CN106572189A - Multi-sensor intelligent monitoring system based on Internet of things - Google Patents
Multi-sensor intelligent monitoring system based on Internet of things Download PDFInfo
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- CN106572189A CN106572189A CN201611002709.0A CN201611002709A CN106572189A CN 106572189 A CN106572189 A CN 106572189A CN 201611002709 A CN201611002709 A CN 201611002709A CN 106572189 A CN106572189 A CN 106572189A
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- 238000004891 communication Methods 0.000 claims description 22
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- 238000001514 detection method Methods 0.000 claims description 3
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- 238000005516 engineering process Methods 0.000 description 13
- 238000000034 method Methods 0.000 description 5
- 238000010586 diagram Methods 0.000 description 3
- 230000004807 localization Effects 0.000 description 3
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D21/00—Measuring or testing not otherwise provided for
- G01D21/02—Measuring two or more variables by means not covered by a single other subclass
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/02—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
- H04L67/025—Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W84/00—Network topologies
- H04W84/18—Self-organising networks, e.g. ad-hoc networks or sensor networks
Abstract
The invention provides a multi-sensor intelligent monitoring system based on the Internet of things, which comprises a monitoring client, a server and a plurality of sensor monitoring modules, and is characterized in that the sensor monitoring modules and the monitoring client are connected with the server; the monitoring client comprises a mobile equipment monitoring client and a PC monitoring client, and the mobile equipment monitoring client is used for performing real-time data monitoring; and the PC monitoring client comprises a system login module, a real-time data monitoring module and a data analysis module. The multi-sensor intelligent monitoring system further comprises a gateway module, and the sensor monitoring modules are connected with the server through the gateway module. According to the invention, real-time monitoring is performed on target equipment by means of various sensor modules, data is transmitted to the server, and real-time conditions of a monitoring target can be seen by a user visually on an interface of the monitoring client after the data is analyzed and processed, and the multi-sensor intelligent monitoring system is convenient, efficient, more intelligent and low in cost.
Description
Technical field
The present invention relates to sensor-based wireless monitoring technology, the monitored results real-time Transmission based on the Internet+thinking
With the Interface Design Technology field of monitoring technology, the website interface technology based on ASP.NET and desktop software and mobile device, especially
Which is related to a kind of Multi-sensor intelligent monitoring system based on Internet of Things.
Background technology
With the fast development of the progress of Information technology, particularly the Internet, actual life becomes increasingly dependent on the Internet, by
This Internet of Things that has also been born.For traditional Internet of Things monitoring technology, for different monitoring objectives, need professional according to
Various demands build a monitoring system, and this causes the threshold using technology of Internet of things higher, it is impossible to popular.For this feelings
Condition, it is necessary to design a network monitoring system for things, which uses wide, extensibility height, can be widely used in various Internet of Things
Monitoring project.
The content of the invention
In order to overcome the shortcoming that prior art is present with a kind of not enough, multisensor intelligence based on Internet of Things of present invention offer
Energy monitoring system, carries out monitor in real time by various sensor assemblies, and transfers data to server end to target device, Jing
After crossing parsing and processing, user can be intuitive to see the real-time condition of monitoring objective on monitor client interface, with it is convenient,
Efficiently, more intelligent and low cost and other advantages.
To solve above-mentioned technical problem, the present invention provides following technical scheme：A kind of multisensor intelligence based on Internet of Things
Energy monitoring system, including monitor client, server end and some Sensor monitoring modules, the Sensor monitoring module, prison
Control client is connected with server end；Wherein
The Sensor monitoring module is monitored and is managed to monitoring objective equipment, and enters line number to monitoring objective equipment
According to collection, server end is then transferred data to；The server end is parsed to data, and the data after parsing are passed
Deliver to monitor client；The real-time status of the monitor client data storage display monitoring target device.
Further, the monitor client includes mobile device monitor client and PC monitor clients, the movement
Monitoring of tools client is used for real time data inspecting.
Further, the mobile device monitor client is used for real time data inspecting, including：Show Sensor monitoring mould
The real time data of block, carries out the warning of abnormal conditions, and to monitored results real-time Transmission to server end.
Further, the PC monitor clients include system login module, real time data inspecting module and data analysiss
Module；
The system login module, is used for：User management and security inspection are carried out, configuration detects ambient parameter, and
The monitoring range of Sensor monitoring module is set；
The real time data inspecting module, is used for：The display of Sensor monitoring module real time data, the report of abnormal conditions
It is alert, and by monitored results real-time Transmission to server end；
The data analysis module, is used for：The conventional historical data of inquiry, inquires about alarm log, and by data scheming
The form of table is displayed for user and intuitively obtains status of equipment.
Further, the server end includes data resolution module, mobile data network interface module, exception monitoring mould
Block, project management module, account management module and Backup Data module, wherein
The data resolution module, for parsing to the data that Sensor monitoring module is received, and stores to data
In storehouse；
The mobile data network interface module, for looking into exception record to the inquiry of mobile monitor clients providing data
Ask interface；
The exception monitoring module is used for：When the data of received server-side Sensor monitoring module transmission, can basis
The monitoring configuring condition of user, checks specific device data, if finding, unusual condition occurs in specific equipment, by abnormal shape
Condition data read in data base；
The project management module is used for：System manager is monitored concrete configuration, only Jing to project management module
The Multi-sensor intelligent monitoring system of monitoring concrete configuration is crossed, equipment can be just recognized and be started monitor in real time；
The account management module be used for system manager Multi-sensor intelligent monitoring system is carried out account management and
Arrange；
The Backup Data module is for being backed up and stored to the data of main server-side.
Further, the Sensor monitoring module includes some sensor assemblies, and the sensor assembly includes sensing
Device and sensing microprocessor, the sensor acquisition relevant information data, the sensing microprocessor are used for processing information data.
Further, the sensor assembly passes through I2C communication modes are connected with Sensor monitoring module.
Further, the sensor includes that power feels class sensor, vision class sensor, audition class sensor, olfactory sensation class
Sensor, tactile class sensor, quantity of motion class sensor and general class sensor.
Further, the Multi-sensor intelligent monitoring system also includes gateway module, and the Sensor monitoring module is led to
Cross gateway module to be connected with server end.
Further, the gateway module includes microprocessor unit and ZigBee radio communication units；The microprocessor
Device unit is for being processed to network signal；The ZigBee radio communication units are used to build ZigBee wireless networks
And network service is carried out with heterogeneous network.
After above-mentioned technical proposal, the present invention at least has the advantages that：
1st, the present invention has the advantages that reconfigurability and adaptivity are strong, is easy to user installation to dispose；：User can be according to prison
Control demand, the sensor assembly in quick-replaceable Sensor monitoring module dramatically saves on the networking time of user；Sensor
In module after electricity, system can be identified to sensor assembly automatically, and automatically generates sensor data transmission structure；The present invention
The private customization of Internet of Things network users can be realized, Internet of Things is improved in the intelligent, compatible of each application；
2nd, study and formulate Internet of Things intelligent monitoring industry data and exchange all purpose communication specification：Present invention employs a set of logical
It is strong with property, cover the big Internet of Things communications protocol in face, can guarantee that the data communication of major part sensor at present, and newly to grind in the future
The sensor for sending remains enough space encoders；If this invention can be widely popularized, by the communication of various kinds of sensors on the market
Agreement is standardized and standardization, unified communication standard in research and formulation industry, it is more likely that promote Internet of Things industry
Reform again；
3rd, mobile Internet of Things intelligent monitoring is realized using the Internet+technology：The present invention provides PC ends and Android platform
Operation, to lift the experience of user, is simplified to foolproof setting from programming, makes system threshold lower, more by client
It is easy to use.
Description of the drawings
Fig. 1 is a kind of general frame figure of the Multi-sensor intelligent monitoring system based on Internet of Things of the present invention；
Factory monitor client monitoring interface schematic diagrams of the Fig. 2 for the embodiment of the present invention；
Setting project property operations schematic diagrams of the Fig. 3 for factory's monitor client of the embodiment of the present invention；
Configuration monitoring region operation charts of the Fig. 4 for factory's monitor client of the embodiment of the present invention；
User interface information figures of the Fig. 5 for factory's monitor client of the embodiment of the present invention；
Fig. 6 is addition nodal operation method figure in factory's monitor client of the embodiment of the present invention；
Fig. 7 is setting nodename operation chart in factory's monitor client of the embodiment of the present invention；
Fig. 8 is addition sensor operations schematic diagram in embodiment of the present invention factory monitor client；
Fig. 9 is that the threshold value of setting Temperature Humidity Sensor and Smoke Sensor in embodiment of the present invention factory monitor client is shown
It is intended to；
Monitoring front views of the Figure 10 for factory's monitor client of the embodiment of the present invention.
Specific embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the application can phase
Mutually combine, the application is described in further detail with specific embodiment below in conjunction with the accompanying drawings.
As shown in figure 1, the present invention provides a kind of Multi-sensor intelligent monitoring system based on Internet of Things, including：Monitoring visitor
Family end, server end and some Sensor monitoring modules；Monitor client includes monitoring pc client and mobile device monitoring visitor
Family end, mobile device such as mobile phone, pad or intelligent watch etc.；Sensor monitoring module includes polytype sensor assembly,
It is strong to feel that class sensor, vision class sensor, audition class sensor, olfactory sensation class sensor, tactile class sensor, quantity of motion class are passed
Sensor and general class sensor etc., as long as the various kinds of sensors of lifestyle device detection can be used for.Present system also includes gateway
Module, Sensor monitoring module are connected with server end by gateway module.
First, module architectures and function of the present invention based on the Multi-sensor intelligent monitoring system of Internet of Things are：
1st, sensor assembly：Sensing microprocessor, sensor, sensor periphery are included in each sensor assembly
Circuit, in Sensor monitoring module, is responsible for gathered data, and sends data to Sensor monitoring module.Usual feelings
Under condition, each sensor assembly only includes a sensor, can only gather a kind of sensing data.
2nd, Sensor monitoring module (ZigBee node)：Several sensings are installed in each Sensor monitoring module
Device module, it is main to be responsible for the data that packing is sent from sensor assembly, and packed packet is sent to into gateway module.Pass
Row information exchange, in described ZigBee wireless networks, sensing are entered by ZigBee wireless networks between sensor monitoring module
Device monitoring module can be used as terminal unit or coordinator.
3rd, gateway module (ZigBee coordinators)：ZigBee coordinators typically only include microprocessor unit and ZigBee without
Line communication unit, the structure of main responsible ZigBee wireless networks and the communication with heterogeneous network, will be from network monitoring system for things
In data transfer received by numerous Sensor monitoring modules to server end.
4th, server end includes：
(1) data resolution module：The module is from gateway module receiving data bag and according to the (communication of data transfer unified standard
Agreement) and sensor type data are parsed with name encoding specification, finally store in data base.
(2) mobile data network interface module：Server end provides data query and exception record query interface, mobile phone
The function in web service interfaces, server are called by HTTPS agreements one GET request of transmission to server end in APP ends
End returns the data of XML format.
(3) exception monitoring module：When received server-side is to data from slave computer, can be matched somebody with somebody according to the monitoring of user
Put situation and check specific device data, if it find that unusual condition occurs in equipment, abnormal related data can be read in by the module
Data base.
(4) project management module：This module allows system manager to be monitored concrete configuration, is only carrying out configuration
System can just recognize equipment and start monitor in real time afterwards, specifically include：
Project configuration and localization：Configuration item attribute and serializing and unserializing project data；
Monitor area is configured：Addition/delete monitor area, imports monitor area figure；
Monitoring Node deployment：Addition/delete monitoring node, configures alert if.
(5) account management module：This module provides addition/deletion user to manager, arranges and specifies user right, looks into
User list is seen, password is changed, the function of authority is set.
(6) Backup Data module：The data of main server-side are backed up and stored.
5th, PC monitor clients include：
(1) system login module：Security inspection is carried out to the user into network monitoring system for things, in case disabled user
Into system.
(1) real time data inspecting module：The feedback of display monitoring target real time data and acquisition unit exception situation.
(2) data analysis module：The module is used to inquire about conventional data and graphically show data, with
Status of equipment is obtained intuitively for user, including：
The inquiry of historical data：The device data that return system was received in the past；
Alarm log is inquired about：The conventional exception record of return system；
Chart shows：Real time data change curve is displayed to the user that graphically.
6th, mobile client：By the data base of network access system server end, and show during by system monitoring fructufy
Show on the mobile apparatus, such as mobile phone, pad etc..
7th, Internet of Things communication protocol includes：
(1) physical layer communication agreement：The agreement of each sensor assembly and Sensor monitoring inter-module communication, communication modes
For I2C is communicated.According to the common point that Boolean value output sensor, digital sensorses and analog sensor have, using three-level
Physical layer communication agreement is formulated in coded method.
(2) data link layer communication agreement：All the sensors module in Sensor monitoring module (ZigBee node) is passed
The data sent back are integrated, using data packet format, mainly encode including network node address, sensor unique identities and
Data content etc., then it is equipped with the special command word such as data head, check bit and stop position.
2nd, Multi-sensor intelligent monitoring system job content of the present invention based on Internet of Things, adopts the following technical scheme that：
The system is by the Wireless monitoring module based on Internet of Things, objective with PC monitoring based on server end is built under .NET platforms
Family end, the APP compositions developed based on Android.System employs wireless monitoring technology, by the data of collection according to data transfer
Unified standard (communications protocol) is packed and is transmitted, and then which can be parsed with efficient algorithm, obtains data and deposits
Enter data base, monitor in real time is carried out to data by pc client and mobile client.
(1) collection of data, process and transmission
After sensor assembly gathered data, the data are carried out according to data transfer unified standard (physical layer communication agreement)
Arrange and Sensor monitoring module is sent to by I2C communications, Sensor monitoring module will carry all the sensors onboard
After the data that module sends are according to data transfer unified standard (data link layer communications protocol) packing, by onboard ZigBee
Radio communication unit sends data to coordinator module (gateway module), and the microprocessor unit in coordinator module will be gathered
Data arranged and server end sent data to by serial ports.
(2) packet of the parsing from Sensor monitoring module
When server end is received after the packet of gateway module by serial ports, first packet is checked, number
Meet data transfer unified standard (data link layer communications protocol) according to bag form, and data packet length is random length, therefore take
The characteristics of business device end is directed to packet random length obtains the data in packet using the method for byte-by-byte reading.
(3) data detection, storage
Server end adopts Microsoft SQL Serve to build the data base of network monitoring system for things so as to carry for system
Data storage function is supplied.Server end can check the real-time device data write into Databasce for unpacking acquisition before this and set
Whether standby data there is exception, if there is exception, by abnormal information in the lump write into Databasce.
(4) mobile device monitor client data transfer
Server end builds website interface (Web Service) using ASP.NET technologies, in website interface design, thing
Interconnected monitoring system will return various data in xml form.Mobile device monitor client is by HTTPS agreements to server end
Packet is sent as the instruction for asking certain method, the operation result of the instruction is returned in xml format after received server-side
Return, mobile device monitor client is parsed with dom methods after receiving XML file, so as to obtain final data and abnormal letter
Breath, shows on a user interface.
(5) PC monitor clients data transfer
Server end is provided with remote access function in Microsoft SQL Serve data base management systems, it is allowed to
PC monitor clients access data base by IP, and PC monitor clients are visited using IP at server end as parameter in being connected with Sql
Ask data base.
(6) real-time display device state
PC monitor clients are to respond the needs that user checks certain monitoring node state, internally specially open up a new line
Journey.The work of this thread is the data and exception record that the node is constantly inquired about from server end, and on a user interface
Continuous updating real time data and in interface feedback device abnormity prompt information.After system monitoring is in the n seconds, this is tied extremely
Point is when being as good as regular data, then by the node be rearranged into normal condition (values of the n for default, span be 10≤n≤
30).Mobile client can be by data display on a user interface after obtaining device data and abnormal information.
(7) data analysiss
PC monitor clients can be inquired about data base and obtain historical data, choose data source with the condition that user sets, fill out
It is charged in form or graph curve so that user can get information about status of equipment.
3rd, application program of the present invention based on the Multi-sensor intelligent monitoring system of Internet of Things, its design technology project is such as
Under：
1st, PC monitor clients include：
(1) common class design
In this network monitoring system for things, the purpose of common class is designed primarily to one in being encapsulated in program development process
Some conventional functions or independent module, in order to management code and improve the reusability of code.The system major design
Two common class, are DBOperate classes and Unpack classes respectively.Wherein, DBOperate classes are mainly used in encapsulation to SQL data
The operation in storehouse, to avoid reducing the degree of coupling of system because forms program directly operates data base as far as possible；Unpack classes
The data for being mainly used in sending slave computer carry out unpacking and process and preserve data to data storehouse.Additionally, the two common class quilts
DLL (dynamic link library) is packaged into for forms routine call, so that module renewal is carried out during subsequent development.
1) DBOperate classes
Comprising method：
·SQLConnection()：For connecting data base
·SQLClose()：For terminating data base's connection
·OpreateSQL()：For the operation such as carrying out inquiring about to data base, inserting, delete, updating
·GetDataCount()：For the data strip number for obtaining inquiring about
·GetDataReader()：For obtaining a SqlDataReader object
·GetDataAdapter()：For obtaining a SqlDataAdapter object
2) Unpack classes：
·Init()：The com object for transmitting is initialized into serialPort
·DataReceive()：The function for being supplied to the log-on data of external call to receive
·DataCheck()：Data frame head, postamble are checked, whether data completely wait operation
·CRC()：Check code is verified by CRC redundancy checks
·Monit()：Whether the data that inspection is received exceed user-defined threshold value
(2) system login module
System login module for carrying out security inspection to the user into network monitoring system for things, in case disabled user
Into system.In User logs in, the user for only having registered in systems can just enter system.
System login module it is critical only that the user name in the user name of user input, password and data base, password
Compare, if the same allow the user to enter system main interface, can otherwise eject prompting frame, point out the use of the user input
Name in an account book or code error.The module realizes that principle is whether to inquire about in data base according to the user name of user input and password
There is the record being consistent, if then logining successfully, otherwise, eject miscue information.
(3) data analysis module
In network monitoring system for things, except the function of monitoring, moreover it is possible to need to check and analysis of history monitoring according to user
Data or record, to realize condition query and graphic analyses data function, need multilist conjunctive query, splice in a particular manner
The data source that inquiry is obtained is tied to DataGirdView controls or Chart controls shows by Sql inquiry strings.Due to
The amount used in condition query function is essentially identical, has used self-defined control QueryGroup to look into as condition in the present system
Module group is ask, mainly by ComBoBox, Label compositions.Wherein ComBoBox can not be received by the value of user input to prevent Sql
Injection attacks.As DataGirdView controls or Chart control datas are typically looked into according to Sql sentences by SqlDataAdapter
Ask data base and obtain data source, the condition obtained in condition query is used to construct Sql query statements, obtains after data source to control
Part is bound, then displayable data.
(4) real time data inspecting module
Real time data inspecting module is the core of network monitoring system for things, in real time data inspecting module, all legal
User can checking monitoring region inner sensor real time data, and automatic alarm is carried when system discovery unit exception
Show that user is processed.
System generates a PictureBox control for representing the monitoring node in the specified monitoring position of the monitor area page
Part, registers the MouseEnter and MouseLeave event of the control, aside occurs one when realizing that mouse enters the control
Show the Panel of node information, and mouse when leaving Panel disappear.By the continuous refresh datas of Panel, show real to reach
When data effect.
2nd, server end includes：
(1) project management module
One or more monitor areas are potentially included in one project, is mainly shown to every in project management module interface
The overview of individual area information, and the operation to region.From the angle of user's ease for use, when project is not yet configured
In the case of, system will eject prompting frame and ask the user whether to be configured item attribute length by length using setting guide,
The area information included in project will be stored in data base, and be shown in area information overview frame.Additionally, this module is also needed to
Item file is saved in locally, so as to user ID or transfer data, is realized by serializing with unserializing technology, and
And project data to be stored in user with document form local.
Project configuration and localization, monitor area configuration
The realization that project configuration and localization setting function are configured with monitor area is mainly made by oneself by quoting a user
Adopted guide control pulls the DLL of this control in workbox and can use realizing.Arrange comprising two steps in guide.
The first step, arranges project name and item file storing path；
Second step, arranges monitor area title and remarks, the architectural plan of ingress area；After completing first two steps, under
One page may be selected to continue Adding Area or complete to arrange, and notices that any one step is interrupted before completing to arrange and arranges all without guarantor
Configured item is deposited, so monitoring that before being provided with user closes the event of forms, prompting frame is ejected and is prompted the user whether
Abandon setting above.Additionally, on the basis of the configured item attribute excessively of user, if it is desired to Adding Area again, then continue
Setting guide is called, but does not show the first step.
Monitoring Node deployment
Mainly by monitoring position is determined, two step of addition node guide is constituted for the realization of monitoring Node deployment.
When user clicks on the optional position of any monitor area, the position coordinateses of system records user click, monitored space
Domain name claims, and prompts the user whether in addition monitoring node or video surveillance point herein.The forms Dialog used in this function is simultaneously
Its FormBoarderStyle is set to into SizeToolWindow, allows its profile to look like dialog box, and in Dialog windows
Body definition commission and event call-back, imitate the function of system dialog box.
The wizard page of addition node realizes that step is：
The first step：Configuration node numbering and node title, wherein node numbering are not sky；
Second step：Mapping relations of the system first by sensor name with sensor number import TreeView controls, pass through
The operation of addition sensor is realized in addition with button is deleted, and keeps in the sensor list of addition, if choosing " selection " check box,
This set sensor configuration is continuing with then when so next time adds node；
3rd step：System first generates sensor threshold value according to the sensor list of addition and arranges table, preserves the biography being set
Sensor threshold value；
4th step：System is generated and confirms inventory, allows user to confirm Node deployment situation；
5th step：Inclusion relation, monitoring sensor and the threshold value of node and sensor are preserved to data base, and by correlation
Data pass main interface back.
(2) account management module
Account management module for system manager or general user management account information, for general user, they
The user cipher of itself can be changed；And for system manager, they have addition/deletion user, arrange and specify user's power
Limit, checks the authorities such as user list.
Account management module mainly carries out inquiring about to the user message table stored in data base according to the information that user provides,
The operations such as insertion, renewal, deletion, wherein system manager and general user have different operation authority to user profile.
(3) abnormal monitoring module
Among abnormal monitoring module is operated in data resolution module, the module loads user configured equipment from data base
Alarm threshold value, when the device data for needing monitoring is received, first checks whether the data are normal, if data are normal counts this
According to filtering out, otherwise by the record write into Databasce.
(4) data resolution module
Data reception module is host computer for receiving the interface module of slave computer data, transmission of the host computer by setting
Agreement receives the packet sent by slave computer, parses the packet and obtains data.
Data resolving includes：
The first step：Initialization com object, creates serial ports and receives relief area；
Second step：The data that reception is transmitted by serial ports, and put it in relief area；
3rd step：Whether the frame head of inspection packet, postamble, data are complete, and whether CRC check code is correct；
4th step：Start to parse data, as data are random length, so employing the method that order reads by turn；
5th step：Emptying buffer, prepares to receive next frame serial data bag.
(5) mobile data network interface module
Mobile data network interface module is the bridge that data base connects mobile client, and substantially one uses .NET
The WebService that technology is built.
Some functions are defined in interface internal, when mobile client sends request, interface accesses data base first, obtained
The data that interface externally will be provided, then these data are transmitted to mobile client with XML.
4th, embodiment
The present invention describes the implementation process of the present invention as a example by monitoring the temperature of factory, humidity, smokescope in detail.
As a example by the monitoring of the depot safety of intelligent plant project, a monitoring knot is added by the oily laydown area in warehouse
Specific implementation process is described in detail as a example by point, wherein monitoring inter-node contains Smoke Sensor and Temperature Humidity Sensor is each one.
First, installation Smoke Sensor and Temperature Humidity Sensor in Sensor monitoring module, and Sensor monitoring mould
Block is placed in monitoring objective region, connects its power supply.
Then, monitoring software interface is returned to, project name can be set to intelligent plant project by us, in the item of system
Click in the mesh page and guide one monitor area of addition is set, as shown in Figure 2.
Its title is set to factory, and uploads its area planar construction drawing as shown in Figure 3, Figure 4.
Now, region factory occurs in project information page on a user interface, and has the plane graph of region factory.
And after into monitoring mode, it may appear that the enlarged drawing of the area planar figure for just having uploaded, as shown in Figure 5.
Click on monitor area plane graph oil and stack zone position, add a node in the region, as shown in Figure 6.
Its entitled oily laydown area is set, as shown in Figure 7.
Smog switch sensor and Temperature Humidity Sensor are found, and is added to inter-node, as shown in Figure 8.
Monitoring threshold value is set for Temperature Humidity Sensor, maximum is set to 100, and minima is set to 50, smog switch sensor
Threshold value is set to open, as shown in Figure 9.
After the completion of system configuration, monitoring comes into effect, and user can obtain the real-time status of monitoring node.
Monitoring front view such as Figure 10, left side are used for the state and the location drawing for obtaining all control points in monitor area in real time
Show, right side is often paid special attention to for user for the monitoring node real-time status in designated area is hung up on the right side of system all the time
Node.
Although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
It is understood by, can these embodiments be carried out with various equivalent changes without departing from the principles and spirit of the present invention
Change, change, replace and modification, the scope of the present invention is limited by claims and its equivalency range.
Claims (10)
1. a kind of Multi-sensor intelligent monitoring system based on Internet of Things, it is characterised in that including monitor client, server end
With some Sensor monitoring modules, the Sensor monitoring module, monitor client are connected with server end；Wherein
The Sensor monitoring module is monitored and is managed to monitoring objective equipment, and is carried out data to monitoring objective equipment and adopted
Collection, then transfers data to server end；The server end is parsed to data, and the data after parsing are sent to
Monitor client；The real-time status of the monitor client data storage display monitoring target device.
2. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 1, it is characterised in that described
Monitor client includes mobile device monitor client and PC monitor clients, and the mobile device monitor client is used for real-time
Data monitoring.
3. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 2, it is characterised in that described
Mobile device monitor client is used for real time data inspecting, including：The real time data of Sensor monitoring module is shown, exception is carried out
The warning of situation, and to monitored results real-time Transmission to server end.
4. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 2, it is characterised in that described
PC monitor clients include system login module, real time data inspecting module and data analysis module；
The system login module, is used for：User management and security inspection, configuration detection ambient parameter are carried out, and is arranged
The monitoring range of Sensor monitoring module；
The real time data inspecting module, is used for：The display of Sensor monitoring module real time data, the warning of abnormal conditions, with
And by monitored results real-time Transmission to server end；
The data analysis module, is used for：The conventional historical data of inquiry, inquires about alarm log, and by data with chart
Form is displayed for user and intuitively obtains status of equipment.
5. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 1, it is characterised in that described
Server end includes data resolution module, mobile data network interface module, exception monitoring module, project management module, account
Management module and Backup Data module, wherein
The data resolution module, for parsing to the data that Sensor monitoring module is received, and stores into data base；
The mobile data network interface module, is connect with exception record inquiry for inquiring about to mobile monitor clients providing data
Mouthful；
The exception monitoring module is used for：When the data of received server-side Sensor monitoring module transmission, can be according to user
Monitoring configuring condition, check specific device data, if finding, there is unusual condition in specific equipment, by unusual condition number
According to reading data base；
The project management module is used for：System manager is monitored concrete configuration to project management module, only through prison
The Multi-sensor intelligent monitoring system of control concrete configuration, can just recognize equipment and start monitor in real time；
The account management module is used for system manager carries out the management and setting of account to Multi-sensor intelligent monitoring system；
The Backup Data module is for being backed up and stored to the data of main server-side.
6. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 1, it is characterised in that described
Sensor monitoring module includes some sensor assemblies, and the sensor assembly includes sensor and sensing microprocessor, described
Sensor acquisition relevant information data, the sensing microprocessor are used for processing information data.
7. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 6, it is characterised in that described
Sensor assembly passes through I2C communication modes are connected with Sensor monitoring module.
8. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 6, it is characterised in that described
Sensor includes that power feels class sensor, vision class sensor, audition class sensor, olfactory sensation class sensor, tactile class sensor, fortune
Momentum class sensor and general class sensor.
9. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 1, it is characterised in that described
Multi-sensor intelligent monitoring system also includes gateway module, and the Sensor monitoring module is connected with server end by gateway module
Connect.
10. a kind of Multi-sensor intelligent monitoring system based on Internet of Things according to claim 9, it is characterised in that institute
Stating gateway module includes microprocessor unit and ZigBee radio communication units；The microprocessor unit is for network signal
It is processed；The ZigBee radio communication units are used to build ZigBee wireless networks and carry out network with heterogeneous network
Communication.
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