CN107707038A - A kind of Internet of Things wireless communication apparatus electric power system and its monitoring method - Google Patents
A kind of Internet of Things wireless communication apparatus electric power system and its monitoring method Download PDFInfo
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- CN107707038A CN107707038A CN201711048397.1A CN201711048397A CN107707038A CN 107707038 A CN107707038 A CN 107707038A CN 201711048397 A CN201711048397 A CN 201711048397A CN 107707038 A CN107707038 A CN 107707038A
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 26
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Classifications
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- 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
- H02J50/00—Circuit arrangements or systems for wireless supply or distribution of electric power
- H02J50/20—Circuit arrangements or systems for wireless supply or distribution of electric power using microwaves or radio frequency waves
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- H02J7/025—
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
Abstract
The invention discloses one kind, the invention provides a kind of Internet of Things wireless communication apparatus electric power system and its monitoring method, Internet of Things wireless telecommunications dress includes radio energy transmitting end module, radio energy receives end module, this module of electric energy conversion energy storage, wireless power network monitoring cloud platform；Radio energy receiving module is connected with electric energy conversion energy-storage module.The present invention is powered based on wireless power transmission technology to the Internet of Things wireless communication apparatus of low-power consumption, can solve the problem that Internet of Things wireless communication apparatus battery powered life-span and the wiring issue of low-power consumption.In deployment sensor network on a large scale, interconnection resources can be significantly saved, ensure power supply reliability.
Description
Technical field
The present invention relates to wireless power transmission application field, specifically a kind of Internet of Things wireless communication apparatus electric power system and
Its monitoring method.
Background technology
With deep application of the technology of Internet of things in intelligent domestic, wisdom factory, smart city etc., All Around The World is all
Earth-shaking change is occurring.Internet of Things, industry 4.0, the vocabulary such as intelligence manufacture is of common occurrence.Although society is promoted instantly
The economic fast development of meeting is Internet industry, immediately 3G, and 4G even 5G will be employed.But except these conventional shiftings
Beyond dynamic internet communication, as ZigBee, Thread, Z-wave, LoRaWAN etc. emerging LAN or Metropolitan Area Network (MAN) wireless telecommunications
Technology is also in swift and violent development.Therefore the alliance for many these technologies of popularization that have also been born is such as：ZigBee alliances, LoRa alliances
Deng.In China, as the emerging attorneyship for having begun to seize LoRa technologies and being applied in Chinese Internet of Things in communication giant.Certainly, state
Outer development is swifter and more violent compared to domestic.
It is exactly low-power consumption that these emerging wireless communication techniques, which have an outstanding feature,.At present, the mode master of power supply
If traditional connection power network and battery powered.But both modes have the drawbacks of its is notable i.e.：Connection power network needs to draw
Very long line is very inconvenient, and the endurance of battery is limited.Therefore, the present invention discloses a kind of Internet of Things wireless telecommunications electric supply installation
System and method, given by microwave or magnetic coupling resonant radio energy transmitting device and powered apart from different wireless communication apparatus.
The system can set the pattern of multicast, and combine small-sized uninterrupted power source, it is possible to achieve facilitate permanent Internet of Things without
Line communication device is powered, and solves the drawbacks of power supply mode instantly.
It is an object of the invention to provide a kind of Internet of Things wireless communication apparatus electric power system and its monitoring side for the content of the invention
Method, to solve the problem of bracing wire length of prior art Internet of Things wireless communication apparatus power supply, battery durable difference.
In order to achieve the above object, the technical solution adopted in the present invention is：
A kind of Internet of Things wireless communication apparatus electric power system, it is characterised in that：Including radio energy transmitter module（101）It is and its right
The radio energy receiving module answered（201）, radio energy transmitter module（301）And its corresponding radio energy receiving module
（401）, and electric energy conversion energy-storage module（501）, wireless power network monitoring cloud platform（601）, wherein：
Radio energy transmitter module（101）And its corresponding radio energy receiving module（201）Form resonance coupling radio energy
Transmitting device；Radio energy transmitter module（101）By signal source module（1011）, drive amplification module（1012）, resonance coupling
Transmitter module（1013）, transmitting terminal control module（1014）And power supply supplying module（1015）Form, signal source module
（1011）Convert electrical energy into the excited oscillation signal of magnetic energy, drive amplification module（1012）By excitation caused by signal source module
The voltage of oscillator signal is increased, and improves power output, resonance coupling firing module（1013）Convert electrical energy into medium-high frequency
Electromagnetic wave is transmitted, and whole process is by transmitting terminal control module（1014）Control；
Radio energy receiving module（201）Module is coupled to receive by resonance（2011）, rectification filtering module（2012）, radio source
Supply（2013）, receiving terminal control module（2014）Form, resonance is coupled to receive module（2011）With resonance coupling firing module
（1013）Linked in spacing wireless, module is coupled to receive by resonance（2011）Receive resonance coupling firing module（1013）Transmission
Medium-high frequency electromagnetic wave, and medium-high frequency electromagnetic wave is changed into electric energy supply rectification filtering module（2012）, rectification filtering module
（2012）The electric energy of reception is handled to meet load electricity consumption and deliver to radio source supply（2013）, whole process is by connecing
Receiving end control module（2014）Control；
Radio energy transmitter module（301）And its corresponding radio energy receiving module（401）Form the transmission of microwave wireless electric energy
Device；Radio energy transmitter module（301）By signal source module（3011）, electric energy microwave modular converter（3012）, transmitting antenna
Module（3013）, transmitting terminal control module（3014）And power supply supplying module（3015）Form, signal source module（3011）By electricity
The excited oscillation signal of magnetic energy, electric energy microwave modular converter can be changed into（3012）By signal source module（3011）Caused excitation
Oscillator signal is changed into microwave, transmitting antenna module（3011）Microwave is changed into high-frequency microwave to be transmitted, whole process by
Transmitting terminal control module（3014）Control；
Radio energy receiving module（401）By reception antenna module（4011）, microwave electric energy conversion module（4012）, radio source
Supply（4013）And receiving terminal control module（4014）Form, reception antenna module（4011）With transmitting antenna module（3013）
Spacing wireless links, by reception antenna module（4011）Receive transmitting antenna module（3013）The high-frequency microwave of transmission, and by height
Frequency microwave is changed into electric energy supply microwave electric energy conversion module（4012）, microwave electric energy conversion module（4012）To microwave energy
Collect and processing obtains electric energy to meet to load and deliver to radio source supply（4013）, whole process is by receiving terminal control module
（4014）Control；
Electric energy changes energy-storage module（501）Supplied by radio source（5011）, power supply transformation of electrical energy module（5012）, battery power
Conversion module（5016）, charger（5013）, battery（5014）, control module（5015）, power supply/battery handover module
（5017）And Internet of Things wireless communication apparatus（5018）Form, radio source supply（5011）Supplied by radio source
（2013）, radio source supply（4013）Form, radio source supply（5011）There are two-way output, radio source supply（5011）
Electric energy transmit all the way to power supply transformation of electrical energy module（5012）, power supply transformation of electrical energy module（5012）By electric energy enter line translation with
Meet load supplying requirement and transmit to power supply/battery handover module（5017）, radio source supply（5011）Electric energy it is another
Transmit charger in road（5013）, pass through charger（5013）Charge to battery（5014）, battery（5014）In radio energy
Electric energy is transmitted to battery power conversion module when transport module breaks down（5016）, battery power conversion module（5016）Will
Electric energy enters line translation to meet load supplying requirement and transmit to power supply/battery handover module（5017）, power supply/battery switching mould
Block（5017）For in load supplying, being switched between battery and power supply, to meet the needs of uninterrupted power supply, power supply
Transformation of electrical energy module（5012）With battery power conversion module（5016）Conversion, charger to electric energy（5013）Work, electricity
Source/battery handover module（5017）Work respectively by control module（5015）Control, Internet of Things wireless communication apparatus（5018）
For wireless communication transmission, control and related sensor connection；
Wireless power network monitoring cloud platform（601）By radio energy emission control module（6011）, radio energy receive control
Module（6012）, electric energy conversion energy storage control module（6013）, Internet of Things wireless communication apparatus（6014）, base station/server
（6015）And operation interface/cloud platform（6016）Form, radio energy emission control module（6011）By transmitting terminal control module
（1014）, transmitting terminal control module（3014）Form, radio energy receive and control module（6012）By receiving terminal control module
（2014）, receiving terminal control module（4014）Form, electric energy conversion energy storage control module（6013）As control module（5015）,
Base station/server（6015）For to radio energy transmitting terminal control module（6011）, radio energy receiving terminal control module
（6012）And electric energy conversion energy storage control module（6013）Control and pass through Internet of Things wireless communication apparatus（6014）Carry out
Information exchanges；Operation interface/cloud platform（6016）For to base station/server（6015）Information extraction and display, and lead to
It is crossed to complete to think to operate and control；
Radio energy transmitter module（101）（301）End module is received with radio energy（201）（401）Carried out by airspace
Energy exchange, then, radio energy receive end module（201）（401）Gained energy is transferred to electric energy conversion energy-storage module
（501）, last electric energy conversion energy-storage module（501）Electric energy is supplied into Internet of Things wireless communication apparatus（5018）.
A kind of described Internet of Things wireless communication apparatus electric power system, it is characterised in that：Radio energy transmitter module（101）
In, signal source module（1011）Output end and drive amplification module（1012）Input connects, driving method module（1012）It is defeated
Go out end and resonance coupling firing module（1013）Input connects, transmitting terminal control module（1014）Respectively with signal source module
（1011）, drive amplification module（1012）, resonance coupling firing module（1013）Control connection, power supply supplying module（1015）Point
Signal source module is not supplied power to（1011）, drive amplification module（1012）, resonance coupling firing module（1013）, transmitting terminal control
Module（1014）.
A kind of described Internet of Things wireless communication apparatus electric power system, it is characterised in that：Radio energy receiving module（201）
In, resonance is coupled to receive module（2011）Output end and rectification filtering module（2012）Input connects, rectification filtering module
（2012）Output end supplies with radio source（2013）Input connects, receiving terminal control module（2014）Coupled respectively with resonance
Receiving module（2011）, rectification filtering module（2012）, radio source supply（2013）Control connection.
A kind of described Internet of Things wireless communication apparatus electric power system, it is characterised in that：Radio energy transmitter module（301）
In, signal source module（3011）Output end and electric energy microwave modular converter（3012）Input connects, electric energy microwave modular converter
（3012）Output end and transmitting antenna module（3013）Input connects, transmitting terminal control module（3014）Respectively with signal source mould
Block（3011）, electric energy microwave modular converter（3012）, transmitting antenna module（3013）Control connection, power supply supplying module（3015）
Signal source module is supplied power to respectively（3011）, electric energy microwave modular converter（3012）, transmitting antenna module（3013）, transmitting terminal control
Molding block（3014）.
A kind of described Internet of Things wireless communication apparatus electric power system, it is characterised in that：Radio energy receiving module（401）
In, reception antenna module（4011）Output end and microwave electric energy conversion module（4012）Input connects, microwave electric energy modulus of conversion
Block（4012）Output end supplies with radio source（4013）Input connects, receiving terminal control module（4014）Respectively with receiving day
Wire module（4011）, microwave electric energy conversion module（4012）, radio source supply（4013）Control connection.
A kind of described Internet of Things wireless communication apparatus electric power system, it is characterised in that：Electric energy changes energy-storage module（501）
In, radio source supply（5011）Supplied by radio source（2013）, radio source supply（4013）Form, radio source supply
（5011）There are two-way output, radio source supply（5011）Output and power supply transformation of electrical energy module all the way（5012）Input connects
Connect, power supply transformation of electrical energy module（5012）Output end and power supply/battery handover module（5017）Input connects, and radio source supplies
Give（5011）Another way exports and charger（5013）Input connects, charger（5013）Output end and battery（5014）It is defeated
Enter end connection, battery（5014）Output end and battery power conversion module（5016）Input connects, and battery power becomes mold changing
Block（5016）Output end and power supply/battery handover module（5017）Input, power supply/battery handover module（5017）Output end with
Internet of Things wireless communication apparatus（5018）Connection, control module（5015）Respectively with power supply transformation of electrical energy module（5012）, charging
Device（5013）, battery power conversion module（5016）, power supply/battery handover module（5017）Control connection.
A kind of monitoring method of Internet of Things wireless communication apparatus electric power system, it is characterised in that：Comprise the following steps：
Step 1, high in the clouds interface display module is activated to operating personnel first；
Step 2, operating personnel observe electric energy and related monitoring information, then judge whether to need to correct；
Step 3, when needing progress parameters revision, then high in the clouds APP is logged in；
Step 4, when high in the clouds, APP is logined successfully, then operation interface/cloud platform（6016）Carry out parameter setting and control mould to transmitting terminal
Block（6011）Control information is sent, if arrange parameter and communication handshake success, can carry out receiving terminal control module（6012）And
Electric energy changes energy storage control module（6013）Parameter setting, otherwise beard and hair send failure information and check whether equipment fault, and
Arrange maintenance；
Step 5, operation interface/cloud platform（6016）Can be to receiving terminal control module（6012）And electric energy conversion energy storage control
Module（6013）Carry out parameter setting；Charger is opened, battery is charged, and keeps keeping between battery and power supply
Balance；
Step 6, charger（5013）To battery（5014）Charged, if battery reaches predetermined saturation, send saturation letter
Number carry out shut-off charger by operating personnel to cloud platform interface display（5013）；
Step 7, Internet of Things wireless communication apparatus（6014）By the energy information of transmitting terminal and receiving terminal and it is carried in thereon
The information such as sensor pass through base station/server（6015）It is sent to operation interface/cloud platform（6016）Monitored in real time.
Beneficial effects of the present invention：The invention provides a kind of Internet of Things wireless communication apparatus electric power system and method.
Solve battery durable deficiency and the permanent voltage of battery etc. in practical application and be unsatisfactory for the situations such as power reguirements.In addition, the system
And method also solves the embarrassed shape of existing large area wiring, improves space complexion, has completely cut off because power network pulse and failure cause
Related load failure.
Brief description of the drawings
Fig. 1 is --- resonance couples radio energy transmitter module structural representation.101 resonance coupling radio energy transmitting mould
Block, 1011 signal source modules, 1012 drive amplification modules, 1013 resonance coupling firing modules, 1014 transmitting terminal control modules,
1015 power supply supplying modules.
Fig. 2 is --- resonance couples radio energy receiving module structural representation.201 resonance coupling radio energy receives mould
Block, 2011 resonance are coupled to receive module, 2012 rectification filtering modules, the supply of 2013 radio energies, 2014 receiving terminal control modules.
Fig. 3 is --- microwave wireless electric energy transmitter module structural representation.301 microwave wireless electric energy transmitter modules, 3011 letters
Number source module, 3012 electric energy microwave modular converters, 3013 transmitting antenna modules, 3014 transmitting terminal control modules, 3015 power supplys supply
To module.
Fig. 4 is --- microwave wireless electric energy receiving module structural representation.401 microwave wireless electric energy receiving modules, 4011 connect
Receive Anneta module, 4012 microwave electric energy conversion modules, the supply of 4013 radio energies, 4014 receiving terminal control modules.
Fig. 5 is --- electric energy changes energy-storage module structural representation.501 electric energy change energy-storage module, and 5011 radio energies supply
Give, 5012 power supply electric energy conversion modules, 5013 chargers, 5014 batteries, 5015 control modules, 5016 battery power moduluss of conversion
Block, 5017 power supplys/battery handover module, 5018 Internet of Things wireless communication apparatus.
Fig. 6 is --- wireless power network monitoring cloud platform structural representation.601 wireless power network monitoring cloud platforms,
6011 radio energy transmitting terminal control modules, 6012 radio energy receiving terminal control modules, 6013 electric energy conversion energy storage control mould
Block, 6014 Internet of Things wireless communication apparatus, 6015 base station/servers, 6016 operation interfaces/cloud platform.
Fig. 7 is --- a kind of method flow diagram of Internet of Things wireless communication apparatus electric power system.
Embodiment
As shown in Fig. 1-Fig. 7, a kind of Internet of Things wireless communication apparatus electric power system, including radio energy transmitter module 101
And its corresponding radio energy receiving module 201, radio energy transmitter module 301 and its corresponding radio energy receiving module
401, and electric energy conversion energy-storage module 501, wireless power network monitoring cloud platform 601, wherein：
Radio energy transmitter module 101 and its corresponding radio energy receiving module 201 form resonance coupling wireless power transmission
Device；Radio energy transmitter module 101 is by signal source module 1011, drive amplification module 1012, resonance coupling firing module
1013rd, transmitting terminal control module 1014 and power supply supplying module 1015 are formed, and signal source module 1011 converts electrical energy into magnetic
The excited oscillation signal of energy, drive amplification module 1012 are increased the voltage of excited oscillation signal caused by signal source module
Greatly, power output is improved, resonance coupling firing module 1013 converts electrical energy into medium-high frequency electromagnetic wave and is transmitted, whole process
Controlled by transmitting terminal control module 1014；
Radio energy receiving module 201 is coupled to receive module 2011, rectification filtering module 2012, radio source by resonance and supplied
2013rd, receiving terminal control module 2014 is formed, and resonance is coupled to receive module 2011 with resonance coupling firing module 1013 in space
Wireless link, the medium-high frequency electromagnetic wave that module 2011 receives resonance coupling firing module 1013 and transmit is coupled to receive by resonance, and
Medium-high frequency electromagnetic wave is changed into electric energy supply rectification filtering module 2012, rectification filtering module 2012 carries out the electric energy of reception
To meet to load electricity consumption and deliver to radio source supply 2013, whole process is controlled by receiving terminal control module 2014 for processing；
Radio energy transmitter module 301 and its corresponding radio energy receiving module 401 form microwave wireless electric energy transmitting device；
Radio energy transmitter module 301 is by signal source module 3011, electric energy microwave modular converter 3012, transmitting antenna module 3013, hair
Penetrate end control module 3014 and power supply supplying module 3015 is formed, the excitation that signal source module 3011 converts electrical energy into magnetic energy is shaken
Signal is swung, excited oscillation signal caused by signal source module 3011 is changed into microwave by electric energy microwave modular converter 3012, transmitting
Microwave is changed into high-frequency microwave and is transmitted by Anneta module 3011, and whole process is controlled by transmitting terminal control module 3014；
Radio energy receiving module 401 is supplied by reception antenna module 4011, microwave electric energy conversion module 4012, radio source
4013 and receiving terminal control module 4014 form, reception antenna module 4011 and transmitting antenna module 3013 are in spacing wireless chain
Connect, the high-frequency microwave that transmitting antenna module 3013 transmits is received by reception antenna module 4011, and high-frequency microwave is changed into electricity
Microwave electric energy conversion module 4012 can be supplied, collection and processing of the microwave electric energy conversion module 4012 to microwave energy obtain electric energy
To meet to load and deliver to radio source supply 4013, whole process is controlled by receiving terminal control module 4014；
Electric energy changes energy-storage module 501 and becomes mold changing by radio source supply 5011, power supply transformation of electrical energy module 5012, battery power
Block 5016, charger 5013, battery 5014, control module 5015, power supply/battery handover module 5017 and Internet of Things are wireless
Communication device 5018 is formed, and radio source supply 5011 is made up of radio source supply 2013, radio source supply 4013, wirelessly
Power supply supply 5011 has two-way output, and the electric energy of radio source supply 5011 transmits to power supply transformation of electrical energy module 5012 all the way,
Electric energy is entered line translation to meet load supplying requirement and transmit to power supply/battery handover module by power supply transformation of electrical energy module 5012
5017, the electric energy another way transmission charger 5013 of radio source supply 5011, battery is charged to by charger 5013
5014, battery 5014 transmits electric energy to battery power conversion module 5016 when wireless power transmission module breaks down,
Electric energy is entered line translation to meet load supplying requirement and transmit to power supply/battery handover module by battery power conversion module 5016
5017, power supply/battery handover module 5017 is used in load supplying, is switched between battery and power supply, to meet not
The demand of interruptedly supplying power, the conversion to electric energy of power supply transformation of electrical energy module 5012 and battery power conversion module 5016, charger
5013 work, the work of power supply/battery handover module 5017 are controlled by control module 5015 respectively, Internet of Things wireless telecommunications dress
Put 5018 and be used for wireless communication transmission, control and related sensor connection；
Wireless power network monitoring cloud platform 601 is by radio energy emission control module 6011, radio energy receive and control module
6012nd, electric energy conversion energy storage control module 6013, Internet of Things wireless communication apparatus 6014, base station/server 6015 and operation circle
Face/cloud platform 6016 is formed, and radio energy emission control module 6011 is by transmitting terminal control module 1014, transmitting terminal control module
3014 are formed, and radio energy receive and control module 6012 is made up of receiving terminal control module 2014, receiving terminal control module 4014,
Electric energy conversion energy storage control module 6013 is control module 5015, and base station/server 6015 is used for radio energy transmitting terminal
Control module 6011, radio energy receiving terminal control module 6012 and electric energy are changed the control of energy storage control module 6013 and led to
Cross Internet of Things wireless communication apparatus 6014 and enter row information exchange；Operation interface/cloud platform 6016 is used for base station/server 6015
Information extraction and display, and complete to think to operate and control by it；
Radio energy transmitter module 101301 receives end module 201401 with radio energy and carries out energy exchange by airspace,
Then, radio energy receives end module 201401 and gained energy is transferred into electric energy conversion energy-storage module 501, last electric energy conversion
Electric energy is supplied Internet of Things wireless communication apparatus 5018 by energy-storage module 501.
In radio energy transmitter module 101, the output end of signal source module 1011 connects with the input of drive amplification module 1012
Connect, the output end of driving method module 1012 is connected with the input of resonance coupling firing module 1013, transmitting terminal control module 1014
Connected respectively with signal source module 1011, drive amplification module 1012, the control of resonance coupling firing module 1013, power supply supply mould
Block 1015 supplies power to signal source module 1011, drive amplification module 1012, resonance coupling firing module 1013, transmitting terminal control respectively
Molding block 1014.
In radio energy receiving module 201, resonance is coupled to receive the output end of module 2011 and rectification filtering module 2012 is defeated
Enter end connection, the output end of rectification filtering module 2012 supplies 2013 inputs with radio source and is connected, receiving terminal control module
2014 are coupled to receive module 2011, rectification filtering module 2012, the control connection of radio source supply 2013 with resonance respectively.
In radio energy transmitter module 301, the output end of signal source module 3011 inputs with electric energy microwave modular converter 3012
End connection, the output end of electric energy microwave modular converter 3012 are connected with the input of transmitting antenna module 3013, transmitting terminal control module
3014 connect with signal source module 3011, electric energy microwave modular converter 3012, the control of transmitting antenna module 3013 respectively, and power supply supplies
Signal source module 3011, electric energy microwave modular converter 3012, transmitting antenna module 3013, transmitting are supplied power to respectively to module 3015
Hold control module 3014.
In radio energy receiving module 401, the output end of reception antenna module 4011 and microwave electric energy conversion module 4012 are defeated
Enter end connection, the output end of microwave electric energy conversion module 4012 supplies 4013 inputs with radio source and is connected, receiving terminal control mould
Block 4014 connects with reception antenna module 4011, microwave electric energy conversion module 4012, the control of radio source supply 4013 respectively.
In electric energy conversion energy-storage module 501, radio source supply 5011 is supplied by radio source supply 2013, radio source
4013 are formed, and radio source supply 5011 has two-way output, and radio source supplies the output of 5,011 1 tunnels and power supply transformation of electrical energy mould
The input of block 5012 is connected, and the output end of power supply transformation of electrical energy module 5012 is connected with power supply/input of battery handover module 5017,
Radio source supplies the output of 5011 another ways and is connected with the input of charger 5013, the output end of charger 5013 and battery 5014
Input is connected, and the output end of battery 5014 is connected with the input of battery power conversion module 5016, battery power conversion module
5016 output ends and power supply/input of battery handover module 5017, power supply/output end of battery handover module 5017 and Internet of Things without
Line communication device 5018 connects, control module 5015 respectively with power supply transformation of electrical energy module 5012, charger 5013, battery power
Conversion module 5016, power supply/control connection of battery handover module 5017.
A kind of monitoring method of Internet of Things wireless communication apparatus electric power system, comprises the following steps：
Step 1, high in the clouds interface display module is activated to operating personnel first；
Step 2, operating personnel observe electric energy and related monitoring information, then judge whether to need to correct；
Step 3, when needing progress parameters revision, then high in the clouds APP is logged in；
Step 4, when high in the clouds, APP is logined successfully, then operation interface/cloud platform 6016 carries out parameter setting to transmitting terminal control module
6011 send control information, if arrange parameter and communication handshake success, can carry out receiving terminal control module 6012 and electric energy turns
The parameter setting of energy storage control module 6013 is changed, otherwise beard and hair send failure information and checks whether equipment fault, and arranges to overhaul；
Step 5, operation interface/cloud platform 6016 can change energy storage control module to receiving terminal control module 6012 and electric energy
6013 carry out parameter setting；Charger is opened, battery is charged, and keeps keeping flat between battery and power supply
Weighing apparatus；
Step 6, charger 5013 charges to battery 5014, if battery reaches predetermined saturation, send saturation signal to
Cloud platform interface display is carried out turning off charger 5013 by operating personnel；
Step 7, Internet of Things wireless communication apparatus 6014 by the energy information of transmitting terminal and receiving terminal and is carried in biography thereon
The information such as sensor are sent to operation interface/cloud platform 6016 by base station/server 6015 and monitored in real time.
Embodiment one
The related letter of environmental monitoring that a kind of Internet of Things wireless communication apparatus electric power system and method can be applied in smart city
The collection and control of breath.Due to substantial amounts of environmental detection sensor such as：Temperature, humidity, noise, light pollution, pellet
Applied Deng sensor in city, so as to promote the smart city that set of environmental monitors to gather the generation of monitoring system.Largely
Environment monitoring sensor be arranged on each corner in city, we can carry out remote or penetrate using present system
Formula transmits electromagnetic energy, to the storage battery power supply of supply sensor electric energy, has reached the purpose of remote monitoring supply.
Firstly, for the sensor and wireless communication module in underground piping, we can utilize resonance to couple
Wireless electric energy transmission device is transmitted electric energy.Then electric energy progress Technics of Power Electronic Conversion obtains loading required electric energy.In this
Meanwhile our high in the clouds platform can complete the information gathering to the sensor in underground piping and the prison of its battery condition
Survey.And the sensor for being installed in outdoor space, we can use the microwave wireless electric energy compared with long-distance transmissions to transmit dress
Put, carry out long-distance transmissions electric energy and complete adopting for system resource also with electric energy conversion regime and related intelligent control method
Collection and configuration.This electric power system and method well optimize environmental data collecting information and energy information collection information
Integrate.
Embodiment two
The information gathering and control that a kind of Internet of Things wireless communication apparatus electric power system and method can be applied in wisdom factory
Using.Because the information that different factories gathers is different, therefore this example only illustrates the application in wisdom agricultural.It is because existing
Farm and greenhouse gardening have been generalized, and the wisdom agricultural projects and " young farm Major program " gradually recommended have been made every effort to promote greatly
The wisdom agricultural of efficient low human resources is set to advance.The present invention is sensor device and communication in wisdom agricultural product factory
The power supply of device provides a kind of system and method.
Firstly, for the agricultural product factory of booth vegetable and fruit, it is necessary to substantial amounts of sensor and communication control equipment.This
All equipment wireless penetrations in actual applications, will effectively be connected, avoid staff at work very by invention
It is more inconvenient.The information of all collections can control to ensure the Effec-tive Function of factory in real time.In addition, big rule of the invention in outdoor
The pest and disease damage in the field of mould and water quality monitoring can also use well, are effectively reduced human resources and give more reliable
Data.Simultaneously as the utilization of this inventive method, it can effectively ensure the permanence of the system.
Embodiment three
A kind of Internet of Things wireless communication apparatus electric power system and method can be applied to information gathering and control in intelligent domestic/community
System application.Modern Family is more and more intelligent, and community's also increasingly facilitation.Present invention could apply to family in intelligent domestic
The monitoring and control of the associated safety in front yard, fire-fighting, environment etc., the related building of community in intelligence community can also be applied to
With security protection, the application of stop etc..
There is the application of many sensors and controller in terms of firstly, for the safety in intelligent domestic and environment.Therefore,
We mainly give these sensors and controller power supply, because the entirety of originally one cloth linear load of household internal, dress
It is also an especially complex thing to repair.And invention can cause many new sensors and product changing the original shape of family
In the case of state, low cost enters in family, gives user and preferably uses.And intelligence community is also required to similar sensor
Deng, can similarly take the present invention system and method complete intelligence community upgrading and transformation.
Claims (7)
- A kind of 1. Internet of Things wireless communication apparatus electric power system, it is characterised in that：Including radio energy transmitter module（101）And its Corresponding radio energy receiving module（201）, radio energy transmitter module（301）And its corresponding radio energy receiving module （401）, and electric energy conversion energy-storage module（501）, wireless power network monitoring cloud platform（601）, wherein：Radio energy transmitter module（101）And its corresponding radio energy receiving module（201）Form resonance coupling radio energy Transmitting device；Radio energy transmitter module（101）By signal source module（1011）, drive amplification module（1012）, resonance coupling Transmitter module（1013）, transmitting terminal control module（1014）And power supply supplying module（1015）Form, signal source module （1011）Convert electrical energy into the excited oscillation signal of magnetic energy, drive amplification module（1012）By excitation caused by signal source module The voltage of oscillator signal is increased, and improves power output, resonance coupling firing module（1013）Convert electrical energy into medium-high frequency Electromagnetic wave is transmitted, and whole process is by transmitting terminal control module（1014）Control；Radio energy receiving module（201）Module is coupled to receive by resonance（2011）, rectification filtering module（2012）, radio source Supply（2013）, receiving terminal control module（2014）Form, resonance is coupled to receive module（2011）With resonance coupling firing module （1013）Linked in spacing wireless, module is coupled to receive by resonance（2011）Receive resonance coupling firing module（1013）Transmission Medium-high frequency electromagnetic wave, and medium-high frequency electromagnetic wave is changed into electric energy supply rectification filtering module（2012）, rectification filtering module （2012）The electric energy of reception is handled to meet load electricity consumption and deliver to radio source supply（2013）, whole process is by connecing Receiving end control module（2014）Control；Radio energy transmitter module（301）And its corresponding radio energy receiving module（401）Form the transmission of microwave wireless electric energy Device；Radio energy transmitter module（301）By signal source module（3011）, electric energy microwave modular converter（3012）, transmitting antenna Module（3013）, transmitting terminal control module（3014）And power supply supplying module（3015）Form, signal source module（3011）By electricity The excited oscillation signal of magnetic energy, electric energy microwave modular converter can be changed into（3012）By signal source module（3011）Caused excitation Oscillator signal is changed into microwave, transmitting antenna module（3011）Microwave is changed into high-frequency microwave to be transmitted, whole process by Transmitting terminal control module（3014）Control；Radio energy receiving module（401）By reception antenna module（4011）, microwave electric energy conversion module（4012）, radio source Supply（4013）And receiving terminal control module（4014）Form, reception antenna module（4011）With transmitting antenna module（3013） Spacing wireless links, by reception antenna module（4011）Receive transmitting antenna module（3013）The high-frequency microwave of transmission, and by height Frequency microwave is changed into electric energy supply microwave electric energy conversion module（4012）, microwave electric energy conversion module（4012）To microwave energy Collect and processing obtains electric energy to meet to load and deliver to radio source supply（4013）, whole process is by receiving terminal control module （4014）Control；Electric energy changes energy-storage module（501）Supplied by radio source（5011）, power supply transformation of electrical energy module（5012）, battery power Conversion module（5016）, charger（5013）, battery（5014）, control module（5015）, power supply/battery handover module （5017）And Internet of Things wireless communication apparatus（5018）Form, radio source supply（5011）Supplied by radio source （2013）, radio source supply（4013）Form, radio source supply（5011）There are two-way output, radio source supply（5011） Electric energy transmit all the way to power supply transformation of electrical energy module（5012）, power supply transformation of electrical energy module（5012）By electric energy enter line translation with Meet load supplying requirement and transmit to power supply/battery handover module（5017）, radio source supply（5011）Electric energy it is another Transmit charger in road（5013）, pass through charger（5013）Charge to battery（5014）, battery（5014）In radio energy Electric energy is transmitted to battery power conversion module when transport module breaks down（5016）, battery power conversion module（5016）Will Electric energy enters line translation to meet load supplying requirement and transmit to power supply/battery handover module（5017）, power supply/battery switching mould Block（5017）For in load supplying, being switched between battery and power supply, to meet the needs of uninterrupted power supply, power supply Transformation of electrical energy module（5012）With battery power conversion module（5016）Conversion, charger to electric energy（5013）Work, electricity Source/battery handover module（5017）Work respectively by control module（5015）Control, Internet of Things wireless communication apparatus（5018） For wireless communication transmission, control and related sensor connection；Wireless power network monitoring cloud platform（601）By radio energy emission control module（6011）, radio energy receive control Module（6012）, electric energy conversion energy storage control module（6013）, Internet of Things wireless communication apparatus（6014）, base station/server （6015）And operation interface/cloud platform（6016）Form, radio energy emission control module（6011）By transmitting terminal control module （1014）, transmitting terminal control module（3014）Form, radio energy receive and control module（6012）By receiving terminal control module （2014）, receiving terminal control module（4014）Form, electric energy conversion energy storage control module（6013）As control module（5015）, Base station/server（6015）For to radio energy transmitting terminal control module（6011）, radio energy receiving terminal control module （6012）And electric energy conversion energy storage control module（6013）Control and pass through Internet of Things wireless communication apparatus（6014）Carry out Information exchanges；Operation interface/cloud platform（6016）For to base station/server（6015）Information extraction and display, and lead to It is crossed to complete to think to operate and control；Radio energy transmitter module（101）（301）End module is received with radio energy（201）（401）Carried out by airspace Energy exchange, then, radio energy receive end module（201）（401）Gained energy is transferred to electric energy conversion energy-storage module （501）, last electric energy conversion energy-storage module（501）Electric energy is supplied into Internet of Things wireless communication apparatus（5018）.
- A kind of 2. Internet of Things wireless communication apparatus electric power system according to claim 1, it is characterised in that：Radio energy is sent out Penetrate module（101）In, signal source module（1011）Output end and drive amplification module（1012）Input connects, driving method mould Block（1012）Output end and resonance coupling firing module（1013）Input connects, transmitting terminal control module（1014）Respectively with letter Number source module（1011）, drive amplification module（1012）, resonance coupling firing module（1013）Control connection, power supply supplying module （1015）Signal source module is supplied power to respectively（1011）, drive amplification module（1012）, resonance coupling firing module（1013）, hair Penetrate end control module（1014）.
- A kind of 3. Internet of Things wireless communication apparatus electric power system according to claim 1, it is characterised in that：Radio energy connects Receive module（201）In, resonance is coupled to receive module（2011）Output end and rectification filtering module（2012）Input connects, rectification Filtration module（2012）Output end supplies with radio source（2013）Input connects, receiving terminal control module（2014）Respectively with Resonance is coupled to receive module（2011）, rectification filtering module（2012）, radio source supply（2013）Control connection.
- A kind of 4. Internet of Things wireless communication apparatus electric power system according to claim 1, it is characterised in that：Radio energy is sent out Penetrate module（301）In, signal source module（3011）Output end and electric energy microwave modular converter（3012）Input connects, and electric energy is micro- Ripple modular converter（3012）Output end and transmitting antenna module（3013）Input connects, transmitting terminal control module（3014）Respectively With signal source module（3011）, electric energy microwave modular converter（3012）, transmitting antenna module（3013）Control connection, power supply supply Module（3015）Signal source module is supplied power to respectively（3011）, electric energy microwave modular converter（3012）, transmitting antenna module （3013）, transmitting terminal control module（3014）.
- A kind of 5. Internet of Things wireless communication apparatus electric power system according to claim 1, it is characterised in that：Radio energy connects Receive module（401）In, reception antenna module（4011）Output end and microwave electric energy conversion module（4012）Input connects, microwave Electric energy conversion module（4012）Output end supplies with radio source（4013）Input connects, receiving terminal control module（4014）Point Not with reception antenna module（4011）, microwave electric energy conversion module（4012）, radio source supply（4013）Control connection.
- A kind of 6. Internet of Things wireless communication apparatus electric power system according to claim 1, it is characterised in that：Electric energy conversion storage Can module（501）In, radio source supply（5011）Supplied by radio source（2013）, radio source supply（4013）Form, Radio source supplies（5011）There are two-way output, radio source supply（5011）Output and power supply transformation of electrical energy module all the way （5012）Input connects, power supply transformation of electrical energy module（5012）Output end and power supply/battery handover module（5017）Input Connection, radio source supply（5011）Another way exports and charger（5013）Input connects, charger（5013）Output end With battery（5014）Input connects, battery（5014）Output end and battery power conversion module（5016）Input connects Connect, battery power conversion module（5016）Output end and power supply/battery handover module（5017）Input, power supply/battery switching Module（5017）Output end and Internet of Things wireless communication apparatus（5018）Connection, control module（5015）Become respectively with power supply electric energy Change the mold block（5012）, charger（5013）, battery power conversion module（5016）, power supply/battery handover module（5017）Control Connection.
- A kind of 7. monitoring method of Internet of Things wireless communication apparatus electric power system, it is characterised in that：Comprise the following steps：Step 1, high in the clouds interface display module is activated to operating personnel first；Step 2, operating personnel observe electric energy and related monitoring information, then judge whether to need to correct；Step 3, when needing progress parameters revision, then high in the clouds APP is logged in；Step 4, when high in the clouds, APP is logined successfully, then operation interface/cloud platform（6016）Carry out parameter setting and control mould to transmitting terminal Block（6011）Control information is sent, if arrange parameter and communication handshake success, can carry out receiving terminal control module（6012）And Electric energy changes energy storage control module（6013）Parameter setting, otherwise beard and hair send failure information and check whether equipment fault, and Arrange maintenance；Step 5, operation interface/cloud platform（6016）Can be to receiving terminal control module（6012）And electric energy conversion energy storage control Module（6013）Carry out parameter setting；Charger is opened, battery is charged, and keeps keeping between battery and power supply Balance；Step 6, charger（5013）To battery（5014）Charged, if battery reaches predetermined saturation, send saturation letter Number carry out shut-off charger by operating personnel to cloud platform interface display（5013）；Step 7, Internet of Things wireless communication apparatus（6014）By the energy information of transmitting terminal and receiving terminal and it is carried in thereon The information such as sensor pass through base station/server（6015）It is sent to operation interface/cloud platform（6016）Monitored in real time.
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