CN104077905A - System and method for automatically collecting positions of terminal nodes of internet of things - Google Patents
System and method for automatically collecting positions of terminal nodes of internet of things Download PDFInfo
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Abstract
The invention relates to a system and a method for automatically collecting positions of terminal nodes of the internet of things. The system comprises a plurality of terminal nodes, a control terminal and an internet of things communication system for realizing communication between the terminal nodes and the control terminal, wherein the control terminal comprises a handheld terminal, a controller and a communication module; the controller communicates with handheld equipment through the communication module; an APP is installed on the handheld terminal; a network management system is arranged on the controller; a physical position view interface of the network management system reflects the state of each terminal node and the state of each terminal is remotely mapped to the APP through the communication module. The system for automatically collecting the positions of the terminal nodes of the internet of things can implement a mode of opening the internet of things service first and then initially collecting the terminal nodes, so that the internet of things service opening speed is increased, and high economical value is achieved; meanwhile, the method for automatically collecting the positions of the terminal nodes of the internet of things is easy to operate, high in speed and accuracy and high in practicability and can save a great deal of labor.
Description
[technical field]
The present invention relates to Internet of Things field, be specifically related to a kind of internet-of-things terminal node location automated collection systems and method.
[background technology]
Internet of Things is defined as by various information sensing equipment, as various devices and technology such as sensor, radio-frequency (RF) identification (RFID) technology, GPS, infrared inductor, laser scanner, gas sensors, any object or the process that needs monitoring, connection, interaction of Real-time Collection, gather the information of the various needs such as its sound, light, heat, electricity, mechanics, chemistry, biology, position, be combined with internet form a huge network.Its objective is and realize thing and thing, thing and people, all article are connected with network, convenient identification, management and control.
Internet of things system, is generally made up of following part: a large amount of terminal nodes, Internet of Things communication system (for communicating by letter between thing thing, between thing and master controller), master controller.
Master controller, is generally all provided with network management system, and the Physical View of setting up actual place in network management system is used for embodying the position of each terminal node in actual physics place.Network management system, for the data analysis and process after terminal node information acquisition, sends instruction to terminal node, and terminal node is managed and controlled.
Terminal node, for information acquisition, monitoring, illumination, guide etc., is the basis of construct working application.Therefore the physical location of terminal node is the necessary crucial essential informations of application such as information, monitoring, guide.Therefore, in the time setting up large-scale Internet of Things application system, terminal node quantity is huge, and the collection of terminal node initial position is a requisite process.
How by associated the terminal node of the intrinsic information of terminal node (as MAC Address or IP address) and Physical View in network management system be the collection of terminal node position initialization, be a complicated task.
Traditional method is: the bar code information (comprising MAC Address or IP address) of artificial end of scan node, then manual being input in network management system, corresponding with the terminal node in Physical View.But the method for this artificial collection entry terminal node intrinsic information has following shortcoming: one, and troublesome poeration, labor workload is huge, needs a large amount of manpowers.Artificial acquisition method needs artificial intrinsic MAC Address or the IP address of end of scan node one by one, is then input to one by one the network management system of computer.Its two, easily make mistakes.Manual operation process, particularly scans the intrinsic information of thousands of terminal nodes, cannot ensure not make mistakes; And, once make mistakes, check that error correction is also extremely complicated engineering.Its three, service fulfillment is slow.Because the collection of terminal node initial position needs a large amount of manpower and time, the business function of whole Internet of things system is opened slowly, affects user's investment cycle.
[summary of the invention]
For overcoming existing terminal node station acquisition method troublesome poeration, time-consumingly take labour, easily make mistakes, check that error correction difficulty is large, the problem that service fulfillment is slow, the invention provides a kind of simple to operate, convenient and swift, internet-of-things terminal node location automated collection systems and method quickly and accurately.
The scheme of technical solution problem of the present invention is to provide a kind of internet-of-things terminal node location automated collection systems, it comprises multiple terminal nodes, control terminal and the Internet of Things communication system of communicating by letter with control terminal for realizing terminal node, it is characterized in that: this control terminal comprises a handheld terminal, controller and communication module, this controller is realized and being communicated by letter by communication module with handheld device, APP application program is installed on this handheld terminal, on this controller, be provided with network management system, the state of the physical location view interface reflection terminal node of this network management system is also mapped in APP application program by communication module is long-range.
Preferably, this communication module is WIFI, and bluetooth is infrared, 3G, 4G, zigbee, CDMA, GSM, any one of MMDS or multiple communication module.
Preferably, in this each terminal node, store the intrinsic information of terminal node.
Preferably, handheld terminal is circumscribed with Infrared Projector and/or wigwag receiver.
Preferably, this APP should program comprise system control and processing module, long-range mapping and data simultaneous module, user interface process module and information response's module.
Preferably, this handheld terminal is smart mobile phone, PAD, panel computer, any one of data acquisition unit.
The present invention further provides a kind of internet-of-things terminal node location automated collection systems and carry out the method that internet-of-things terminal node location gathers automatically, comprising: step S1, writes the intrinsic information of all terminal nodes in the terminal node corresponding with it; Step S2 draws Physical View interface according to the actual physical location of terminal node in network management system; Step S3, operational network management system, by handheld terminal and communication module, issue the instruction of all terminal node intrinsic informations of inquiry, network management system reports network management system by Internet of Things communication system by intrinsic information, and network management system is presented on the information of collecting in physical location view interface; And step S4, the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node are associated together.
Preferably, when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprise: steps A 41, under controller, send instructions and start long-range mapping, the network management system of controller and handheld terminal are opened long-range mapping; Steps A 42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instructions; Steps A 43, is located current physical location and collection route is set by handheld terminal, the synchronous current physical location of network management system and collection route; And steps A 44, after first terminal node is monitored by handheld terminal, the APP application program of handheld terminal is associated with the intrinsic information of first terminal node on first physical location of physical location view interface of network management system automatically.
Preferably, when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprise: step B41, under controller, send instructions and start long-range mapping, the network management system of controller and handheld terminal are opened long-range mapping; Step B42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instruction; And step B43, drag the intrinsic information of the terminal node that senses user to the terminal node physical location at the Physical View interface corresponding with it.
Preferably, when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprise: step C41, under controller, send instructions and start long-range mapping, the network management system of controller and handheld terminal are opened long-range mapping; Step C42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instructions; Step C43, in the physical location view interface of network management system, click the intrinsic information transmission test instruction of certain terminal node, network management system is lower transmitting test instruction synchronously, certain terminal node receives that test instruction enters flicker pointing-type, ground on the scene observe the physical location of this terminal node and by the intrinsic information of this terminal node be dragged to the corresponding physical location view interface of the terminal node physical location of observing on, realize the associated of the physical location of physical location view interface and terminal node intrinsic information.
Compared with prior art, first, this internet-of-things terminal node location automated collection systems, in handheld terminal exploitation APP application program, network management system is developed identical APP application program simultaneously, this management system and handheld terminal are by wireless network or wired network communication, realize terminal node intrinsic information associated with physical location view terminal node, complete the collection of terminal node position initialization, this internet-of-things terminal node location automated collection systems can be realized and first open internet of things service, carry out again the mode of terminal node initialization collection, improve internet of things service and open speed, there is higher economic worth, secondly, this internet-of-things terminal node location automated collection systems is based on thing UNICOM communication system, wireless network or cable network, network management system, handheld terminal and application program thereof, applying four kinds of embodiment, to realize the terminal node physical location of terminal node intrinsic information and physical location view interface associated, and the method is simple to operate, save a large amount of manpowers, can realize fast and accurately this internet-of-things terminal node location and automatically gather, four kinds of initialization acquisition methods of this terminal node are easy to operate again, can realize full-automatic and semi-automatic terminal node initialization collection, full-automatic initialization collection can freely arrange collection route, can there is multiple choices mode according to people's hobby, gather route diversity outstanding, do not need people's manual operation, convenient and swift, practical.A kind of internet-of-things terminal node location of the present invention automatic acquiring method the first embodiment, the method is applicable to induction terminal node and realizes full-automatic initialization collection, with strong points; A kind of internet-of-things terminal node location of the present invention automatic acquiring method the second embodiment, the method is applicable to itself not possess the terminal node of measuring ability and realizes full-automatic initialization collection, now such terminal node will increase infrared remote control receiver, and handheld terminal extends out infrared remote-control emitter by USB interface; A kind of internet-of-things terminal node location of the present invention automatic acquiring method the 3rd embodiment, the method is to be applicable to the luminaire Terminal Type nodes such as LED lighting to realize semi-automatic initialization collection, need to manually drag that to realize terminal node intrinsic information associated with physical location view interface terminal node physical location; A kind of internet-of-things terminal node location of the present invention automatic acquiring method the 4th embodiment, this embodiment avoids the situation overlapping or that cause intrinsic information to take defeat by signal interference of intrinsic information sending due to light, realizes manually dragging that to realize terminal node intrinsic information associated with physical location view interface terminal node physical location.
[brief description of the drawings]
Fig. 1 is a kind of internet-of-things terminal node location automated collection systems structured flowchart provided by the invention.
Fig. 2 is the APP of handheld terminal shown in Fig. 1 application program theory diagram.
Fig. 3 is the process flow diagram of a kind of internet-of-things terminal node location of the present invention initialization acquisition method.
Fig. 4 is physical location view interface schematic diagram before the initialization of a kind of internet-of-things terminal node location of the present invention gathers.
Fig. 5 is physical location view interface schematic diagram after a kind of internet-of-things terminal node location of the present invention initialization collection.
Fig. 6 is a kind of internet-of-things terminal node location of the present invention automatic acquiring method the first embodiment terminal node intrinsic information and the associated process flow diagram of physical location view terminal node.
Fig. 7 is a kind of internet-of-things terminal node location of the present invention automatic acquiring method the second embodiment terminal node intrinsic information and the associated process flow diagram of physical location view terminal node.
Fig. 8 is a kind of internet-of-things terminal node location of the present invention automatic acquiring method the 3rd embodiment terminal node intrinsic information and the associated process flow diagram of physical location view terminal node.
Fig. 9 is a kind of internet-of-things terminal node location of the present invention automatic acquiring method the 4th embodiment terminal node intrinsic information and the associated process flow diagram of physical location view terminal node.
[embodiment]
In order to make object of the present invention, technical scheme and advantage are clearer, below in conjunction with accompanying drawing and embodiment, the present invention are further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Refer to Fig. 1, a kind of internet-of-things terminal node location automated collection systems provided by the invention comprises handheld terminal 12, master controller 14, Internet of Things communication system 15 and terminal node 16.Handheld terminal 12 can be connected with external unit 18 by interfaces such as USB, people carries handheld terminal 12 and enters place, carrying out terminal node 16 positions gathers automatically, realize communicating by letter of handheld terminal 12 and master controller 14 by communication module 13, realize communicating by letter of terminal node 16 and master controller 14 by Internet of Things communication system 15.
Handheld terminal 12 can be smart mobile phone, PAD (Personal Digital Assistant palm PC), panel computer, the equipment such as data acquisition unit, handheld terminal 12 is provided with APP application program 121, by wireless network 131 or cable network 132, APP application program 121 realizes the long-range communication being mapped between handheld terminal 12 and handheld terminal 12 and master controller 14 of network management system 141.
External unit 18 can be infrared remote-control emitter 181 or wigwag receiver 182.
Communication module 13 comprises wireless network 131 and cable network 132, wherein wireless network 131 can adopt WiFi (Wireless Fidelity Wireless Fidelity), bluetooth, infrared, 3G, 4G, ultra broadband, zigbee, CDMA (Code Division Multiple Access CDMA), the modes such as GSM (Global System for Mobile communications), can select wireless network 131 or cable network 132 to realize communicating by letter of handheld terminal 12 and master controller 14.
Master controller 14 is provided with network management system 141, in network management system 141, draw physical location view interface 1411, network management system 141 is for data analysis and the processing of terminal node 16 information acquisitions, network management system 141 realizes long-range mapping and data synchronizing function, send various instructions, the functions such as office terminal node 16.
A kind of internet-of-things terminal node location automated collection systems provided by the invention comprises multiple terminal nodes 16, and terminal node 16 can be connected with infrared remote receiver 17, and the intrinsic information 161 of terminal node 16 refers to MAC Address or IP address.When terminal node 16 dispatches from the factory, in its EEPROM (Electrically--Erasable Programmable Read-Only Memory EEPROM (Electrically Erasable Programmable Read Only Memo)), write specific and unique MAC Address, simultaneously, its MAC Address is sticked on the shell of terminal node 16 by bar code (bar code or electronic tag) mode, and internet of things service is opened rear terminal node 16 can bind fixed ip address.
Refer to Fig. 2, APP application program 121 comprises system control and processing module 1211, long-range mapping and data simultaneous module 1212, user interface process module 1213, Infrared Remote-Control Sending module 1214, LED information receiving processing module 1215 and information response's module 1216.
System control and processing module 1211 are cores of application.All input data are all pooled to be processed and computing here, result after treatment, send by other modules, in addition, system control and processing module 1211 can be according to the automatic acquisition mode control terminal node 16 position initialization collections of terminal node 16.
Long-range mapping and data simultaneous module 1212, main realization and the communicating by letter and data processing of far-end master controller 14 network management system 141, main communication task comprises: with the remote desktop synchronization map of the operation and control interface of master controller 14 network management system 141; Start the initialization drainage pattern of terminal node 16; Terminal node 16 initialization gather the synchronous of routing information; Terminal node 16 intrinsic informations 161 are synchronizeed with the related information of physical location etc.
User interface process module 121, the input message initialization of user interface can be resolved to system directive, carry out computing and processing through system control and processing module 1211, according to the variation synchronous refresh user interface diagram of the response of system or remote desktop, can on subscriber interface module, manipulate network management system, realize and start initialize mode, functions such as gathering route is set.
LED information receiving processing module 1215, analyzes the 161 reporting system controls of the intrinsic information of the terminal node of collecting 16 and processing module 1211 and process, and this terminal node 16 refers to the luminaires such as LED illumination.
Infrared Remote-Control Sending module 1214 is carried out the transmitting of remote-controlled test instruction.
Information response's module 1216, intrinsic information 161 is responded and highlighted at the Physical View interface 1411 of handheld terminal 12, manually drag intrinsic information 161 to the terminal node 16 of Physical View interface 1411 correspondences, realize terminal node 16 intrinsic informations 161 associated with the terminal node 16 in physical location view interface 1411.
Refer to Fig. 3, Fig. 4 and Fig. 5, a kind of internet-of-things terminal node of the present invention 16 position initialization acquisition methods, its step is as follows:
Step S1: the MAC Address of terminal node 16 is solidified or solidify IP address, when dispatching from the factory, terminal node 16 writes specific and unique MAC Address in its EEPROM, meanwhile, its MAC Address is sticked on the shell of terminal node 16 by bar code (bar code or electronic tag) mode.Internet of things service is opened rear terminal node 16 can binding IP address make it solid.161 groups of curing MAC Address and IP address composition intrinsic informations.
Step S2: physical location view interface 1411 is drawn draws Physical View interface 1411 according to the actual physical location of terminal node 16 in network management system 141.
Step S3: terminal node 16 intrinsic information 161 inquiries collect, and manual operation network management system 141, by handheld terminal 12 and Long-distance Control, issues the instruction of all terminal node 16 intrinsic informations 161 of inquiry.Network management system 141, by Internet of Things communication system 15, issues query statement to one by one terminal node 16, and terminal node 16 is received after query statement, and the intrinsic information 161 of MAC Address or IP address is reported to network management system 141.Network management system 141 is collected after information, is presented on Physical View interface 1411.Now the terminal node 16 at Physical View interface 1411 is not associated with the intrinsic information 161 of this terminal node 16.
Step S4: terminal node 16 intrinsic informations 161 are associated with physical location view corresponding one by one the terminal node 16 of the intrinsic information 161 of each terminal node 16 and physical location view interface 1411.In the Physical View interface 1411 of network management system 141, after each terminal node 16 is associated with its intrinsic information 161, just can convenient and swiftly obtain the monitor message of this position, this terminal node 16 is issued to steering order.The invention provides four kinds of terminal nodes, 16 position initialization acquisition methods, can to complete terminal node 16 intrinsic informations 161 associated with the terminal node 16 in physical location view interface 1411.
Step S5: terminal node 16 position initialization collections complete, has gathered backed off after random handheld terminal 12APP application program 121.
Refer to Fig. 6, a kind of internet-of-things terminal node 16 position automatic acquiring method terminal node intrinsic information of the present invention first embodiment associated with physical location view terminal node, wherein terminal node 16 is the induction terminal nodes 16 such as infrared acquisition or parking stall measure, itself possess the function that whether has people or object under sense terminals node 16 physical locations, step is as follows:
Step S11: enter place when people carries handheld terminal 12, network management system 141 issues the network management system 141 long-range mappings in interface, the long-range mapping of handheld terminal 12 and data simultaneous module 1212 opening network management system 141 remote interface.
Step S12: people starts initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, and network management system 141 synchronously issues the instruction of initialization drainage pattern, and terminal node 16 enters initialization drainage pattern after receiving instruction.
Step S13: people is located current physical location and collection route is freely set by handheld terminal 12 subscriber interface modules 1213, the synchronous current physical location of network management system 141 and collection route, freely arrange while gathering route, and gathering route has multiple.
Step S14: in the time that people carries handheld terminal 12 walkings to first terminal node 16 physical location, first terminal node 16 senses people, first terminal node 16 reports this terminal node 16 intrinsic informations 161, network management system 141 has been determined the order of the terminal node 16 in physical location view interface 1411 according to the collection route of mapping, network management system 141 is processed and is reported intrinsic information 161, realize first terminal node 16 auto-associatings in first induction terminal node 16 intrinsic informations 161 and physical location view interface 1411, the physical location view interface of network management system 141 is by communication module 13, network management system 141 is communicated by letter with handheld terminal 12, the long-range mapping of handheld terminal 12 and data simultaneous module 1212 synchronously realize in physical location view interface 1411 auto-associating of first terminal node 16 and on-the-spot these terminal node 16 intrinsic informations 161.In like manner, people gathers route walking along arranging, and realizes second terminal node 16 auto-associating in second induction terminal node, 16 intrinsic informations 161 and physical location view interface 1411.Gather when route when people covers to arrange, all terminal node 16 intrinsic informations 161 by one by one with physical location view interface 1411 in terminal node 16 auto-associatings.
Step S15: people finishes initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues and finishes initialize mode instruction, and terminal node 16 finishes initialization drainage pattern.
Refer to Fig. 7, a kind of internet-of-things terminal node 16 position automatic acquiring method terminal node intrinsic information of the present invention second embodiment associated with physical location view terminal node, wherein terminal node 16 itself does not possess the function that whether has people or object under sense terminals node 16 physical locations, such terminal node 16 will increase infrared remote control receiver 17, now handheld terminal 12 extends out infrared remote-control emitter 181 by USB interface, and step is as follows:
Step S21: enter place when people carries handheld terminal 12, network management system 141 issues the network management system 141 long-range mappings in interface, the long-range mapping of handheld terminal 12 and data simultaneous module 1212 opening network management system 141 remote interface.
Step S22: people starts initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues the instruction of initialization drainage pattern, and terminal node 16 enters initialization drainage pattern after receiving instruction: detect in real time ultra-red order and report this terminal node 16 intrinsic informations 161.
Step S23: people is located current physical location and collection route is freely set by handheld terminal 12 subscriber interface modules 1213, the synchronous current physical location of network management system 141 and collection route, freely arrange while gathering route, and gathering route has multiple.
Step S24: people starts circulation transmitting infrared remote instruction by handheld terminal 12 subscriber interface modules 1213, network management system 141 Simultaneous Physical positions and collection route synchronously issue circulation transmitting infrared remote instruction.
Step S25: in the time that people carries handheld terminal 12 near first terminal node 16 physical location, this terminal node 16 detects infrared remote instruction and reports this terminal node 16 intrinsic informations 161, network management system 141 has been determined the order of the terminal node 16 in physical location view interface 1411 according to the collection route of mapping, network management system 141 is processed and is reported intrinsic information 161, realizes first terminal node 16 auto-associatings in first induction terminal node 16 intrinsic informations 161 and physical location view interface 1411.Handheld terminal 16 is synchronously realized the auto-associating of physical location view interface 1411 first terminal nodes 16 and these terminal node 16 intrinsic informations 161.In like manner, people gathers route walking along arranging, and realizes the auto-associating of 1,411 second terminal nodes of physical location view interface 16 and on-the-spot second terminal node 16 intrinsic information 161.Gather when route when people covers to arrange, all terminal node 16 intrinsic informations 161 by one by one with physical location view interface 1411 in terminal node 16 auto-associatings.
Step S26: people finishes initialize mode by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues and finishes initialize mode instruction, and terminal node 16 finishes initialization drainage pattern.
Refer to Fig. 8, a kind of internet-of-things terminal node location automatic acquiring method terminal node intrinsic information of the present invention three embodiment associated with physical location view terminal node, wherein utilize LiFi technology, terminal node 16 sends the intrinsic information 161 of this terminal node 16 by light, handheld terminal 12 extends out light information receiver 182 by USB interface, this terminal node 16 refers to the luminaires such as LED illumination, and step is as follows:
Step S31: enter place when people carries handheld terminal 12, network management system 141 issues the long-range mapping of network management system interface, the long-range mapping of handheld terminal 12 and data simultaneous module 1212 opening network management system 141 remote interface.
Step S32: people starts initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues initialize mode acquisition instructions, all terminal nodes 161 enter initialization drainage pattern after receiving instruction, this terminal node of circulation transmitting 16 intrinsic informations 161.
Step S33: in the time that people carries handheld terminal 12 walkings to a certain terminal node 16 physical location, handheld terminal 12 extends out light information receiver 182 and this terminal node 16 intrinsic informations 161 detected, be reported to the LED information receiving processing module 1215 of handheld terminal 12, LED information receiving processing module 1215, the 161 reporting system controls of the intrinsic information of this terminal node 16 receiving and processing module 1211 are analyzed and processed, system control and processing module 1211 send instructions for 1216 times to information response's module, intrinsic information 161 responses that report highlight, people is manual to be dragged to intrinsic information 161 on the terminal node 16 of network management system 141 physical location view interface 1411 correspondences, realize the auto-associating of a certain terminal node 16 of physical location view interface 1411 and on-the-spot these terminal node 16 intrinsic informations 161.In like manner, network management system 141 synchronously realizes the auto-associating of physical location view interface 1411 these terminal nodes 16 and on-the-spot these terminal node 16 intrinsic informations 161.When people walks in place, while passing through all terminal nodes 16, all terminal node 16 intrinsic informations 161 are by semi-automatic associated with the terminal node 16 in physical location view interface 1411 one by one.
Step S34: people finishes initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues and finishes initialize mode instruction, and terminal node 16 finishes initialization drainage pattern.
Refer to Fig. 9, a kind of internet-of-things terminal node location automatic acquiring method terminal node intrinsic information of the present invention four embodiment associated with physical location view terminal node, this terminal node 16 refers to the luminaires such as LED illumination, may receive the intrinsic information 161 that multiple light sends or cause the situations such as intrinsic information 161 takes defeat by signal interference for fear of handheld terminal 12, can take a kind of internet-of-things terminal node location of the present invention automatic acquiring method the 4th embodiment, step is as follows:
Step S41: the eminence of carrying handheld terminal 12 and enter place as people, can observe all terminal nodes 16 in place, network management system 141 issues the long-range mapping of network management system interface, the long-range mapping of handheld terminal 12 and data simultaneous module 1212 opening network management system 141 remote interface.
Step S42: people starts initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues initialize mode acquisition instructions, and all terminal nodes 16 enter initialization drainage pattern after receiving instruction: prepare to receive in real time test instruction.
Step S43: people is by the network management system 141 physical location View Mapping interfaces of handheld terminal 12 subscriber interface modules 1213,161 groups of the intrinsic informations of click intrinsic information 161 certain MAC Address and IP address, transmission test instruction, the synchronous lower transmitting test instruction of network management system 141, certain terminal node 16 receives that test instruction enters flicker pointing-type.
Step S44: people observe in place eminence flicker terminal node 16 physical location and 161 groups of this MAC Address and IP address intrinsic informations are dragged on the terminal node 16 of Physical View interface 1411 correspondences, realize intrinsic information 161 associated with the terminal node 16 in physical location view interface 1411.In like manner, all terminal node 16 intrinsic informations 161 are by associated with the terminal node 16 in physical location view interface 1411 one by one.
Step S45: people finishes initialization drainage pattern by handheld terminal 12 subscriber interface modules 1213, network management system 141 synchronously issues and finishes initialize mode instruction, and terminal node 16 finishes initialization drainage pattern.
Compared with prior art, first, these internet-of-things terminal node 16 position automated collection systems, develop APP application program 121 at handheld terminal 12, network management system 141 is developed identical APP application program 121 simultaneously, this management system 141 is communicated by letter by wireless network 131 or cable network 132 with handheld terminal 12, realize terminal node 16 intrinsic informations 161 associated with physical location view terminal node 16, complete terminal node 16 position initialization collections, these internet-of-things terminal node 16 position automated collection systems can be realized and first open internet of things service, carry out again the mode that terminal node 16 initialization gather, improve internet of things service and open speed, there is higher economic worth, secondly, these internet-of-things terminal node 16 position automated collection systems are based on thing UNICOM communication system 15, wireless network 131 or cable network 132, network management system 141, handheld terminal 12 and APP application program 121 thereof, applying four kinds of embodiment, to realize the terminal node physical location of terminal node 16 intrinsic informations 161 and physical location view interface 1411 associated, and the method is simple to operate, save a large amount of manpowers, can realize fast and accurately these internet-of-things terminal node 16 positions and automatically gather, 16 4 kinds of initialization acquisition methods of this terminal node are easy to operate again, can realize full-automatic and semi-automatic terminal node 16 initialization collections, full-automatic initialization collection can freely arrange collection route, can there is multiple choices mode according to people's hobby, gather route diversity outstanding, do not need people's manual operation, convenient and swift, practical.A kind of internet-of-things terminal node of the present invention 16 position automatic acquiring method the first embodiment, the method is applicable to induction terminal node 16 and realizes full-automatic initialization collection, with strong points; A kind of internet-of-things terminal node of the present invention 16 position automatic acquiring method the second embodiment, the method is applicable to itself not possess the terminal node 16 of measuring ability and realizes full-automatic initialization collection, now such terminal node 16 will increase infrared remote control receiver 17, and handheld terminal 12 extends out infrared remote-control emitter 181 by USB interface; A kind of internet-of-things terminal node of the present invention 16 position automatic acquiring method the 3rd embodiment, the method is to be applicable to the luminaire Terminal Type nodes 16 such as LED lighting to realize semi-automatic initialization collection, need to manually drag that to realize terminal node 16 intrinsic informations 161 associated with physical location view interface 1411 terminal node 16 physical locations; A kind of internet-of-things terminal node of the present invention 16 position automatic acquiring method the 4th embodiment, this embodiment avoids the situation overlapping or that cause intrinsic information 161 to take defeat by signal interference of intrinsic information 161 sending due to light, realizes manually dragging that to realize terminal node 16 intrinsic informations 161 associated with physical location view interface 1411 terminal node 16 physical locations.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments of doing within principle of the present invention, are equal to and replace and within improvement etc. all should comprise protection scope of the present invention.
Claims (10)
1. an internet-of-things terminal node location automated collection systems, it comprises multiple terminal nodes, control terminal and the Internet of Things communication system of communicating by letter with control terminal for realizing terminal node, it is characterized in that: this control terminal comprises a handheld terminal, controller and communication module, this controller is realized and being communicated by letter by communication module with handheld device, APP application program is installed on this handheld terminal, on this controller, be provided with network management system, the state of the physical location view interface reflection terminal node of this network management system is also mapped in APP application program by communication module is long-range.
2. internet-of-things terminal node location automated collection systems as claimed in claim 1, is characterized in that: this communication module is WIFI, bluetooth is infrared, 3G, 4G, zigbee, CDMA, GSM, any one of MMDS or multiple communication module.
3. internet-of-things terminal node location automated collection systems as claimed in claim 1, is characterized in that: the intrinsic information that stores terminal node in this each terminal node.
4. internet-of-things terminal node location automated collection systems as claimed in claim 1, is characterized in that: handheld terminal is circumscribed with Infrared Projector and/or wigwag receiver.
5. internet-of-things terminal node location automated collection systems as claimed in claim 1, is characterized in that: this APP should program comprise system control and processing module, long-range mapping and data simultaneous module, user interface process module and information response's module.
6. internet-of-things terminal node location automated collection systems as claimed in claim 1, is characterized in that: this handheld terminal is smart mobile phone PAD, panel computer, any one of data acquisition unit.
7. the internet-of-things terminal node location automated collection systems of employing as described in claim 1-6 any one carries out the method that internet-of-things terminal node location gathers automatically, it is characterized in that, comprising:
Step S1, writes the intrinsic information of all terminal nodes in the terminal node corresponding with it;
Step S2 draws Physical View interface according to the actual physical location of terminal node in network management system;
Step S3, operational network management system, by handheld terminal and communication module, issue the instruction of all terminal node intrinsic informations of inquiry, network management system reports network management system by Internet of Things communication system by intrinsic information, and network management system is presented on the information of collecting in physical location view interface; And
Step S4, is associated together the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node.
8. internet-of-things terminal node location automatic acquiring method as claimed in claim 7, is characterized in that: when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprising:
Steps A 41, sends instructions under controller and starts long-range mapping, and the network management system of controller and handheld terminal are opened long-range mapping;
Steps A 42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instructions;
Steps A 43, is located current physical location and collection route is set by handheld terminal, the synchronous current physical location of network management system and collection route; And
Steps A 44, after first terminal node is monitored by handheld terminal, the APP application program of handheld terminal is associated with the intrinsic information of first terminal node on first physical location of physical location view interface of network management system automatically.
9. internet-of-things terminal node location automatic acquiring method as claimed in claim 7, is characterized in that: when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprising:
Step B41, sends instructions under controller and starts long-range mapping, and the network management system of controller and handheld terminal are opened long-range mapping;
Step B42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instruction; And
Step B43, drags the intrinsic information of the terminal node that senses user to the terminal node physical location at the Physical View interface corresponding with it.
10. internet-of-things terminal node location automatic acquiring method as claimed in claim 7, is characterized in that: when the intrinsic information of all terminal nodes in physical location view interface and corresponding terminal node being associated together in step S4, comprising:
Step C41, sends instructions under controller and starts long-range mapping, and the network management system of controller and handheld terminal are opened long-range mapping;
Step C42, the initialization drainage pattern of startup handheld terminal, controller issues initialize mode acquisition instructions simultaneously, and all terminal nodes enter initialization drainage pattern after receiving instructions;
Step C43, in the physical location view interface of network management system, click the intrinsic information transmission test instruction of certain terminal node, network management system is lower transmitting test instruction synchronously, certain terminal node receives that test instruction enters flicker pointing-type, ground on the scene observe the physical location of this terminal node and by the intrinsic information of this terminal node be dragged to the corresponding physical location view interface of the terminal node physical location of observing on, realize the associated of the physical location of physical location view interface and terminal node intrinsic information.
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