CN108833193A - Supervision place Internet of Things equipment mutual assistance monitor system and method - Google Patents

Supervision place Internet of Things equipment mutual assistance monitor system and method Download PDF

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Publication number
CN108833193A
CN108833193A CN201811014208.3A CN201811014208A CN108833193A CN 108833193 A CN108833193 A CN 108833193A CN 201811014208 A CN201811014208 A CN 201811014208A CN 108833193 A CN108833193 A CN 108833193A
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China
Prior art keywords
things
internet
hardware monitor
mobile internet
fixed
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CN201811014208.3A
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Chinese (zh)
Inventor
周勤伟
聂友军
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Shenzhen Hongsen Technology Co Ltd
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Shenzhen Hongsen Technology Co Ltd
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Priority to CN201811014208.3A priority Critical patent/CN108833193A/en
Publication of CN108833193A publication Critical patent/CN108833193A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
    • H04L41/06—Management of faults, events, alarms or notifications
    • H04L41/0654—Management of faults, events, alarms or notifications using network fault recovery
    • H04L41/0663—Performing the actions predefined by failover planning, e.g. switching to standby network elements
    • H02J3/005—
    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J9/00—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting
    • H02J9/04—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source
    • H02J9/06—Circuit arrangements for emergency or stand-by power supply, e.g. for emergency lighting in which the distribution system is disconnected from the normal source and connected to a standby source with automatic change-over, e.g. UPS systems
    • 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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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Business, Economics & Management (AREA)
  • Emergency Management (AREA)
  • Power Engineering (AREA)
  • Health & Medical Sciences (AREA)
  • Computing Systems (AREA)
  • General Health & Medical Sciences (AREA)
  • Medical Informatics (AREA)
  • Telephonic Communication Services (AREA)

Abstract

The invention discloses a kind of supervision place Internet of Things equipment mutual assistance monitor system and methods, it includes multiple fixed Internet of Things hardware monitors, multiple mobile Internet of Things hardware monitors, fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, mutual assistance supervisory communications bus, at least one fixes Internet of Things equipment, at least one movement Internet of Things equipment；Each fixed Internet of Things hardware monitor and at least one described fixation Internet of Things equipment communication connection；Each mobile Internet of Things equipment and at least one described mobile Internet of Things hardware monitor communicate to connect；Each fixed Internet of Things hardware monitor and the fixed Internet of Things hardware monitor branch communication line communicate to connect；Each mobile Internet of Things hardware monitor and the mobile Internet of Things hardware monitor branch communication line communicate to connect；The fixed Internet of Things hardware monitor branch communication line and the mobile Internet of Things hardware monitor branch communication line are connect with the mutual assistance supervisory communications bus communication respectively.

Description

Supervision place Internet of Things equipment mutual assistance monitor system and method
Technical field
The present invention relates to Internet of Things equipment system technical field, in particular to a kind of supervision place Internet of Things equipment mutual assistance monitor systems With method.
Background technique
Existing Internet of Things equipment generally uses local computing, or the framework that center calculates, such framework extension easy to accomplish, But serious waste computing resource, it is not suitable for supervising, supervision etc. is not necessarily to the occasion of frequent expansion system.
Existing Internet of Things equipment needs to complete monitoring process to sensor signal in set monitoring station, when event occurs for monitoring station When barrier or administrative staff are far from monitoring station, the instant heat transfer agent of each sensor can not be obtained in time, in the prior art In the presence of the technology being monitored using packaged type terminal to system running state, however the signal of these packaged type terminals is equal It is in other words, to come from monitoring station from central computing architecture, cannot achieve signal in the state that monitoring station breaks down and hand over Mutually.
The key node of existing Internet of Things equipment generally only has alternating current input, and when having a power failure, failure such as overhauls at the situations When, key node is unable to ensure stable electric energy input, and system paralyses, for the system there are uninterruptible power supply Speech, uninterruptible power supply is generally realized with whole system and is electrically connected, and is on the one hand increased system cost, is on the other hand also reduced Sustainable power-on time.
Therefore it provides one kind can efficiently use system computing capacity, realize that fault status signal obtains, and meter and at This stable power-supplying Internet of Things device systems are worth the technology of research for one.
Summary of the invention
In order to solve the above-mentioned technical problems, the present invention provides a kind of supervision place Internet of Things equipment mutual assistance monitor system, Including multiple fixed Internet of Things hardware monitors, multiple mobile Internet of Things hardware monitors, fixed Internet of Things hardware monitor branch communication line, Mobile Internet of Things hardware monitor branch communication line, mutual assistance supervisory communications bus, at least one fixes Internet of Things equipment, at least one movement Internet of Things equipment.
Each fixed Internet of Things hardware monitor and at least one described fixation Internet of Things equipment communication connection.
Each mobile Internet of Things equipment and at least one described mobile Internet of Things hardware monitor communicate to connect.
Each fixed Internet of Things hardware monitor and the fixed Internet of Things hardware monitor branch communication line communicate to connect.
Each mobile Internet of Things hardware monitor and the mobile Internet of Things hardware monitor branch communication line communicate to connect.
The fixed Internet of Things hardware monitor branch communication line and the mobile Internet of Things hardware monitor branch communication line difference It is connect with the mutual assistance supervisory communications bus communication.
Further, the supervision place Internet of Things equipment mutual assistance monitor system also has instant-plugging monitor.
The instant-plugging monitor has communication plug.
The fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, mutual assistance supervision are logical There is the communications connector to match with the communication plug in letter bus.
The instant-plugging monitor can pass through the communication plug, communications connector and the fixed Internet of Things hardware monitor Branch communication line, moves Internet of Things hardware monitor branch communication line, and any communication line in mutual assistance supervisory communications bus is connected.
Or, the fixed Internet of Things hardware monitor, have on mobile Internet of Things hardware monitor and the communication plug phase The communications connector matched.
The instant-plugging monitor can be superintended and directed by the communication plug, communications connector with the fixed Internet of Things Supervision Device, any of mobile Internet of Things hardware monitor are connected.
In an inactive state, the instant-plugging monitor and the mutual assistance monitor system are physically isolated, i.e., not any Physical connection；When needing to obtain information using the instant-plugging monitor, the instant-plugging monitor can be according to practical need The mutual assistance monitor system is accessed, and obtains data in real time.
Further, the fixed Internet of Things hardware monitor has fixed Internet of Things hardware monitor controller, fixture Joining hardware monitor power supply, fixed Internet of Things hardware monitor branch communicator fixes Internet of Things hardware monitor Internet of Things communicator, Gu Earnest joins hardware monitor memory.
The fixed Internet of Things hardware monitor power supply, with the fixed Internet of Things hardware monitor controller, fixed Internet of Things Hardware monitor branch communicator, fixed Internet of Things hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory electricity Property connection.
The fixed Internet of Things hardware monitor controller, and the fixed Internet of Things hardware monitor branch communicator, Gu Earnest joins hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory communication connection.
Further, the mobile Internet of Things hardware monitor has mobile Internet of Things hardware monitor controller, motive objects Join hardware monitor power supply, mobile Internet of Things hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator is moved Animal joins hardware monitor memory.
The mobile Internet of Things hardware monitor power supply, with the mobile Internet of Things hardware monitor controller, mobile Internet of Things Hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory electricity Property connection.
The mobile Internet of Things hardware monitor controller is moved with the mobile Internet of Things hardware monitor branch communicator Animal joins hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory communication connection.
Further, the fixed Internet of Things equipment has fixed Internet of Things device controller, fixes Internet of Things equipment power supply, Fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things communicator, fixed Internet of Things device memory.
The fixed Internet of Things equipment power supply fixes Internet of Things device sensor with the fixed Internet of Things device controller, Gu Earnest joins equipment Internet of Things communicator, and fixed Internet of Things device memory is electrically connected.
The fixed Internet of Things device controller, with the fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things are logical Believe device, fixed Internet of Things device memory communication connection.
The fixed Internet of Things equipment obtains transducing signal based on the fixed Internet of Things device sensor, by described solid Earnest joins equipment Internet of Things communicator and the transducing signal is sent to the fixed Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the fixed Internet of Things device memory.
The fixed Internet of Things equipment obtains electric energy by the fixed Internet of Things equipment power supply.
Further, the mobile Internet of Things equipment, with mobile Internet of Things device controller, mobile Internet of Things device battery, Mobile Internet of Things equipment charge socket, mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things equipment are deposited Reservoir.
The mobile Internet of Things device battery moves Internet of Things equipment charge socket with the mobile Internet of Things device controller, Mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory are electrically connected.
The mobile Internet of Things device controller, with the mobile Internet of Things equipment charge socket, mobile Internet of Things device senses Device, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory communication connection.
The mobile Internet of Things equipment obtains transducing signal based on the mobile Internet of Things device sensor, passes through the shifting Animal joins equipment Internet of Things communicator and the transducing signal is sent to the mobile Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the mobile Internet of Things device memory.
The mobile Internet of Things equipment obtains electric energy by the mobile Internet of Things device battery；The mobile Internet of Things device battery External charging electric energy is obtained by the mobile Internet of Things equipment charge socket.
Further, the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply Input terminal is electrically connected with redundant power supply circuit respectively.
The redundant power supply circuit comprising redundancy mains supply, redundancy accumulation power supply and redundant wireless power supply electricity Source.
The redundancy mains supply comprising firewire, zero curve and ground wire.
The redundancy accumulation power supply comprising power storage body, front end safety circuit, front end adjustment circuit, charge/discharge control circuit, Charging control circuit, end adjustment circuit, end safety circuit, end input interface.
The output end of the power storage body is connected with the input terminal of the front end safety circuit, the front end safety circuit Output end is connected with the input terminal of the front end adjustment circuit, the output end of the front end adjustment circuit respectively with the electric discharge The input terminal of control circuit and the charging control circuit is connected, the charge/discharge control circuit and charge control electricity The output end on road is connected with the input terminal of the end adjustment circuit respectively, the output end of the end adjustment circuit with it is described End safety circuit is connected, and the output end of the end safety circuit is connected with one end of the end input interface, institute State the other end and the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor of end input interface Power supply is electrically connected.
The front end safety circuit comprising front voltage sensor, front end current sensor, Head switches, front end peace Full controller；The front end safety governor is based on the front voltage sensor, and front end current sensor obtains front end in real time Voltage value and front end current value, and when any one of the front voltage value or front end current value are more than threshold value, described in disconnection Head switches.
The front end adjustment circuit, by least one front end inductance, at least one front end capacitor, a front end diode It constitutes；Wherein one end of front end inductance is connected with one end of the front end diode.
The charge/discharge control circuit, by an electric discharge coupling inductance, an electric discharge transformer, multiple discharge diodes, Multiple switch pipe and a discharge controller are constituted；The charge/discharge control circuit is used to receive the front end adjustment circuit Electric energy, and it is converted into the electric energy for meeting the end adjustment circuit input requirements.
The charging control circuit, by charge switch pipe, charging diode, charging inductance, charging isolating diode and One charge controller is constituted；The charging control circuit, is used to receive the electric energy of the end adjustment circuit, and by its turn It is changed to the electric energy for meeting the front end adjustment circuit input requirements, is charged with being embodied as the power storage body.
The end adjustment circuit, by least one end inductance, at least one end capacitor, an end diode It constitutes；Wherein one end of end inductance is connected with one end of the end diode.
The end safety circuit comprising terminal voltage sensor, end current sensor, end switch, end peace Full controller；The end safety governor is based on the terminal voltage sensor, and end current sensor obtains end in real time Voltage value and end current value, and when any one of the terminal voltage value or end current value are more than threshold value, described in disconnection End switch.
The end input interface, by two end input terminals, two end input switches are constituted；Each end End input terminal is connected by the end input switch corresponding to it with the end safety circuit；The end input Interface obtains electric energy from external power supply, and the electric energy is provided to the power storage body and/or the fixed Internet of Things Supervision is superintended and directed Device power supply and/or the mobile Internet of Things hardware monitor power supply.
The redundant wireless power supply, by the redundancy feed body, redundant power receptor, redundant signals receptor, with And redundant manipulator is constituted；The redundancy feed body receives the control of the redundant manipulator；Redundancy feed body with it is described The input terminal of redundant power receptor, redundant signals receptor distinguishes contactless electric connection, the output of the redundant power receptor End is electrically connected with the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply, described superfluous Fixation Internet of Things hardware monitor branch communicator in the output end of remaining frizzled receptor and the fixed Internet of Things hardware monitor, And/or fixed Internet of Things hardware monitor Internet of Things communicator communication connection.
The output end of the redundant signals receptor also with the mobile Internet of Things Supervision in the mobile Internet of Things hardware monitor Superintend and direct device branch communicator, and/or mobile Internet of Things hardware monitor Internet of Things communicator communication connection.
The redundancy feeds body, and by redundancy electrical energy inputs, redundancy inverter, redundancy feeder loop is constituted；It is described superfluous Remaining electrical energy inputs, redundancy inverter, redundancy feeder loop are successively electrically connected.
The redundant power receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, It is realized based on the fundamental wave in the radio energy and is powered with the coupling of redundancy feed body.
The redundant signals receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, The coupled communication with redundancy feed body is realized based on the harmonic wave in the radio energy.
The redundant manipulator controls the timing that the redundancy feeds intracorporal redundancy inverter, so that described superfluous Remaining inverter output has the radio energy of required fundamental wave and harmonic wave.
Correspondingly, the present invention also provides a kind of supervision place Internet of Things equipment mutual assistance measure of supervision, the method is based on institute The supervision place Internet of Things equipment mutual assistance monitor system stated is realized.
The supervision place Internet of Things equipment mutual assistance measure of supervision includes Internet of Things Connection Step, distributed computing step, mutual assistance Supervise step.
The Internet of Things Connection Step includes：
S101, the fixed Internet of Things hardware monitor initialization, goes to step S103.
S102, the mobile Internet of Things hardware monitor initialization, goes to step S104.
S103, the fixed Internet of Things hardware monitor search the fixed Internet of Things equipment connected to it, and with find The fixed Internet of Things equipment establish communication connection, go to step S105.
S104, the mobile Internet of Things hardware monitor search the mobile Internet of Things equipment connected to it, and with find The mobile Internet of Things equipment establish communication connection, go to step S106.
S105, the fixed Internet of Things hardware monitor lookup are connected on the fixed Internet of Things hardware monitor branch communication line Other fixed Internet of Things hardware monitors, and establish communication link with other fixed Internet of Things hardware monitors respectively It connects, goes to step S107.
S106, the mobile Internet of Things hardware monitor lookup are connected on the mobile Internet of Things hardware monitor branch communication line Other mobile Internet of Things hardware monitors, and establish communication link with other mobile Internet of Things hardware monitors respectively It connects, goes to step S107.
S107, the multiple fixed Internet of Things hardware monitor and multiple mobile Internet of Things hardware monitors pass through the fixation Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line and mutual assistance supervisory communications bus, are established logical Letter connection sets any one of fixed Internet of Things hardware monitor or mobile Internet of Things hardware monitor with other Internet of Things Standby monitor communicates to connect.
S108 turns distributed computing step.
Further, the distributed computing step includes：
S201, other Internet of Things hardware monitors of each Internet of Things hardware monitor on communication line send one with Machine number, each Internet of Things hardware monitor are ranked up the random number received by size, and will be maximum random The corresponding Internet of Things hardware monitor of number is set as principal goods connection hardware monitor, and other Internet of Things hardware monitors are set as appurtenant Join hardware monitor；The identical largest random number of two or more sizes if it exists, then repeatedly step S201, if there is only One largest random number, then enter step S202.
The communication line is by fixing Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, It is constituted with mutual assistance supervisory communications bus.
S202, the principal goods connection hardware monitor obtain the amount of calculation according to transducing signal, go to step S203.
S203, the principal goods connection hardware monitor call all subordinate Internet of Things hardware monitors to carry out distributed computing, turn Step S204.
Mutual assistance supervision calculated result is sent to the principal goods in real time and joins equipment by S204, the subordinate Internet of Things hardware monitor Monitor goes to step S203 if mutual assistance supervision calculated result is without exception, if there are different for mutual assistance supervision calculated result Often, S205 is gone to step.
S205, the principal goods join hardware monitor and push the mutual assistance supervision calculated result that there is exception to administrator, And S203 is gone to step after waking up mutual assistance supervision step.
Further, the mutual assistance supervision step includes：
S301 prompts the supervision calculated result of mutual assistance described in administrator to exist abnormal, goes to step S302.
S302 transfers in the presence of transducing signal corresponding to abnormal mutual assistance supervision calculated result, goes to step S303.
S303, administrator are safe according to there is transducing signal judgement corresponding to abnormal mutual assistance supervision calculated result Grade goes to step S304 if security level is safety, if security level is exception, goes to step S305.
S304 terminates.
S305 saves transducing signal corresponding to the mutual assistance supervision calculated result that there is exception.
The present invention will efficiently use system computing capacity, realize that fault status signal obtains, the stable power-supplying of meter and cost Technology is melted as an entirety, a kind of competitive Internet of Things device systems is established, with following advantages：
(1) technology competitions main controller and appurtenant machine can be waited based on randomly selecting, substantially using distributed computing processing mode Degree improves the computational efficiency of Internet of Things equipment mutual assistance monitor system, is effectively utilized computing resource.
(2) it is different from existing packaged type terminal technology, proposing one kind can be in the case where monitoring station breaks down Obtain the supervision equipment of any Internet of Things device real-time monitoring data.
(3) a kind of stable power-supplying technology for key node is proposed, is different from single power supply mode, and commonly not Interruptedly supplying power technology, effectively reduces system cost, increases sustainable power-on time.
Detailed description of the invention
It in order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology and advantage, below will be to implementation Example or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, the accompanying drawings in the following description is only It is only some embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, It can also be obtained according to these attached drawings other attached drawings.
Fig. 1 is the system construction drawing of supervision place Internet of Things equipment mutual assistance monitor system provided in an embodiment of the present invention.
Wherein, the fixed Internet of Things hardware monitor of 1-, the mobile Internet of Things hardware monitor of 2-, the fixed Internet of Things hardware monitor of 3- are logical Believe branch line, the mobile Internet of Things hardware monitor branch communication line of 4-, 5- mutual assistance supervisory communications bus, the fixed Internet of Things equipment of 6-, 7- movement Internet of Things equipment, 8- instant-plugging monitor.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, those of ordinary skill in the art without creative labor it is obtained it is all its His embodiment, shall fall within the protection scope of the present invention.
Embodiment 1：
The present invention provides a kind of supervision place Internet of Things equipment mutual assistance monitor systems comprising multiple fixed Internet of Things Supervisions Superintend and direct device, multiple mobile Internet of Things hardware monitors, fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor communication Branch line, mutual assistance supervisory communications bus, at least one fixes Internet of Things equipment, at least one movement Internet of Things equipment.
Each fixed Internet of Things hardware monitor and at least one described fixation Internet of Things equipment communication connection.
Each mobile Internet of Things equipment and at least one described mobile Internet of Things hardware monitor communicate to connect.
Each fixed Internet of Things hardware monitor and the fixed Internet of Things hardware monitor branch communication line communicate to connect.
Each mobile Internet of Things hardware monitor and the mobile Internet of Things hardware monitor branch communication line communicate to connect.
The fixed Internet of Things hardware monitor branch communication line and the mobile Internet of Things hardware monitor branch communication line difference It is connect with the mutual assistance supervisory communications bus communication.
Further, the supervision place Internet of Things equipment mutual assistance monitor system also has instant-plugging monitor.
The instant-plugging monitor has communication plug.
The fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, mutual assistance supervision are logical There is the communications connector to match with the communication plug in letter bus.
The instant-plugging monitor can pass through the communication plug, communications connector and the fixed Internet of Things hardware monitor Branch communication line, moves Internet of Things hardware monitor branch communication line, and any communication line in mutual assistance supervisory communications bus is connected.
In an inactive state, the instant-plugging monitor and the mutual assistance monitor system are physically isolated, i.e., not any Physical connection；When needing to obtain information using the instant-plugging monitor, the instant-plugging monitor can be according to practical need The mutual assistance monitor system is accessed, and obtains data in real time.
Further, the fixed Internet of Things hardware monitor has fixed Internet of Things hardware monitor controller, fixture Joining hardware monitor power supply, fixed Internet of Things hardware monitor branch communicator fixes Internet of Things hardware monitor Internet of Things communicator, Gu Earnest joins hardware monitor memory.
The fixed Internet of Things hardware monitor power supply, with the fixed Internet of Things hardware monitor controller, fixed Internet of Things Hardware monitor branch communicator, fixed Internet of Things hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory electricity Property connection.
The fixed Internet of Things hardware monitor controller, and the fixed Internet of Things hardware monitor branch communicator, Gu Earnest joins hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory communication connection.
Further, the mobile Internet of Things hardware monitor has mobile Internet of Things hardware monitor controller, motive objects Join hardware monitor power supply, mobile Internet of Things hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator is moved Animal joins hardware monitor memory.
The mobile Internet of Things hardware monitor power supply, with the mobile Internet of Things hardware monitor controller, mobile Internet of Things Hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory electricity Property connection.
The mobile Internet of Things hardware monitor controller is moved with the mobile Internet of Things hardware monitor branch communicator Animal joins hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory communication connection.
Further, the fixed Internet of Things equipment has fixed Internet of Things device controller, fixes Internet of Things equipment power supply, Fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things communicator, fixed Internet of Things device memory.
The fixed Internet of Things equipment power supply fixes Internet of Things device sensor with the fixed Internet of Things device controller, Gu Earnest joins equipment Internet of Things communicator, and fixed Internet of Things device memory is electrically connected.
The fixed Internet of Things device controller, with the fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things are logical Believe device, fixed Internet of Things device memory communication connection.
The fixed Internet of Things equipment obtains transducing signal based on the fixed Internet of Things device sensor, by described solid Earnest joins equipment Internet of Things communicator and the transducing signal is sent to the fixed Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the fixed Internet of Things device memory.
The fixed Internet of Things equipment obtains electric energy by the fixed Internet of Things equipment power supply.
Further, the mobile Internet of Things equipment, with mobile Internet of Things device controller, mobile Internet of Things device battery, Mobile Internet of Things equipment charge socket, mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things equipment are deposited Reservoir.
The mobile Internet of Things device battery moves Internet of Things equipment charge socket with the mobile Internet of Things device controller, Mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory are electrically connected.
The mobile Internet of Things device controller, with the mobile Internet of Things equipment charge socket, mobile Internet of Things device senses Device, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory communication connection.
The mobile Internet of Things equipment obtains transducing signal based on the mobile Internet of Things device sensor, passes through the shifting Animal joins equipment Internet of Things communicator and the transducing signal is sent to the mobile Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the mobile Internet of Things device memory.
The mobile Internet of Things equipment obtains electric energy by the mobile Internet of Things device battery；The mobile Internet of Things device battery External charging electric energy is obtained by the mobile Internet of Things equipment charge socket.
Further, the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply Input terminal is electrically connected with redundant power supply circuit respectively.
The redundant power supply circuit comprising redundancy mains supply, redundancy accumulation power supply and redundant wireless power supply electricity Source.
The redundancy mains supply comprising firewire, zero curve and ground wire.
The redundancy accumulation power supply comprising power storage body, front end safety circuit, front end adjustment circuit, charge/discharge control circuit, Charging control circuit, end adjustment circuit, end safety circuit, end input interface.
The output end of the power storage body is connected with the input terminal of the front end safety circuit, the front end safety circuit Output end is connected with the input terminal of the front end adjustment circuit, the output end of the front end adjustment circuit respectively with the electric discharge The input terminal of control circuit and the charging control circuit is connected, the charge/discharge control circuit and charge control electricity The output end on road is connected with the input terminal of the end adjustment circuit respectively, the output end of the end adjustment circuit with it is described End safety circuit is connected, and the output end of the end safety circuit is connected with one end of the end input interface, institute State the other end and the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor of end input interface Power supply is electrically connected.
The front end safety circuit comprising front voltage sensor, front end current sensor, Head switches, front end peace Full controller；The front end safety governor is based on the front voltage sensor, and front end current sensor obtains front end in real time Voltage value and front end current value, and when any one of the front voltage value or front end current value are more than threshold value, described in disconnection Head switches.
The front end adjustment circuit, by least one front end inductance, at least one front end capacitor, a front end diode It constitutes；Wherein one end of front end inductance is connected with one end of the front end diode.
The charge/discharge control circuit, by an electric discharge coupling inductance, an electric discharge transformer, multiple discharge diodes, Multiple switch pipe and a discharge controller are constituted；The charge/discharge control circuit is used to receive the front end adjustment circuit Electric energy, and it is converted into the electric energy for meeting the end adjustment circuit input requirements.
The charging control circuit, by charge switch pipe, charging diode, charging inductance, charging isolating diode and One charge controller is constituted；The charging control circuit, is used to receive the electric energy of the end adjustment circuit, and by its turn It is changed to the electric energy for meeting the front end adjustment circuit input requirements, is charged with being embodied as the power storage body.
The end adjustment circuit, by least one end inductance, at least one end capacitor, an end diode It constitutes；Wherein one end of end inductance is connected with one end of the end diode.
The end safety circuit comprising terminal voltage sensor, end current sensor, end switch, end peace Full controller；The end safety governor is based on the terminal voltage sensor, and end current sensor obtains end in real time Voltage value and end current value, and when any one of the terminal voltage value or end current value are more than threshold value, described in disconnection End switch.
The end input interface, by two end input terminals, two end input switches are constituted；Each end End input terminal is connected by the end input switch corresponding to it with the end safety circuit；The end input Interface obtains electric energy from external power supply, and the electric energy is provided to the power storage body and/or the fixed Internet of Things Supervision is superintended and directed Device power supply and/or the mobile Internet of Things hardware monitor power supply.
The redundant wireless power supply, by the redundancy feed body, redundant power receptor, redundant signals receptor, with And redundant manipulator is constituted；The redundancy feed body receives the control of the redundant manipulator；Redundancy feed body with it is described The input terminal of redundant power receptor, redundant signals receptor distinguishes contactless electric connection, the output of the redundant power receptor End is electrically connected with the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply, described superfluous Fixation Internet of Things hardware monitor branch communicator in the output end of remaining frizzled receptor and the fixed Internet of Things hardware monitor, And/or fixed Internet of Things hardware monitor Internet of Things communicator communication connection.
The output end of the redundant signals receptor also with the mobile Internet of Things Supervision in the mobile Internet of Things hardware monitor Superintend and direct device branch communicator, and/or mobile Internet of Things hardware monitor Internet of Things communicator communication connection.
The redundancy feeds body, and by redundancy electrical energy inputs, redundancy inverter, redundancy feeder loop is constituted；It is described superfluous Remaining electrical energy inputs, redundancy inverter, redundancy feeder loop are successively electrically connected.
The redundant power receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, It is realized based on the fundamental wave in the radio energy and is powered with the coupling of redundancy feed body.
The redundant signals receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, The coupled communication with redundancy feed body is realized based on the harmonic wave in the radio energy.
The redundant manipulator controls the timing that the redundancy feeds intracorporal redundancy inverter, so that described superfluous Remaining inverter output has the radio energy of required fundamental wave and harmonic wave.
Correspondingly, the present invention also provides a kind of supervision place Internet of Things equipment mutual assistance measure of supervision, the method is based on institute The supervision place Internet of Things equipment mutual assistance monitor system stated is realized.
The supervision place Internet of Things equipment mutual assistance measure of supervision includes Internet of Things Connection Step, distributed computing step, mutual assistance Supervise step.
The Internet of Things Connection Step includes：
S101, the fixed Internet of Things hardware monitor initialization, goes to step S103.
S102, the mobile Internet of Things hardware monitor initialization, goes to step S104.
S103, the fixed Internet of Things hardware monitor search the fixed Internet of Things equipment connected to it, and with find The fixed Internet of Things equipment establish communication connection, go to step S105.
S104, the mobile Internet of Things hardware monitor search the mobile Internet of Things equipment connected to it, and with find The mobile Internet of Things equipment establish communication connection, go to step S106.
S105, the fixed Internet of Things hardware monitor lookup are connected on the fixed Internet of Things hardware monitor branch communication line Other fixed Internet of Things hardware monitors, and establish communication link with other fixed Internet of Things hardware monitors respectively It connects, goes to step S107.
S106, the mobile Internet of Things hardware monitor lookup are connected on the mobile Internet of Things hardware monitor branch communication line Other mobile Internet of Things hardware monitors, and establish communication link with other mobile Internet of Things hardware monitors respectively It connects, goes to step S107.
S107, the multiple fixed Internet of Things hardware monitor and multiple mobile Internet of Things hardware monitors pass through the fixation Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line and mutual assistance supervisory communications bus, are established logical Letter connection sets any one of fixed Internet of Things hardware monitor or mobile Internet of Things hardware monitor with other Internet of Things Standby monitor communicates to connect.
S108 turns distributed computing step.
Further, the distributed computing step includes：
S201, other Internet of Things hardware monitors of each Internet of Things hardware monitor on communication line send one with Machine number, each Internet of Things hardware monitor are ranked up the random number received by size, and will be maximum random The corresponding Internet of Things hardware monitor of number is set as principal goods connection hardware monitor, and other Internet of Things hardware monitors are set as appurtenant Join hardware monitor；The identical largest random number of two or more sizes if it exists, then repeatedly step S201, if there is only One largest random number, then enter step S202.
The communication line is by fixing Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, It is constituted with mutual assistance supervisory communications bus.
S202, the principal goods connection hardware monitor obtain the amount of calculation according to transducing signal, go to step S203.
S203, the principal goods connection hardware monitor call all subordinate Internet of Things hardware monitors to carry out distributed computing, turn Step S204.
Mutual assistance supervision calculated result is sent to the principal goods in real time and joins equipment by S204, the subordinate Internet of Things hardware monitor Monitor goes to step S203 if mutual assistance supervision calculated result is without exception, if there are different for mutual assistance supervision calculated result Often, S205 is gone to step.
S205, the principal goods join hardware monitor and push the mutual assistance supervision calculated result that there is exception to administrator, And S203 is gone to step after waking up mutual assistance supervision step.
Further, the mutual assistance supervision step includes：
S301 prompts the supervision calculated result of mutual assistance described in administrator to exist abnormal, goes to step S302.
S302 transfers in the presence of transducing signal corresponding to abnormal mutual assistance supervision calculated result, goes to step S303.
S303, administrator are safe according to there is transducing signal judgement corresponding to abnormal mutual assistance supervision calculated result Grade goes to step S304 if security level is safety, if security level is exception, goes to step S305.
S304 terminates.
S305 saves transducing signal corresponding to the mutual assistance supervision calculated result that there is exception.
The present invention will efficiently use system computing capacity, realize that fault status signal obtains, the stable power-supplying of meter and cost Technology is melted as an entirety, a kind of competitive Internet of Things device systems is established, with following advantages：
(1) technology competitions main controller and appurtenant machine can be waited based on randomly selecting, substantially using distributed computing processing mode Degree improves the computational efficiency of Internet of Things equipment mutual assistance monitor system, is effectively utilized computing resource.
(2) it is different from existing packaged type terminal technology, proposing one kind can be in the case where monitoring station breaks down Obtain the supervision equipment of any Internet of Things device real-time monitoring data.
(3) a kind of stable power-supplying technology for key node is proposed, is different from single power supply mode, and commonly not Interruptedly supplying power technology, effectively reduces system cost, increases sustainable power-on time.
Embodiment 2：
The present invention also provides a kind of supervision place Internet of Things equipment mutual assistance monitor systems comprising multiple fixed Internet of Things equipment Monitor, multiple mobile Internet of Things hardware monitors, fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor are logical Believe branch line, mutual assistance supervisory communications bus, at least one fixes Internet of Things equipment, at least one movement Internet of Things equipment.
Each fixed Internet of Things hardware monitor and at least one described fixation Internet of Things equipment communication connection.
Each mobile Internet of Things equipment and at least one described mobile Internet of Things hardware monitor communicate to connect.
Each fixed Internet of Things hardware monitor and the fixed Internet of Things hardware monitor branch communication line communicate to connect.
Each mobile Internet of Things hardware monitor and the mobile Internet of Things hardware monitor branch communication line communicate to connect.
The fixed Internet of Things hardware monitor branch communication line and the mobile Internet of Things hardware monitor branch communication line difference It is connect with the mutual assistance supervisory communications bus communication.
Further, the supervision place Internet of Things equipment mutual assistance monitor system also has instant-plugging monitor.
The instant-plugging monitor has communication plug.
The fixed Internet of Things hardware monitor has on mobile Internet of Things hardware monitor and to match with the communication plug Communications connector.
The instant-plugging monitor can be superintended and directed by the communication plug, communications connector with the fixed Internet of Things Supervision Device, any of mobile Internet of Things hardware monitor are connected.
In an inactive state, the instant-plugging monitor and the mutual assistance monitor system are physically isolated, i.e., not any Physical connection；When needing to obtain information using the instant-plugging monitor, the instant-plugging monitor can be according to practical need The mutual assistance monitor system is accessed, and obtains data in real time.
Further, the fixed Internet of Things hardware monitor has fixed Internet of Things hardware monitor controller, fixture Joining hardware monitor power supply, fixed Internet of Things hardware monitor branch communicator fixes Internet of Things hardware monitor Internet of Things communicator, Gu Earnest joins hardware monitor memory.
The fixed Internet of Things hardware monitor power supply, with the fixed Internet of Things hardware monitor controller, fixed Internet of Things Hardware monitor branch communicator, fixed Internet of Things hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory electricity Property connection.
The fixed Internet of Things hardware monitor controller, and the fixed Internet of Things hardware monitor branch communicator, Gu Earnest joins hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory communication connection.
Further, the mobile Internet of Things hardware monitor has mobile Internet of Things hardware monitor controller, motive objects Join hardware monitor power supply, mobile Internet of Things hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator is moved Animal joins hardware monitor memory.
The mobile Internet of Things hardware monitor power supply, with the mobile Internet of Things hardware monitor controller, mobile Internet of Things Hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory electricity Property connection.
The mobile Internet of Things hardware monitor controller is moved with the mobile Internet of Things hardware monitor branch communicator Animal joins hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory communication connection.
Further, the fixed Internet of Things equipment has fixed Internet of Things device controller, fixes Internet of Things equipment power supply, Fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things communicator, fixed Internet of Things device memory.
The fixed Internet of Things equipment power supply fixes Internet of Things device sensor with the fixed Internet of Things device controller, Gu Earnest joins equipment Internet of Things communicator, and fixed Internet of Things device memory is electrically connected.
The fixed Internet of Things device controller, with the fixed Internet of Things device sensor, fixed Internet of Things equipment Internet of Things are logical Believe device, fixed Internet of Things device memory communication connection.
The fixed Internet of Things equipment obtains transducing signal based on the fixed Internet of Things device sensor, by described solid Earnest joins equipment Internet of Things communicator and the transducing signal is sent to the fixed Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the fixed Internet of Things device memory.
The fixed Internet of Things equipment obtains electric energy by the fixed Internet of Things equipment power supply.
Further, the mobile Internet of Things equipment, with mobile Internet of Things device controller, mobile Internet of Things device battery, Mobile Internet of Things equipment charge socket, mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things equipment are deposited Reservoir.
The mobile Internet of Things device battery moves Internet of Things equipment charge socket with the mobile Internet of Things device controller, Mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory are electrically connected.
The mobile Internet of Things device controller, with the mobile Internet of Things equipment charge socket, mobile Internet of Things device senses Device, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory communication connection.
The mobile Internet of Things equipment obtains transducing signal based on the mobile Internet of Things device sensor, passes through the shifting Animal joins equipment Internet of Things communicator and the transducing signal is sent to the mobile Internet of Things hardware monitor branch communication line, and by institute Transducing signal is stated to store to the mobile Internet of Things device memory.
The mobile Internet of Things equipment obtains electric energy by the mobile Internet of Things device battery；The mobile Internet of Things device battery External charging electric energy is obtained by the mobile Internet of Things equipment charge socket.
Further, the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply Input terminal is electrically connected with redundant power supply circuit respectively.
The redundant power supply circuit comprising redundancy mains supply, redundancy accumulation power supply and redundant wireless power supply electricity Source.
The redundancy mains supply comprising firewire, zero curve and ground wire.
The redundancy accumulation power supply comprising power storage body, front end safety circuit, front end adjustment circuit, charge/discharge control circuit, Charging control circuit, end adjustment circuit, end safety circuit, end input interface.
The output end of the power storage body is connected with the input terminal of the front end safety circuit, the front end safety circuit Output end is connected with the input terminal of the front end adjustment circuit, the output end of the front end adjustment circuit respectively with the electric discharge The input terminal of control circuit and the charging control circuit is connected, the charge/discharge control circuit and charge control electricity The output end on road is connected with the input terminal of the end adjustment circuit respectively, the output end of the end adjustment circuit with it is described End safety circuit is connected, and the output end of the end safety circuit is connected with one end of the end input interface, institute State the other end and the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor of end input interface Power supply is electrically connected.
The front end safety circuit comprising front voltage sensor, front end current sensor, Head switches, front end peace Full controller；The front end safety governor is based on the front voltage sensor, and front end current sensor obtains front end in real time Voltage value and front end current value, and when any one of the front voltage value or front end current value are more than threshold value, described in disconnection Head switches.
The front end adjustment circuit, by least one front end inductance, at least one front end capacitor, a front end diode It constitutes；Wherein one end of front end inductance is connected with one end of the front end diode.
The charge/discharge control circuit, by an electric discharge coupling inductance, an electric discharge transformer, multiple discharge diodes, Multiple switch pipe and a discharge controller are constituted；The charge/discharge control circuit is used to receive the front end adjustment circuit Electric energy, and it is converted into the electric energy for meeting the end adjustment circuit input requirements.
The charging control circuit, by charge switch pipe, charging diode, charging inductance, charging isolating diode and One charge controller is constituted；The charging control circuit, is used to receive the electric energy of the end adjustment circuit, and by its turn It is changed to the electric energy for meeting the front end adjustment circuit input requirements, is charged with being embodied as the power storage body.
The end adjustment circuit, by least one end inductance, at least one end capacitor, an end diode It constitutes；Wherein one end of end inductance is connected with one end of the end diode.
The end safety circuit comprising terminal voltage sensor, end current sensor, end switch, end peace Full controller；The end safety governor is based on the terminal voltage sensor, and end current sensor obtains end in real time Voltage value and end current value, and when any one of the terminal voltage value or end current value are more than threshold value, described in disconnection End switch.
The end input interface, by two end input terminals, two end input switches are constituted；Each end End input terminal is connected by the end input switch corresponding to it with the end safety circuit；The end input Interface obtains electric energy from external power supply, and the electric energy is provided to the power storage body and/or the fixed Internet of Things Supervision is superintended and directed Device power supply and/or the mobile Internet of Things hardware monitor power supply.
The redundant wireless power supply, by the redundancy feed body, redundant power receptor, redundant signals receptor, with And redundant manipulator is constituted；The redundancy feed body receives the control of the redundant manipulator；Redundancy feed body with it is described The input terminal of redundant power receptor, redundant signals receptor distinguishes contactless electric connection, the output of the redundant power receptor End is electrically connected with the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply, described superfluous Fixation Internet of Things hardware monitor branch communicator in the output end of remaining frizzled receptor and the fixed Internet of Things hardware monitor, And/or fixed Internet of Things hardware monitor Internet of Things communicator communication connection.
The output end of the redundant signals receptor also with the mobile Internet of Things Supervision in the mobile Internet of Things hardware monitor Superintend and direct device branch communicator, and/or mobile Internet of Things hardware monitor Internet of Things communicator communication connection.
The redundancy feeds body, and by redundancy electrical energy inputs, redundancy inverter, redundancy feeder loop is constituted；It is described superfluous Remaining electrical energy inputs, redundancy inverter, redundancy feeder loop are successively electrically connected.
The redundant power receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, It is realized based on the fundamental wave in the radio energy and is powered with the coupling of redundancy feed body.
The redundant signals receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, The coupled communication with redundancy feed body is realized based on the harmonic wave in the radio energy.
The redundant manipulator controls the timing that the redundancy feeds intracorporal redundancy inverter, so that described superfluous Remaining inverter output has the radio energy of required fundamental wave and harmonic wave.
Correspondingly, the present invention also provides a kind of supervision place Internet of Things equipment mutual assistance measure of supervision, the method is based on institute The supervision place Internet of Things equipment mutual assistance monitor system stated is realized.
The supervision place Internet of Things equipment mutual assistance measure of supervision includes Internet of Things Connection Step, distributed computing step, mutual assistance Supervise step.
The Internet of Things Connection Step includes：
S101, the fixed Internet of Things hardware monitor initialization, goes to step S103.
S102, the mobile Internet of Things hardware monitor initialization, goes to step S104.
S103, the fixed Internet of Things hardware monitor search the fixed Internet of Things equipment connected to it, and with find The fixed Internet of Things equipment establish communication connection, go to step S105.
S104, the mobile Internet of Things hardware monitor search the mobile Internet of Things equipment connected to it, and with find The mobile Internet of Things equipment establish communication connection, go to step S106.
S105, the fixed Internet of Things hardware monitor lookup are connected on the fixed Internet of Things hardware monitor branch communication line Other fixed Internet of Things hardware monitors, and establish communication link with other fixed Internet of Things hardware monitors respectively It connects, goes to step S107.
S106, the mobile Internet of Things hardware monitor lookup are connected on the mobile Internet of Things hardware monitor branch communication line Other mobile Internet of Things hardware monitors, and establish communication link with other mobile Internet of Things hardware monitors respectively It connects, goes to step S107.
S107, the multiple fixed Internet of Things hardware monitor and multiple mobile Internet of Things hardware monitors pass through the fixation Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line and mutual assistance supervisory communications bus, are established logical Letter connection sets any one of fixed Internet of Things hardware monitor or mobile Internet of Things hardware monitor with other Internet of Things Standby monitor communicates to connect.
S108 turns distributed computing step.
Further, the distributed computing step includes：
S201, other Internet of Things hardware monitors of each Internet of Things hardware monitor on communication line send one with Machine number, each Internet of Things hardware monitor are ranked up the random number received by size, and will be maximum random The corresponding Internet of Things hardware monitor of number is set as principal goods connection hardware monitor, and other Internet of Things hardware monitors are set as appurtenant Join hardware monitor；The identical largest random number of two or more sizes if it exists, then repeatedly step S201, if there is only One largest random number, then enter step S202.
The communication line is by fixing Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, It is constituted with mutual assistance supervisory communications bus.
S202, the principal goods connection hardware monitor obtain the amount of calculation according to transducing signal, go to step S203.
S203, the principal goods connection hardware monitor call all subordinate Internet of Things hardware monitors to carry out distributed computing, turn Step S204.
Mutual assistance supervision calculated result is sent to the principal goods in real time and joins equipment by S204, the subordinate Internet of Things hardware monitor Monitor goes to step S203 if mutual assistance supervision calculated result is without exception, if there are different for mutual assistance supervision calculated result Often, S205 is gone to step.
S205, the principal goods join hardware monitor and push the mutual assistance supervision calculated result that there is exception to administrator, And S203 is gone to step after waking up mutual assistance supervision step.
Further, the mutual assistance supervision step includes：
S301 prompts the supervision calculated result of mutual assistance described in administrator to exist abnormal, goes to step S302.
S302 transfers in the presence of transducing signal corresponding to abnormal mutual assistance supervision calculated result, goes to step S303.
S303, administrator are safe according to there is transducing signal judgement corresponding to abnormal mutual assistance supervision calculated result Grade goes to step S304 if security level is safety, if security level is exception, goes to step S305.
S304 terminates.
S305 saves transducing signal corresponding to the mutual assistance supervision calculated result that there is exception.
The present invention will efficiently use system computing capacity, realize that fault status signal obtains, the stable power-supplying of meter and cost Technology is melted as an entirety, a kind of competitive Internet of Things device systems is established, with following advantages：
(1) technology competitions main controller and appurtenant machine can be waited based on randomly selecting, substantially using distributed computing processing mode Degree improves the computational efficiency of Internet of Things equipment mutual assistance monitor system, is effectively utilized computing resource.
(2) it is different from existing packaged type terminal technology, proposing one kind can be in the case where monitoring station breaks down Obtain the supervision equipment of any Internet of Things device real-time monitoring data.
(3) a kind of stable power-supplying technology for key node is proposed, is different from single power supply mode, and commonly not Interruptedly supplying power technology, effectively reduces system cost, increases sustainable power-on time.
The above is a preferred embodiment of the present invention, it is noted that for those skilled in the art For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as Protection scope of the present invention.

Claims (10)

1. a kind of supervision place Internet of Things equipment mutual assistance monitor system, which is characterized in that including multiple fixed Internet of Things hardware monitors, Multiple mobile Internet of Things hardware monitors, fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, Mutual assistance supervisory communications bus, at least one fixes Internet of Things equipment, at least one movement Internet of Things equipment；
Each fixed Internet of Things hardware monitor and at least one described fixation Internet of Things equipment communication connection；
Each mobile Internet of Things equipment and at least one described mobile Internet of Things hardware monitor communicate to connect；
Each fixed Internet of Things hardware monitor and the fixed Internet of Things hardware monitor branch communication line communicate to connect；
Each mobile Internet of Things hardware monitor and the mobile Internet of Things hardware monitor branch communication line communicate to connect；
The fixed Internet of Things hardware monitor branch communication line and the mobile Internet of Things hardware monitor branch communication line respectively with institute State the connection of mutual assistance supervisory communications bus communication.
2. supervision place Internet of Things equipment mutual assistance monitor system according to claim 1, which is characterized in that
The supervision place Internet of Things equipment mutual assistance monitor system also has instant-plugging monitor；
The instant-plugging monitor has communication plug；
The fixed Internet of Things hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line, mutual assistance supervisory communications are total There is the communications connector to match with the communication plug on line；
The instant-plugging monitor can be communicated by the communication plug, communications connector with the fixed Internet of Things hardware monitor Branch line, moves Internet of Things hardware monitor branch communication line, and any communication line in mutual assistance supervisory communications bus is connected.
3. supervision place Internet of Things equipment mutual assistance monitor system according to claim 2, which is characterized in that
The fixed Internet of Things hardware monitor has fixed Internet of Things hardware monitor controller, fixed Internet of Things hardware monitor Power supply, fixed Internet of Things hardware monitor branch communicator, fixed Internet of Things hardware monitor Internet of Things communicator, fixed Internet of Things Supervision Superintend and direct device memory；
The fixed Internet of Things hardware monitor power supply, with the fixed Internet of Things hardware monitor controller, fixed Internet of Things equipment Monitor branch communicator, fixed Internet of Things hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory electrically connect It connects；
The fixed Internet of Things hardware monitor controller, with the fixed Internet of Things hardware monitor branch communicator, fixture Join hardware monitor Internet of Things communicator, fixed Internet of Things hardware monitor memory communication connection.
4. supervision place Internet of Things equipment mutual assistance monitor system according to claim 2, which is characterized in that
The mobile Internet of Things hardware monitor has mobile Internet of Things hardware monitor controller, mobile Internet of Things hardware monitor Power supply, mobile Internet of Things hardware monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator, mobile Internet of Things Supervision Superintend and direct device memory；
The mobile Internet of Things hardware monitor power supply, with the mobile Internet of Things hardware monitor controller, mobile Internet of Things equipment Monitor branch communicator, mobile Internet of Things hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory electrically connect It connects；
The mobile Internet of Things hardware monitor controller, with the mobile Internet of Things hardware monitor branch communicator, motive objects Join hardware monitor Internet of Things communicator, mobile Internet of Things hardware monitor memory communication connection.
5. supervision place Internet of Things equipment mutual assistance monitor system according to claim 2, which is characterized in that
The fixed Internet of Things equipment, has fixed Internet of Things device controller, fixed Internet of Things equipment power supply, and fixed Internet of Things equipment passes Sensor, fixed Internet of Things equipment Internet of Things communicator, fixed Internet of Things device memory；
The fixed Internet of Things equipment power supply, with the fixed Internet of Things device controller, fixed Internet of Things device sensor, fixture Join equipment Internet of Things communicator, fixed Internet of Things device memory is electrically connected；
The fixed Internet of Things device controller fixes Internet of Things equipment Internet of Things communicator with the fixed Internet of Things device sensor, Fixed Internet of Things device memory communication connection；
The fixed Internet of Things equipment obtains transducing signal based on the fixed Internet of Things device sensor, passes through the fixture The transducing signal is sent to the fixed Internet of Things hardware monitor branch communication line by connection equipment Internet of Things communicator, and by the biography Sense signal is stored to the fixed Internet of Things device memory；
The fixed Internet of Things equipment obtains electric energy by the fixed Internet of Things equipment power supply.
6. supervision place Internet of Things equipment mutual assistance monitor system according to claim 2, which is characterized in that
The mobile Internet of Things equipment, has mobile Internet of Things device controller, mobile Internet of Things device battery, and mobile Internet of Things equipment is filled Electrical outlet, mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory；
The mobile Internet of Things device battery, with the mobile Internet of Things device controller, mobile Internet of Things equipment charge socket is mobile Internet of Things device sensor, mobile Internet of Things equipment Internet of Things communicator, mobile Internet of Things device memory are electrically connected；
The mobile Internet of Things device controller, with the mobile Internet of Things equipment charge socket, mobile Internet of Things device sensor is moved Animal joins equipment Internet of Things communicator, mobile Internet of Things device memory communication connection；
The mobile Internet of Things equipment obtains transducing signal based on the mobile Internet of Things device sensor, passes through the motive objects The transducing signal is sent to the mobile Internet of Things hardware monitor branch communication line by connection equipment Internet of Things communicator, and by the biography Sense signal is stored to the mobile Internet of Things device memory；
The mobile Internet of Things equipment obtains electric energy by the mobile Internet of Things device battery；The mobile Internet of Things device battery passes through The mobile Internet of Things equipment charge socket obtains external charging electric energy.
7. according to the described in any item supervision place Internet of Things equipment mutual assistance monitor systems of claim 3 or 4, which is characterized in that
The input terminal of the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply respectively with it is superfluous Remaining power supply circuit is electrically connected；
The redundant power supply circuit comprising redundancy mains supply, redundancy accumulation power supply and redundant wireless power supply；
The redundancy mains supply comprising firewire, zero curve and ground wire；
The redundancy accumulation power supply comprising power storage body, front end safety circuit, front end adjustment circuit, charge/discharge control circuit, charging Control circuit, end adjustment circuit, end safety circuit, end input interface；
The output end of the power storage body is connected with the input terminal of the front end safety circuit, the output of the front end safety circuit End be connected with the input terminal of the front end adjustment circuit, the output end of the front end adjustment circuit respectively with the control of discharge The input terminal of circuit and the charging control circuit is connected, the charge/discharge control circuit and the charging control circuit Output end is connected with the input terminal of the end adjustment circuit respectively, the output end of the end adjustment circuit and the end Safety circuit is connected, and the output end of the end safety circuit is connected with one end of the end input interface, the end Hold the other end and the fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply of input interface It is electrically connected；
The front end safety circuit comprising front voltage sensor, front end current sensor, Head switches, front end are controlled safely Device processed；The front end safety governor is based on the front voltage sensor, and front end current sensor obtains front voltage in real time Value and front end current value, and when any one of the front voltage value or front end current value are more than threshold value, disconnect the front end Switch；
The front end adjustment circuit, by least one front end inductance, at least one front end capacitor, a front end diode structure At；Wherein one end of front end inductance is connected with one end of the front end diode；
The charge/discharge control circuit, by an electric discharge coupling inductance, an electric discharge transformer, multiple discharge diodes are multiple Switching tube and a discharge controller are constituted；The charge/discharge control circuit is used to receive the electric energy of the front end adjustment circuit, And it is converted into the electric energy for meeting the end adjustment circuit input requirements；
The charging control circuit, by charge switch pipe, charging diode, charging inductance, charge isolating diode and one Charge controller is constituted；The charging control circuit, is used to receive the electric energy of the end adjustment circuit, and is converted into Meet the electric energy of the front end adjustment circuit input requirements, is charged with being embodied as the power storage body；
The end adjustment circuit, by least one end inductance, at least one end capacitor, an end diode structure At；Wherein one end of end inductance is connected with one end of the end diode；
The end safety circuit comprising terminal voltage sensor, end current sensor, end switch, end are controlled safely Device processed；The end safety governor is based on the terminal voltage sensor, and end current sensor obtains terminal voltage in real time Value and end current value, and when any one of the terminal voltage value or end current value are more than threshold value, disconnect the end Switch；
The end input interface, by two end input terminals, two end input switches are constituted；Each end is defeated Enter terminal to be connected by the end input switch corresponding to it with the end safety circuit；The end input interface Electric energy is obtained from external power supply, and the electric energy is provided to the power storage body and/or the fixed Internet of Things hardware monitor electricity Source and/or the mobile Internet of Things hardware monitor power supply；
The redundant wireless power supply feeds body, redundant power receptor, redundant signals receptor and superfluous by the redundancy Remaining controller is constituted；The redundancy feed body receives the control of the redundant manipulator；The redundancy feed body and the redundancy Electric power receptor, the input terminal of redundant signals receptor distinguish contactless electric connection, the output end of the redundant power receptor with The fixed Internet of Things hardware monitor power supply and the mobile Internet of Things hardware monitor power supply are electrically connected, the redundancy letter The output end of number receptor and the fixation Internet of Things hardware monitor branch communicator in the fixed Internet of Things hardware monitor, and/or Fixed Internet of Things hardware monitor Internet of Things communicator communication connection；
The output end of the redundant signals receptor also with the mobile Internet of Things hardware monitor in the mobile Internet of Things hardware monitor Branch communicator, and/or mobile Internet of Things hardware monitor Internet of Things communicator communication connection；
The redundancy feeds body, and by redundancy electrical energy inputs, redundancy inverter, redundancy feeder loop is constituted；The redundant electric Energy input terminal, redundancy inverter, redundancy feeder loop are successively electrically connected；
The redundant power receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, is based on Fundamental wave in the radio energy is realized powers with the coupling of redundancy feed body；
The redundant signals receptor receives the radio energy that the redundancy feeds intracorporal redundancy feeder loop transmitting, is based on Harmonic wave in the radio energy realizes the coupled communication with redundancy feed body；
The redundant manipulator controls the timing that the redundancy feeds intracorporal redundancy inverter, so that the redundancy is inverse Become the radio energy that device output has required fundamental wave and harmonic wave.
8. a kind of supervision place Internet of Things equipment mutual assistance measure of supervision, the method is based on described in any one of claim 1-7 Supervision place Internet of Things equipment mutual assistance monitor system, which is characterized in that
The supervision place Internet of Things equipment mutual assistance measure of supervision includes Internet of Things Connection Step, distributed computing step, mutual assistance supervision Step；
The Internet of Things Connection Step includes：
S101, the fixed Internet of Things hardware monitor initialization, goes to step S103；
S102, the mobile Internet of Things hardware monitor initialization, goes to step S104；
S103, the fixed Internet of Things hardware monitor search the fixed Internet of Things equipment connected to it, and with the institute that finds It states fixed Internet of Things equipment and establishes communication connection, go to step S105；
S104, the mobile Internet of Things hardware monitor search the mobile Internet of Things equipment connected to it, and with the institute that finds It states mobile Internet of Things equipment and establishes communication connection, go to step S106；
S105, the fixed Internet of Things hardware monitor search its being connected on the fixed Internet of Things hardware monitor branch communication line Its described fixed Internet of Things hardware monitor, and establish communicate to connect with other fixed Internet of Things hardware monitors respectively, turn Step S107；
S106, the mobile Internet of Things hardware monitor search its being connected on the mobile Internet of Things hardware monitor branch communication line Its described mobile Internet of Things hardware monitor, and establish communicate to connect with other mobile Internet of Things hardware monitors respectively, turn Step S107；
S107, the multiple fixed Internet of Things hardware monitor and multiple mobile Internet of Things hardware monitors pass through the fixed Internet of Things Hardware monitor branch communication line, mobile Internet of Things hardware monitor branch communication line and mutual assistance supervisory communications bus, establish communication link It connects, allows any one of fixed Internet of Things hardware monitor or mobile Internet of Things hardware monitor and other Internet of Things Supervisions Superintend and direct device communication connection；
S108 turns distributed computing step.
9. supervision place Internet of Things equipment mutual assistance measure of supervision according to claim 8, which is characterized in that
The distributed computing step includes：
S201, other Internet of Things hardware monitors of each Internet of Things hardware monitor on communication line send one at random Number, each Internet of Things hardware monitor is ranked up the random number received by size, and by maximum random number Corresponding Internet of Things hardware monitor is set as principal goods connection hardware monitor, and other Internet of Things hardware monitors are set as subordinate Internet of Things Hardware monitor；The identical largest random number of two or more sizes if it exists, then repeatedly step S201, if there is only one A largest random number, then enter step S202；
The communication line moves Internet of Things hardware monitor branch communication line, and mutually by fixing Internet of Things hardware monitor branch communication line Supervisory communications bus is helped to constitute；
S202, the principal goods connection hardware monitor obtain the amount of calculation according to transducing signal, go to step S203；
S203, the principal goods connection hardware monitor call all subordinate Internet of Things hardware monitors to carry out distributed computing, go to step S204；
Mutual assistance supervision calculated result is sent to the principal goods connection equipment in real time and supervised by S204, the subordinate Internet of Things hardware monitor Device goes to step S203 if mutual assistance supervision calculated result is without exception, if there is exception in mutual assistance supervision calculated result, Go to step S205；
S205, the principal goods join hardware monitor and push to administrator in the presence of abnormal mutual assistance supervision calculated result, and S203 is gone to step after waking up mutual assistance supervision step.
10. supervision place Internet of Things equipment mutual assistance measure of supervision according to claim 8, which is characterized in that
Step is supervised in the mutual assistance：
S301 prompts the supervision calculated result of mutual assistance described in administrator to exist abnormal, goes to step S302；
S302 transfers in the presence of transducing signal corresponding to abnormal mutual assistance supervision calculated result, goes to step S303；
S303, administrator judge safety etc. according to there is transducing signal corresponding to abnormal mutual assistance supervision calculated result Grade goes to step S304 if security level is safety, if security level is exception, goes to step S305；
S304 terminates；
S305 saves transducing signal corresponding to the mutual assistance supervision calculated result that there is exception.
CN201811014208.3A 2018-08-31 2018-08-31 Supervision place Internet of Things equipment mutual assistance monitor system and method Pending CN108833193A (en)

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Publication number Priority date Publication date Assignee Title
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CN101753993A (en) * 2009-12-18 2010-06-23 浙江大学 Remote video monitoring system combining with wireless sensor network
CN101980413A (en) * 2010-10-22 2011-02-23 浪潮电子信息产业股份有限公司 AC and DC hybrid redundant power supply method
CN103135505A (en) * 2011-11-22 2013-06-05 江苏省紫光智能系统有限公司 Distributed building energy consumption intelligent thing network monitoring system and monitoring method thereof
CN103234645A (en) * 2013-03-25 2013-08-07 国家电网公司 On-line monitoring system and monitoring method for distributed cable terminals
CN104124748A (en) * 2013-04-27 2014-10-29 广州邦讯信息系统有限公司 Public transport station intelligent power supply system compensated by clean energy

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US20090016517A1 (en) * 2007-07-13 2009-01-15 Oliver Rex Anto Emmanuel Location system and method for assisting emergency services in identifying the physical location of an IP telephony user
CN101753993A (en) * 2009-12-18 2010-06-23 浙江大学 Remote video monitoring system combining with wireless sensor network
CN101980413A (en) * 2010-10-22 2011-02-23 浪潮电子信息产业股份有限公司 AC and DC hybrid redundant power supply method
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