CN106569526A - Infrared radiation heating temperature intelligent control system - Google Patents
Infrared radiation heating temperature intelligent control system Download PDFInfo
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- CN106569526A CN106569526A CN201611026951.1A CN201611026951A CN106569526A CN 106569526 A CN106569526 A CN 106569526A CN 201611026951 A CN201611026951 A CN 201611026951A CN 106569526 A CN106569526 A CN 106569526A
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- infrared
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/27—Control of temperature characterised by the use of electric means with sensing element responsive to radiation
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Abstract
The invention discloses an infrared radiation heating temperature intelligent control system which is composed of an infrared sensing system, a wireless network data communication module, a cloud central processing unit, an infrared energy control system and a terminal control system. The infrared sensing system collects infrared radiation energy data in real time, and transmits the data to a cloud server through the wireless network data communication module. The cloud central processing unit or the terminal control system issues an operation instruction to the infrared energy control system. According to the invention, the infrared radiation heating temperature intelligent control system has the advantages of low cost, broad market prospect and energy saving; hidden danger caused by high temperature of an infrared radiation heating system is avoided; 360-degree dead-angle-free monitoring is realized; and geographical use limitations are solved.
Description
Technical field
The present invention relates to a kind of infrared energy amount control system, in particular to a kind of infrared radiation heating temperature intelligent
Control system.
Background technology
Infrared planar radiant heating is technology developed in recent years, and the electric energy due to adopting cleaning, electric-thermal radiation turn
Efficiency high is changed, is heated up quick, general unlatching can reach the 90% of design temperature after 20 minutes, also, in heating process, release
5 μm -15 μm of Far-infrared ray optical wave is released, hydrone in activating human body improves oxygen content of blood, strengthens cell viability, improves
Microcirculation in human body, enhances metabolism, and not only meets the demand of heating, moreover it is possible to greatly brings infrared treatment to act on, thus receives
To the favor of market and consumer.
Infrared planar panel type heating system is new technology, and current temperature-controlled process uses traditional HVAC
Air-conditioner temperature controller because HVAC temperature controller mainly monitor be temperature controller position air themperature, and infrared radiation heating
Process and traditional HVAC of system thermal transmission exists larger different, is mainly reflected in：The heat transfer of HVAC
Mode is mainly convection heat transfer' heat-transfer by convection, and main heating is air；Infrared planar panel type heating system is the heat based on radiant heat transfer
The transfer mode of amount, radiation energy can not only heat air, and the far infrared wavelength of infrared planar radiant heating transmitting can also be lured
The resonance absorption of human inner cell's molecule is sent out, thus heat effect is notable.The temperature control system of current heating system is mainly monitored
The temperature of 1.2 meters of temperature and certain point fixed of monitoring ground from the ground, in actual use, because user is using practising
Used difference, often lays carpet on infrared planar panel type heating system radiating surface, loses medicated clothing or other materials, so as to
Cause to cover, and there are these positions of covering in most of the cases cannot be detected by temperature control system, on the one hand
On the other hand temperature control system is caused to fail, the position of covering cannot be swapped out because of heat, cause hot overlay area temperature
Steeply rise, typically in several hours, the temperature of overlay area can sharply rise to 100 degree or so, the result that temperature rises is light
The finishing material on ground such as floor deformation discoloration, covering is then caused to be destroyed by high temperature, it is heavy then cause to catch fire at covering, so as to
Cause the generation of House fires.
A kind of infrared temperature based on Internet of Things that the Chinese patent of Application No. CN201521110386.8 is announced is controlled
System, including infrared temperature-sensitive photographic head, computer, wireless information carrying device, heater control valve and mobile phone terminal equipment, this is
System can be monitored to indoor temperature, adjust.But the infrared sense disclosed in the patent
Warm photographic head only monitors the air themperature in room, it is impossible to carry out real-time monitoring to the temperature on object in room and ground,
The high temperature dot in room can not be found in time, and there is monitoring dead angle；Secondly, the patent is mainly by switching central heating valve or increase and decrease
Realizing the purpose of room temperature, but this system has region limitation to plumbing pipe flow, is only capable of supplying using collective
Warm area realization.
The content of the invention
The main object of the present invention is aiming at problem and restriction with present on, there is provided a kind of infrared radiation heating temperature
Intelligence control system.It can not only solve above-mentioned problem, can also pass through the temperature in the real-time detection room of mobile terminal
Situation, and instruction is assigned by mobile terminal, infrared radiation heating system is greatly avoided because of the too high and caused safety of temperature
Hidden danger, and 360 degree in kind are realized without dead angle monitoring, and solve using region confinement problems.
To achieve these goals, infrared radiation heating Temperature Intelligent Control System of the invention, wherein：Infra-red radiation is adopted
Warm Temperature Intelligent Control System, by infra-red sensing system, radio network data communication module, high in the clouds central processing unit, infrared energy
Amount control system and terminal control system composition, described infra-red sensing system real-time collecting infrared energy data, and will
The data are transferred to cloud server by wireless network communication module, and from high in the clouds central processing unit or terminal control system to
Infrared energy control system assigns operating instruction.
Described infrared energy control system is made up of infrared energy master control system and infrared energy modular system, described
Infrared energy master control system is voltage voltage-regulating system, critesistor, one or more combination in frequency conversion voltage adjusting system, described
Infrared energy modular system is made up of normal mode, infrared energy-conserving pattern, the normal mode of described infrared energy modular system
The infrared energy-conserving pattern of civil power, described infrared energy modular system is directly adopted to will enter into master control system by master control system control
The civil power of system is exported after being processed according to the demand of infrared radiation heating energy management system.Infrared energy modular system starts
Afterwards, be operated by described normal mode, described normal mode working time is 15 min -300min, it is described just
Norm automatically switches to infrared energy-conserving pattern and is operated after the completion of the formula working time, when described infrared energy-conserving pattern works by
One or more combination in voltage voltage-regulating system, critesistor, frequency conversion voltage adjusting system is according to infrared radiation heating energy hole
The demand of system distributes electric energy automatically.
Infrared temperature sensor-based system in above-mentioned infrared radiation heating energy management system is passed by one group of Radix Rumiciss infrared temperature
Sensor is constituted, and one group of described Radix Rumiciss infrared temperature sensor is located at the symmetric angle in room, and the real-time 360 degree of angles of energy monitor room
Data are passed through wireless network by the surface temperature of infrared radiation heating system, one group of described Radix Rumiciss infrared temperature sensor in real time
Data communication module is transferred to high in the clouds central processing unit.
Radio network data communication module in above-mentioned infrared radiation heating energy management system is assisted by wireless communication
Transmission module composition in view module, data reception module, data.Described wireless network communication protocol module is route with household radio
Device is connected, and is transmitted by broadband network and receiving data, and described data reception module receives Radix Rumiciss infrared temperature sensing
Data are simultaneously uploaded to high in the clouds central processing unit by transmission module in data by the data of device real-time collecting in real time.
High in the clouds central processing unit in above-mentioned infrared radiation heating energy management system is by temperature data reception system, temperature
Data analysis system, temperature data processing system and automatic command execution system composition.Described temperature data reception system connects
By the temperature data that radio network data communication module is uploaded, and send temperature data to temperature data analysis system, Jing temperature
The backward automatic command execution system of degrees of data processing system process assigns the order of execution.Described temperature data processing system sets
Infrared temperature safety value, infrared temperature threshold value and infrared temperature alarming value are equipped with, described infrared temperature safety value scope is not for
More than 40 DEG C, described infrared temperature threshold range is 40 DEG C -45 DEG C, and described infrared temperature alarming value scope is more than 45
℃。
Terminal control system in above-mentioned infrared radiation heating energy management system is the temperature with radio communication function
Controller and installation temperature control application program on mobile terminals, the described temperature controller with radio communication function
It is integrated in infrared energy control system, in the described temperature controller with radio communication function and installed in mobile terminal
On temperature control application program operation interface on design temperature, setting run time, setting starts or setting is closed down, and in fact
When explicitly face infrared energy radiation temperature.Described design temperature include set room in specified altitude assignment position temperature and set
Determine the temperature on ground, described setting run time is matched with design temperature.
The infrared radiation heating Temperature Intelligent Control System of such scheme can be widely applied to civil buildings field of heating, should
System has advantages below：
1）The system cost is low, wide market；
2）The heating situation of the system real-time monitoring building, realizes that 360 degree monitor without dead angle, it is to avoid because temperature superimposition causes
Fire occur potential safety hazard；
3）The system after normal operation, by pressure regulation by power system voltage regulating to the voltage for being less than civil power, planar infra-red radiation
Heating system emittance in the form of infra-red radiation, heats are notable.In the case of equal, traditional hot-water heating is compared,
Room temperature typically will low 5 DEG C -10 DEG C can reach equal heating effect, and than using traditional HVAC control system extremely
Few energy-conservation 40%；
4）Region be this system obviates using restriction.
Description of the drawings
In order to be better understood from the present invention, the accompanying drawing for reference that this specification is quoted is can refer to, in accompanying drawing：
Fig. 1：The structural representation of infrared radiation heating Temperature Intelligent Control System of the present invention；
Fig. 2：The principle schematic diagram. of infrared radiation heating Temperature Intelligent Control System of the present invention.
Specific embodiment
Refer to shown in accompanying drawing 1-2, the invention discloses a kind of infrared radiation heating Temperature Intelligent Control System, the system
By infra-red sensing system 1, radio network data communication module 2, high in the clouds central processing unit 3, infrared energy control system 4 and terminal
Control system 5 is constituted, described 1 real-time collecting infrared energy data of infra-red sensing system, and data are passed through wireless network
Network communication module 2 is transferred to cloud server, and from high in the clouds central processing unit 3 or terminal control system 5 to infrared energy control
System 4 assigns operating instruction.
Described infrared energy control system 4 is made up of infrared energy master control system and infrared energy modular system, described
Infrared energy master control system be voltage voltage-regulating system, critesistor, one or more combination in frequency conversion voltage adjusting system, it is described
Infrared energy modular system be made up of normal mode, infrared energy-conserving pattern, the normal mode of described infrared energy modular system
Formula directly adopts the infrared energy-conserving pattern of civil power, described infrared energy modular system to will enter into master control by master control system control
The civil power of system is exported after being processed according to the demand of infrared radiation heating energy management system.Infrared energy modular system is opened
After dynamic, it is operated by described normal mode, the described normal mode working time is 15min-300min, in normal mode
Automatically switch to infrared energy-conserving pattern to be operated after the completion of working time, described infrared energy-conserving pattern is adjusted by voltage when working
One or more combination in pressure system, critesistor, frequency conversion voltage adjusting system is according to infrared radiation heating energy management system
Demand distributes electric energy automatically.
Infrared temperature sensor-based system 1 in above-mentioned infrared radiation heating energy management system is passed by one group of Radix Rumiciss infrared temperature
Sensor is constituted, and one group of described Radix Rumiciss infrared temperature sensor is located at the symmetric angle in room, and the real-time 360 degree of angles of energy monitor room
Data are passed through wireless network by the surface temperature of infrared radiation heating system, one group of described Radix Rumiciss infrared temperature sensor in real time
Data communication module 2 is transferred to high in the clouds central processing unit 3.
Radio network data communication module 2 in above-mentioned infrared radiation heating energy management system is assisted by wireless communication
Transmission module composition in view module, data reception module, data.Described wireless network communication protocol module is route with household radio
Device is connected, and is transmitted by broadband network and receiving data, and described data reception module receives Radix Rumiciss infrared temperature sensing
Data are simultaneously uploaded to the central processing unit 3 positioned at high in the clouds by transmission module in data by the data of device real-time collecting in real time.
High in the clouds central processing unit 3 in above-mentioned infrared radiation heating energy management system is by temperature data reception system, temperature
Degrees of data analysis system, temperature data processing system and automatic command execution system composition.Described temperature data reception system
Receive the temperature data of the upload of radio network data communication module 2, and send temperature data to temperature data analysis system, Jing
The backward automatic command execution system of temperature data processing system process assigns the order of execution.Described temperature data processing system
Infrared temperature safety value, infrared temperature threshold value and infrared temperature alarming value are provided with, described infrared temperature safety value scope is
Less than 40 DEG C, described infrared temperature threshold range is 40 DEG C -45 DEG C, and described infrared temperature alarming value scope is more than 45
℃。
Terminal control system 5 in above-mentioned infrared radiation heating energy management system is the temperature with radio communication function
Controller and installation temperature control application program on mobile terminals, the described temperature controller with radio communication function
It is integrated in infrared energy control system 4, is carrying the temperature controller of radio communication function and installing on mobile terminals
Design temperature, setting run time, setting in the operation interface of temperature control application program starts or sets and close down, and shows in real time
Show ground based IR energy radiation temperature.Described design temperature includes setting the temperature of specified altitude assignment position and setting ground in room
The temperature in face, described setting run time are matched with design temperature.
The invention is not restricted to particular embodiments described above, which is intended only as example.For those skilled in the art
Speech, any equivalent modifications and replacement to the infrared radiation heating energy management system are also all among scope of the invention.Cause
This, done impartial conversion and modification, all should cover in the scope of the present invention without departing from the spirit and scope of the invention
It is interior.
Claims (6)
1. a kind of infrared radiation heating Temperature Intelligent Control System, it is characterised in that：By infra-red sensing system, wireless network data
Communication module, high in the clouds central processing unit, infrared energy control system and terminal control system composition, described infra-red sensing system
Real-time collecting infrared energy data, and the data are passed through into radio network data communication module transfer to cloud server,
And operating instruction is assigned to infrared energy control system from high in the clouds central processing unit or terminal control system；
Described infrared energy control system is made up of infrared energy master control system and infrared energy modular system, and described is infrared
Energy master control system is voltage voltage-regulating system, critesistor, one or more combination in frequency conversion voltage adjusting system, and described is infrared
Energy model system is made up of normal mode, infrared energy-conserving pattern, and the normal mode of described infrared energy modular system is direct
Using civil power, the infrared energy-conserving pattern of described infrared energy modular system will enter into master control system by master control system control
Civil power is exported after being processed according to the demand of infrared radiation heating energy management system.
2. infrared radiation heating energy management system according to claim 1, it is characterised in that：Described infrared energy mould
After formula system start-up, it is operated by described normal mode, the described normal mode working time is 15min-300min,
Infrared energy-conserving pattern is automatically switched to after the completion of the described normal mode working time to be operated, described infrared energy-conserving pattern
By one or more combination in voltage voltage-regulating system, critesistor, frequency conversion voltage adjusting system according to infrared radiation heating during work
The demand of energy management system distributes electric energy automatically.
3. infrared radiation heating energy management system according to claim 1, it is characterised in that：Described infrared sensing system
System is made up of one group of Radix Rumiciss infrared temperature sensor, and one group of described Radix Rumiciss infrared temperature sensor is located at the symmetric angle in room,
The real-time 360 degree of angles of energy detect the surface temperature of room infrared radiation heating system, one group of described Radix Rumiciss infrared temperature sensing
Data are passed through radio network data communication module transfer to high in the clouds central processing unit by device in real time.
4. infrared radiation heating energy management system according to claim 3, it is characterised in that：Described wireless network number
It is made up of transmission module in wireless network communication protocol module, data reception module, data according to communication module, described wireless network
Communication protocol module is connected with household radio router, and is transmitted by broadband network and receiving data, and described data connect
Receive module to receive the data of Radix Rumiciss infrared temperature sensor real-time collecting and upload to data by transmission module in data in real time
High in the clouds central processing unit.
5. infrared radiation heating energy management system according to claim 1, it is characterised in that：Described high in the clouds centre
Reason device is by temperature data reception system, temperature data analysis system, temperature data processing system
Constitute with automatic command execution system, described temperature data reception system receives the upload of radio network data communication module
Temperature data, and temperature data is submitted to into temperature data analysis system, the process of Jing temperature datas processing system is backward automatically
Instruction execution system assigns the order of execution, and described temperature data processing system is provided with infrared temperature safety value, infrared temperature
Degree threshold value and infrared temperature alarming value, described infrared temperature safety value scope is the described infrared temperature threshold less than 40 DEG C
Value scope is 40 DEG C -45 DEG C, and described infrared temperature alarming value scope is more than 45 DEG C.
6. infrared radiation heating energy management system according to claim 1, it is characterised in that：Described terminal control system
Unite and be made up of the temperature controller with radio communication function and the temperature control application program installed on mobile terminals, it is described
The temperature controller with radio communication function be integrated in infrared energy control system, described with radio communication work(
Design temperature, setting fortune in the operation interface of the temperature controller and installation of energy temperature control application program on mobile terminals
Row time, setting start or setting is closed down, and real-time explicitly face infrared energy radiation temperature, and described design temperature includes setting
The temperature of interior specified altitude assignment position of booking room and the temperature on setting ground, described setting run time and design temperature phase
Match somebody with somebody.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611026951.1A CN106569526A (en) | 2016-11-22 | 2016-11-22 | Infrared radiation heating temperature intelligent control system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201611026951.1A CN106569526A (en) | 2016-11-22 | 2016-11-22 | Infrared radiation heating temperature intelligent control system |
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| CN106569526A true CN106569526A (en) | 2017-04-19 |
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-
2016
- 2016-11-22 CN CN201611026951.1A patent/CN106569526A/en active Pending
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| US20140365016A1 (en) * | 2012-06-07 | 2014-12-11 | Bmshome Limited | Controlling the Heating of Rooms |
| CN103941770A (en) * | 2014-04-17 | 2014-07-23 | 陈刚 | Energy-saving wireless intelligent controlled temperature control system and resistance heating element |
| CN104295517A (en) * | 2014-08-08 | 2015-01-21 | 暨南大学 | Intelligent indoor temperature adjusting system |
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Application publication date: 20170419 |