CN103685507A - Secret place intelligent management monitoring platform based on Internet of Things - Google Patents
Secret place intelligent management monitoring platform based on Internet of Things Download PDFInfo
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- CN103685507A CN103685507A CN201310674191.5A CN201310674191A CN103685507A CN 103685507 A CN103685507 A CN 103685507A CN 201310674191 A CN201310674191 A CN 201310674191A CN 103685507 A CN103685507 A CN 103685507A
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Abstract
The invention discloses a secret place intelligent management monitoring platform based on the Internet of Things. The secret place intelligent management monitoring platform comprises a master control node for data processing and system control, a door lock node for accessing authentication, cabinet lock nodes for automatic file accessing, a video monitoring node for real-time video capturing, a place monitoring node for environment monitoring, a linkage alarm node for giving an alarm, a short-distance wireless communication network for data transmission, and a network server for data storage and remote control. The master control node and the video monitoring node are connected with the network server through network interfaces, and the master control node, the door lock node, the cabinet lock nodes, the video monitoring node, the place monitoring node and the linkage alarm node are in logic connection through the short-distance wireless communication network. According to the secret place intelligent management monitoring platform, security and protection monitoring and file management are integrated, the defects that an original file management system is low in efficiency, high in cost and the like are overcome, and the secret place intelligent management monitoring platform has the advantages of being high in safety performance and maintainability, automatic in accessing, wide in application range and the like.
Description
Technical field
The present invention relates to the technical field of Internet of Things application, particularly a kind of concerning security matters place intelligent management monitor supervision platform based on Internet of Things.
Background technology
The ITU the Internet report of International Telecommunications Union (ITU) issue, Internet of Things has been done as given a definition: by two dimension code reading equipment, radio-frequency (RF) identification (RFID) device, infrared inductor, the global positioning system information sensing equipment such as laser scanner of unifying, by the agreement of agreement, any article are connected with the Internet, carry out information exchange and communicate by letter, to realize a kind of network of intelligent identification, location, tracking, monitoring and management.By technology of Internet of things, finally realize article and article (Thing to Thing, T2T), people and article (Human to Thing, H2T), the interconnection between person to person (Human to Human, H2H).
Safety defense monitoring system is application optical fiber, coaxial cable or microwave transmission video signal in its closed loop, and from shooting to image, shows and record the system of formation independent completion.It can be in real time, image, reflect monitored object truly, not only greatly extended the viewing distance of human eye, and expanded the function of human eye, it can replace manually monitoring for a long time under rugged environment, people can be seen and be monitored all situations of on-the-spot actual generation, and record by video tape recorder.Warning system equipment is reported to the police to illegal invasion simultaneously, the alarm signal input alarm host machine of generation, and alarm host machine triggers supervisory control system video recording record.Traditional safety defense monitoring system is normally built on the basis of wired sensor network, therefore be subject to all many-sided restrictions such as wire laying mode, installation site, operation and maintenance, once line disconnection simultaneously, the fail safe of system will be subject to very big security threat.
Traditional file, books (posting electronic tag) access management system are to adopt artificial method, utilize RFID read-write equipment, manually the electronic tag on file, books is carried out to read-write operation, thereby realize the access to file, exist the shortcomings such as efficiency is low, human cost Gao Gao.
Summary of the invention
The shortcoming that the object of the invention is to overcome prior art, with not enough, provides a kind of concerning security matters place intelligent management monitor supervision platform based on Internet of Things.
Object of the present invention is achieved through the following technical solutions:
Concerning security matters place intelligent management monitor supervision platform based on Internet of Things, comprises the main controlled node controlled for data processing and system, for the door lock node of access registrar, for the cabinet lock node of archives automatic access, for the video monitoring node of real time video collection, for the place monitor node of environmental monitoring, for the interlock alarming node of reporting to the police, for the wireless near field communication network of transfer of data and for the webserver of data storage and Long-distance Control; Described main controlled node, video monitoring node are connected with the webserver by network interface, and main controlled node, door lock node, cabinet lock node, video monitoring node, place monitor node, interlock alarming node are connected by wireless near field communication cellular logic.
Described main controlled node comprises central processing unit, and the main controlled node operation interface being connected with central processing unit, SMS module, main controlled node close range wireless communication module, network interface and main controlled node auditory tone cues module.Main controlled node operation interface is realized by keyboard and touch-screen, for user interactions, SMS module is used for realizing SMS alarm function, and main controlled node close range wireless communication module is for interconnecting with other nodes (door lock node, cabinet lock node, video monitoring node, place monitor node and interlink warning node).Main controlled node communicates by main controlled node wireless near field communication network and other nodes, main controlled node communicates by network interface and the webserver simultaneously, monitor message is sent to the webserver, and reception server instruction is controlled to partial node equipment.It is indoor that main controlled node is arranged on concerning security matters place, completes that information gathering, information processing, instruction send, monitoring place and maintain the functions such as operation of system.
Described door lock node is for gateway, place, door lock node sensor assembly, RFID module, door lock nodal operation interface, door lock node close range wireless communication module, electronic lock body module, supply module and MCU, consist of, door lock node sensor assembly, RFID module and door lock node close range wireless communication module are connected with MCU by serial ports.Door lock node sensor assembly involving vibrations transducer, pressure sensor and family of power and influence's transducer, for detection of electronic lock whether be subject to brute force attack and door open and-shut mode; RFID module is comprised of rfid interrogator and processor, for user's authentication and the discrepancy situation of detection archives; Realize by keyboard and touch-screen at door lock nodal operation interface, for authenticating user identification; Door lock node close range wireless communication module is carried out transfer of data for MCU and other nodes; Supply module is for realizing civil power 220V and lithium battery for the processing of electric power storage.MCU controls the switching of the electromagnetically operated valve of electronic lock according to instruction (user cipher authentication, RFID authentication and main controlled node instruction), when detecting emergency, can, by close range wireless communication module broadcasting emergency information to other sub-control nodes, realize interlink warning and process MCU.
Further, door lock node is used for realizing password/RFID authentication and detects archives by the situation with in/out concerning security matters place, when authentification failure, and the locked and processing of reporting to the police of door lock node meeting; Door lock node can comprehensively judge that whether door lock is by Brute Force by multiple sensors, and emergency message is sent to other nodes, realizes interlink warning; Door lock node detects by the archive information with in/out concerning security matters place by RFID module, rfid interrogator scan round is through the electronic tag of gateway, place and it is sent to processor by serial ports, treated device sends to MCU by the electronic tag detecting by serial ports after processing, and MCU sends to main controlled node again; The order that door lock node is accepted main controlled node control electromagnetically operated valve open/close, obtain sensor information and facility information.
Described cabinet lock is saved in the automatic access of realizing password/RFID authentication and safe cabinet Archives, its building block is identical with door lock node, for safe cabinet, the main distinction is that the antenna of RFID module is different, the antenna of cabinet lock node is ceramic antenna, be placed in the inside (side and top) of safe cabinet cabinet, for detection of the electronic tag in secret cabinet, realize the automatic access of archives.When user beats cabinet lock, MCU identifies subscriber identity information by password/RFID authentication, user deposits in or takes out after safe cabinet by the archives that post electronic tag, the antenna of rfid interrogator is by periodic scan or condition (as cutting out safety cabinet) driver sweep, the electronic labeling information detecting is sent to processor by serial ports, processor is judged the archive information that deposits in or take out and is sent it to MCU by algorithm, MCU passes through wireless near field communication Internet Transmission to main controlled node by user profile and its archive information that deposits in or take out, by main controlled node, upgrade the data in webserver data storehouse again, thereby realize the automation access management of user to archives, when authentification failure, the locked and processing of reporting to the police of cabinet lock node meeting, cabinet lock node can comprehensively judge that whether door lock is by Brute Force by multiple sensors, and emergency message is sent to other nodes, realizes interlink warning, cabinet lock node is detected and is stored into/takes out the archive information of safe cabinet and archive information is sent to main controlled node by RFID module, the instruction that cabinet lock node is accepted main controlled node control electromagnetically operated valve open/close, obtain sensor information and facility information.
Described video monitoring node is comprised of relay, IP Camera, video monitoring node close range wireless communication module, video monitoring node sensor assembly and MCU, video monitoring node sensor assembly is connected with MCU by serial ports with video monitoring node close range wireless communication module, and IP Camera is connected to the webserver by network interface.Video monitoring node sensor assembly comprises pyroelectric infrared sensor and microwave remote sensor, for detection of place personnel's activity; Video monitoring node close range wireless communication module is carried out transfer of data for MCU and other nodes; The switch of Control IP Camera.When video monitoring node transducer detects personnel's turnover activity or receives the instruction of other nodes, MCU opens IP Camera and carries out real-time video monitoring, and video information is transferred to the webserver by Internet carries out data storage.
Further, when video monitoring node detects personnel's turnover activity by video monitoring node sensor assembly, open IP Camera and monitor in real time, record a video; Video monitoring node receives after the emergency instruction of other nodes, opens IP Camera and monitors in real time, records a video; Video monitoring node is opened IP Camera in setting-up time section and is carried out video monitoring, video recording; User carries out monitoring remote video and video recording by video monitoring node after authentication.
Described place monitor node comprises place monitor node sensor assembly, place monitor node close range wireless communication module and MCU, and place monitor node sensor assembly is connected with MCU by serial ports with place monitor node close range wireless communication module.Place monitor node sensor assembly comprises infrared sensor, temperature/humidity sensor, Smoke Sensor, is respectively used to monitor place personnel activity, site surrounding temperature/humidity, place fire-fighting situation.When temperature/humidity or smog are when abnormal, monitor node will send to interlink warning node and main controlled node by warning message by place monitor node close range wireless communication module, realize onsite alarming and SMS alarm; When personnel's turnover activity being detected, notice video monitoring node is opened IP Camera and is carried out recording monitor.
Described interlink warning node comprises warning device and interlink warning joint close range wireless communication module, and interlink warning node saves by interlink warning the warning message that close range wireless communication module receives other nodes, and reports to the police.
Described wireless near field communication network is one or more in ZigBee, bluetooth, infrared or WLAN (wireless local area network) 802.11.
The described webserver, for realizing the management platform based on C/S or B/S, can operate by PC or intelligent hand-held terminal telemanagement.Realize personal management function, comprise personnel's archives, access registrar control mode and authority, query modification etc.; Realize file administration function, comprise archive information, process status, location binding, query modification etc.; Realize video monitoring function, comprise the authentication connection of camera, real-time monitoring, video recording etc.; Realize equipment Management Function, comprise equipment files, parameter configuration, process status, historical events etc.; Realize log management function.
The authentication method of the concerning security matters place intelligent management monitor supervision platform based on Internet of Things, that the safe cabinet in concerning security matters place is divided into a plurality of Permission Levels (as A, B, C, tetra-Permission Levels of D), the Permission Levels of the article file in safe cabinet are also corresponding with safe cabinet Permission Levels, also user are divided into a plurality of Permission Levels (as A, B, C, tetra-Permission Levels of D) simultaneously.
When user enters concerning security matters place (special-purpose reference room), (system is obtained user profile from rfid card on doorway, by door lock node, to carry out RFID authentication, as Permission Levels C) and cipher authentication, after the user of C Permission Levels enters, by the password of input safe cabinet, can only open C Permission Levels and following (C, D Permission Levels) safe cabinet with obtain the corresponding article file of Permission Levels with it, cannot open A, the safe cabinet of B Permission Levels (even if the safe cabinet password of input is correct), if simultaneously by back door, (Brute Force or high Permission Levels user forget and close A C authority, B grade safe cabinet) got A, the article file of B Permission Levels, during through the RFID channel-type read write line on doorway, system can automatic alarm.
The present invention has following advantage and effect with respect to prior art:
First, compare with existing safety defense monitoring system, each sub-control node of this patent has interlink warning function, between sub-control node, can directly carry out point-to-point communication, sub-control node itself has information analysis ability simultaneously, once independent sub-control node is judged as emergency, it can directly send emergency message to other sub-control nodes in network, make other sub-control nodes take corresponding precautionary measures (as locked electronic lock and safe cabinet, carry out video record, SMS alarm etc.), the diffusion being against any misfortune.
The second, existing safety defense monitoring system need to be collected sensor information unification center processor and carries out analyzing and processing again, once destruction center's processor, system cannot work on, once and cut off the circuit of center processor and warning device, system also cannot continue warning.The sub-control node of this patent has information processing capability, and information just can be judged at sub-control node, and energy is direct and other sub-control nodes communicate, thereby the dependence of center processor is reduced greatly.
Once three, traditional safety defense monitoring system sensor assembly is destroyed, system just cannot work on.Each sub-control node (sensor node) of patent of the present invention is all directly connected with a plurality of transducers, and the separate work of each sub-control node, the destruction of single-sensor or sub-control node does not affect the normal work of other sub-control nodes, can greatly improve the fail safe in monitoring place in early warning mechanism.
Four, patent of the present invention has the intelligent storage function of monitor video.Traditional video monitoring system is continual monitoring in 24 hours, and monitor video is all stored, and the hard drive space of hundreds of G only can be supported the video storage of several days, has increased greatly the pressure of storage.This patent has intelligent storage video capability, when the transducer of system sub-control node detects abnormal conditions, just open video storage function, or open video storage function in the Frequent Accidents time period (if 24:00 is to 6:00 in morning), other times section is only carried out video monitoring, does not carry out video storage, thereby has greatly alleviated the video storage pressure of system, save overhead, shortened the time of analysis monitoring video.
Five, this patent provides the authentication method of a kind of system user identity classification, article file in user, safe cabinet, safe cabinet is divided into different Permission Levels, the user of low rights grade cannot open the safe cabinet (even if knowing the password of safe cabinet electronic lock) of high Permission Levels, and the user of low rights grade cannot be with the article file (even if having obtained article file by illegal means) of high Permission Levels.In access control, can greatly improve the fail safe in management and control place.
Six, this patent has been realized the combination of safety monitoring and the management of archives automatic access, user deposits article/file or take out in safe cabinet, by the rfid interrogator in safe cabinet, article/fileinfo that system meeting automatic decision deposits in or takes out, and the article/fileinfo that deposits in or take out is sent to server, thereby realize the automatic access management of archives.
Accompanying drawing explanation
Fig. 1 is the system node distribution map of patent of the present invention;
Fig. 2 is that patent system applied environment of the present invention is always schemed;
Fig. 3 (a)-Fig. 3 (c) is three kinds of topology diagrams of patent ZigBee wireless near field communication network of the present invention;
Fig. 4 is the schematic block circuit diagram of patent main controlled node of the present invention;
Fig. 5 is the schematic block circuit diagram of patent door lock node of the present invention and cabinet lock node;
Fig. 6 is the schematic block circuit diagram of patent video monitoring node of the present invention;
Fig. 7 is the schematic block circuit diagram of patent of the present invention place monitor node;
Fig. 8 is the schematic block circuit diagram of patent interlink warning node of the present invention.
Embodiment
Below in conjunction with embodiment and accompanying drawing, the present invention is described in further detail, but embodiments of the present invention are not limited to this.
Embodiment
As shown in Figure 1, whole system is according to different functional module application, be divided into main controlled node, door lock node, cabinet lock node, video monitoring node, place monitor node and associating alarming node, by these nodes, form ZigBee communication network, realize the wireless transmission of data in concerning security matters place, by main controlled node, by network interface, be connected to again the server of local area network (LAN), the Internet, finally realize interconnecting of wireless short-distance wireless communication networks, local area network (LAN), the Internet three macroreticulars.In monitoring place, each node is realized mutual data communication by ZigBee wireless network, thereby whole place is monitored and managed, and comprises the automatic access management of access registrar, process monitoring, invasion identification, interlink warning and archives.Main controlled node sends to the webserver by Internet after the information (change procedure of the change procedure in place, the change procedure of facility, archives, intrusion alarm information etc.) gathering is processed.The webserver deposits database in after the information of acceptance is processed, and realizes information management---personal management, file administration, video monitoring, equipment control, log management etc. to whole system.User can check the situation in place by pc client or mobile client (as mobile phone), carries out remote monitoring and telemanagement.
As shown in Figure 2, the applied environment of patent of the present invention is mainly the concerning security matters place of secret office of government, military organs and enterprises and institutions.Main monitored object and process: concerning security matters site surrounding factors vary, flow of personnel, archives flow.Main controlled node is placed in the center in concerning security matters place, for carrying out system control, carries out exchanges data and accepts command control system with the webserver; Door lock node is placed in gateway, concerning security matters place, for personnel, enters the authentication in concerning security matters place and the situation that monitoring archives were brought into or took out of concerning security matters place; Cabinet lock node is placed on the safe cabinet in concerning security matters place, for opening the authentication of safe cabinet and realizing the automation access of archives; Video monitoring node is placed in the position of indoor broad view, for video monitoring and video recording are carried out in concerning security matters place; Place monitor node is placed in positions different in concerning security matters place, for the environment (temperature, humidity, smog, personnel activity etc.) of monitoring in concerning security matters place, changes; Interlink warning node is placed in concerning security matters place, for the anomalous event in place, carries out onsite alarming.
In actual applications, according to different applied environments, can adopt any one in three kinds of network topology structures shown in Fig. 3 (a)-Fig. 3 (c), wherein coordinator node is ZigBee-network Centroid (representing with five-pointed star), and routing node and terminal node are ZigBee-network partial node (representing with great circle and roundlet).In Star Network, all partial nodes directly intercom mutually with Centroid; In mesh network, between router and telegon, router and router, can intercom mutually, terminal node can only intercom mutually with father node; Tree network is a kind of special circumstances of mesh network, and except the node being directly connected with telegon, all nodes can only be by father node and telegon indirect communication.
As shown in Figure 4, the main controlled node of patent of the present invention comprises central processing unit, has connected touching display screen, USB interface, ide interface, audio interface, RJ45 interface, ZigBee communication module, SMS module and supply module on central processing unit.ZigBee communication module is ZigBee telegon, and central processing unit communicates by itself and other node, and the monitor message in timing acquiring place sends instruction and controls other sub-control nodes.Central processing unit is connected to Internet by network interface, stores the monitor message after processing into webserver data storehouse, accepts the instruction of server simultaneously and controls whole system.Central processing unit can be by SMS module to user's warning of sending short messages when receiving warning message.Touching display screen, for user cipher authentication, relevant inquiring, menu operation and relevant dialogue, shows the information of each sub-control node.Supply module is for realizing civil power 220V and lithium battery for the processing of electric power storage.
Main controlled node is monitored site surrounding change procedure, mainly comprises temperature, smog, personnel's turnover etc.; Main controlled node is monitored the change procedure of facility, the physical state that mainly comprises authenticating device lock body changes (machinery, power supply, temperature etc.), lock body operational state change (illegally cracking operation), the operating state of the operating state of RFID equipment, the operating state of camera, each node etc.; Main controlled node is monitored the change procedure of archives, mainly refers to the monitoring that is stored into or takes out safe cabinet to posting the archives of RFID label; Main controlled node sends to the webserver by monitor message, and after reception server instruction, partial node equipment is controlled to (parameter setting, control open/close etc.).
As shown in Figure 5, the door lock node of patent of the present invention is comprised of user interface, sensor assembly, ultrahigh frequency RFID module, ZigBee communication module, supply module, electromagnetically operated valve, electronic lock body, auditory tone cues module, MCU etc.User interface, for user cipher authentication and RFID authentication, is controlled the open/close of electromagnetically operated valve; The main involving vibrations transducer of sensor assembly, pressure sensor and family of power and influence's transducer, for obtaining the open/close situation of lock body vibration, pressure state and electronic lock, judge whether door lock is opened by violence; Ultrahigh frequency RFID module is comprised of ultrahigh frequency radio frequency identification (RFID) reader and processor, and the situation that adopts channel-type antenna to detect on doorway to post the archives of electronic tag to be brought or take out of into concerning security matters place, can also carry out RFID authentication simultaneously; ZigBee communication module is ZigBee router, for carrying out transfer of data with other nodes.
Wherein, MCU carries out cipher authentication and RFID authentication determination, and when cipher authentication or RFID authentification failure surpass 3 times, it is locked that MCU will control electromagnetically operated valve, and carry out onsite alarming, and warning message is sent to server; MCU judges by vibration/pressure sensor whether door lock is opened by violence, once be judged as Brute Force, MCU sends to other nodes (as notice interlink warning node alarm for opening, notice video monitoring node are opened camera, notice main controlled node carries out SMS alarm etc.) by ZigBee communication module by emergency message, realizes interlink warning; When posting the archives of electronic tag and be brought into/take out of concerning security matters place, the channel-type antenna scan round of ultrahigh frequency radio frequency identification (RFID) reader by doorway is through the electronic tag of gateway, place and it is sent to processor by serial ports, treated device sends to MCU by the archive information detecting by serial ports after processing, MCU sends to main controlled node by archive information, and main controlled node is issued the webserver after treatment; MCU accept server instruction control electromagnetically operated valve open/close, obtain sensor information and facility information.
As shown in Figure 5, the building block of cabinet lock node is identical with door lock node, the main distinction is that the antenna of ultrahigh frequency RFID module is different, the antenna of cabinet lock node is ceramic antenna, be placed in the inside (side and top) of safe cabinet cabinet, when user beats cabinet lock, MCU identifies subscriber identity information by password/RFID authentication, user deposits in or takes out after safe cabinet by the archives that post electronic tag, the antenna of ultrahigh frequency radio frequency identification (RFID) reader is by periodic scan or condition (as cutting out safety cabinet) driver sweep, the electronic labeling information detecting is sent to processor by serial ports, processor is judged the archive information that deposits in or take out and is sent it to MCU by algorithm, MCU passes through wireless near field communication Internet Transmission to main controlled node by user profile and its archive information that deposits in or take out, by main controlled node, upgrade the data in webserver data storehouse again, thereby realize the automation access management of user to archives.
As shown in Figure 6, video monitoring node is comprised of sensor assembly, IP Camera, ZigBee communication module, supply module, MCU etc.Sensor assembly mainly comprises pyroelectric infrared sensor and microwave remote sensor, for obtaining place, whether has enter/movable state of personnel; IP Camera is for local storage video recording, monitoring remote video and video recording; ZigBee communication module is ZigBee router, for communicating with other nodes.
MCU detects place personnel's turnover activity by sensor assembly, or while receiving the emergency instruction that other nodes transmit, can open IP Camera power supply by supply module, monitor in real time or record a video, and monitor video is uploaded to the webserver store; MCU can be arranged on the Frequent Accidents time period (as 0:00-7:00), and regularly opening IP Camera carries out video monitoring; Keeper can carry out monitoring remote video and video recording after need to authenticating by client identity.
As shown in Figure 7, place monitor node is comprised of infrared/microwave remote sensor, temperature/humidity sensor, Smoke Sensor, ZigBee communication module, supply module, MCU etc.ZigBee communication module is Zigbee router.Place monitor node, by infrared/microwave remote sensor monitoring place personnel activity, is monitored site surrounding temperature/humidity by temperature/humidity sensor, by Smoke Sensor, monitors place fire-fighting situation.In addition, go back spare interface and adapt to the more access of multisensor later.When temperature or smog surpass certain threshold values, MCU sends to interlink warning node and main controlled node by ZigBee communication module by warning message, realizes onsite alarming and SMS alarm.When personnel's discrepancy, activity being detected, notice video monitoring node is opened IP Camera and is recorded a video.
As shown in Figure 8, interlink warning node is comprised of alarm, ZigBee communication module and MCU.ZigBee communication module is Zigbee router.When interlink warning node receives the warning message of other nodes (main controlled node, door lock node, cabinet lock node and video monitoring node), MCU controls large-power alarm system and carries out onsite alarming.
Above-described embodiment is preferably execution mode of the present invention; but embodiments of the present invention are not restricted to the described embodiments; other any do not deviate from change, the modification done under Spirit Essence of the present invention and principle, substitutes, combination, simplify; all should be equivalent substitute mode, within being included in protection scope of the present invention.
Claims (10)
1. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things, it is characterized in that, comprise the main controlled node controlled for data processing and system, for the door lock node of access registrar, for the cabinet lock node of archives automatic access, for the video monitoring node of real time video collection, for the place monitor node of environmental monitoring, for the interlock alarming node of reporting to the police, for the wireless near field communication network of transfer of data and for the webserver of data storage and Long-distance Control; Described main controlled node, video monitoring node are connected with the webserver by network interface, and main controlled node, door lock node, cabinet lock node, video monitoring node, place monitor node, interlock alarming node are connected by wireless near field communication cellular logic.
2. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 1, it is characterized in that, described main controlled node comprises central processing unit, and the main controlled node operation interface being connected with central processing unit, SMS module, main controlled node close range wireless communication module, network interface and main controlled node auditory tone cues module; Main controlled node operation interface is realized by keyboard and touch-screen, for user interactions, SMS module is used for realizing SMS alarm function, and main controlled node close range wireless communication module is for interconnecting with other nodes, and main controlled node auditory tone cues module is used for carrying out voice message; Main controlled node communicates by main controlled node close range wireless communication module and other nodes, main controlled node communicates by network interface and the webserver simultaneously, monitor message is sent to the webserver, and reception server instruction is controlled to partial node equipment.
3. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 1, it is characterized in that, described door lock node is for gateway, place, door lock node sensor assembly, RFID module, door lock nodal operation interface, door lock node close range wireless communication module, electronic lock body module, supply module and MCU, consist of, door lock node sensor assembly, RFID module and door lock node close range wireless communication module are connected with MCU by serial ports; Door lock node sensor assembly involving vibrations transducer, pressure sensor and family of power and influence's transducer, for detection of electronic lock whether be subject to brute force attack and door open and-shut mode; RFID module is comprised of rfid interrogator and processor, for user's authentication and the discrepancy situation of detection archives; Realize by keyboard and touch-screen at door lock nodal operation interface, for authenticating user identification; Door lock node close range wireless communication module is carried out transfer of data for MCU and other nodes; Supply module is for realizing civil power 220V and lithium battery for the processing of electric power storage; MCU controls the switching of the electromagnetically operated valve of electronic lock according to instruction, when MCU detects emergency, can, by door lock node close range wireless communication module broadcasting emergency information to other sub-control nodes, realize interlink warning and process.
4. according to the concerning security matters place intelligent management monitor supervision platform based on Internet of Things described in claim 1 or 3, it is characterized in that, door lock node is used for realizing password/RFID authentication and detects archives by the situation with in/out concerning security matters place, when authentification failure, the locked and processing of reporting to the police of door lock node meeting; Door lock node can comprehensively judge that whether door lock is by Brute Force by multiple sensors, and emergency message is sent to other nodes, realizes interlink warning; Door lock node detects by the archive information with in/out concerning security matters place by RFID module, rfid interrogator scan round is through the electronic tag of gateway, place and it is sent to processor by serial ports, treated device sends to MCU by the archive information detecting by serial ports after processing, and MCU sends to main controlled node again; The order that door lock node is accepted main controlled node control electromagnetically operated valve open/close, obtain sensor information and facility information.
5. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 3, it is characterized in that, cabinet lock node is used for realizing the automatic access of password/RFID authentication and safe cabinet Archives, and its building block is identical with door lock node, for safe cabinet, when user beats cabinet lock, MCU identifies subscriber identity information by password/RFID authentication, user deposits in or takes out after safe cabinet by the archives that post electronic tag, the antenna of the rfid interrogator in safe cabinet is by periodic scan or condition driver sweep, the electronic labeling information detecting is sent to processor by serial ports, processor is judged the archive information that deposits in or take out and is sent it to MCU by algorithm, MCU passes through wireless near field communication Internet Transmission to main controlled node by user profile and its archive information that deposits in or take out, by main controlled node, upgrade the data in webserver data storehouse again, thereby realize the automation access management of user to archives, when authentification failure, the locked and processing of reporting to the police of cabinet lock node meeting, cabinet lock node can comprehensively judge that whether door lock is by Brute Force by multiple sensors, and emergency message is sent to other nodes, realizes interlink warning, cabinet lock node is detected and is stored into/takes out the archive information of safe cabinet and archive information is sent to main controlled node by RFID module, the instruction that cabinet lock node is accepted main controlled node control electromagnetically operated valve open/close, obtain sensor information and facility information.
6. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 1, it is characterized in that, described video monitoring node is comprised of relay, IP Camera, video monitoring node close range wireless communication module, video monitoring node sensor assembly and MCU; Video monitoring node sensor assembly is connected with MCU by serial ports with video monitoring node close range wireless communication module, and IP Camera is connected to the webserver by network interface; Video monitoring node sensor assembly comprises pyroelectric infrared sensor and microwave remote sensor, for detection of place personnel's activity; Video monitoring node close range wireless communication module is carried out transfer of data for MCU and other nodes; The switch of Control IP Camera; When video monitoring node transducer detects personnel's turnover activity or receive other node instructions, MCU opens IP Camera and carries out real-time video monitoring, and video information is transferred to the webserver by Internet carries out data storage.
7. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 6, it is characterized in that, when video monitoring node detects personnel's turnover activity by video monitoring node sensor assembly, open IP Camera and monitor in real time, record a video; Video monitoring node receives after the emergency instruction of other nodes, opens IP Camera and monitors in real time, records a video; Video monitoring node is opened IP Camera in setting-up time section and is carried out video monitoring, video recording; User carries out monitoring remote video and video recording by video monitoring node after authentication.
8. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 1, it is characterized in that, place monitor node comprises place monitor node sensor assembly, place monitor node close range wireless communication module and MCU, and place monitor node sensor assembly is connected with MCU by serial ports with place monitor node close range wireless communication module; Place monitor node sensor assembly comprises infrared sensor, temperature/humidity sensor, Smoke Sensor, is respectively used to monitor place personnel activity, site surrounding temperature/humidity, place fire-fighting situation; When temperature/humidity or smog are when abnormal, monitor node will send to interlink warning node and main controlled node by warning message by place monitor node close range wireless communication module, realize onsite alarming and SMS alarm; When personnel's turnover activity being detected, notice video monitoring node is opened IP Camera and is carried out recording monitor.
9. the concerning security matters place intelligent management monitor supervision platform based on Internet of Things according to claim 1, it is characterized in that, interlink warning node comprises MCU, warning device and interlink warning node close range wireless communication module, interlink warning node saves by interlink warning the warning message that close range wireless communication module receives other nodes, and MCU controls alarm module and reports to the police.
10. according to the concerning security matters place intelligent management monitor supervision platform based on Internet of Things described in any one in claim 1-9, it is characterized in that, described wireless near field communication network is one or more in ZigBee, bluetooth, infrared or WLAN (wireless local area network) 802.11.
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