CN204065788U - A kind of energy saver of teaching building automated management system of Long-distance Control - Google Patents
A kind of energy saver of teaching building automated management system of Long-distance Control Download PDFInfo
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Abstract
The teaching building that the utility model discloses a kind of Long-distance Control manages the energy saver of management system automatically, and it comprises: the aspect compositions such as information monitoring system, the information transmission system, information handling system, information query system and information processing feedback system.Numerous sensor carries out information acquisition in real time, information is gathered, then information processing is carried out by main control chip, and according to the information processing mechanism preset and solution resolution system institute produced problem, realize autonomous, intelligent, convenient, efficient management and mechanism, achieve to the Long-distance Control of teaching building with automatically manage and to realizing low-carbon environment-friendly, the Appropriate application of resource, office and the raising of efficiency of teaching, the solution of bursting problem be also significant.
Description
Technical field
The utility model relates to a kind of remote control management system, particularly be the energy saver that a kind of teaching building of Long-distance Control manages management system automatically.
background technology
In the last few years, along with expanding economy, economize energy, advocate low-carbon environment-friendly, the life of Energy and comfort more and more becomes the important need of current social development.Meanwhile, the supervisory system of general teaching building can not meet the demand of modern school.But the appearance of New Generation of Intelligent classroom building monitor system will fundamentally improve this problem.
The design is the combination of the many-sided function such as environmental information, electrical equipment use information, work attendance information, resource using information, security information, emergency case solution to classroom each in teaching building, office, achieve the automatic monitoring management and control system of teaching building, thus greatly saved gerentocratic human and material resources, improve the service efficiency of user, improve warning and the settlement mechanism of bursting problem, to promoting " low-carbon environment-friendly, sustainable development " that current social is advocated, significant.
Traditional teaching building is power line distribution according to need, with mechanical switching power supply, cannot change after such system is fixing again, just more difficult to realize complicated control overflow.And employing common control system, student and teacher unavoidably there will be and forget to turn off the light, and close fan and cut off the problem of teaching equipment power supply, thus waste resource; Cannot to the service condition in each classroom in traditional teaching building, course arrangement situation and room for individual study service condition are carried out supervision and are controlled, and cause student and find room for individual study difficulty and serious superior eigenvalue, cause the waste of educational resource; Effectively cannot manage student attendance situation in traditional teaching building, the mode of artificial roll-call lose time and also student's speculation very large, the leader of school can not be real-time the student of each class that checks to attend class situation, the learning initiative of student is reduced gradually, there is disappearance in the management of education side; Very slow to the solution information transmission of bursting problem in conventional teaching building, and feedback is slow, is not easy quick solution.These problems are that current China overwhelming majority teaching building uses and Problems existing in managing, and for addressing these problems, our teaching building automated management system has made improvement.Our teaching building automated management system is primarily of aspect compositions such as information monitoring system, the information transmission system, information handling system, information query system and information processing feedback systems.Numerous sensor carries out information acquisition in real time, information is gathered, then information processing is carried out by main control chip, and according to the information processing mechanism preset and solution resolution system institute produced problem, realize autonomous, intelligent, convenient, efficient management and mechanism, to realizing low-carbon environment-friendly, the Appropriate application of resource, office and the raising of efficiency of teaching, the solution of bursting problem be significant.Therefore, teaching building adopts modern service monitoring technique to be the inexorable trend developed at present.
Summary of the invention
The technical problems to be solved in the utility model is: Long-distance Control teaching building automatically manages and carries out remote monitoring and management to the electrical equipment in teacher and multimedia equipment, solves the problem that supvr's remote supervisory, work attendance and classmates find room for individual study difficulty.
The concrete technical scheme of the utility model is as follows:
Based on the energy saver that the teaching building of Long-distance Control manages automatically, system is primarily of server, main control computer and slave machine; Appendent computer system is intercomed mutually and is connected with main control computer unit by wireless module, and main control computer unit is connected with server by gsm module; Appendent computer system is responsible for gathering classroom information---the behaviour in service of electrical equipment, the environment in classroom; Main control computer configuration management, respectively from machine, gathers the information in each classroom, practical information is shown after process; Server gathers the information resources of main control computer by telecommunication equipment, is presented on host computer.
The described energy saver automatically managed based on the teaching building of Long-distance Control, main control computer is primarily of hall processor, LCD MODULE, GSM telecommunication, real-time clock module, RF1101SE module, information storage module, key-press module composition, hall processor in main control computer is connected with each classroom by RF1101SE module, and information is connected with host computer by GSM telecommunication; Real-time clock module, information storage module, key-press module by telecommunication equipment by the information transmission that collects in main control computer, realize the wireless interaction of main control computer and an information module.
The described energy saver automatically managed based on the teaching building of Long-distance Control, server composition has host computer, gsm wireless communication, switching processor; Host computer in server carries out information interaction with switching processor, and switching processor is connected with external unit by gsm wireless communication, thus completes the information processing of server.
Appendent computer system main control singlechip gathers the light conditions of classroom unit by the photosensitive module of many places, classroom, can select per half an hour or one hour window with automatic regulation curtain, ensures the illumination that classroom is enough; By the temperature and humidity in humiture module acquires classroom, the switch at automatic control window family, ensure the circulation of Classroom air, swipe the card module and rpyroelectric infrared detection sensing module is designed on doorway, classroom, student can be swiped the card by campus card and enter classroom, meanwhile automatically control the switch of classroom lighting, rpyroelectric infrared detection sensing module starts automatically at night, prevents the generation of pilferage situation; By the smoke transducer module of many places, classroom, when being in an emergency, transmission of information is to main control singlechip, and Single-chip Controlling gsm module, will pass information in time simultaneously; Meanwhile by wireless module, the information in classroom is passed to teaching building lobby server, realize the information mutual communication of each classroom and teaching building.
The described energy saver automatically managed based on the teaching building of Long-distance Control, comprises photosensitive module design from machine design, Temperature Humidity Sensor, heat releases the design of infrared acquisition sensing module, single-chip microcomputer design, module of swiping the card, smoke transducer, 12864 display modules, wireless communication module; Host hardware circuit design comprises single-chip microcomputer design, the design of 12864 display modules, gsm module.
An energy saving apparatus for the teaching building automated management system of Long-distance Control, primarily of aspect compositions such as information monitoring system, the information transmission system, information handling system, information query system and information processing feedback systems.Hardware device is divided into for server, main control computer and from machine.Appendent computer system is intercomed mutually and is connected with main control computer unit by wireless module, and main control computer unit is connected with server by gsm module.Appendent computer system is responsible for gathering classroom information---the behaviour in service of electrical equipment, the environment in classroom; Main control computer unit composition has hall processor, LCD MODULE, GSM telecommunication, real-time clock module, RF1101SE module, information storage module, key-press module.Hall processor in main control computer is connected with each classroom by RF1101SE module, and information is connected with host computer by GSM telecommunication.Real-time clock module, information storage module, key-press module by telecommunication equipment by the information transmission that collects in main control computer, realize the wireless interaction of main control computer and an information module.The feature of RF1101SE module: operation practical convenient, short haul connection is flexibly smooth and easy, more stable compared with other radio transmission apparatus, economic and practical.Main control computer configuration management, respectively from machine, gathers the information in each classroom, practical information is shown after process; Server gathers the information resources of main control computer by telecommunication equipment, is presented on host computer.Server is located at building tube hub, realizes telemanagement main control unit; Main control computer is located at building hall, transmits teleinstruction; Appendent computer system is distributed in single classroom, accepts host command, and performs instruction.
Server unit composition has host computer, gsm wireless communication, switching processor.Host computer in server carries out information interaction with switching processor, and switching processor is connected with external unit by gsm wireless communication, thus completes the information processing of server.
The feature of gsm module: simple to operate, the unrestricted and message transmission rate advantage flexibly of communication distance.
Appendent computer system is arranged in each classroom, each appendent computer system has a numbering, corresponding with the classroom number of installing, be responsible for the data in the corresponding classroom of collection and analyze, according to the data of collection and the requirement of central control unit, to the environment in corresponding classroom, the situation of attending class of student is monitored, and the situation in this classroom can be fed back to overhead control unit when overhead control unit requires simultaneously.
Comprise photosensitive module design from machine design, Temperature Humidity Sensor, heat releases the design of infrared acquisition sensing module, single-chip microcomputer design, module of swiping the card, smoke transducer, 12864 display modules, wireless communication module; Host hardware circuit design comprises single-chip microcomputer design, the design of 12864 display modules, gsm module.
Main control computer is located at building hall, gathers the environment in each classroom and the situation of attending class of student, and can process accordingly in conjunction with original lesson data, be shown to LCDs, inquire about useful information for service object by after information processing.
Server unit is arranged on building tube hub, can check that the light conditions in any one classroom is understood in data building that computer shows by Host Administration personnel, lighting condition, and the situation of attending class of student, and instruction can be sent control classroom environment in real time, receive the preset of teacher.
Information acquisition structure is: the humiture in (1) classroom; (2) intensity of illumination in classroom; (3) behaviour in service of classroom electrical equipment; (4) classroom safety case; (5) classroom number
Based Intelligent Control structure is: (1) temperature regulates; (2) Illumination adjusting; (3) control of light; (4) management of power supply; (5) warning is arranged;
Supervisory system detects the information such as humiture, illumination, electric equipment, alarm security protection of each classroom and teaching building in real time by each sensor, detects each classroom in real time to class number and room for individual study service condition by the attendance record terminal in classroom.Various information is sent to teaching building office terminal by wireless communication technology by the control terminal in each classroom in real time, and various emergency case is notified supvr by gsm communication technology, and supvr makes solution by mobile phone easily and efficiently to bursting problem.Teacher and classmates can also in the course arrangement in each classroom of lobby Service terminal inquiry, to class number, and the service condition of room for individual study and each classroom environment information.This system solves the problem that supvr's remote supervisory, teacher's work attendance and classmates find room for individual study difficulty dexterously.The popularization of teaching building automated management system, for improving the quality of teaching and building supervisory efficiency, significant to promoting sustainable development.
In sum compared with prior art, the utility model has following beneficial effect:
The utility model has numerous sensor to carry out information acquisition in real time, information is gathered, then information processing is carried out by main control chip, and according to the information processing mechanism preset and solution resolution system institute produced problem, realize autonomous, intelligent, convenient, efficient management and mechanism, to realizing low-carbon environment-friendly, the Appropriate application of resource, office and the raising of efficiency of teaching, the solution of bursting problem be significant.
accompanying drawing explanation
Fig. 1: the teaching building automated management system device overall architecture block diagram of Long-distance Control;
Fig. 2: the teaching building automated management system device of Long-distance Control is from machine structured flowchart;
Fig. 3: the teaching building automated management system device main machine structure block diagram of Long-distance Control;
Fig. 4: the teaching building automated management system device server architecture block diagram of Long-distance Control;
Fig. 5: the Software for Design of the teaching building automated management system device appendent computer system of Long-distance Control;
Fig. 6: the teaching building automated management system device main computer unit software instructures block diagram of Long-distance Control;
Fig. 7: the teaching building automated management system device server unit software design block diagram of Long-distance Control.
embodiment
below in conjunction with drawings and Examples, a nearly step explanation is carried out to structure of the present utility model.
Embodiment: a kind of energy saver automatically managed based on the teaching building of Long-distance Control, with reference to Fig. 1, this system is connected with control section by GSM and web network, mobile phone by server.Control section to be linked by RF by environmental monitoring concentrator and environment acquisition node (2) and forms, and environmental monitoring concentrator is in charge of processor STC(MCU by classroom), LSDRF4310N01 wireless module and xxxx LCD connected to form by SPI and I/O mouth.Environment acquisition node (2) is by LSDRF4310N01, STC(MCU) and all kinds of SENSOR connected to form by SPI and I2C.
The control section of this system is divided into main frame and from machine, main frame carries out overall control, is again the controller of light switch from machine as the actuator of main frame, achieves intellectuality and the robotization of teaching building.Native system adopts rpyroelectric infrared detection to coordinate photodetector to detect with or without student indoor, realizes lighting unmanned from putting out, and has people from the object opened.Light detects and adopts photoresistance, and during resistance variations, the output voltage of module also changes, and just can obtain light level, reach setting value system and provide instruction and perform corresponding actions by conversion.Display device uses character mode lcd display screen, and displaying contents is abundanter, and operation is simpler, and interface is more friendly.System is furnished with perpetual calendar Real Time Clock Display, facilitates student to check the time, the more important thing is when abnormal feelings appear in system system can automatic writing time and abnormal time system state, analyze for keeper and check that data providing is just.
With reference to 2, from machine structured flowchart, main control computer (hall processor) by LSDRF4310N01 with from machine processor be in charge of processor and be connected.Fire monitoring module is accepted, light acquisition module, humiture module, the information of anti-theft module from machine processor; Be in charge of processor and accept to swipe the card module, liquid crystal display, anti-theft module, the information of control module.From machine processor be in charge of processor and be connected by RF4310N01, provided support by power management module.
Detected the light change in classroom in real time by said structure, analyze immediately when changing, display changes and performs corresponding light switch action.If main frame has instruction to send over, whether automatic analysis instruction is effective to the machine, if effectively, provide corresponding response, if invalid, abandon.When keeper will check that this classroom current is conditions associated, computer can be opened and check.When having emergency requirement or unmanned situation, keeper passes through the function button force switch in computer host computer, the lighting hours that system will provide 20 seconds.Reach and need not turn off the light in turn upstairs, the advantage of overall-in-one control schema can be reached.Each classroom is furnished with control point, can be real-time to light, the electrical equipment such as projector controls, and can to the number of the student in classroom, real-time the feeding back on computer host computer of information of the situation looking into class of attending class.Each classroom is furnished with attendance record terminal, and carry out student's attend class number and situation absent from school of the inquiry of situation of attending class and be presented on liquid crystal display, real-time feeds back on computer host computer, facilitate that teacher's look into class, which save the time, take full advantage of the time of attending class, improve the efficiency of management.
With reference to 3, main machine structure block diagram.Main control computer (hall processor) is interconnected by gsm communication and host computer, and main control computer accepts LCD MODULE, real-time clock module, information storage module, the information of key-press module also passes through RF1101SE module and classroom, A district, A31 classroom, classroom, B district, classroom, C district is interconnected.
The each equipment of system electrification device initialization: the data comprising LCDs, gsm module, reading system, initialization is complete provides prompting.Synchronous all the time with between extension set: main frame mass-sending once command per minute, this instruction is effective to all extension sets, comprises current data message in packet.Check and specify the situation in classroom: student inputs classroom numbering, confirm that aft engine sends containing the instruction from machine numbering automatically, then wait for and being returned by corresponding packet from machine accordingly, content is also shown to student by host analysis data, so that student searches with or without idle classroom.Gauge tap: keeper can close the illumination of single classroom or the overall situation, execution is that main frame sends corresponding instruction, and extension unit response instruction also performs relevant action.
Setup times section: the lighting hours section in all classrooms is set by main computer unit, only just can throws light in the time period of specifying.
With reference to Fig. 4, server architecture block diagram.Host computer accepts supervision interface, control inerface, and the information of emergency processing is also interconnected with switching processor.
Open the PC control interface of server, first select suitable com port and gsm communication system to carry out serial communication.After communications setting completes, the inquiry of being correlated with and policer operation can be carried out.In #10 workspace, carry out the inspection of classroom environment, first the time interval of inspection is set, such as, selects " 30 minutes ", then the teaching building region of inspection is set, suppose that we select " A ", then select to specify the classroom checked, classroom of supposing that we select " 31 ", so, following click " OK ", we just can the classroom environment one hurdle inquiry temperature in " A31 " classroom, humidity, illumination and number of users information below.When there occurs accident in teaching building, such as catch fire, leak, leak electricity, steal, cure situation about rescuing and so on, on interface, the green indicator of every correspondence can become red, managerial personnel click " processing accordingly ", server dials the phone of relevant unit automatically, carries out the solution of accident.
Fig. 5, Fig. 6, Fig. 7 specifically describe each software flow of the teaching building automated management system device of Long-distance Control;
With reference to Fig. 5, flow process starts to select to function, and function is selected to be divided into work attendance and to review one's lessons.Work attendance subordinate order obtains student information record work attendance number for swiping the card and judges whether cut classes (Y/N) selects loop program or feedback information.Whether review one's lessons subordinate's order has people (Y/N) to select integrated information fill order or loop program for student swipes the card and judges.
Why with reference to Fig. 6, start to serial port setting, serial port setting subordinate command determination is arranged successfully (Y/N), and subordinate is then carried out in success (Y) orders #10 workspace, unsuccessful (N) loop program.#10 workspace be divided into 1.(fill in select classroom & & click OK) Y/N order, send data by GSM after selection, wait to be subjected.2.(clicks respective handling & & alarm) Y/N select after send data by GSM.
Does the flow process first step enter display menu display menu after being initialization (GSM/RF1101/ controller) and is divided into 1. button Y/N with reference to Fig. 7? 2. collection of letters Y/N? 3. radio alarming Y/N?, after selecting, enter subcommand.Enter corresponding subfunction by order under button Y/N, selected to be (Y) transmission of information afterwards by selection fresh information Y/N after entering corresponding subfunction.It is enter order after (Y), by wireless, information is passed to designating unit that collection of letters Y/N selects.It is enter order after (Y), by GSM, information is passed to host computer that radio alarming Y/N selects.
The above; it is only preferred embodiment of the present utility model; not do any pro forma restriction to the utility model, those skilled in the art utilize the technology contents of above-mentioned announcement to make a little simple modification, equivalent variations or modification, all drop in protection domain of the present utility model.
Claims (1)
1. the energy saver automatically managed based on the teaching building of Long-distance Control, become with from mechanism primarily of server, main control computer, it is characterized in that: described appendent computer system is intercomed mutually and is connected with main control computer unit by wireless module, and main control computer unit is connected with server by gsm module; Appendent computer system is responsible for gathering classroom information---the behaviour in service of electrical equipment, the environment in classroom; Main control computer configuration management, respectively from machine, gathers the information in each classroom, practical information is shown after process; Server gathers the information resources of main control computer by telecommunication equipment, is presented on host computer; Described main control computer is primarily of hall processor, LCD MODULE, GSM telecommunication, real-time clock module, RF1101SE module, information storage module, key-press module composition, hall processor in main control computer is connected with each classroom by RF1101SE module, and information is connected with host computer by GSM telecommunication; Real-time clock module, information storage module, key-press module by telecommunication equipment by the information transmission that collects in main control computer, realize the wireless interaction of main control computer and an information module; Described server is primarily of host computer, gsm wireless communication, switching processor composition; Host computer in server carries out information interaction with switching processor, and switching processor is connected with external unit by gsm wireless communication, thus completes the information processing of server.
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104834287A (en) * | 2015-04-01 | 2015-08-12 | 常州大学 | Classroom teaching management and control system |
| CN105548293A (en) * | 2016-01-29 | 2016-05-04 | 陈杨珑 | Heat recycling and energy saving device with highly sensitive humidity detecting function |
| CN105675671A (en) * | 2016-01-29 | 2016-06-15 | 陈杨珑 | Underground pipeline for oil exploitation |
| CN106249726A (en) * | 2016-09-22 | 2016-12-21 | 广州东文信息科技有限公司 | The Intelligent electronic control system of automatic arranging is reviewed one's lessons based on classroom |
| CN106340071A (en) * | 2016-08-12 | 2017-01-18 | 河海大学常州校区 | Intelligent classroom system based on cloud computing |
| CN106406265A (en) * | 2016-11-30 | 2017-02-15 | 桂林师范高等专科学校 | Teaching building's switch control system |
| CN106444670A (en) * | 2016-09-30 | 2017-02-22 | 桂林电子科技大学信息科技学院 | Remote electric-energy saving control system of teaching buildings |
| CN109976231A (en) * | 2019-04-22 | 2019-07-05 | 湖南恒枫智能科技有限公司 | Control system applied to multi-media classroom |
| CN112034751A (en) * | 2020-08-14 | 2020-12-04 | 山东交通职业学院 | Intelligent educational administration management system |
-
2014
- 2014-04-09 CN CN201420167659.1U patent/CN204065788U/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104834287A (en) * | 2015-04-01 | 2015-08-12 | 常州大学 | Classroom teaching management and control system |
| CN105548293A (en) * | 2016-01-29 | 2016-05-04 | 陈杨珑 | Heat recycling and energy saving device with highly sensitive humidity detecting function |
| CN105675671A (en) * | 2016-01-29 | 2016-06-15 | 陈杨珑 | Underground pipeline for oil exploitation |
| CN106340071A (en) * | 2016-08-12 | 2017-01-18 | 河海大学常州校区 | Intelligent classroom system based on cloud computing |
| CN106249726A (en) * | 2016-09-22 | 2016-12-21 | 广州东文信息科技有限公司 | The Intelligent electronic control system of automatic arranging is reviewed one's lessons based on classroom |
| CN106444670A (en) * | 2016-09-30 | 2017-02-22 | 桂林电子科技大学信息科技学院 | Remote electric-energy saving control system of teaching buildings |
| CN106406265A (en) * | 2016-11-30 | 2017-02-15 | 桂林师范高等专科学校 | Teaching building's switch control system |
| CN109976231A (en) * | 2019-04-22 | 2019-07-05 | 湖南恒枫智能科技有限公司 | Control system applied to multi-media classroom |
| CN112034751A (en) * | 2020-08-14 | 2020-12-04 | 山东交通职业学院 | Intelligent educational administration management system |
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