitoring;
◆ Fire alarm and fire fighting linkage control, water leakage detection, temperature and humidity, new fan monitoring, smoke detection, infrared monitoring, elevator operation control ◆ Public safety technical prevention: video monitoring, burglar alarm, access control system, patrol system, security broadcast system)
4) Testing of integrated wiring system
We can test the data, voice, cable TV and other wiring systems according to the "project site mode", and truly master the test methods and test specifications of the integrated wiring system. ◆ Data/Voice System Testing
◆ Cable TV Distribution Network Test
5) System integration
According to the topological structure of the integrated wiring system, students can design, install, debug and test the system integration on the practical platform according to the needs of "real practical application", so that students can truly master the design and installation process of the system integration in the "engineering site" and truly master the design, installation and debugging specifications of the integrated system integration.
◆ Data network system integration
◆ Voice system integration
◆ Monitoring system integration
◆ CATV system integration
◆ Broadcast system integration
◆ Access control system integration
◆ Building automation system integration
6) The whole network system can be debugged and tested according to the "project site mode", so as to truly master the debugging methods and specifications of the network system.
6, intelligent building network engineering practice platform technical parameters
1) Building construction
◆ Third floor, wall, floor, corridor, corridor ceiling, weak current well and equipment room (main equipment room and sub-equipment room);
◆ Corridor/workspace: Corridor and workspace are located on both sides of the wall;
◆ Wall: used to install the pipes/troughs in the work area, install the information box and panel, install the "door" in the work area, and install the "temperature and humidity" in the work area.
◆ Floor: used for hoisting bridge and ceiling installation;
◆ Corridor ceiling: used for smoke detection installation, infrared monitoring installation, etc.
◆ Weak current well: used for vertical bridge installation;
◆ Machine room (main machine room and auxiliary machine room).
2) Horizontal subsystem configuration (information point configuration)
◆ The maximum number of data information points is136;
◆ The maximum number of voice information points is136;
◆ The maximum number of points from optical fiber to desktop is136;
◆ Cable TV points can support up to 34;
◆ The maximum number of broadcast points is 4;
◆ Up to 6 monitoring points;
◆ Up to 34 high-pressure points;
◆ Horizontal twisted pair: supports five categories, super five categories, six categories and super six categories;
◆ Horizontal optical fiber: single-mode and multimode optical fibers are supported.
3) Subsystem configuration between devices
◆ 1 main equipment room (MDF);
◆ 1 sub-equipment room (IDF).
4) backbone (vertical) subsystem configuration
◆ Support multimode optical cable and single-mode optical cable, twisted pair, large logarithm twisted pair, coaxial cable, etc.
5) Management subsystem configuration
◆ Data distribution frame, voice horizontal distribution frame, voice backbone distribution frame, optical fiber distribution frame, and wiring rack.
6) Workspace subsystem configuration
◆ Two sets of telephones and telephone jumpers.
7) Building complex subsystem
◆ It can be realized by using more than two sets of equipment, and it can be better realized by using five sets of equipment.
8) High-rise buildings
◆ It can be realized by using more than four devices.
9) Bridge configuration
◆ Transverse bridge: one-way lifting bridge and two-way bracket installation bridge.
◆ Vertical bridge: separated bridge is adopted.
10) Floor and ceiling configuration
◆ Floor slab and ceiling on the second floor;
1 1) PVC pipe and groove configuration
◆ Concealed PVC pipes, exposed PVC pipes and exposed PVC trunking.
12) voice equipment configuration
◆ Expandable 8-port voice program-controlled switch.
13) supports network system integration devices and other system integration devices.
◆ Network equipment (such as switches, routers, firewalls, servers, etc. ), broadcasting equipment, monitoring equipment, cable TV system equipment and wireless network equipment.
14) supports building automation wiring system and system integration.
15) product size
2800 mm (width) * 1270 mm (depth) * 2250 mm (height).
7. Product features
1) Normality: It conforms to the national integrated wiring design standard (GB/T 503 1 1-2007) and installation standard (GB/T503 12-2007) and the latest design standard (GB/T503/kloc-2007) Design Standard for Intelligent Building (GBT50 14-2006), Code for Quality Acceptance of Intelligent Building Engineering (GB50339-2003) and Code for Construction Quality Acceptance of Building Electrical Engineering (GB50303-2002).
2) Authenticity: All students' practical operations on the practice platform are consistent with the on-site environment.
3) Usability: The practice platform realizes the unification of theory teaching and practice. The whole design and installation process of integrated wiring system carried out by students on the training platform is completely consistent with the integrated wiring project in practical application.
4) Integrity: The whole process of design, installation and testing of the integrated wiring system in practical application can be realized through this practical platform. Because this practical platform is easy to move, it can intuitively realize the engineering design and installation of integrated wiring system in buildings and high-rise buildings.
5) Reliability: The main body of the training platform is maintenance-free.
6) Extensibility: Because this training platform is a real building, no matter how the network technology develops in the future, this platform can meet the requirements of students' training.
7) Safety: The trainees are safe and reliable during the training.
8) Economy: The platform enables students to reduce the material consumption to the lowest cost during the training process, and the product accessories do not need to be replaced.
9) Designability and implementability: Students can design and install the practice platform according to their own theoretical and practical knowledge and the design and installation specifications of the integrated wiring system of intelligent buildings in reality, so that the practice platform can be used as the design and installation platform for students' graduation practice. The video course "Intelligent Building Network Engineering", which was produced by our company and won the first prize of the first "Eleventh Five-Year Plan" national education film and television, has been fully published and listed. This video tutorial shows the whole process of network engineering installation through video. Students can fully grasp the installation methods, specifications and details of network engineering site in practical application through video tutorial combined with practice platform and training tutorial.
1, features of video course of intelligent building network engineering
1) The demonstration operation in this video tutorial is in full compliance with national, international, industry standards and engineering site installation.
2) Keep the installation and testing of the integrated wiring system consistent with the site environment.
3) Explain the principle and method of on-site installation, and explain the matters needing attention in the construction process.
4) The installation and testing steps are detailed, and students can understand them at a glance.
5) The whole video demonstration operation is complete, covering the whole process of on-site installation of the integrated wiring system.
6) The whole video is arranged in the order of engineering construction.
2, intelligent building network engineering video tutorial function module
1) The functional modules of the intelligent building network engineering practice platform are introduced.
2) Foundation installation
◆ Installation training for the bottom of pipes, tanks and information boxes.
◆ Bridge installation training
3) Cable laying and wiring management
◆ Cable laying training for integrated wiring system
◆ Integrated wiring and wiring training
4) Continuous installation
◆ Data jumper production training
◆ Installation and training of Super Five Information Module
◆ Installation and Training of Super Category 5 Data Distribution Frame
◆ Installation training of voice horizontal distribution frame
◆ Installation training of voice backbone distribution frame
◆ Optical fiber distribution frame installation and optical fiber connection training
◆ Monitoring system installation training
◆ Install the broadcasting system.
◆ Installation and training of CATV distribution network system
◆ Six kinds of information module installation training
◆ Six kinds of data distribution frame installation training
5) Testing of integrated wiring system
◆ Testing of Integrated Wiring System The textbook "Intelligent Building Network Engineering Training" edited by Mr. Wu, the general manager of our company, and Associate Professor Yang, who has first-line teaching practice, was listed as the 2 1 century college planning textbook by Jiangxi University Press, and all of them have been published and listed. This book was published in GBT/T-503 1 1-2007, GBT/T-503 12-2007, GBT50 14-2006, GB50339-2003 and GB 503. This practical teaching material can be used together with our company's patented product-"Intelligent Building Network Engineering Practice Platform" to form a powerful practical guidance function, and can also be used as an independent practical teaching material to help students majoring in network engineering practice. It is believed that the marketing of this teaching material will greatly promote the cultivation of social applied talents.
1, characteristic training course of intelligent building network engineering
1) Training courses are compiled according to national, international, industry standards and on-site construction experience;
2) The training course covers the whole process of site construction of integrated wiring system;
3) The whole training course is arranged according to the engineering construction sequence;
4) The training course is a detailed explanation and supplement to the video course;
5) The field installation specification of the integrated wiring system is described in detail;
6) A large number of on-site construction pictures and text descriptions are adopted, which are easy to understand, making it very easy for students to learn and understand the on-site construction process of the integrated wiring system;
7) The testing principle and method of the integrated wiring system are described and explained in detail.
8) Explain the principle and method of on-site installation, and explain the matters needing attention in the construction process.
9) The installation and testing steps are detailed, and students can understand them at a glance.
2, intelligent building network engineering training course content
1) The functional modules of the intelligent building network engineering practice platform are introduced.
2) Foundation installation
◆ Install pipes, grooves and the bottom of the information box.
◆ Bridge installation
3) Cable laying and wiring management
◆ Cable laying of integrated wiring system
◆ Integrated wiring and wiring management
4) Continuous installation
◆ Data jumper production
◆ Install the super-five information module.
◆ Installation of Super Class 5 Data Distribution Frame
◆ Install the voice horizontal distribution frame.
◆ Install voice backbone distribution frame.
◆ Install optical fiber distribution frame and optical fiber connection.
◆ Installation of monitoring system
◆ Install the broadcasting system.
◆ Installation of CATV Distribution Network System
◆ Install six information modules.
◆ Install six kinds of data distribution frames.
5) Testing of integrated wiring system
◆ Integrated wiring system testing The integrated wiring system termination and testing platform is the latest product independently developed and produced by our company. The platform mainly aims at students' professional practice in the termination of integrated wiring system, and explains the testing principle and method to students in detail. Mainly has the following characteristics:
1, supporting EIA/TIA 568A, 568B termination and test standards.
2. At the same time, support 4 ~ 8 people for termination and testing training.
3. Support data and voice distribution frame termination and test training.
4. Support large logarithm twisted pair termination and test training.
5. Support students to simply connect data and voice distribution frames.
6. Support data jumper test.
7. Support the test of integrated wiring system. In modern architecture, building monitoring becomes more and more important for safety management. As a part of intelligent building network engineering, network talents now need to understand the principle and function of monitoring system. This platform provides a complete platform for students to learn building monitoring. The platform has the following functions that are completely consistent with real building monitoring:
1. Full integration: provide an integrated platform to support intelligent equipment monitoring and management (such as power transmission and distribution, UPS, air conditioning, temperature and humidity and leakage detection, fire protection, security, etc.). ), network equipment monitoring management, video monitoring, etc. To realize the seamless integration of all kinds of information and define the linkage relationship of all kinds of equipment.
2, expert diagnosis function: real-time detection of UPS, air conditioning and other intelligent equipment working status and operation parameter diagnosis.
3. Full Web-based remote management function: users can browse all real-time information through the browser at any location of network connection; The remote station and the local monitoring station have completely consistent graphical interfaces.
4. Powerful data management function: store the historical data of one year and find the historical curve of any day of the year in the same integrated environment or browser.
5. Complete authority management function: the system has complete authority management function, which can specify the content that each user is allowed to browse and the equipment that users are allowed to operate. Every connection, login and operation of the equipment are recorded in detail for verification.
6. Complete alarm function: you can set the alarm of specific equipment and notify specific managers. The alarm can be made by telephone voice, SMS, etc.
7. Support for secondary development: provide a friendly integrated development environment, complete the configuration of various monitoring or simulation systems, and realize real customization. It provides rich internal function interfaces and complete programming interfaces, which greatly expands the system functions.
8. Support multiple devices: hundreds of smart device communication protocols are built in, and devices using the same communication protocol can be directly connected.