CN105717952B - Temperature control system and temprature control method - Google Patents
Temperature control system and temprature control method Download PDFInfo
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- CN105717952B CN105717952B CN201410733694.XA CN201410733694A CN105717952B CN 105717952 B CN105717952 B CN 105717952B CN 201410733694 A CN201410733694 A CN 201410733694A CN 105717952 B CN105717952 B CN 105717952B
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Abstract
A kind of temperature control system and temprature control method, apply to the interior space, so that the temperature of the interior space reaches target temperature within the object time.Temprature control method includes the following steps：Obtain the object time, target temperature and indoor equipment service data；Obtain environmental factor；The Current Temperatures of the interior space are obtained via temperature-sensitive sticker；Operating strategy is calculated according to object time, target temperature, service data, environmental factor and Current Temperatures；And it executes operating strategy and is switched between several operating conditions with controlling indoor equipment.The present invention via calculate and execute operating strategy can more energy-efficient drive manner make the interior space in reaching target temperature in the object time.
Description
Technical field
The present invention relates to temperature control system and temprature control methods, more particularly to are used to that the interior space can be made in target
The interior temperature control system and temprature control method for reaching target temperature.
Background technology
A is please referred to Fig.1, is temperature change schematic diagram of the existing temperature control system in operation process.Such as Figure 1A institutes
Show, the main purpose of existing temperature control system is so that an indoor temperature T1 of an interior space is reached and maintain a target temperature
Spend T2.The main purpose of the existing temperature control system is that indoor temperature T1 is made to be rapidly achieved target temperature T2.In order to
Reach above-mentioned purpose, the existing temperature control system often just carries out cold-room operating with larger running power upon actuation,
By largely generating the cold air having less than target temperature T2 so that indoor temperature T1 can be fast after being mixed with the cold air
Prompt drop is down to target temperature T2.
However, it is aforementioned by larger running power come opposite power consumption in a manner of carrying out cold-room operating, therefore existing temperature control
System processed increases the electric cost of user in fact.Also, aforementioned drive manner does not consider the actual demand of user completely.
For example, which, which may be only required in predetermined time T (such as 5 minutes), makes indoor temperature T1 reach this
Target temperature T2, but the existing temperature control system carries out cold-room operating due to the use of transport maximum power, will make
Indoor temperature T1 reaches target temperature T2 in time TA (such as 3 minutes) ahead of time.
In conclusion for the user, and pay no attention to that predetermined time T or shorter time TA is waited for make the room
Interior temperature T1 reaches target temperature T2, and what which more paid attention to is to make indoor temperature T1 reach the target temperature ahead of time
Spend T2, the increase of caused electric cost.
Therefore, the existing temperature control system actual demand of consideration user completely, and urgently more effective scheme
It is suggested.
Invention content
The main purpose of the present invention is to provide a kind of temperature for making the interior space reach target temperature within the object time
Spend control system and temprature control method.
Another object of the present invention is to reach foregoing purpose with most energy-efficient drive manner.
In order to achieve the above object, the present invention provides a kind of temperature control system, enable the temperature of an interior space in a target
In reach a target temperature, including an indoor equipment, according to temperature-sensitive sticker and connect the indoor equipment and the temperature-sensitive sticker
A control device.The indoor equipment adjusts the temperature of the interior space, and with the number for being respectively corresponding to several running powers
A operation mode.The temperature-sensitive sticker senses a Current Temperatures of the interior space.The control device according to the object time, should
Target temperature, a service data of the indoor equipment, the Current Temperatures and an environmental factor execute an operating policy calculation program
It to calculate an operating strategy, and executes the operating strategy and is switched between those operation modes with controlling the indoor equipment, most
The total running power that the smallization indoor equipment is consumed in the object time.
The present invention further provides a kind of temprature control methods, and the temperature of an interior space is enabled to reach in an object time
One target temperature, including：A) service data of the object time, the target temperature and an indoor equipment, the wherein room are obtained
Interior equipment has the several operation modes for being respectively corresponding to several running powers；B) environmental factor is obtained；C) interior is obtained
One Current Temperatures in space；D) according to the object time, the target temperature, the service data, the environmental factor and the current temperature
Degree calculates an operating strategy, and the wherein operating strategy system minimizes the indoor equipment is consumed in the object time one total fortune
Turn power；And it e) executes the operating strategy and is switched between those operation modes with controlling the indoor equipment.
The present invention further provides a kind of temprature control methods, enable the temperature of an interior space in the first object time
Reach a target temperature, including：A) service data of the first object time, the target temperature and an indoor equipment is obtained,
Wherein the indoor equipment has the several operation modes for being respectively corresponding to several running powers；B) a first environment factor is obtained；
C) one first Current Temperatures of the interior space are obtained；D) according to the first object time, the target temperature, the service data,
The first environment factor and first Current Temperatures calculate one first and operate strategy, and wherein the first operating strategy system minimum should
The total running power that indoor equipment is consumed in the first object time；E) the first operating strategy is executed to control the room
Interior equipment switches between those operation modes；F) when an interval time passes through and the object time not yet passes through, foundation
The interval time and the first object time calculate a remaining time；G) after step f, a second environment factor is calculated；H) step f
Afterwards, one second Current Temperatures are obtained；I) using the remaining time as the first object time；And j) according to the second environment because
Son, second Current Temperatures and the object time re-execute step d, to calculate one second operating strategy.
The present invention calculates best operating strategy according to many kinds of parameters, and executes operating strategy to control the fortune of indoor equipment
Rotary-die type, so can most energy-efficient drive manner so that the temperature in the interior space is reached target temperature within the object time.
Description of the drawings
Figure 1A is temperature change schematic diagram of the existing temperature control system in operation process.
Figure 1B is temperature change schematic diagram of the temperature control system of first embodiment of the invention in operation process.
Fig. 2 is the temperature control system Organization Chart of first embodiment of the invention.
Fig. 3 is the temprature control method flow chart of first embodiment of the invention.
Fig. 4 is the temprature control method flow chart of second embodiment of the invention.
Fig. 5 is the temprature control method flow chart of third embodiment of the invention.
Wherein, the reference numerals are as follows：
2 ... temperature control systems
20 ... indoor equipmenies
22 ... temperature-sensitive stickers
24 ... control devices
240 ... processing units
2400 ... operating policy calculation programs
2402 ... environmental factor calculation procedures
242 ... storage units
2420 ... object times
2422 ... target temperatures
2424 ... the alternative circumstances factors
244 ... timers
26 ... man-machine interfaces
T ... the object times
TA ... the times
T1 ... indoor temperatures
T2 ... target temperatures
T3 ... leaving air temps
Z1 ... the interior spaces
The first temperature controlling steps of S300-S308 ...
S400-S412 ... second temperature rate-determining steps
S500-S526 ... third temperature controlling steps
Specific implementation mode
Hereby with regard to preferable embodiment, coordinate attached drawing, is described in detail as after.
Before illustrating technological means used in the present invention, B is first please referred to Fig.1, Figure 1B is first embodiment of the invention
Temperature change schematic diagram of the temperature control system in operation process, to illustrate the object of the invention and use situation.
The temperature control system (temperature control system 2 as shown in Figure 2) of the present invention can be divided into two fortune in operation process
Turn the stage, one is the quick cooling-heating room stage, and one is the thermostatic control stage.It will illustrate the temperature respectively so that cold-room operates as an example herein
Detailed Operation mode of the degree control system 2 in the quick cooling-heating room stage and the thermostatic control stage.
In the quick cooling-heating room stage, the main purpose of the temperature control system 2 is to keep an indoor temperature T1 pre- one
It fixes time and reaches a target temperature T2 in T.To reach above-mentioned purpose, which needs in the quick cooling-heating room stage
Cold-room operating is strategically carried out, by suitably generating the cold air having less than target temperature T2 so that the Indoor Temperature
Degree T1 can be reduced to target temperature T2 after being mixed with the cold air in predetermined time T.
In the thermostatic control stage, the main purpose of the temperature control system 2 is to make indoor temperature T1 stablize to maintain
In target temperature T2.In order to achieve the above objectives, which has a leaving air temp T3's by stablizing output
The cold air, to make indoor temperature T1 be stably maintained at target temperature T2.
It from the above, can present invention is primarily intended to make the temperature control system 2 when operating in the quick cooling-heating room stage
Indoor temperature T1 is set to reach target temperature T2 in predetermined time T by most energy-efficient drive manner.
Then technological means used at large illustrating the present invention to achieve the aforementioned purpose.
Continue referring to Fig. 2, being the temperature control system Organization Chart of first embodiment of the invention.As shown in Fig. 2, the present embodiment
The temperature control system 2 mainly include an indoor equipment 20, a temperature-sensitive sticker 22 and a control device 24.The temperature controls
System 2 applies to an interior space Z1, so that the temperature in interior space Z1 can reach one within an object time 2420
Target temperature 2422.
Indoor equipment 20 is equipment (such as air conditioner, warming machine, the fan or cold of the temperature for adjusting interior space Z1
Water valve etc.).Specifically, the indoor equipment 20 is operated by the control of the control device 24, to adjust interior space Z1's
Temperature, and then the temperature of interior space Z1 is enabled to reach the target temperature.
The indoor equipment 20 further comprises several operation modes.Respectively the operation mode be respectively corresponding to a running power and
One temperature adjustment capability value.In more detail, the running power is directly proportional to the temperature adjustment capability value.Preferably, the operating work(
Rate is the power consumption (such as kilowatt-hour (KWH)) of unit interval of the indoor equipment 20 under the specific operation mode, the temperature
Degree adjustment capability value be the indoor equipment 20 can be absorbed under the specific operation mode (in cold-room operates)/increase (in
Greenhouse operating in) heat (such as British thermal unit (British thermal unit, BTU)) or can reduce (in cold-room operating
In)/increase (in greenhouse operating in) Temperature Quantity (such as Celsius temperature (DEG C)).Preferably, the temperature adjustment capability value is the room
The difference of an inlet air temperatures and a leaving air temp of the interior equipment 20 under the respectively operation mode, but do not limited with this.
For example, if the indoor equipment 20 is fan, and the indoor equipment 20 includes small wind speed pattern, middle wind speed mould
The Three models such as formula, strong wind fast mode.In the Three models, the running power of the small wind speed pattern is minimum and the temperature tune
Whole ability value is also minimum, and (i.e. when the indoor equipment 20 is run under the small wind speed pattern, spent electrical power is most per hour
Few (i.e. most power saving), but cooling capacity is worst), which takes second place, the running power highest of the strong wind fast mode and
The temperature adjustment capability value also highest (i.e. when the indoor equipment 20 runs on the strong wind fast mode, electricity spent per hour
Power is most (i.e. most power consumption), but cooling capacity is best).
The temperature-sensitive sticker 22 is used for sensing a Current Temperatures of interior space Z1, and the Current Temperatures that will be sensed
The control device 24 is sent to, so that the control device 24 carries out subsequent processing.
The control device 24 connects the indoor equipment 20 and the temperature-sensitive sticker 22.The control device 24 can be via transmission line
It is electrically connected the indoor equipment 20 and the temperature-sensitive sticker 22, or via network and the indoor equipment 20 and the temperature-sensitive sticker 22
Wireless network connection is established, is not limited.
The control device 24 includes mainly a processing unit 240 and a storage unit 242, which electrically connects
Connect the processing unit 240.The storage unit 242 stores the object time 2420 and the target temperature 2422.The processing unit
240 can obtain the Current Temperatures of interior space Z1 via the temperature-sensitive sticker 22, and execute an operating policy calculation program
2400, to calculate an operating strategy.Then, which executes the operating strategy to control the indoor equipment 20 in this
It is switched between a little operating conditions, so that the total running power that the indoor equipment 20 is consumed in the object time 2420 is most
Smallization.
Specifically, the operating policy calculation program 2400 is according to the object time 2420, the target temperature 2422, the room
A service data, the Current Temperatures and an environmental factor for interior equipment 20 calculates the operating strategy.The service data may include this
Indoor equipment 20 operates on the running power that those operation modes have respectively and temperature adjustment capability value.
Preferably, the operating strategy includes several time values, those time values are respectively corresponding to the one of those operation modes
The duration of runs, and the summation of those time values is less than or equal to the object time.
For example, if the indoor equipment 20 is fan, and the indoor equipment 20 includes small wind speed pattern, middle wind speed mould
Formula, strong wind fast mode, the object time are 300 seconds.The operating strategy that the processing unit 240 calculates gained may include the small wind
The duration of runs (being 100 seconds in the present embodiment) of fast mode, the duration of runs of the apoplexy fast mode (are 50 in the present embodiment
Second) and the strong wind fast mode duration of runs (being 150 seconds in the present embodiment).When the control device 24 executes the operating strategy
When, it first controls the indoor equipment 20 and is operated 150 seconds with strong wind fast mode, then control the indoor equipment 20 and switch to wind speed mould in this
Formula simultaneously operates 50 seconds, finally controls the indoor equipment 20 and switches to the small wind speed pattern and operate 100 seconds.When the indoor equipment 20
After receiving the control of the control device 24 and having operated the object time 2420, the temperature in interior space Z1 can be made to reach this
Target temperature 2422.
The environmental factor is that the factor that temperature may be influenced in interior space Z1 (is such as entered the people of interior space Z1
The volume size of member's quantity or interior space Z1) a Quantity of heat carry out the numerical value that is obtained after quantification treatment.It is specific and
Speech, which executes an environmental factor calculation procedure 2402, to calculate the environmental factor.The wherein environmental factor meter
It is to calculate the environmental factor according to the above-mentioned Quantity of heat to calculate program 2402.
Though in this present embodiment, the environmental factor system via execute the environmental factor calculation procedure 2402 obtain, not with
This is limited.In another embodiment of the invention, which further stores several alternative circumstances factors 2424.It should
Control device 24 selects at least one as the environmental factor from those alternative circumstances factors 2424 according to situation and calculates
The operating strategy.In the present embodiment, those alternative circumstances factors 2424 can be respectively corresponding to different execution time (such as summers, winter
It, high noon or dusk).
Preferably, those alternative circumstances factors 2424 are according to produced by previous execution experience.In other words, the temperature
Control system 2 is completed (to reach the target temperature in the temperature of interior space Z1 after cold-room operating/greenhouse operates in each execute
After degree 2422), it can be according to the performed operating strategy, the object time 2420, the target temperature 2422 and the service data
It calculates the alternative circumstances factor 2424, and stores to the storage unit 242, to be used as this when subsequently calculating the operating strategy
Environmental factor uses.The temperature control system 2 of the present embodiment can have learning functionality, can automatically select the most suitable environment
The factor.
In an alternative embodiment of the invention, those alternative circumstances factors 2424 or the user set and store in advance
To the storage unit 242.
In an alternative embodiment of the invention, which further comprises a timer 244, is electrically connected the processing
Unit 240.The timer 244 is calculating an interval time.The processing unit 24 is after each interval time warp, again
The environmental factor calculation procedure 2402 is executed to obtain the new environmental factor, is calculated according to the interval time and the object time
One remaining time, and using the remaining time as the object time 2424, re-execute the operating policy calculation program 2400 with
The new operating strategy, the wherein interval time and the remaining time are calculated according to the new environmental factor and the object time all
Less than the object time 2424.The temperature control system 2 of the present embodiment can have instant debugging functions, can execute cold-room fortune
Turn/greenhouse operating during, because should the variation of the Quantity of heat of interior space Z1 (such as interior space Z1 enters suddenly
Large quantities of personnel), the operating strategy is corrected immediately, and can ensure that the temperature of interior space Z1 can reach within the object time 2420
To the target temperature 2422.
In an alternative embodiment of the invention, which further comprises 26 (such as Touch Screen of a man-machine interface
Or button), connect the control device 24.The man-machine interface 26 is subjected to the user and inputs the object time 2420 and the target
One input operation of temperature 2422, and object time 2420 that the user is inputted and the target temperature 2422 are sent to
The control device 24 stores.Further, the man-machine interface 26 also be subjected to the user directly input the service data or
The alternative circumstances factor 2424, and the service data that the user is inputted and the alternative circumstances factor 2424 are sent to this
Control device 24 stores.
Continue referring to Fig. 3, being the temprature control method flow chart of first embodiment of the invention.The temperature of the present embodiment controls
Method mainly applies to the temperature control system 2 of Fig. 2.
Step S300：Obtain the object time 2420, the target temperature 2422 and the indoor equipment 20 the service data.
Specifically, the control device 24 can read the object time 2420, the target temperature 2422 and the room from the storage unit 242
The service data of interior equipment 20, or receive the user via the man-machine interface 26 and input the object time 2420, the target
The service data of temperature 2422 and the indoor equipment 20.Wherein the service data may include that the indoor equipment 22 operates on difference
The running power and/or temperature adjustment capability value having when operation mode.
Step S302：Obtain environmental factor.Specifically, the control device 24 can be from stored by the storage unit 242
Select to be most suitable for one of them in those alternative circumstances factors 2424 as the environmental factor, or via the execution environmental factor
Calculation procedure 2402 according to the Quantity of heat of interior space Z1 calculates the environmental factor, or via the man-machine interface 26
Receive the user and directly inputs the environmental factor.
Step S304：Obtain the Current Temperatures of interior space Z1.Specifically, the control device 24 is through the temperature sense
Survey the Current Temperatures that device 22 obtains interior space Z1.
Step S306：Calculate the operating strategy.Specifically, the control device 24 executes the operating policy calculation program
2400, with according in the object time 2420, the target temperature 2422, the service data those running powers, the environment because
Son and the current temperature computation operating strategy, the wherein operating strategy is to make the indoor equipment 20 in the object time 2420
The total running power consumed minimizes.Preferably, the operating strategy includes several time values, those time values correspond to respectively
To the duration of runs of the indoor equipment 20 in those operation modes.The control device 24 calculates this according to following formula 1
Operating strategy.
(Current Temperatures-target temperature)=environmental factor * Σ iN=1 (duration of runs i* service datas
I) ... ... ... ... ... ... ... ... ... (formula 1)
Wherein respectively the Yun turns Jian≤0 Shi；((i.e. the object time 2420 subtracts duration of runs i)≤remaining time Σ iN=1
The executed time)≤object time 2420；The collection of all duration of runs i is combined into the operating strategy；The indoor equipment 20 can be in N
It is switched between a operation mode.
It is noted that the service data in formula 1 can only include the running power of the corresponding operation mode, also may be used
The temperature adjustment capability value of running power and the corresponding operation mode simultaneously including the corresponding operation mode, is not limited with this.
The control device 24 can calculate the operating strategy of array according to formula 1, and every group of operating strategy all wraps
Include those time values for being respectively corresponding to those operation modes.Then the control device 24 is transported according to following formula 2 from those
Turn to select the best operating strategy (even if the operating for total running power minimum that the indoor equipment 20 is consumed in strategy
Strategy).Aforementioned best operating strategy includes best duration of runs of the respectively operation mode.
Min (Σ iN=1 (running power i* durations of runs i)) ... ... ... (formula 2)
Step S308：Execute the operating strategy.It is calculated specifically, the control device 24 is implemented in step S306
The operating strategy.The control device 24 controls the indoor equipment 20 according to those durations of runs of the operating strategy and switches in turn
To the different operation modes, and operated within the duration of runs of the corresponding operation mode.
Continue referring to Fig. 4, being the temprature control method flow chart of second embodiment of the invention.The temperature of the present embodiment controls
Method mainly applies to the temperature control system 2 of Fig. 2.Compared to first embodiment shown in Fig. 3, the present embodiment mainly passes through
Increase step S410 and step S412 to realize the learning functionality of the environmental factor.Step S400 shown in Fig. 4 is to step
S408 is identical to step S308 contents as step S300 shown in Fig. 3, is repeated no more in this.
Step S410：Calculate the alternative circumstances factor 2424.Specifically, the control device 24 is interior space Z1's
It, can be according to the performed operating strategy, the object time 2420, the target temperature after temperature reaches the target temperature 2422
2422, the service data and formula 1 come calculate this corresponding performing environment (i.e. Quantity of heat of interior space Z1) and this
Operate the alternative circumstances factor 2424 of strategy.
Step S412：Store the alternative circumstances factor 2424.Specifically, the control device 24 is by the alternative circumstances factor
2424 storages are to the storage unit 242, so that the temperature control system 2 is used when operating next time as the environmental factor.
Therefore, the temperature control system 2 of the present embodiment can calculate after having executed the operating strategy every time and correspond to this
The alternative circumstances factor 2424 of performing environment and the operating strategy, when for subsequently meeting with identical performing environment, can directly select
It selects the alternative circumstances factor 2424 and is used as the environmental factor, so as to quickly calculating the operating strategy.
Continue referring to Fig. 5, being the temprature control method flow chart of third embodiment of the invention.The temperature of the present embodiment controls
Method mainly applies to the temperature control system 2 of Fig. 2.Compared to second embodiment shown in Fig. 3, the present embodiment mainly passes through
Increase step S510-S522 to realize the instant debugging functions of the operating strategy.Step S500 shown in Fig. 5 to step S508
It is identical to step S308 contents as step S300 shown in Fig. 3, it is repeated no more in this.
To avoid confusion, in the present embodiment, the object time acquired by step S500 is known as first object
Time, the environmental factor acquired by step S502 are known as the first environment factor, deserve acquired by step S504
Preceding temperature is known as the first Current Temperatures, is known as the first operating strategy in the operating strategy that step S506 is calculated.
Step S510：Judge whether the target temperature 2422 is reached.Specifically, the control device 24 is in the execution step
When S508, the Current Temperatures and the target temperature 2422 (i.e. the first object time) can be compared simultaneously, to judge to be somebody's turn to do
Whether Current Temperatures (i.e. first Current Temperatures) reach the target temperature 2422.
Step S512：Judge whether the interval time passes through.Specifically, the control device 24 passes through the timer 244
Calculate whether the interval time passes through.The interval time can be defeated by the man-machine interface 26 for systemic presupposition or the user
Enter, but is not limited with this.If the interval time passes through, S514 is thened follow the steps；If the interval time is without continuing to execute
Step S508.
Step S514：Judge whether the object time 2420 passes through.Specifically, the control device 24 passes through the timer
Whether 244 calculating object times 2420 passed through.If the object time 2420 passes through, S524 is thened follow the steps, to calculate correspondence
The alternative circumstances factor 2424 of this performing environment；If the object time 2420 is without thening follow the steps S516.
Step S516：Calculate the remaining time.Specifically, the control device 24 subtracts the object time 2420 between this
Every the time, to obtain the remaining time.
Step S518：Using the remaining time as the object time 2420.Specifically, the control device 24 is in the step
The remaining time calculated in rapid S516 is as the object time 2420 (that is, when the remaining time is considered as the new target
Between 2420 (that is, one second object times)).
Step S520：Calculate the new environmental factor.Specifically, the control device 24 passes through later again in the interval time
Secondary execution environmental factor calculation procedure 2402, the Quantity of heat current according to interior space Z1 calculate the new environment because
Sub (that is, a second environment factor).Preferably, the control device 24 (is such as pass by according to the temperature control system 2 in time in the past
The interval time in) performed by the operating strategy, the acquired object time 2420, the target temperature 2422, the fortune
Revolution according to and formula 1 come calculate corresponding current execution environment (i.e. Quantity of heat of interior space Z1) newly the environment because
Son.
Step S522：Obtain new environment temperature.Specifically, the control device 24 is obtained by the temperature-sensitive sticker 22
The Current Temperatures (that is, one second Current Temperatures) of interior space Z1, and step S506 is executed once again, the fortune is executed again
Turn policy calculation program 2400 according to the new environmental factor (i.e. the second environment factor), the new Current Temperatures (i.e. this
Two Current Temperatures) and the new object time 2420 calculate the new operating strategy (i.e. one second operating is tactful).
Therefore, the temprature control method of the present embodiment can have instant debugging functions, can execute cold-room operating/greenhouse
During operating, because should interior space Z1 the Quantity of heat variation (such as interior space Z1 suddenly enter large quantities of people
Member), the operating strategy is corrected immediately, and can ensure that the temperature of interior space Z1 can reach the mesh within the object time 2420
Mark temperature 2422.
It is noted that had no between step S516-S520 it is fixed execute sequence, in the case where not violating spirit of that invention,
Sequence of steps can arbitrarily be changed certainly by having usually intellectual in technical field that the present invention belongs to.
If judging in step S510, the target temperature 2422 has been reached, or when judging the target in step S514
Between 2420 have been subjected to, then execute step S524.
Step S524：Calculate the alternative circumstances factor 2424.
Step S526：Store the alternative circumstances factor 2424.
The present invention can enable indoor equipment in the quick cooling-heating room stage with most energy-efficient fortune via calculating and executing operating strategy
Turn mode to operate, while ensuring that the temperature of the interior space can reach target temperature within the object time.
The foregoing is merely the preferred embodiments of the present invention, and therefore, it does not limit the scope of the claims of the present invention, therefore such as
With the content of present invention institute equivalence changes for it, similarly all it is contained in the range of the present invention, closes and give Chen Ming.
Claims (17)
1. a kind of temperature control system enables the temperature of an interior space reach a target temperature within an object time, including：
One indoor equipment adjusts the temperature of the interior space, which has the number for being respectively corresponding to several running powers
A operation mode；
One temperature-sensitive sticker senses a Current Temperatures of the interior space；And
One control device connects the indoor equipment and the temperature-sensitive sticker, according to the object time, the target temperature, the interior
A service data, the Current Temperatures and an environmental factor for equipment executes an operating policy calculation program to calculate an operating plan
Slightly, it and executes the operating strategy and is switched between those operation modes with controlling the indoor equipment, minimize the indoor equipment
The total running power consumed in the object time, wherein the operating strategy includes several time values, those time values point
A duration of runs of those operation modes Dui Ying not be operated on to the indoor equipment, and the summation of those time values is less than or waits
In the object time.
2. temperature control system as described in claim 1, which is characterized in that the temperature control system includes a man-machine interface,
The control device is connected, receives to input the object time and an input operation of the target temperature.
3. the temperature control system as described in claim 1, which is characterized in that the control device includes a storage unit, storage
Several alternative circumstances factors are deposited, which selects one of those alternative circumstances factors as the environmental factor in terms of
Calculate the operating strategy.
4. the temperature control system as described in claim 3, which is characterized in that temperature of the control device in the interior space
After reaching the target temperature, calculated according to the performed operating strategy, the object time, the target temperature and the service data
The alternative circumstances factor, and store to the storage unit.
5. the temperature control system as described in claim 1, which is characterized in that the control device according to the interior space one
Quantity of heat executes an environmental factor calculation procedure to calculate the environmental factor.
6. the temperature control system as described in claim 5, which is characterized in that the control device includes a timer, is calculated
It is new to obtain to re-execute the environmental factor calculation procedure after the interval time passes through for one interval time, the control device
The environmental factor calculates a remaining time, when using the remaining time as the target according to the interval time and the object time
Between, and the operating policy calculation program is re-executed to calculate new be somebody's turn to do according to the new environmental factor and the new object time
Operating strategy.
7. a kind of temprature control method enables the temperature of an interior space reach a target temperature within an object time, including：
A) service data of the object time, the target temperature and an indoor equipment is obtained, wherein the indoor equipment, which has, divides
It Dui Ying not be to several operation modes of several running powers；
B) environmental factor is obtained；
C) Current Temperatures of the interior space are obtained；
D) plan is operated according to the object time, the target temperature, the service data, the environmental factor and the current temperature computation one
Slightly, the total running power that wherein the operating strategy is consumed by the minimum indoor equipment in the object time；And
E) the operating strategy is executed to switch between those operation modes to control the indoor equipment, wherein
The operating strategy includes several time values, those time values are respectively corresponding to the indoor equipment and operate on those operation modes
A duration of runs, and the summation of those time values be less than or equal to the object time.
8. the temprature control method as described in claim 7, which is characterized in that step b is in the several candidates stored in advance
Select one of them using as the environmental factor in environmental factor.
9. the temprature control method as described in claim 8, which is characterized in that include the following steps：
F) according to the performed operating strategy, the object time, the target temperature, the service data calculate the alternative circumstances because
Son；
G) the alternative circumstances factor is stored.
10. the temprature control method as described in claim 7, which is characterized in that step b is one according to the interior space
Quantity of heat calculates the environmental factor.
11. the temprature control method as described in claim 7, which is characterized in that the service data includes being respectively corresponding to this
Several temperature adjustment capability values of a little operation modes；Step d be according to the object time, the target temperature, the service data,
The environmental factor, the Current Temperatures and those temperature adjustment capability values calculate the operating strategy.
12. a kind of temprature control method enables the temperature of an interior space reach a target temperature within the first object time, packet
It includes：
A) service data of the first object time, the target temperature and an indoor equipment is obtained, the wherein indoor equipment has
There are the several operation modes for being respectively corresponding to several running powers；
B) a first environment factor is obtained；
C) one first Current Temperatures of the interior space are obtained；
D) according to the first object time, the target temperature, the service data, the first environment factor and first Current Temperatures
One first operating strategy is calculated, wherein the first operating strategy is disappeared to minimize the indoor equipment in the first object time
One total running power of consumption；
E) it executes the first operating strategy to switch between those operation modes to control the indoor equipment, wherein this first
Operating strategy includes several time values, those time values are respectively corresponding to the fortune that the indoor equipment operates on those operation modes
Turn the time, and the summation of those time values is less than or equal to the first object time；
F) when an interval time passes through and the first object time not yet passes through, when according to the interval time and the first object
Between calculate a remaining time；
G) after step f, a second environment factor is calculated；
H) after step f, one second Current Temperatures are obtained；
I) using the remaining time as one second object time；And
J) step d is re-executed according to the second environment factor, second Current Temperatures and second object time, to calculate one
Second operating strategy.
13. the temprature control method as described in claim 12, which is characterized in that step b is several what is stored in advance
Select one of them as the first environment factor in the alternative circumstances factor.
14. the temprature control method as described in claim 13, which is characterized in that include the following steps：
K) when the temperature for judging the interior space reaches the target temperature, according to the first operating of performed this strategy, this
Two operating strategies, the first object time, second object time, the target temperature and the service data calculate the alternative circumstances
The factor；And
L) the alternative circumstances factor is stored.
15. the temprature control method as described in claim 12, which is characterized in that step b is according to the interior space
One Quantity of heat calculates the first environment factor.
16. the temprature control method as described in claim 12, which is characterized in that the service data includes being respectively corresponding to this
Several temperature adjustment capability values of a little operation modes；Step d is according to the first object time, the target temperature, the operating
Data, the first environment factor, first Current Temperatures and those temperature adjustment capability values calculate the first operating strategy.
17. the temprature control method as described in claim 16, which is characterized in that respectively the temperature adjustment capability value is the interior
The difference of an inlet air temperatures and a leaving air temp of the equipment under the respectively operation mode.
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| CN1878990A (en) * | 2003-11-14 | 2006-12-13 | 麦克罗金能源有限公司 | Domestic heat and power system |
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| JP2602932B2 (en) * | 1988-11-28 | 1997-04-23 | 株式会社日立製作所 | Heating and cooling timer |
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