CN107702200A - The adjusting method of universal heating regulating system and its universal heating regulating system - Google Patents
The adjusting method of universal heating regulating system and its universal heating regulating system Download PDFInfo
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- CN107702200A CN107702200A CN201711103996.9A CN201711103996A CN107702200A CN 107702200 A CN107702200 A CN 107702200A CN 201711103996 A CN201711103996 A CN 201711103996A CN 107702200 A CN107702200 A CN 107702200A
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- 238000010438 heat treatment Methods 0.000 title claims abstract description 164
- 230000001105 regulatory effect Effects 0.000 title claims abstract description 37
- 238000000034 method Methods 0.000 title claims abstract description 23
- 238000009434 installation Methods 0.000 claims abstract description 106
- 238000006243 chemical reaction Methods 0.000 claims abstract description 66
- 238000013461 design Methods 0.000 claims abstract description 49
- 238000004891 communication Methods 0.000 claims abstract description 39
- 238000012937 correction Methods 0.000 claims description 30
- 230000001681 protective effect Effects 0.000 claims description 11
- 230000005611 electricity Effects 0.000 claims description 8
- 230000005540 biological transmission Effects 0.000 claims description 2
- 238000001514 detection method Methods 0.000 abstract description 14
- 230000000694 effects Effects 0.000 abstract description 13
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 8
- 238000005259 measurement Methods 0.000 description 5
- 238000000465 moulding Methods 0.000 description 5
- 238000007689 inspection Methods 0.000 description 3
- 238000004088 simulation Methods 0.000 description 3
- 238000012546 transfer Methods 0.000 description 3
- 230000001276 controlling effect Effects 0.000 description 2
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- 239000007789 gas Substances 0.000 description 2
- 239000000567 combustion gas Substances 0.000 description 1
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24D—DOMESTIC- OR SPACE-HEATING SYSTEMS, e.g. CENTRAL HEATING SYSTEMS; DOMESTIC HOT-WATER SUPPLY SYSTEMS; ELEMENTS OR COMPONENTS THEREFOR
- F24D19/00—Details
- F24D19/10—Arrangement or mounting of control or safety devices
- F24D19/1006—Arrangement or mounting of control or safety devices for water heating systems
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- General Engineering & Computer Science (AREA)
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Abstract
The present invention discloses the adjusting method of a kind of universal heating regulating system and its universal heating regulating system, the regulating system includes electronic-controlled installation, power module, heating control system, temperature sensor, heater and mobile terminal, electronic-controlled installation includes the first communication module, control module and measures conversion module, the resistance value of measures conversion module detection temperature sensor, control module receives the outdoor temperature signal transmitted by temperature sensor, control module sends data signal to mobile terminal, control module receives the design temperature signal transmitted by mobile terminal, measures conversion module output resistance signal is to heating control system.The adjusting method can realize the control of heating temperature by remotely being automatically controlled to temperature.The present invention can realize the control of heating temperature, so as to reach the effect of regulation indoor temperature, reduce energy loss by remotely being automatically controlled to temperature.
Description
Technical field
The present invention relates to heating system regulation technology field, specifically, being related to a kind of universal warm based on heating system
The adjusting method of gas regulating system and the system.
Background technology
In only house generally use Full central heating with house provided hot water 24 hours of cold district, the heating system generally use combustion gas or combustion
Oil goes to heat water, and heating system has the temperature that temperature controller can adjust hot water, and hot water is sent to each room, each room by water pipe
There is independent hot-water valve, user can only adjust room temperature by opening big valve or turning down valve.
Central heating system is internally provided with a central controller, the controller can by house external temperature and
The calculating that complexity is carried out with hot water amount in each room, automatically controls the energy needed for heating system, so as to reach to greatest extent
Energy-saving effect.But continually switching a heating equipment needs to consume substantial amounts of energy, while easily damage heating system
System.
In this case, if user needs to go out, the power-economizing method commonly used on the market at present is by each room
Hot-water valve is closed to minimum, but this is not optimal power save mode, while function of this mode with remote control, but
To need to be remotely controlled each valve and each valve must install motor, control is cumbersome, and fault rate is high, cost it is high and
Energy-saving significance is little.
The content of the invention
Above-mentioned in order to solve the problems, such as, the main object of the present invention is to provide one kind can not only temperature in remote control room
And the universal heating regulating system of the energy can be saved.
It is a further object of the present invention to provide a kind of temperature and the energy can not only can be saved in remote control room
The adjusting method of universal heating regulating system.
To realize above-mentioned main purpose, universal heating regulating system provided by the invention include electronic-controlled installation,
Power module, heating control system, temperature sensor, heater and mobile terminal, power module are electronic-controlled installation
Electric energy is exported, electronic-controlled installation includes the first communication module, control module and measures conversion module, control module and measurement
Modular converter electrically connects, and measures conversion module electrically connects with temperature sensor, and heater electrically connects with control module, and measurement turns
The resistance value of block detection temperature sensor is changed the mold, control module receives the outdoor temperature signal transmitted by temperature sensor；Control
Outdoor temperature signal is converted into data signal by module, and control module sends numeral by the first communication module to mobile terminal
Signal；Control module receives the design temperature signal transmitted by mobile terminal, and measures conversion module output resistance signal is to adopting
Heating control system.
From such scheme, universal heating regulating system provided by the invention can be real by outdoor temperature sensor
When obtain outdoor temperature data, and be sent to mobile terminal via electronic-controlled installation, user can check on mobile terminals
The numerical value of outdoor temperature, and the Temperature numerical of a simulation can be set according to self-demand on mobile terminals, and pass through
Wireless communication module sends the design temperature signal to control module, come the ambient temperature for replacing outdoor temperature sensor to detect
Central controller of the data transfer to heating control system so that heating control system uses the design temperature that mobile terminal provides
Data are calculated to reduce or increase quantity combusted to control heat to discharge to carry out heating, easy to operate, practical.
In addition, temperature control instruction of the control module according to transmitted by mobile terminal, can adjust by outdoor temperature sensor
The heater on side, the temperature around temperature sensor is heated, to produce resistance corresponding to the temperature required for mobile terminal
Value is transferred to heating control system, and the central controller of heating control system carries out warm calculate and heating control using the ambient temperature
System adjusts the effect of heating control system thermal output to reach.
Further scheme is that control module receives the correction signal transmitted by mobile terminal, the detection of measures conversion module
The first resistor value of temperature sensor, and measures conversion module sends first resistor value to mobile terminal via control module；Control
Molding block receives the working signal transmitted by mobile terminal, and control module receives the design temperature signal transmitted by mobile terminal,
And design temperature signal is converted into artifical resistance signal, and artifical resistance signal is exported to measures conversion module, measures conversion
Module exports artifical resistance signal to heating control system.
As can be seen here, control module can receive the correction signal to come transmitted by mobile terminal, at this moment, Electronic Control dress
Correction mode will be entered by putting, the resistance value of measures conversion module meeting detection temperature sensor, and send the electricity via control module
Resistance can synchronously check outdoor temp angle value and resistance value on mobile terminals to mobile terminal, user, and mobile terminal can be according to room
Outer temperature value and resistance value come temperature change and the relation of current signal, then by the relation, to electronic-controlled installation
The ambient temperature data transfer for design temperature data are sent as outdoor temperature sensor detecting is into heating control system
Entreat controller so that the design temperature data that heating control system provides using mobile terminal come carry out heating calculating reducing or
Quantity combusted is increased to control heat to discharge.
Further scheme is that control module receives the temperature control signals transmitted by mobile terminal, and control module is sent
Temperature adjustment signal is to heater；Temperature sensor sends the outer temperature signal of second Room to heating control system.
It can be seen that temperature control signals of the control module according to transmitted by mobile terminal produce a temperature adjustment signal, the temperature
The heater spent beside the adjustable outdoor temperature sensor of Regulate signal, the temperature around temperature sensor is heated, with production
Resistance value corresponding to temperature required for raw mobile terminal is transferred to heating control system, to reach regulation heating control system heat
The effect of output.
One preferable scheme is that electronic-controlled installation also includes overload protective device, overload protective device and control module electricity
Connection.
As can be seen here, overload protective device is as circuit and the on-off system of equipment so that the device possesses a variety of protection work(
Can, including overcurrent protection, short-circuit protection etc., so as to avoid electric current excessive or reason damage device and the line such as overtension
Road.
One preferable scheme is that electronic-controlled installation also includes electromagnetic protection module, electromagnetic protection module and control mould
Block electrically connects.
It can be seen that by being provided with electromagnetic protection module so that the device has good Electro Magnetic Compatibility, can effectively prevent
Only produce and interfere between electromagnetic interference or circuit, ensure that electric appliance component or device have normal work in electromagnetic environment
Ability.
In order to realize above-mentioned another object, the adjusting method for the universal heating regulating system that the present invention also provides, warm up
Gas regulating system includes control module, measures conversion module, temperature sensor, power module, heating control system, the first communication
Module, heater and mobile terminal；Adjusting method includes the number that temperature sensor obtains the outdoor temp angle value of extraneous transmission
According to；Control module obtains the outdoor temperature signal transmitted by temperature sensor, and outdoor temperature signal is converted into data signal,
And control module sends data signal by the first communication module to mobile terminal；If it is determined that electronic-controlled installation is in straightening die
Formula, the first resistor value of measures conversion module detection temperature sensor, and measures conversion module send first via control module
Resistance value is to mobile terminal；If it is determined that electronic-controlled installation is in mode of operation, control module is obtained transmitted by mobile terminal
Temperature instructs, and measures conversion module output resistance signal is to heating control system, wherein, temperature instruction includes design temperature and believed
Number and temperature control signals.
From such scheme, there are three default mode of operations in electronic-controlled installation, be idle pulley, correction respectively
Pattern and mode of operation, when electronic-controlled installation is in idle pulley, by one temperature sensor of outdoor mounted, and
The temperature sensor is electrically connected by circuit with control module, and outdoor temperature sensor obtains the temperature data of outdoor in real time, and
Mobile terminal is sent to via electronic-controlled installation, user can check the numerical value of outdoor temperature on mobile terminals,
When electronic installation is in correction mode, the resistance value of measures conversion module meeting detection temperature sensor, and via control
Module sends the resistance value to mobile terminal, and user can synchronously check outdoor temp angle value and resistance value on mobile terminals, mobile
Terminal can according to outdoor temp angle value and resistance value come temperature change and the relation of current signal, then by the relation, to
Electronic-controlled installation sends a working signal, and at this moment, electronic-controlled installation will enter mode of operation, and control module will be obtained and moved
Temperature instruction transmitted by dynamic terminal, wherein, temperature instruction includes design temperature signal and temperature control signals, and control module can
The ambient temperature data transfer detected using the design temperature signal as outdoor temperature sensor is into heating control system
Entreat controller so that the design temperature data that heating control system provides using mobile terminal come carry out heating calculating reducing or
Quantity combusted is increased to control heat to discharge.
In addition, temperature control signals of the control module according to transmitted by mobile terminal, can adjust by outdoor temperature sensor
The heater on side, the temperature around temperature sensor is heated, to produce resistance corresponding to the temperature required for mobile terminal
Value is transferred to heating control system, and the central controller of heating control system carries out warm calculate and heating control using the ambient temperature
System adjusts the effect of heating control system thermal output to reach.
Further scheme is that control module obtains design temperature signal；Control module is received transmitted by mobile terminal
Design temperature signal, and design temperature signal is converted into artifical resistance signal, and artifical resistance signal is exported to measures conversion
Module, measures conversion module export artifical resistance signal to heating control system.
It can be seen that user can synchronously check outdoor temp angle value and resistance value on mobile terminals, mobile terminal can be according to outdoor
Temperature value and resistance value come temperature change and the relation of current signal, then by the relation, are sent out to electronic-controlled installation
Design temperature signal is sent, electronic-controlled installation detects outer according to and using the design temperature signal as outdoor temperature sensor
Boundary's temperature data is transferred to the central controller of heating control system so that heating control system is set using what mobile terminal provided
Constant temperature degrees of data is calculated to reduce or increase quantity combusted to control heat to discharge to carry out heating.
Further scheme is that control module obtains temperature control signals, and control module is produced according to temperature control signals
Raw temperature adjustment signal, and control module sends temperature adjustment signal to heater；Temperature sensor sends current outdoor
Temperature signal is to heating control system.
It can be seen that temperature control instruction of the control module according to transmitted by mobile terminal, can adjust by outdoor temperature sensor
The heater on side, the temperature around temperature sensor is heated, to produce resistance corresponding to the temperature required for mobile terminal
Value is transferred to heating control system, to reach the effect of regulation heating control system thermal output.
Further scheme is, if control module receives the working signal transmitted by mobile terminal, it is determined that electronics control
Device processed is in mode of operation.
It can be seen that when the working signal to come transmitted by control module receives mobile terminal, electronic-controlled installation enters
Mode of operation, at this moment, the temperature instruction that control module comes according to transmitted by movement carry out the control to indoor temperature, for example,
The design temperature signal is converted into by artifical resistance signal by measures conversion module, and it is defeated to heating system by output end
Go out the artifical resistance signal, now, the design temperature signal transmitted by mobile terminal can be used for replacing outdoor temperature sensor
The actual outdoor temp angle value of detection, so that the artifical resistance letter that heating control system is exported using measures conversion module
Number calculating carrying out heating reduces or increases quantity combusted to control heat to discharge.
Further scheme is, however, it is determined that when electronic-controlled installation is not at mode of operation, then judges electronic-controlled installation
Whether idle pulley is in；If it is determined that electronic-controlled installation is in idle pulley, then measures conversion module obtains really outside
The resistance value of temperature sensor, and the resistance value corresponding to the real external temperature got is exported to heating control system.
It can be seen that, however, it is determined that when electronic-controlled installation is not at mode of operation, that is, determine that electronic-controlled installation is now located
In idle pulley, at this moment, measures conversion module obtains the resistance value of real external temperature sensor, and real by what is got
Resistance value corresponding to external temperature is exported to heating control system, so, when user need not adjust indoor temperature, really
The data of outdoor temperature can be delivered to heating control system, therefore, heating control system meets that people's heating will with regard to that can reach
Maximum energy-saving under asking.
Brief description of the drawings
Fig. 1 is the theory diagram of the universal heating regulating system first embodiment of the present invention.
Fig. 2 is the FB(flow block) of the adjusting method first embodiment of the universal heating regulating system of the present invention.
Fig. 3 is the theory diagram of the universal heating regulating system second embodiment of the present invention.
Fig. 4 is the FB(flow block) of the adjusting method second embodiment of the universal heating regulating system of the present invention.
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment
Universal heating regulating system first embodiment：
Referring to Fig. 1, universal heating regulating system includes electronic-controlled installation 10, power module 20, heating control system 30, temperature
Sensor 13, background server 60 and mobile terminal 50 are spent, power module 20 is that electronic-controlled installation 10 exports electric energy, electronics
Control device 10 includes the first communication module 40, control module 11 and measures conversion module 12；Control module 11 turns with measurement
Mold changing block 12 electrically connects, and measures conversion module 12 electrically connects with temperature sensor 13, the detection temperature of measures conversion module 12 sensing
The resistance value of device 13, control module 11 receive the outdoor temperature signal transmitted by temperature sensor 13.Certainly, power module 20 can
To be reception civil power and 220V civil power be converted into the power supply of low-voltage DC.For example, power module 20 can also be can
Rechargeable battery, when rechargeable battery not enough power supply, rechargeable battery can be charged by charger.
Then, outdoor temperature signal is converted into data signal by control module 11, and by the first communication module 40 backward
Platform server 60 sends the data signal, and background server 60 sends the data signal to mobile terminal 50, and controls mould
Block 11 receives the design temperature signal transmitted by mobile terminal 50.Wherein, first communication module 40 be used for background server 60 with
Information exchange is carried out between control module 11, control module 11 is measured into obtained electric quantity data, current data etc. sends to rear
Platform server 60, and it is transferred to mobile terminal 50 via background server 60, you can the number of correlation is shown on mobile terminal 50
According to for example, temperature value that can be outside real-time display room on mobile terminal 50, user can be judged whether according to outdoor temp angle value
Indoor temperature is adjusted by electronic-controlled installation 10.Wherein, the first communication module 40 can be GPRS wireless communication modules
Or WIFI etc. can realize the module of radio communication.
Then, control module 11 receives the correction signal transmitted by mobile terminal 50, the detection temperature of measures conversion module 12
The resistance value of sensor 13, and measures conversion module 12 sends resistance value to mobile terminal 50 via control module 11.
Then, control module 11 receives the working signal transmitted by mobile terminal 50, and at this moment, electronic-controlled installation 10 enters
Mode of operation, control module 11 receives the design temperature signal transmitted by mobile terminal 50, and design temperature signal is converted into
Artifical resistance signal, and export the artifical resistance signal to measures conversion module 12, measures conversion module 12 and export artifical resistance
Signal is to heating control system 30.
As can be seen here, control module 11 can receive the correction signal to come transmitted by mobile terminal 50, at this moment, electronics control
Device 10 processed will enter correction mode, and measures conversion module 12 understands the resistance value of detection temperature sensor 13, and via control mould
Block 11 sends the resistance value can synchronously check outdoor temp angle value and resistance value to mobile terminal 50, user on mobile terminal 50,
Mobile terminal 50 can be changed according to outdoor temp angle value and resistance value come temperature and the relation of current signal, then passes through the pass
System, send design temperature data to electronic-controlled installation 10 and passed as the ambient temperature data that outdoor temperature sensor 13 detects
The defeated central controller to heating control system 30 so that the design temperature that heating control system 30 is provided using mobile terminal 50
Data are calculated to reduce or increase quantity combusted to control heat to discharge to carry out heating.
Electronic-controlled installation 10 also includes overload protective device 14, and overload protective device 14 electrically connects with control module 11.It can be seen that
Overload protective device 14 is as circuit and the on-off system of equipment so that and electronic-controlled installation 10 possesses multi-protective function, so as to
Avoid electric current excessive or the reason such as short circuit damage device and circuit.
Electronic-controlled installation 10 also includes electromagnetic protection module 15, and electromagnetic protection module 15 electrically connects with control module 11.
It can be seen that by being provided with electromagnetic protection module 15 so that the device has good Electro Magnetic Compatibility, can effectively prevent electromagnetism
Produce and interfere between interference or circuit, ensure that electric appliance component or device have the energy of normal work in electromagnetic environment
Power.
Electronic-controlled installation 10 also includes electric quantity of power supply indicating module 16, electric quantity of power supply indicating module 16 and power module 20
Electrical connection, electric quantity of power supply indicating module 16 is used for the information about power for obtaining power module 20, by setting electric quantity of power supply to indicate mould
Block 16 can monitor the dump energy of power module 20 in real time, for prompting the electricity residue situation of user's current device, work as electricity
User can be reminded to be charged when measuring insufficient.
Preferably, mobile terminal 50 can be smart mobile phone or tablet personal computer, and user can be in any one smart mobile phone
Or tablet personal computer installs specific APP clients, so as to carry out the operation of man-machine interaction.In addition, smart mobile phone or tablet personal computer
With portable feature, user is facilitated to move carrying and remote operation.
Background server 60 is used to store the data such as the personal information of user, the electricity of battery, performance, while background service
Device 60 can be analyzed to form prompting or warning information etc. according to above- mentioned information, and user carries out judging to form control letter according to relevant information
Number sent by mobile terminal 50 to background server 60, control module 11 passes through the first communication module 40 and background server 60
Communicated, and control module 11 receives the control signal transmitted by mobile terminal 50 and handle the control life of user
Order.
So universal heating regulating system provided by the invention can obtain room in real time by outdoor temperature sensor 13
Outer temperature data, and mobile terminal 50 is sent to via electronic-controlled installation 10, user can check room on mobile terminal 50
Outer temperature value, and the Temperature numerical of a simulation can be set according to self-demand on mobile terminal 50, and pass through nothing
Line communication module sends the design temperature signal to control module 11, come the external world's temperature for replacing outdoor temperature sensor 13 to detect
Degrees of data is transferred to the central controller of heating control system 30 so that heating control system 30 is provided using mobile terminal 50
Design temperature data are calculated to reduce or increase quantity combusted to control heat to discharge to carry out heating, control heating control system 30
Central controller and control valve, realize the control of heating temperature, so as to reach regulation indoor temperature effect, it is easy to operate,
It is practical.
The adjusting method first embodiment of universal heating regulating system：
Referring to Fig. 2, Fig. 2 is the FB(flow block) of the adjusting method first embodiment of the universal heating regulating system of the present invention, this reality
The adjusting method of universal heating regulating system of example is applied when indoor temperature is adjusted, first, performs step S1, control
Module 11 obtains the outdoor temperature signal transmitted by temperature sensor 13.Wherein, electronic-controlled installation 10 is default in the presence of three
Mode of operation, it is idle pulley, correction mode and mode of operation respectively, when electronic-controlled installation 10 is in idle pulley,
By being electrically connected in one temperature sensor 13 of outdoor mounted, the outdoor temperature sensor 13 by circuit with control module 11,
Outdoor temperature sensor 13 obtains outdoor temperature value in real time, and the outdoor temp angle value is sent to control module 11, controls mould
Block 11 can carry out information exchange by the first communication module 40 with mobile terminal 50.
Then, step S2 is performed, control module 11 sends data signal to mobile terminal 50.For example, control module 11 obtains
The data of the outdoor temperature signal transmitted by temperature sensor 13 are taken, and outdoor temperature signal is converted into data signal, and are controlled
Molding block 11 sends the data signal by the first communication module 40 to mobile terminal 50.Wherein, mobile terminal 50 passes through backstage
Communicated between server 60 and the control module 11 of electronic-controlled installation 10, background server 60 receives and stores control mould
The data such as temperature, resistance and electric current transmitted by block 11, background server 60 by above-mentioned data by wireless communication module with
Mobile terminal 50 carries out information exchange, by showing relevant information on mobile terminal 50 user can be prompted to carry out in next step
Operation, for example, people can be how many by the temperature outside the real time inspection room of mobile terminal 50, when being so easy to the user to go on a journey
Consideration is worn the clothes how many etc. therefore more intelligent, and comfort level is further improved.
Then, step S3 is performed, judges whether electronic-controlled installation 10 is in correction mode, is moved if control module 11 receives
Correction signal transmitted by dynamic terminal 50, it is determined that electronic-controlled installation 10 is in correction mode, then, performs step S4, surveys
The resistance value of the detection temperature sensor 13 of modular converter 12 is measured, and sends the resistance value to mobile terminal 50.Wherein, measures conversion
The resistance value is exported to control module 11, control module 11 and carried out by the first communication module 40 with mobile terminal 50 by module 12
Communication.For example, control module 11 sends the resistance value by the first communication module 40 to mobile terminal 50, user can be mobile whole
The resistance value of outdoor temperature sensor is checked on end 50.Wherein, however, it is determined that when electronic-controlled installation 10 is in correction mode, control
Outdoor temperature signal of the module 11 transmitted by by lasting acquisition temperature sensor 13, and outdoor temperature signal is converted into digital letter
Number, and control module 11 sends the data signal by the first communication module 40 to mobile terminal 50.
It can be seen that when electronic-controlled installation 10 is in correction mode, user can synchronously check outdoor on mobile terminal 50
Temperature value and temperature sensor 13 resistance value, mobile terminal 50 can determine temperature according to the outdoor temp angle value and the resistance value
Degree change and the relation of current signal, then by the relation, design temperature signal is sent as room to electronic-controlled installation 10
The outdoor temp angle value that outer temperature sensor 13 detects is transferred to the central controller of heating control system 30 so that heating controls
The set temperature value that system 30 is provided using mobile terminal 50 is calculated to reduce or increase quantity combusted to control heat to carry out heating
Amount release.
Then, however, it is determined that when electronic-controlled installation 10 is not at correction mode, then perform step S5, judge that Electronic Control fills
Put whether 10 be in mode of operation.For example, if control module 11 receives the working signal transmitted by mobile terminal 50, it is determined that
Electronic-controlled installation 10 is in mode of operation.Wherein, there are three default mode of operations in electronic-controlled installation 10, be empty respectively
Not busy pattern, correction mode and mode of operation, when electronic-controlled installation 10 is in idle pulley, by outdoor mounted one
Temperature sensor 13, and the temperature sensor 13 is electrically connected by circuit with control module 11, outdoor temperature sensor 13 is real-time
Outdoor temperature data is obtained, and mobile terminal 50 is sent to via electronic-controlled installation 10, user can be on mobile terminal 50
The temperature value of outdoor is checked, and inputs the analog temperature value of a setting, by the first communication module 40 to control module 11
The design temperature signal is sent, at the same time, control module 11 can also receive the work letter to come transmitted by mobile terminal 50
Number, once for example, outdoor temperature is too low, user can send a work letter by mobile terminal 50 to electronic-controlled installation 10
Number, correction signal decoding is generated by operational order corresponding with command information by control module 11, and then operational order is identified,
It can determine that whether electronic-controlled installation meets the condition into mode of operation.
Then, step S6 is performed, control module 11 obtains the data of the design temperature signal transmitted by mobile terminal 50, and
The design temperature signal is converted into artifical resistance signal, and exports the artifical resistance signal to measures conversion module 12.Wherein,
After it is determined that electronic-controlled installation 10 is in mode of operation, control module 11 is by the data conversion of the design temperature signal got
Into artifical resistance signal, and the artifical resistance signal is transmitted to measures conversion module 12.Then, step S7, measures conversion are performed
Module 12 exports artifical resistance signal to heating control system 30, at this moment, is turned the design temperature signal by control module 11
Change artifical resistance signal into, and export the artifical resistance signal to measures conversion module 12, measures conversion module 12 and pass through output
Hold to heating control system 30 and export the artifical resistance signal, so, design temperature signal transmitted by mobile terminal 50 can be with
For replacing the actual outdoor temp angle value that outdoor temperature sensor 13 detects, so that heating control system 30 is using measurement
The artifical resistance signal that modular converter 12 is exported is calculated to reduce or increase quantity combusted to control heat to discharge to carry out heating.
For example, when outdoor temperature is too low, user can send the high setting temperature of a numeric ratio outdoor temp angle value by mobile terminal 50
Signal is spent, for replacing the actual outdoor temp angle value that outdoor temperature sensor 13 detects, so that heating control system 30
The artifical resistance signal exported using measures conversion module 12 is calculated to increase quantity combusted to control heat to release to carry out heating
Put, control the central controller and control valve of heating control system 30, the control of heating temperature is realized, so as to reach in regulation room
The effect of temperature, it is possible to achieve while saving the energy, and can realizes remote control, and temperature can be automatically controlled,
It is safe to use.
In addition, however, it is determined that when electronic-controlled installation 10 is not at mode of operation, then perform step S8, measures conversion module 12
The resistance value of real external temperature sensor is obtained, and the resistance value corresponding to the real external temperature got is shown to adopt
Heating control system 30, at this moment, it can determine whether electronic-controlled installation 10 is in idle pulley, however, it is determined that at electronic-controlled installation 10
In idle pulley, then measures conversion module 12 obtains the resistance value of real external temperature sensor, and real by what is got
Resistance value corresponding to external temperature is exported to heating control system 30.It can be seen that, however, it is determined that electronic-controlled installation 10 is not at work
During operation mode, that is, electronic-controlled installation 10 is determined when be in idle pulley, measures conversion module 12 obtains new temperature biography
The resistance value of sensor, and the resistance value newly got is exported to heating control system 30, so, when user does not need regulation room
During interior temperature, user can send a shutdown signal to electronic-controlled installation 10 by mobile terminal 50, so, really outdoor
The data of temperature can be delivered to heating control system 30, and at this moment, heating control system 30 meets people's heating requirement with regard to that can reach
Under maximum energy-saving.
In addition, user can pass through mobile terminal while an analog temperature value set is inputted on mobile terminal 50
50 one preset time of setting, and by whether reach preset time to judge whether electronic-controlled installation 10 meets to exit work
The condition of state, if the determination result is YES, then electronic-controlled installation 10 meets the condition for exiting working condition, at this moment, really
The data of outdoor temperature can be delivered to heating control system 30, and heating control system 30 meets under people's heating requirement with regard to that can reach
Maximum energy-saving.Wherein, preset time can be set according to the runnability of specifically used environment and heating control system, can
To avoid frequently controlling.
So when electronic-controlled installation 10 is in idle pulley, by one temperature sensor 13 of outdoor mounted, and
The temperature sensor 13 is electrically connected by circuit with control module 11, and outdoor temperature sensor 13 obtains outdoor temperature in real time
Value, and mobile terminal 50 is sent to via electronic-controlled installation 10, user can check the temperature of outdoor on mobile terminal 50, and
The Temperature numerical of a simulation can be set according to the actual requirements on mobile terminal 50, and by wireless communication module to control
Module 11 sends the design temperature signal, and at the same time, control module 11 can also receive to come transmitted by mobile terminal 50
Working signal, at this moment, electronic-controlled installation 10 will enter mode of operation, and be believed the design temperature by measures conversion module 12
Number be converted into artifical resistance signal, the artifical resistance signal sent to heating control system 30 by output end, so, it is mobile eventually
Design temperature signal transmitted by end 50 can be used for the actual outdoor temp angle value for replacing outdoor temperature sensor 13 to detect, from
And the artifical resistance signal that heating control system 30 is exported using measures conversion module 12 is calculated to drop to carry out heating
It is low or increase quantity combusted and control heat to discharge, the central controller and control valve of heating control system 30 are controlled, realizes heating
The control of temperature, it is easy to operate so as to reach the effect of regulation indoor temperature, it is practical, reduce fault rate.
Universal heating regulating system second embodiment：
Referring to Fig. 3, universal heating regulating system includes electronic-controlled installation 100, power module 200, heating control system
300th, temperature sensor 130, background server 600, heater 70 and mobile terminal 500, power module 200 are electronics control
Device 100 processed exports electric energy, and electronic-controlled installation 100 includes the first communication module 400, control module 110 and measures conversion
Module 120；Control module 110 electrically connects with measures conversion module 120, and heater 70 electrically connects with control module 110, measurement
The resistance value of the detection temperature sensor 130 of modular converter 120, control module 110 receive the outdoor transmitted by temperature sensor 130
Temperature signal.Certainly, power module 200 can be reception civil power and 220V civil power is converted into the electricity of low-voltage DC
Source.For example, power module 200 can also be rechargeable battery, when rechargeable battery not enough power supply, charger pair can be passed through
Rechargeable battery is charged.
Then, outdoor temperature signal is converted into data signal by control module 110, and by the first communication module 400 to
Background server 600 sends the data signal, and background server 600 sends the data signal to mobile terminal 500, and controls
Molding block 110 receives the design temperature signal transmitted by mobile terminal 500.Wherein, first communication module 400 is used for background service
Information exchange is carried out between device 600 and control module 110, control module 110 is measured into obtained electric quantity data, current data etc.
Send to background server 600, and via background server 600 and be transferred to mobile terminal 500, you can on mobile terminal 500
Related data are shown, for example, temperature value that can be outside real-time display room on mobile terminal 500, user can be according to outdoor temp angle value
To be determined whether to adjust indoor temperature by electronic-controlled installation 100.Wherein, the first communication module 400 can be
GPRS wireless communication modules or WIFI etc. can realize the module of radio communication.
Then, control module 110 receives the correction signal transmitted by mobile terminal 500, and measures conversion module 120 detects temperature
The resistance value of sensor 130 is spent, and measures conversion module 120 sends resistance value to mobile terminal 500 via control module 110.
Then, control module 110 receives the working signal transmitted by mobile terminal 50, and at this moment, electronic-controlled installation 100 enters
Enter mode of operation, control module 110 receives the temperature control signals transmitted by mobile terminal 500, and sends temperature adjustment signal
To heater 70, the temperature around temperature sensor is heated to design temperature by heater 70, and temperature sensor 130 is defeated
Go out current outdoor temperature signal heating control system 300.
Specifically, temperature control instruction of the control module 110 according to transmitted by mobile terminal 500, it can adjust outdoor temperature
The heater 70 on the side of sensor 130, the temperature around temperature sensor 130 is heated, to produce needed for mobile terminal 50
Resistance value corresponding to the temperature wanted is transferred to heating control system 300, and the central controller of heating control system 300 is outer using this
Boundary's temperature carries out warm calculate with heating control to reach the effect of regulation heating control system thermal output.It can be seen that control module 110
Temperature control signals according to transmitted by mobile terminal 500 produce a temperature adjustment signal, and the temperature adjustment signal can adjust room
The heater 70 on the outer side of temperature sensor 130, the temperature around temperature sensor 130 is heated, to produce mobile terminal
Resistance value corresponding to temperature required for 500 is transferred to heating control system 300, to reach the heat of regulation heating control system 300
The effect of output.
As can be seen here, control module 110 can receive the correction signal to come transmitted by mobile terminal 500, at this moment, electronics
Control device 100 will enter correction mode, and measures conversion module 120 understands the resistance value of detection temperature sensor 13, and via control
Molding block 110 send the resistance value to mobile terminal 500, user can synchronously be checked on mobile terminal 500 outdoor temp angle value and
Resistance value, mobile terminal 500 can be changed according to outdoor temp angle value and resistance value come temperature and the relation of current signal, then
By the relation, send temperature control signals to electronic-controlled installation 100 and outdoor temperature is adjusted to particular value, pass through electronics control
The output current of device 100 processed heats outdoor temperature sensor 130 to reach required outdoor temperature, meanwhile, the room newly detected
Outer temperature value is transferred to the central controller of heating control system 300 so that heating control system 300 using the ambient temperature come
Heating is carried out to calculate to reduce or increase quantity combusted to control heat to discharge.
Electronic-controlled installation 100 also includes overload protective device 140, and overload protective device 140 electrically connects with control module 110.
It can be seen that overload protective device 140 is as circuit and the on-off system of equipment so that electronic-controlled installation 100 possesses a variety of protection work(
Can, so as to avoid electric current excessive or the reason such as short circuit damage device and circuit.
Electronic-controlled installation 100 also includes electromagnetic protection module 150, and electromagnetic protection module 150 is electrically connected with control module 110
Connect.It can be seen that by being provided with electromagnetic protection module 150 so that the device has good Electro Magnetic Compatibility, can effectively prevent
Produce and interfere between electromagnetic interference or circuit, ensure that electric appliance component or device have normal work in electromagnetic environment
Ability.
Electronic-controlled installation 100 also includes electric quantity of power supply indicating module 160, electric quantity of power supply indicating module 160 and power supply mould
Block 200 electrically connects, and electric quantity of power supply indicating module 160 is used for the information about power for obtaining power module 200, by setting electric quantity of power supply
Indicating module 160 can monitor the dump energy of power module 200 in real time, for prompting the electricity residue feelings of user's current device
Condition, user can be reminded to be charged when not enough power supply.
The second embodiment of the adjusting method of universal heating regulating system：
Referring to Fig. 4, Fig. 4 is the FB(flow block) of the adjusting method second embodiment of the universal heating regulating system of the present invention,
The adjusting method of the universal heating regulating system of the present embodiment first, performs step when indoor temperature is adjusted
Rapid S11, control module 110 obtain the outdoor temperature signal transmitted by temperature sensor 130.Wherein, electronic-controlled installation 100 is deposited
It is idle pulley, correction mode and mode of operation respectively, at electronic-controlled installation 100 in three default mode of operations
When idle pulley, by one temperature sensor 130 of outdoor mounted, and the outdoor temperature sensor 130 by circuit with
Control module 110 electrically connects, and outdoor temperature sensor 130 obtains outdoor temperature value in real time, and the outdoor temp angle value is sent
To control module 11, control module 110 can carry out information exchange by the first communication module 400 with mobile terminal 500.
Then, step S12 is performed, control module 110 sends data signal to mobile terminal 500.For example, control module
110 obtain the data of the outdoor temperature signal transmitted by temperature sensor 130, and outdoor temperature signal is converted into digital letter
Number, and control module 11 sends the data signal by the first communication module 400 to mobile terminal 500.Wherein, mobile terminal
500 between background server 600 and the control module 110 of electronic-controlled installation 100 by being communicated, background server 600
Receive and storage control module 110 transmitted by the data such as temperature, resistance and electric current, background server 600 is by above-mentioned data
Information exchange is carried out by wireless communication module and mobile terminal 50, can be by showing relevant information on mobile terminal 500
To prompt user to carry out the operation of next step, for example, people can be more by the temperature outside the real time inspection room of mobile terminal 500
It is few, so it is easy to user to consider to wear the clothes how many etc. therefore more intelligent when going on a journey, comfort level is further improved.
Then, step S13 is performed, judges whether electronic-controlled installation 100 is in correction mode, if control module 11 receives
Correction signal transmitted by mobile terminal 500, it is determined that electronic-controlled installation 100 is in correction mode, then, performs step
S14, the resistance value of the detection temperature sensor 130 of measures conversion module 120, and the resistance value is sent to mobile terminal 500.Its
In, measures conversion module 120, which exports the resistance value to control module 110, control module 110, passes through the first communication module 400
Communicated with mobile terminal 500.It is somebody's turn to do for example, control module 110 is sent by the first communication module 400 to mobile terminal 500
Resistance value, user can on mobile terminal 500 real time inspection outdoor temperature sensor resistance value.If judged result is no,
Continue executing with step S13.
It can be seen that when electronic-controlled installation 100 is in correction mode, user can synchronously check outdoor on mobile terminal 50
Temperature value and temperature sensor 130 resistance value, mobile terminal 500 can determine according to the outdoor temp angle value and the resistance value
The relation of temperature change and current signal, then by the relation, temperature control signals are sent by room to electronic-controlled installation 100
Outer temperature is adjusted to particular value, and outputing current to heater 70 by electronic-controlled installation 100 heats outdoor temperature sensor
130 to reach required outdoor temperature, meanwhile, the outdoor temp angle value newly detected is transferred to the center of heating control system 300
Controller so that heating control system 300 is calculated to reduce or increase quantity combusted to control using the ambient temperature to carry out heating
Heating capacity discharges.Wherein, however, it is determined that when electronic-controlled installation 100 is in correction mode, control module 110 will persistently obtain temperature
Outdoor temperature signal transmitted by sensor 130, and and outdoor temperature signal is converted into data signal, and control module 110
The data signal is sent to mobile terminal 500 by the first communication module 400.
Then, step S15 is performed, judges whether electronic-controlled installation 100 is in mode of operation.If for example, control module
110 receive the working signal transmitted by mobile terminal 500, it is determined that electronic-controlled installation 100 is in mode of operation.Wherein,
There are three default mode of operations in electronic-controlled installation 100, be idle pulley, correction mode and mode of operation respectively, when
When electronic-controlled installation 100 is in idle pulley, by one temperature sensor 130 of outdoor mounted, and the temperature sensor
130 are electrically connected by circuit with control module 110, the real-time temperature data for obtaining outdoor of outdoor temperature sensor 130, and via
Electronic-controlled installation 100 is sent to mobile terminal 500, and user can check the temperature value of outdoor on mobile terminal 500, and defeated
Enter the analog temperature value of a setting, the design temperature signal is sent to control module 110 by the first communication module 400, with
This simultaneously, control module 110 can also receive the working signal to come transmitted by mobile terminal 500, once for example, outdoor temperature
Too low, user can send a working signal by mobile terminal 500 to electronic-controlled installation 100, will by control module 110
Correction signal decoding generates operational order corresponding with command information, and then identifies operational order, it may be determined that electronic-controlled installation
Whether condition into mode of operation is met.If judged result is no, step S15 is continued executing with.
Then, step S16 is performed, control module 110 obtains the temperature control signals transmitted by mobile terminal 500, concurrently
Temperature adjustment signal is sent to heater 700.Then, step S17 is performed, heater 70 is by around temperature sensor 130
Temperature is heated to design temperature, and temperature sensor 130 sends current outdoor temperature signal heating control system.Wherein, this sets
Constant temperature degree is the set temperature value that user inputs on mobile terminal 500, it is determined that electronic-controlled installation 100 is in work
After pattern, user can send a temperature control signals, control module 110 by mobile terminal 500 to electronic-controlled installation 100
Temperature control signals according to transmitted by mobile terminal 500 produce a temperature adjustment signal, and the temperature adjustment signal can adjust room
The heater 700 on the outer side of temperature sensor 130, the temperature around temperature sensor 130 is heated, to produce mobile terminal
Resistance value corresponding to temperature required for 500 is transferred to heating control system 300, to reach the heat of regulation heating control system 300
The effect of output.For example, heater 700 can be LED or other miniature electric heaters, heater 700 receives control
Temperature adjustment signal transmitted by molding block 110, and temperature sensor 130 is heated to by required temperature according to the temperature adjustment signal
Degree, so as to allow heating control system 300 to think that ambient temperature is higher and reduces heat energy output automatically, room temperature is reduced so as to reach
The energy-saving effect of degree.
So temperature control instruction of the control module 110 according to transmitted by mobile terminal 500, can adjust outdoor temperature and passes
The heater 700 on the side of sensor 130, the temperature around temperature sensor 130 is heated, to produce needed for mobile terminal 500
Resistance value corresponding to the temperature wanted is transferred to heating control system 300, and the central controller of heating control system 300 is outer using this
Boundary's temperature carries out warm calculate with heating control to reach the effect of regulation heating control system thermal output.
If it is determined that when electronic-controlled installation 100 is not at mode of operation, then step S18 is performed, temperature sensor 130 is sent
Current outdoor temperature electric signal is to heating control system.Wherein, however, it is determined that electronic-controlled installation 100 is in idle pulley, outdoor
Temperature sensor 130 exports the resistance value corresponding to the real external temperature got to heating control system 300.So,
When user need not adjust indoor temperature, user can be sent a shutdown signal to Electronic Control by mobile terminal 500 and be filled
100 are put, so, the data of real outdoor temperature can be delivered to heating control system 300, and at this moment, heating control system 300 is just
The maximum energy-saving met under people's heating requirement can be reached.
In addition, user can pass through mobile terminal while an analog temperature value set is inputted on mobile terminal 500
500 one preset time of setting, and by whether reach preset time to judge whether electronic-controlled installation 100 meets to exit work
Make the condition of state, if the determination result is YES, then electronic-controlled installation 100 meets the condition for exiting working condition, at this moment, really
The data of outdoor temperature can be delivered to heating control system 300, heating control system 300 meets that people's heating will with regard to that can reach
Maximum energy-saving under asking.Wherein, preset time can be set according to the runnability of specifically used environment and heating control system
It is fixed, it can avoid frequently controlling.
It should be noted that the preferred embodiments of the present invention are these are only, but the design concept invented is not limited thereto,
All insubstantial modifications made using this design to the present invention, are also each fallen within protection scope of the present invention.
Claims (10)
1. universal heating regulating system, including electronic-controlled installation, power module, heating control system, temperature sensor with
And mobile terminal, the power module are that the electronic-controlled installation exports electric energy, it is characterised in that：
The electronic-controlled installation includes the first communication module, control module and measures conversion module, the control module with
The measures conversion module electrical connection, the measures conversion module electrically connect with the temperature sensor, the measures conversion mould
Block detects the resistance value of the temperature sensor, and the control module receives the outdoor temperature letter transmitted by the temperature sensor
Number；
The outdoor temperature signal is converted into data signal by the control module, and the control module is logical by described first
Interrogate module and send the data signal to the mobile terminal；
The control module receives the design temperature signal transmitted by the mobile terminal, and measures conversion module output electricity
Signal is hindered to the heating control system.
2. universal heating regulating system according to claim 1, it is characterised in that：
The control module receives the correction signal transmitted by the mobile terminal, and the measures conversion module detects the temperature
The first resistor value of sensor, and the measures conversion module sends the first resistor value to described via the control module
Mobile terminal；
The control module receives the working signal transmitted by the mobile terminal, and the control module receives the mobile terminal
The transmitted design temperature signal, and the design temperature signal is converted into artifical resistance signal, and export the mould
Intend resistance signal to the measures conversion module, the measures conversion module exports the artifical resistance signal to the heating control
System processed.
3. universal heating regulating system according to claim 1 or 2, it is characterised in that：
The heating regulating system also includes heater, and the heater electrically connects with the control module；
The control module receives the temperature control signals transmitted by the mobile terminal, and the control module sends temperature adjustment
Signal is to the heater；
The temperature sensor sends the outer temperature signal of second Room to the heating control system.
4. universal heating regulating system according to claim 1 or 2, it is characterised in that：
The electronic-controlled installation also includes overload protective device, and the overload protective device electrically connects with the control module.
5. universal heating regulating system according to claim 1 or 2, it is characterised in that：
The electronic-controlled installation also includes electromagnetic protection module, and the electromagnetic protection module electrically connects with the control module.
6. the adjusting method of universal heating regulating system, the heating regulating system include control module, measures conversion module,
Temperature sensor, power module, heating control system, the first communication module, heater and mobile terminal；
It is characterized in that：The adjusting method includes：
The temperature sensor obtains the data of the outdoor temp angle value of extraneous transmission；
The control module obtains the outdoor temperature signal transmitted by the temperature sensor, and the outdoor temperature signal is turned
Change data signal into, and the control module sends the numeral to the mobile terminal by first communication module and believed
Number；
If it is determined that the electronic-controlled installation is in correction mode, the measures conversion module detects the of the temperature sensor
One resistance value, and the measures conversion module sends the first resistor value to the mobile terminal via the control module；
If it is determined that the electronic-controlled installation is in mode of operation, the control module obtains the temperature transmitted by the mobile terminal
Degree instruction, and the measures conversion module output resistance signal is to the heating control system, wherein, the temperature instruction includes
Design temperature signal and temperature control signals.
7. adjusting method according to claim 6, it is characterised in that the control module obtains the mobile terminal and sent out
The temperature instruction sent, including：
The control module obtains the design temperature signal；
The control module receives the design temperature signal transmitted by the mobile terminal, and by the design temperature signal
Artifical resistance signal is converted into, and exports the artifical resistance signal to the measures conversion module, the measures conversion module
The artifical resistance signal is exported to the heating control system.
8. the adjusting method according to claim 6 or 7, it is characterised in that the control module obtains the mobile terminal
Transmitted temperature instruction, including：
The control module obtains the temperature control signals, and the control module produces temperature according to the temperature control signals
Regulate signal is spent, and the control module sends the temperature adjustment signal to the heater；
The temperature sensor sends current outdoor temperature signal to the heating control system.
9. the adjusting method according to claim 6 or 7, it is characterised in that determine whether the electronic-controlled installation is in
The condition of mode of operation includes：
If the control module receives the working signal transmitted by the mobile terminal, it is determined that at the electronic-controlled installation
In mode of operation.
10. the adjusting method according to claim 6 or 7, it is characterised in that described to determine that the electronic-controlled installation is in
Mode of operation, including：
If it is determined that when the electronic-controlled installation is not at mode of operation, then judge the electronic-controlled installation whether in the free time
Pattern；
If it is determined that the electronic-controlled installation is in idle pulley, then the measures conversion module obtains the really outside temperature
The resistance value of sensor is spent, and the resistance value corresponding to the real external temperature got is exported to the heating to control and is
System.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711103996.9A CN107702200A (en) | 2017-11-10 | 2017-11-10 | The adjusting method of universal heating regulating system and its universal heating regulating system |
| PCT/CN2018/088158 WO2019091090A1 (en) | 2017-11-10 | 2018-05-24 | General-type heating adjusting system, and adjusting method for general-type heating adjusting system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711103996.9A CN107702200A (en) | 2017-11-10 | 2017-11-10 | The adjusting method of universal heating regulating system and its universal heating regulating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107702200A true CN107702200A (en) | 2018-02-16 |
Family
ID=61178991
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711103996.9A Pending CN107702200A (en) | 2017-11-10 | 2017-11-10 | The adjusting method of universal heating regulating system and its universal heating regulating system |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN107702200A (en) |
| WO (1) | WO2019091090A1 (en) |
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| CN108954461A (en) * | 2018-08-11 | 2018-12-07 | 佛山市诺行科技有限公司 | A kind of Electric heat radiator of discrete temperature setting, detection and wireless remote control |
| CN109059087A (en) * | 2018-08-11 | 2018-12-21 | 佛山市诺行科技有限公司 | The electric heating blowing of the setting of discrete temperature, detection and wireless remote control |
| CN109410479A (en) * | 2018-10-19 | 2019-03-01 | 银川普软信息技术有限公司 | A kind of heating charge management system |
| WO2019091090A1 (en) * | 2017-11-10 | 2019-05-16 | 黄福梅 | General-type heating adjusting system, and adjusting method for general-type heating adjusting system |
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2019091090A1 (en) | 2019-05-16 |
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Application publication date: 20180216 |