CN205561163U - Temperature controller - Google Patents
Temperature controller Download PDFInfo
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- CN205561163U CN205561163U CN201620214591.7U CN201620214591U CN205561163U CN 205561163 U CN205561163 U CN 205561163U CN 201620214591 U CN201620214591 U CN 201620214591U CN 205561163 U CN205561163 U CN 205561163U
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Abstract
The utility model provides a temperature controller, include: storage target temperature equipment corresponds influences a historical data of the accuse temperature parameter of temperature to and the memory of every the 1st first historical temperature that historical data is corresponding, gather the current data's of the accuse temperature parameter of target temperature equipment collector, relatively a historical data and the current data of target temperature equipment, the similar at least phase 1 enzyme of output and current data is like target historical data's first comparator, and is continuous with collector and memory respectively, according to the first historical temperature that every the 1st historical data of storage in the memory corresponds, export the second comparator of the historical temperature of target that every phase 1 enzyme corresponds like target historical data, it is continuous with memory and first comparator respectively, according to every the historical temperature of target, output the temperature regulation's of target temperature equipment treater links to each other with the second comparator. The utility model discloses controlled temperature that can be more convenient.
Description
Technical field
The utility model relates to controlling technical field, particularly to a kind of temperature controller.
Background technology
Produce or the requirement of life to meet, it is often necessary to regulate temperature by some temperature device,
For example, carried out the temperature in conditioning chamber by air-conditioning, improve the living environment of user；Come by refrigerator
Temperature in regulation refrigerator, takes fresh-keeping food etc..
Regulation for these temperature device is mainly by manually realizing, and user judges be adjusted to
Which type of temperature, is just transferred to this temperature temperature device.For example, the temperature of current air-conditioning is 20
Degree, user thinks that this temperature is somewhat cold, manually the temperature of air-conditioning will be adjusted to 25 degree so that empty
Adjust the temperature of output 25 degree.
But, user can be along with the impact of the factors such as external temperature on the demand of the temperature that temperature device exports
And change, the temperature of Current Temperatures equipment output can be unsatisfied with by user, needs again to adjust
Joint, and during regulation, user may need to attempt multiple temperature, regulation temperature sets repeatedly
The temperature of standby output, until satisfied.Visible by foregoing description, the mode of existing control temperature
Operate more complicated.
Utility model content
The utility model embodiment provides a kind of temperature controller, it is possible to convenient control temperature.
The utility model embodiment provides a kind of temperature controller, including:
First historical data of the temperature control parameter affecting temperature that storage target temperature equipment is corresponding, and often
The memory of the first historical temperature that bar the first historical data is corresponding；
Gather the collector of the current data of the described temperature control parameter of described target temperature equipment；
Relatively the first historical data of described target temperature equipment and described current data, output is worked as with described
First comparator of at least one the first similar purpose historical datas that front data are similar, adopts with described respectively
Storage is connected with described memory；
According to the first historical temperature that every first historical data of storage in described memory is corresponding, output
Second comparator of the target histories temperature that every first similar purpose historical data is corresponding, respectively with described
Memory is connected with described first comparator；
According to target histories temperature every described, export the process of the regulation temperature of described target temperature equipment
Device, is connected with described second comparator.
Further, described memory, be additionally operable to store non-targeted temperature device corresponding affect temperature
Second historical data of temperature control parameter, and the second historical temperature that every second historical data is corresponding；
Also include:
Relatively the second historical data of described non-targeted temperature device and described current data, output is with described
3rd comparator of predetermined number article the second similar purpose historical data that current data is similar, respectively with institute
State collector to be connected with described memory；
According to the second historical temperature that every second historical data of storage in described memory is corresponding, output
4th comparator of the non-targeted historical temperature that every second similar purpose historical data is corresponding, respectively with institute
State memory to be connected with described 3rd comparator；
Described processor is connected with described 4th comparator, for according to target histories temperature every described and
Every described non-targeted historical temperature, exports described regulation temperature.
Further, described temperature control parameter, including: outdoor temperature, season, geographical position, at one day
In acquisition time.
Further, described first comparator, including:
The first ratio that relatively season in current first historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current first historical data is corresponding is corresponding with current data away from
The second comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current first historical data with in current data at one day
In time difference whether the 3rd comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current first historical data and the temperature difference of the outdoor temperature in current data
The value the 4th comparison circuit within preset temperature difference；
Respectively with described first comparison circuit, described second comparison circuit, described 3rd comparison circuit and institute
State the first decision circuitry that the 4th comparison circuit is connected, when judge described first comparison circuit, described the
The comparative result of two comparison circuits, described 3rd comparison circuit and described 4th comparison circuit is all when being,
Judge that current first historical data, as the first similar purpose historical data similar to current data, exports and works as
Front first historical data.
Further, described temperature control parameter, including: outdoor temperature, season, geographical position, at one day
In acquisition time；
Described 3rd comparator, including:
The 5th ratio that relatively season in current second historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current second historical data is corresponding is corresponding with current data away from
The 6th comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current second historical data with in current data at one day
In time difference whether the 7th comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current second historical data and the temperature difference of the outdoor temperature in current data
The value the 8th comparison circuit within preset temperature difference；
Respectively with described 5th comparison circuit, described 6th comparison circuit, described 7th comparison circuit and institute
State the second decision circuitry that the 8th comparison circuit is connected, when judge described 5th comparison circuit, described the
The comparative result of six comparison circuits, described 7th comparison circuit and described 8th comparison circuit is all when being,
Judge that current second historical data, as the second similar purpose historical data similar to current data, exports and works as
Front second historical data.
Further, described processor includes:
Calculate the first counting circuit of the first average of all described target histories temperature, export described first
Average is as described regulation temperature.
Further, described processor includes:
Calculate all described target histories temperature and all described non-targeted historical temperature the second average
Two counting circuits, export described second average as described regulation temperature.
Further, also include:
The temperature of described target temperature equipment is adjusted to the thermoregulation circuit of described regulation temperature, with described place
Reason device is connected.
In the utility model embodiment, collector obtains the current data of the temperature control parameter affecting temperature,
Determine the first similar purpose history number similar to current data in the historical data of target temperature equipment
According to, reflected the surrounding environment at temperature device place by temperature control parameter, in historical data and current data
In the case of similar, illustrate that the surrounding environment at temperature device place is similar, according in similar surrounding environment
The historical temperature of lower target temperature equipment, determines the regulation temperature of target temperature equipment, the regulation temperature obtained
Degree more conforms to user's request, and user can directly use this regulation temperature, convenient control temperature.
Accompanying drawing explanation
In order to be illustrated more clearly that the utility model embodiment or technical scheme of the prior art, below will
The accompanying drawing used required in embodiment or description of the prior art is briefly described, it should be apparent that,
Accompanying drawing in describing below is embodiments more of the present utility model, comes for those of ordinary skill in the art
Say, on the premise of not paying creative work, it is also possible to obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the schematic diagram of a kind of temperature controller that the utility model one embodiment provides；
Fig. 2 is the schematic diagram of the another kind of temperature controller that the utility model one embodiment provides.
Detailed description of the invention
For making the purpose of the utility model embodiment, technical scheme and advantage clearer, below in conjunction with
Accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is carried out clear,
It is fully described by, it is clear that described embodiment is a part of embodiment of the utility model rather than complete
The embodiment in portion, based on the embodiment in the utility model, those of ordinary skill in the art are not making
The every other embodiment obtained on the premise of creative work, broadly falls into the model of the utility model protection
Enclose.
As it is shown in figure 1, the utility model embodiment provides a kind of temperature controller, including:
First historical data of the temperature control parameter affecting temperature that storage target temperature equipment is corresponding, and often
The memory 101 of the first historical temperature that bar the first historical data is corresponding；
Gather the collector 102 of the current data of the described temperature control parameter of described target temperature equipment；
Relatively the first historical data of described target temperature equipment and described current data, output is worked as with described
First comparator 103 of at least one the first similar purpose historical datas that front data are similar, respectively with institute
State collector 102 to be connected with described memory 101；
According to the first historical temperature that every first historical data of storage in described memory 101 is corresponding,
Export the second comparator 104 of every target histories temperature corresponding to the first similar purpose historical data, point
It is not connected with described memory 101 and described first comparator 103；
According to target histories temperature every described, export the process of the regulation temperature of described target temperature equipment
Device 105, is connected with described second comparator 104.
A kind of temperature controller provided by the utility model embodiment, collector obtains affects temperature
The current data of temperature control parameter, determines in the historical data of target temperature equipment similar to current data
First similar purpose historical data, reflects the surrounding environment at temperature device place by temperature control parameter,
In the case of historical data is similar to current data, illustrate that the surrounding environment at temperature device place is similar, root
According to the historical temperature of target temperature equipment under similar surrounding environment, determine the regulation of target temperature equipment
Temperature, the regulation temperature obtained more conforms to user's request, and user can directly use this regulation temperature,
Convenient control temperature.
So that regulation temperature more conforms to the demand of user, going through of non-targeted temperature device can be introduced
History data, in a kind of possible implementation, described memory, it is additionally operable to store non-targeted temperature and sets
Second historical data of the standby corresponding temperature control parameter affecting temperature, and every second historical data is corresponding
The second historical temperature；
This temperature controller also includes:
Relatively the second historical data of described non-targeted temperature device and described current data, output is with described
3rd comparator of predetermined number article the second similar purpose historical data that current data is similar, respectively with institute
State collector to be connected with described memory；
According to the second historical temperature that every second historical data of storage in described memory is corresponding, output
4th comparator of the non-targeted historical temperature that every second similar purpose historical data is corresponding, respectively with institute
State memory to be connected with described 3rd comparator；
Described processor is connected with described 4th comparator, for according to target histories temperature every described and
Every described non-targeted historical temperature, exports described regulation temperature.
In this implementation, non-targeted temperature device can be the equipment around target temperature equipment, example
As: target temperature equipment is air-conditioning, and non-targeted temperature device can be the air-conditioning of neighbour's, or, tool
There is the air-conditioning etc. of similar environments.By to the historical data of these non-targeted temperature device and corresponding history
Temperature, can predict customer satisfaction system regulation temperature more accurately.
Regulation temperature is determined in the first historical data corresponding by target temperature equipment and the first historical temperature
When spending, processor can be accomplished by:
Processor includes: calculate the first counting circuit of the first average of all described target histories temperature,
Export described first average as described regulation temperature.
The first historical data that combining target temperature device is corresponding and the first historical temperature, and non-targeted temperature
When the second historical data that degree equipment is corresponding and the second historical temperature, processor can be by following three kinds of realities
Existing mode realizes:
Processor includes: calculate all described target histories temperature and all described non-targeted historical temperature
Second counting circuit of the second average, exports described second average as described regulation temperature.
In a kind of possible implementation, described temperature control parameter, including: outdoor temperature, season,
Reason position, acquisition time in one day.
It addition, temperature control parameter can also include: the time zone at temperature device place, weather, user's body are good for
Health parameter etc..Here geographical position can be the geographical position at target temperature equipment place, or, non-
The geographical position at target temperature equipment place.
In a kind of possible implementation, described first comparator, including:
The first ratio that relatively season in current first historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current first historical data is corresponding is corresponding with current data away from
The second comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current first historical data with in current data at one day
In time difference whether the 3rd comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current first historical data and the temperature difference of the outdoor temperature in current data
The value the 4th comparison circuit within preset temperature difference；
Respectively with described first comparison circuit, described second comparison circuit, described 3rd comparison circuit and institute
State the first decision circuitry that the 4th comparison circuit is connected, when judge described first comparison circuit, described the
The comparative result of two comparison circuits, described 3rd comparison circuit and described 4th comparison circuit is all when being,
Judge current first historical data as similar the first similar purpose historical data of current data, output is current
First historical data.
For example, the season in current data be summer, target temperature equipment geographic location be A
Point, acquisition time in one day are 9: 10, outdoor temperature is 20 degree.Preset length 100 meters,
Preset Time difference is 20 minutes, and preset temperature difference is 2 degree.
Wherein, the season in historical data A of target temperature equipment is summer, temperature device place
Geographical position is A point, acquisition time in one day is 9: 20, outdoor temperature is 21 degree.
Processed by the first comparison circuit and can show that the two season is identical, processed by the second comparison circuit
Can show that the distance between A point and B point, in 100 meters, is processed can be obtained by the 3rd comparison circuit
Go out the time difference of the two acquisition time in one day within 20 minutes, at the 4th comparison circuit
Reason can show that the difference of the outdoor temperature of the two is within 2 degree.Therefore, can by the first decision circuitry
To determine that historical data A of target temperature equipment is the first similar purpose history number similar to current data
According to.
In a kind of possible implementation, described 3rd comparator, including:
The 5th ratio that relatively season in current second historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current second historical data is corresponding is corresponding with current data away from
The 6th comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current second historical data with in current data at one day
In time difference whether the 7th comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current second historical data and the temperature difference of the outdoor temperature in current data
The value the 8th comparison circuit within preset temperature difference；
Respectively with described 5th comparison circuit, described 6th comparison circuit, described 7th comparison circuit and institute
State the second decision circuitry that the 8th comparison circuit is connected, when judge described 5th comparison circuit, described the
The comparative result of six comparison circuits, described 7th comparison circuit and described 8th comparison circuit is all when being,
Judge current second historical data as similar the second similar purpose historical data of current data, output is current
Second historical data.
In a kind of possible implementation, this temperature controller also includes:
The temperature of described target temperature equipment is adjusted to the thermoregulation circuit of described regulation temperature, with described place
Reason device is connected.
It addition, in a kind of possible implementation, this temperature controller also includes:
Memory, for storing the time period of multiple regulating and controlling temperature, storage target temperature equipment is when each
Between section carries out the historical time point of temperature adjusting；
Described collector, is additionally operable to determine the current slot that described current data is corresponding；
Determine that target temperature equipment carries out the 5th ratio of the historical time point of temperature adjusting in current slot
Relatively device, is connected with memory；
According to historical time point, determine the judgement unit of the regulation and control time point of target temperature equipment, with the 5th
Comparator is connected.
In this implementation, target temperature equipment this regulation and control time point by temperature adjusting to regulation temperature.
It should be understood that the historical data in the utility model embodiment can include following two: one
Planting historical data is: after controlling temperature according to the regulation temperature determined, user does not has in preset duration
In the case of carrying out manual temperature regulation, the current data determining regulation temperature will be used for as a kind of history
Data.Another kind of historical data is: when target temperature equipment is controlled temperature according to the regulation temperature determined
After degree, user has carried out manual regulation temperature in preset duration, gathers temperature control when manually regulating temperature
The current data of parameter, this current data can be as another kind of historical data.
In the utility model embodiment, target temperature equipment or non-targeted temperature device may include that sky
Tune, refrigerator etc., for regulating the equipment of ambient temperature.
As in figure 2 it is shown, a kind of temperature controller that the utility model embodiment provides, including:
First historical data of the temperature control parameter affecting temperature that storage target temperature equipment is corresponding, and every
The first historical temperature that first historical data is corresponding, and the impact temperature that storage non-targeted temperature device is corresponding
Second historical data of temperature control parameter of degree, second historical temperature corresponding with every second historical data
Memory 201；
Gather the collector 202 of the current data of the described temperature control parameter of described target temperature equipment；
Relatively the first historical data of described target temperature equipment and described current data, output is worked as with described
First comparator 203 of at least one the first similar purpose historical datas that front data are similar, respectively with institute
State collector 202 to be connected with described memory 201；
According to the first historical temperature that every first historical data of storage in described memory is corresponding, output
Second comparator 204 of the target histories temperature that every first similar purpose historical data is corresponding, respectively with
Described memory 201 is connected with described first comparator 203；
Relatively the second historical data of described non-targeted temperature device and described current data, output is with described
3rd comparator 205 of predetermined number article the second similar purpose historical data that current data is similar, respectively
It is connected with described collector 202 and described memory 201；
According to the second historical temperature that every second historical data of storage in described memory is corresponding, output
4th comparator 206 of the non-targeted historical temperature that every second similar purpose historical data is corresponding, respectively
It is connected with memory 201 and the 3rd comparator 205；
According to the described non-targeted historical temperature of target histories temperature every described and every, output regulation temperature
Processor 207, be connected with the second comparator 204 and the 4th comparator 206 respectively.
Wherein, processor 207 may include that the second counting circuit；
First comparator 203 may include that the first comparison circuit, the second comparison circuit, the 3rd compare
Circuit, the 4th comparison circuit, the first decision circuitry；
3rd comparator 205 may include that the 5th comparison circuit, the 6th comparison circuit, the 7th compare
Circuit, the 8th comparison circuit, the second decision circuitry.
The course of work of temperature controller is described in detail below by a specific embodiment.In this reality
With in new embodiment, target temperature equipment is target air-conditioning, and non-targeted temperature device is non-targeted air-conditioning,
By airconditioning control indoor temperature.In this embodiment, regulation temperature is determined so that target air-conditioning sets
It is set to regulate temperature, to reach to control the effect of indoor temperature.
The utility model embodiment provides the course of work of temperature controller, may comprise steps of,
Following steps are the most not shown:
Step 301: the first of the temperature control parameter affecting temperature that storage target air-conditioning is corresponding in memory
Historical data, first historical temperature corresponding with every first historical data, and storage non-targeted air-conditioning
Second historical data of the corresponding temperature control parameter affecting temperature, corresponding with every second historical data the
Two historical temperature, temperature control parameter, including: outdoor temperature, season, temperature device geographic location,
Acquisition time in one day.
For example, the corresponding pass of air-conditioning, historical data, historical temperature can be stored by a kind of table
System.Such as: air-conditioning A, historical data A, 25 degree, this record declaration, air-conditioning A is in temperature control parameter
During for historical data A, the temperature of output is 25 degree.Historical data A may include that season be summer,
Temperature device geographic location is A point (can be represented by longitude and latitude), in one day
Acquisition time is 9: 10, outdoor temperature is 20 degree.
Step 302: collector gathers the current data of the temperature control parameter of target air-conditioning.
For example, current data includes: season be summer, air-conditioning geographic location be C point,
Acquisition time in one day is 9: 05, outdoor temperature is 25 degree.
Step 303: the first historical data of the first comparator comparison object air-conditioning and current data, output
Similar to current data at least one the first similar purpose historical datas.
Specifically, for each historical data of target air-conditioning, in the current historical data of target air-conditioning
When meeting condition of similarity, using the current historical data of target air-conditioning as the phase similar to current data simultaneously
Like target histories data.
Condition of similarity, current historical data meets with current data: the season of the two is identical, the two place
The distance in geographical position is within preset length, and the time difference of the two acquisition time in one day is in advance
If within the time difference, the temperature gap of the outdoor temperature of the two is within preset temperature difference.
For example, preset length 100 meters, Preset Time difference is 20 minutes, and preset temperature difference is 2
Degree.
One historical data C of target air-conditioning is: season be summer, air-conditioning geographic location be C point,
Acquisition time in one day is 9: 15, outdoor temperature is 24 degree.
According to condition of similarity, compare historical data C and current data: the first comparison circuit compares and draws two
The season of person is all summer, the second comparison circuit compare draw between the two air-conditioning geographic location away from
From in 100 meters, the 3rd comparison circuit compares the time difference drawing the two acquisition time in one day
Within 20 minutes, the 4th comparison circuit compares the difference of the outdoor temperature drawing the two within 2 degree.
Therefore, the first decision circuitry determines that historical data C of target air-conditioning is the similar mesh similar to current data
Mark historical data.
Step 304: the second comparator is according to that in memory, every first historical data of storage is corresponding
One historical temperature, exports every target histories temperature corresponding to the first similar purpose historical data.
Specifically, according to the data prestored, determine that historical temperature corresponding to historical data C is 20
Degree.
Step 305: the 3rd comparator compares the second historical data and the current data of non-targeted air-conditioning, defeated
Go out the predetermined number bar second similar purpose historical data similar to current data.
Specifically, for each historical data of non-targeted air-conditioning, in the current history of non-targeted air-conditioning
When data meet condition of similarity simultaneously, using the current historical data of non-targeted air-conditioning as with current data phase
As similar historical data.
For example, historical data B of non-targeted air-conditioning is: season is summer, air-conditioning location
Reason position is D point, acquisition time in one day is 9: 18, outdoor temperature is 26 degree.Wherein,
C point is exemplified as 10 meters with D point.
According to condition of similarity, compare historical data B and current data: the 5th comparison circuit compares and draws two
The season of person is all summer, the 6th comparison circuit compare draw between the two air-conditioning geographic location away from
From in 100 meters, the 7th comparison circuit compares the time difference drawing the two acquisition time in one day
Within 20 minutes, the 8th comparison circuit compares the difference of the outdoor temperature drawing the two within 2 degree.
Therefore, the second decision circuitry determines that historical data B of non-targeted air-conditioning is similar to current data similar
Historical data.
Step 306: the 4th comparator is according to that in memory, every second historical data of storage is corresponding
Two historical temperature, export every non-targeted historical temperature corresponding to the second similar purpose historical data.
Specifically, according to the data prestored, determine that historical temperature corresponding to historical data B is 21
Degree.
Step 307: processor is according to every target historical temperature and every non-targeted historical temperature, output
Regulation temperature.
Specifically, processor can realize according to the implementation that the utility model embodiment provides.
A kind of temperature controller that the utility model embodiment provides, weighs temperature by temperature control parameter and sets
Standby surrounding environment, according to targeted customer to target temperature equipment under phase near-ambient regulation custom, with
And similar users to temperature device under phase near-ambient regulation custom, determine that target temperature equipment is current
Regulation temperature so that the regulation result of target temperature equipment more conforms to user's request, convenient
Control temperature.
The utility model embodiment at least has the advantages that
1, in the utility model embodiment, collector obtains the current data of the temperature control parameter affecting temperature,
Determine the first similar purpose history number similar to current data in the historical data of target temperature equipment
According to, reflected the surrounding environment at temperature device place by temperature control parameter, in historical data and current data
In the case of similar, illustrate that the surrounding environment at temperature device place is similar, according in similar surrounding environment
The historical temperature of lower target temperature equipment, determines the regulation temperature of target temperature equipment, the regulation temperature obtained
Degree more conforms to user's request, and user can directly use this regulation temperature, convenient control temperature.
2, in the utility model embodiment, the surrounding environment of temperature controlling instruments is weighed by temperature control parameter,
According to targeted customer to target temperature controlling instruments regulation custom under phase near-ambient, and surrounding user is to control
Temperature equipment regulation custom under phase near-ambient, determines the regulation temperature that target temperature controlling instruments is current, makes
The regulation result obtaining target temperature controlling instruments more conforms to user's request, convenient control temperature.
It should be noted that in this article, the relational terms of such as first and second etc be used merely to by
One entity or operation separate with another entity or operating space, and not necessarily require or imply this
Relation or the order of any this reality is there is between a little entities or operation.And, term " includes ",
" comprise " or its any other variant is intended to comprising of nonexcludability, so that include that one is
The process of row key element, method, article or equipment not only include those key elements, but also include the brightest
Other key elements really listed, or also include intrinsic for this process, method, article or equipment
Key element.In the case of there is no more restriction, statement " include one " and limit
Key element, it is not excluded that there is also another in including the process of described key element, method, article or equipment
Outer identical factor.
One of ordinary skill in the art will appreciate that: realize all or part of step of said method embodiment
Can be completed by the hardware that programmed instruction is relevant, aforesaid program can be stored in embodied on computer readable
Storage medium in, this program upon execution, performs to include the step of said method embodiment；And it is aforementioned
Storage medium include: various Jie that can store program code such as ROM, RAM, magnetic disc or CD
In matter.
Last it should be understood that the foregoing is only preferred embodiment of the present utility model, it is only used for
Bright the technical solution of the utility model, is not intended to limit protection domain of the present utility model.All in this reality
By any modification, equivalent substitution and improvement etc. done within novel spirit and principle, it is all contained in this
In the protection domain of utility model.
Claims (8)
1. a temperature controller, it is characterised in that including:
First historical data of the temperature control parameter affecting temperature that storage target temperature equipment is corresponding, and often
The memory of the first historical temperature that bar the first historical data is corresponding；
Gather the collector of the current data of the described temperature control parameter of described target temperature equipment；
Relatively the first historical data of described target temperature equipment and described current data, output is worked as with described
First comparator of at least one the first similar purpose historical datas that front data are similar, adopts with described respectively
Storage is connected with described memory；
According to the first historical temperature that every first historical data of storage in described memory is corresponding, output
Second comparator of the target histories temperature that every first similar purpose historical data is corresponding, respectively with described
Memory is connected with described first comparator；
According to target histories temperature every described, export the process of the regulation temperature of described target temperature equipment
Device, is connected with described second comparator.
Temperature controller the most according to claim 1, it is characterised in that
Described memory, is additionally operable to store the temperature control parameter affecting temperature corresponding to non-targeted temperature device
Second historical data, and the second historical temperature that every second historical data is corresponding；
Also include:
Relatively the second historical data of described non-targeted temperature device and described current data, output is with described
3rd comparator of predetermined number article the second similar purpose historical data that current data is similar, respectively with institute
State collector to be connected with described memory；
According to the second historical temperature that every second historical data of storage in described memory is corresponding, output
4th comparator of the non-targeted historical temperature that every second similar purpose historical data is corresponding, respectively with institute
State memory to be connected with described 3rd comparator；
Described processor is connected with described 4th comparator, for according to target histories temperature every described and
Every described non-targeted historical temperature, exports described regulation temperature.
Temperature controller the most according to claim 1, it is characterised in that described temperature control parameter, bag
Include: outdoor temperature, season, geographical position, acquisition time in one day.
Temperature controller the most according to claim 3, it is characterised in that described first comparator,
Including:
The first ratio that relatively season in current first historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current first historical data is corresponding is corresponding with current data away from
The second comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current first historical data with in current data at one day
In time difference whether the 3rd comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current first historical data and the temperature difference of the outdoor temperature in current data
The value the 4th comparison circuit within preset temperature difference；
Respectively with described first comparison circuit, described second comparison circuit, described 3rd comparison circuit and institute
State the first decision circuitry that the 4th comparison circuit is connected, when judge described first comparison circuit, described the
The comparative result of two comparison circuits, described 3rd comparison circuit and described 4th comparison circuit is all when being,
Judge that current first historical data, as the first similar purpose historical data similar to current data, exports and works as
Front first historical data.
Temperature controller the most according to claim 2, it is characterised in that described temperature control parameter, bag
Include: outdoor temperature, season, geographical position, acquisition time in one day；
Described 3rd comparator, including:
The 5th ratio that relatively season in current second historical data is the most identical with the season in current data
Relatively circuit；
The geographical position that geographical position that relatively current second historical data is corresponding is corresponding with current data away from
The 6th comparison circuit within preset length from whether；
Relatively the acquisition time in a day in current second historical data with in current data at one day
In time difference whether the 7th comparison circuit within Preset Time difference of acquisition time；
The relatively outdoor temperature in current second historical data and the temperature difference of the outdoor temperature in current data
The value the 8th comparison circuit within preset temperature difference；
Respectively with described 5th comparison circuit, described 6th comparison circuit, described 7th comparison circuit and institute
State the second decision circuitry that the 8th comparison circuit is connected, when judge described 5th comparison circuit, described the
The comparative result of six comparison circuits, described 7th comparison circuit and described 8th comparison circuit is all when being,
Judge that current second historical data, as the second similar purpose historical data similar to current data, exports and works as
Front second historical data.
Temperature controller the most according to claim 1, it is characterised in that described processor includes:
Calculate the first counting circuit of the first average of all described target histories temperature, export described first
Average is as described regulation temperature.
Temperature controller the most according to claim 2, it is characterised in that described processor includes:
Calculate all described target histories temperature and all described non-targeted historical temperature the second average
Two counting circuits, export described second average as described regulation temperature.
8. according to described temperature controller arbitrary in claim 1-7, it is characterised in that also include:
The temperature of described target temperature equipment is adjusted to the thermoregulation circuit of described regulation temperature, with described place
Reason device is connected.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110567126A (en) * | 2019-09-23 | 2019-12-13 | 宁波奥克斯电气股份有限公司 | control method and device for adjusting set temperature, storage medium and air conditioner |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110567126A (en) * | 2019-09-23 | 2019-12-13 | 宁波奥克斯电气股份有限公司 | control method and device for adjusting set temperature, storage medium and air conditioner |
| CN110567126B (en) * | 2019-09-23 | 2021-04-02 | 宁波奥克斯电气股份有限公司 | Control method and device for adjusting set temperature, storage medium and air conditioner |
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