CN103884083B - A kind of energy-saving environment protection intelligent air conditioning system and working method thereof - Google Patents
A kind of energy-saving environment protection intelligent air conditioning system and working method thereof Download PDFInfo
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- 238000004378 air conditioning Methods 0.000 title claims abstract description 149
- 238000000034 method Methods 0.000 title claims abstract description 22
- 230000036541 health Effects 0.000 claims abstract description 37
- 238000010438 heat treatment Methods 0.000 claims description 19
- 238000005057 refrigeration Methods 0.000 claims description 11
- 238000001816 cooling Methods 0.000 claims description 9
- 230000006870 function Effects 0.000 claims description 9
- 230000033228 biological regulation Effects 0.000 claims description 5
- 210000003437 trachea Anatomy 0.000 claims description 5
- 230000005540 biological transmission Effects 0.000 claims description 3
- 230000036449 good health Effects 0.000 claims 1
- 239000002699 waste material Substances 0.000 description 5
- 230000008859 change Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000004891 communication Methods 0.000 description 1
- 238000001514 detection method Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 238000004134 energy conservation Methods 0.000 description 1
- 238000007710 freezing Methods 0.000 description 1
- 230000008014 freezing Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004060 metabolic process Effects 0.000 description 1
- 230000000306 recurrent effect Effects 0.000 description 1
- 230000009711 regulatory function Effects 0.000 description 1
- 210000000697 sensory organ Anatomy 0.000 description 1
- 230000003238 somatosensory effect Effects 0.000 description 1
- 230000009885 systemic effect Effects 0.000 description 1
- 238000010792 warming Methods 0.000 description 1
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Abstract
The present invention is a kind of energy-saving environment protection intelligent air conditioning system and working method thereof, particularly relate to a kind of energy-saving environment protection intelligent air conditioning system and working method thereof, including an outdoor temperature detector, a temperature signal transport module, one intelligent kernel parts, an intelligent mode interface; Described outdoor temperature detector is embedded in inside described air-conditioner outdoor unit, described temperature signal transport module one end is connected with described outdoor temperature detector, the described temperature signal transport module other end is connected with described indoor apparatus of air conditioner, described core intelligence parts are embedded in described indoor apparatus of air conditioner, described intelligent mode interface is positioned on described air-conditioning remote control, and described intelligent mode interface is the button being turned on or off energy-saving environment protection intelligent mode of operation. The present invention can be automatically adjusted the temperature optimum health temperature to user, it is not necessary to user's manual adjustments, and can be prevented effectively from traditional air conditioner because maintaining the non-optimal health temperature that user sets and the unnecessary power wastage produced, and increases economic efficiency.
Description
Technical field
The present invention relates to field of air conditioning, particularly relate to a kind of energy-saving environment protection intelligent air conditioning system and working method thereof.
Background technology
Along with science and technology is showing improvement or progress day by day, air-conditioning has become one of requisite household electrical appliance in people's life. Now widely used split-type air conditioner is made up of indoor set and off-premises station, is separately mounted to indoor and outdoors, the middle air conditioner coupled together by pipeline and electric wire. It is relative with package AC plant, and package AC plant is all-in-one, dividing without inside and outside machine. For separate type air conditioner, its primary structure is as it is shown in figure 1, include indoor apparatus of air conditioner 1 ', air-conditioner outdoor unit 2 ', the connection trachea of off-premises station and indoor set and circuit 3 ', the wireless connections module 4 ' between air-conditioning remote control and indoor apparatus of air conditioner, air-conditioning remote control 5 '. Air conditioner refrigerating can be made by air-conditioning remote control or heat and can set that temperature. Convertible frequency air-conditioner is to add a converter in the structure of conventional air-conditioning, and it can automatically provide required cold (heat) amount according to room availability; After indoor temperature reaches expected value, air-conditioner host is then can accurately keep the constant speed of this temperature to operate, it is achieved " not shutting down operating ", thus ensureing stablizing of ambient temperature.
After user opens air-conditioning and sets a certain temperature, air-conditioning usually carries out heating or freezing with peak power and maximum quantity of wind, thus being rapidly achieved the temperature that user sets, then it automatically provides required cold and hot amount according to room availability, after room temperature reaches the temperature set, convertible frequency air-conditioner is just can accurately keep the constant speed of this temperature to operate, thus ensureing stablizing of indoor temperature. Because cold and hot comfort level is felt different by everyone skin, say, that everyone optimum health temperature is different. And position is different in same air-conditioned room, cold and hot comfortable sense organ is also different. Even if convertible frequency air-conditioner can be always maintained in room temperature-resistant, but this temperature being to maintain changes over time and is probably partial heat for a user a bit or more colder, not the optimum health temperature of user, thus being unfavorable for that user's is healthy, and wasting again a lot of power consumption. As user before sleep the temperature of air-conditioning arrange higher or on the low side, user can feel before falling asleep that this temperature arranged is very comfortable, but after being as user's sleep in the late into the night, owing to outdoor temperature gradually changes, but the temperature of indoor is in the state of constant temperature, and people's metabolism after falling asleep slows down, the heat produced reduces, room temperature now is not optimum temperature for a user, and user can be waken up by heat or freeze awake, is unfavorable for that user has a rest. Even if user is not waken up by heat or freezes awake, also in the state fallen asleep, but room temperature now has not been the optimum temperature of user, is unfavorable for that user's is healthy. In the case, if convertible frequency air-conditioner is refrigeration mode, and user set temperature than outdoor temperature little a lot, convertible frequency air-conditioner stably needs to be constantly in duty to maintain indoor temperature, thus wasting a lot of power consumption, the indoor temperature being maintained with neither the optimum temperature of user. If convertible frequency air-conditioner is heating mode, and the temperature of user's setting is higher than outdoor a lot, convertible frequency air-conditioner stably needs to be constantly in duty to maintain indoor temperature, thus wastes a lot of power consumption, and the indoor temperature being maintained with neither the optimum temperature of user.
Summary of the invention
It is an object of the invention to solve the problems referred to above, make air-conditioning can be automatically adjusted temperature and to the optimum health temperature of user and do not produce unnecessary power wastage.
For reaching above-mentioned purpose, concrete technical scheme is as follows:
A kind of energy-saving environment protection intelligent air conditioning system, including an indoor apparatus of air conditioner, one air-conditioner outdoor unit, the trachea of some off-premises stations and indoor set and connection, the wireless connections module between an air-conditioning remote control and indoor apparatus of air conditioner, an air-conditioning remote control, described energy-saving environment protection intelligent air conditioning system also includes: an outdoor temperature detector, one temperature signal transport module, intelligent kernel parts, and an intelligent mode interface;
Wherein, described outdoor temperature detector is embedded in inside described air-conditioner outdoor unit, described temperature signal transport module one end is connected with described outdoor temperature detector, the described temperature signal transport module other end is connected with described indoor apparatus of air conditioner, described intelligent kernel parts are embedded in described indoor apparatus of air conditioner, and described intelligent mode interface is positioned on described air-conditioning remote control.
Preferably, described intelligent kernel parts include:
One computing module, described computing module includes at least one algorithm unit, and described computing module is complied with
Calculate according to described algorithm unit and obtain described healthy temperature;
One judge module, described judge module judges whether recorded unsoundness temperature in described air conditioning system,
And judge whether the design temperature of air-conditioning is equal to outdoor temperature;
One adjustment module, described adjustment module obtains described optimum health temperature, and regulates indoor temperature extremely
Described healthy temperature;
One memory module, described memory module preserves historical temperature record;
One signal output module, described signal output module exports the judged result of described judge module, with
Remind user.
Preferably, described computing unit is renewable.
Preferably, described outdoor temperature detector is installed on away from door and window, air outlet and other heat source
Place.
Preferably, described temperature signal transport module is for being wirelessly transferred.
Preferably, described temperature signal transport module is wire transmission.
A kind of energy-saving environment protection intelligent air conditioning system working method, adopts the system as described in Claims 2 or 3, mainly comprises the steps that
Step one, user opens described energy-saving environment protection intelligent air-conditioning, sets a temperature T by described air-conditioning remote control under refrigeration or heating modeSet;
Whether step 2, record effective user optimum health temperature T in energy-saving environment protection intelligent air conditioning system described in the judge module automatic decision in described energy-saving environment protection intelligent air conditioning systemIntelligence;
When described energy-saving environment protection intelligent air conditioning system records described TIntelligenceTime, it is directly entered step 3;
When described energy-saving environment protection intelligent air conditioning system does not record described TIntelligenceTime, described energy-saving environment protection intelligent air conditioning system is by current outdoor temperature TOutdoorIt is arranged to described TIntelligence, subsequently into step 3;
Step 3, described energy-saving environment protection intelligent air conditioning system judges described TSetWhether equal to described TIntelligence;
When described energy-saving environment protection intelligent air conditioning system judges described TSetEqual to described TIntelligenceTime, remain current and set;
When described energy-saving environment protection intelligent air conditioning system judges described TSetIt is not equal to described TIntelligenceTime, enter step 4;
Step 4, it is judged that described T in different modesSet, described TIntelligenceWith described TOutdoorBetween relation, when the condition is satisfied, point out user, when being unsatisfactory for condition, remain current and set;
Step 5, user chooses whether by intelligent mode interface starting energy-saving environment-protecting intelligent mode of operation;
If being not turned on energy-saving environment protection intelligent mode of operation, then run described air conditioning system to room temperature and reach described TSetAnd maintain room temperature equal to described TSet;
If starting energy-saving environment-protecting intelligent mode of operation, then enter step 6;
Step 6, operation of air conditioner to room temperature reaches described TSetAfter, energy-saving environment protection intelligent air conditioning system automatic decision current indoor temperature TRoom temperatureWhether equal to described TIntelligence;
If described TRoom temperatureEqual to described TIntelligence, then described T is maintainedRoom temperature;
If described TRoom temperatureIt is not equal to described TIntelligence, then step 7 is entered;
Step 7, described intelligent kernel parts are automatically adjusted described TSet, by described TRoom temperatureAutomatically plus a temperature difference temperature T△, i.e. TSet new=TRoom temperature+T△; Run described air conditioning system and reach T to room temperatureSet new。
Step 8, after a period of time, judges T againRoom temperatureWhether equal to TIntelligence;
If TRoom temperatureEqual to TIntelligence, then this temperature is maintained;
If TRoom temperatureIt is not equal to TIntelligence, then step 7 is repeated.
Preferably, described TIntelligenceIt is that energy-saving environment protection intelligent air conditioning system draws according to the result statistical computation of each run;
The mode of operation of described energy-saving environment protection intelligent air conditioning system has shutdown, exits intelligent mode, suspends automatic regulation function, and the artificial temperature that regulates arranges these four pattern, respectively a corresponding T calculated according to algorithms of differentRecord, according to each described T of record in fixing natural lawRecordTo draw TIntelligence。
Preferably, described effective TIntelligenceIt is the described energy-saving environment protection intelligent operation of air conditioner T that meets power conservation requirementIntelligence;
Air-conditioning is T in cooling modeOutdoorLess than TIntelligence, the T of this recordIntelligenceIt is invalid;
Air-conditioning is T in a heating modeOutdoorMore than TIntelligence, the T of this recordIntelligenceIt is invalid.
Preferably, described different mode includes heating mode and refrigeration mode.
Preferably, the condition in step 4 is:
When described energy-saving environment protection intelligent operation of air conditioner is under described heating mode, described energy-saving environment protection intelligent air conditioning system can judge described TSetWhether less than described TOutdoor; If described TSetLess than described TOutdoor; The temperature of described energy-saving environment protection intelligent air conditioning system prompting user setup is less than outdoor temperature, and advises that user resets temperature; If described TSetBe more than or equal to described TOutdoorThen maintain current design temperature;
When described energy-saving environment protection intelligent operation of air conditioner is under described refrigeration mode, described energy-saving environment protection intelligent air conditioning system can judge described TSetWhether more than described TOutdoor; If described TSetMore than described TOutdoor, the temperature of described energy-saving environment protection intelligent air conditioning system prompting user setup is more than outdoor temperature, and advises that user resets temperature; If described TSetLess than or equal to described TOutdoor, then current design temperature is maintained.
Preferably, temperature difference temperature T described in step 7△Depend on described intelligent kernel parts be automatically adjusted before TSetI.e. former TSetAnd TIntelligenceSize:
As former TSetMore than TIntelligenceTime, then T△Less than zero, namely TRoom temperatureIt is reduced to TIntelligence;
As former TSetLess than TIntelligenceTime, then T△More than zero, namely TRoom temperatureIt is increased to TIntelligence。
Technical scheme can be automatically adjusted the temperature optimum health temperature to user, without user's manual adjustments, and traditional air conditioner can be prevented effectively from because maintaining the non-optimal health temperature that user sets and the unnecessary power wastage produced, increase economic efficiency.
Accompanying drawing explanation
The accompanying drawing constituting the part of the present invention is used for providing a further understanding of the present invention, and the illustrative example of the present invention and explanation thereof are used for explaining the present invention, are not intended that inappropriate limitation of the present invention. In the accompanying drawings:
Fig. 1 is traditional air conditioner structural representation;
Fig. 2 is the schematic diagram of a kind of energy-saving environment protection intelligent air conditioning system of the present invention and working method;
Fig. 3 is that after a kind of energy-saving environment protection intelligent air conditioning system of the present invention and the unlatching air-conditioning of working method, system judges schematic flow sheet;
Fig. 4 is the schematic flow sheet being automatically adjusted room temperature of a kind of energy-saving environment protection intelligent air conditioning system of the present invention and working method;
Fig. 5 is the statistics optimum health temperature T of a kind of energy-saving environment protection intelligent air conditioning system of the present invention and working methodIntelligenceSchematic diagram.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described, it is clear that described example is only a part of example of the present invention, rather than whole examples. Based on the example that the present invention collects, all examples that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of protection of the invention.
It should be noted that when not conflicting, the example in the present invention and the feature in example can independent assortments mutually.
Below with reference to accompanying drawing, the example of the present invention is done concrete explaination.
The example of the present invention as shown in Figure 2 is a kind of energy-saving environment protection intelligent air conditioning system and working method, including an indoor apparatus of air conditioner 1, one air-conditioner outdoor unit 2, the trachea of some off-premises stations and indoor set and connection 3, wireless connections module 4 between air-conditioning remote control and indoor apparatus of air conditioner, an air-conditioning remote control 5, an outdoor temperature detector 6, one temperature signal transport module 7, intelligent kernel parts 8. Indoor apparatus of air conditioner 1 is positioned over indoor, intelligent kernel parts 8 are embedded in indoor apparatus of air conditioner 1, air-conditioning remote control 5 can pass through wireless connections manipulation energy-saving environment protection intelligent air-conditioning, button 51 can control the opening and closing of energy-saving environment protection intelligent air-conditioning, button 52 can set desirable temperature, button 53 scalable pattern, selects refrigeration mode or heating mode, and button 54 may select intelligent mode. Air-conditioner outdoor unit 2 hangs on outdoor exterior wall, is connected with indoor apparatus of air conditioner 1 with temperature signal transport module 7 by some connection tracheas and circuit 3. Temperature signal transport module 7 can be wire transmission, it is also possible to be wirelessly transferred. It is internal that outdoor temperature detector 6 is embedded in air-conditioner outdoor unit 2, and the temperature detected is transmitted to indoor apparatus of air conditioner 1 by outdoor temperature detector 6 by temperature signal transport module 7, with this intelligent control indoor temperature. Indoor apparatus of air conditioner 1 also with the addition of intelligent kernel parts 8, be not positioned in air-conditioning remote control 5 to be because air-conditioning remote control 5 probably due to placement location not to and cause cannot and indoor apparatus of air conditioner 1 between communication. Preferably, outdoor temperature detector 6 need to be mounted remotely from the place at door and window, air outlet or other heat source place, to reduce the error that outdoor temperature detector is likely to occur. The effect of intelligent kernel parts 8 has: (1) is at n(n > 0) temperature according to record calculates optimum health temperature T according to special algorithm in skyIntelligence, it is preferred that described algorithm is renewable, can be completed this function by computing module, and described computing module includes at least one algorithm unit, and described computing module calculates according to described algorithm unit and obtains described healthy temperature; (2) judge whether energy-saving environment protection intelligent air conditioning system records effective optimum health temperature TIntelligence, this function can be completed by judge module;(3) under intelligent mode, it is automatically adjusted indoor temperature T room temperature and progressivelyes reach optimum health temperature TIntelligence, this function can be completed by adjustment module; (4) historical temperature record is preserved; Described historical temperature is recorded as the T of the front described air conditioning system record of shutdown every timeRecord, this function can be completed by memory module; (5) judge user in the temperature heated or set under refrigeration mode whether below or above outdoor temperature, and user can be reminded, this function can be completed by signal output module. Air-conditioning remote control 5 has at least switch interface 51, two temperature to arrange interface 52, cooling and warming model selection 53, intelligent mode interface 54. Described intelligent mode interface 54 is the button being turned on or off energy-saving environment protection intelligent mode of operation; Add intelligent mode interface 54, energy-saving environment protection intelligent mode of operation can be turned on or off, it is also possible to be added as needed on suspending automated intelligent regulatory function etc.
The working method of energy-saving environment protection intelligent air conditioning system of the present invention is described below. First user is opened energy-saving environment protection intelligent air-conditioning by button 51 and is selected refrigeration or heating mode by button 53, sets a temperature T by button 52 under refrigeration or heating modeSet, then whether energy-saving environment protection intelligent air conditioning system will record effective user optimum health temperature T in automatic decision energy-saving environment protection intelligent air conditioning systemIntelligence, as shown in Figure 3. Effective TIntelligenceRefer to that operation of air conditioner meets energy-conservation and health requirements, if air-conditioning T in cooling modeOutdoorLess than TIntelligenceOr air-conditioning is T in a heating modeOutdoorMore than TIntelligence, then the T of this recordIntelligenceIt is exactly invalid; Effective TIntelligenceAlso the numerical value under being properly recorded is referred to, such as due to the fortuitous events such as power-off occur to update T at energy-saving environment protection intelligent air conditioning system recordIntelligenceTime, then TIntelligenceNumerical value just probably invalid, then when next time, energy-saving environment protection intelligent air conditioning system powered on, this TIntelligenceIt is invalid to be considered. If record does not have effective user optimum health temperature T in energy-saving environment protection intelligent air conditioning systemIntelligence, then energy-saving environment protection intelligent air conditioning system can TIntelligenceTemperature is set to current outdoor temperature TOutdoorIf record has effective user optimum health temperature T in energy-saving environment protection intelligent air conditioning systemIntelligence, then energy-saving environment protection intelligent air conditioning system enters next step and judges. Energy-saving environment protection intelligent air conditioning system judges the temperature T that user sets subsequentlySetWhether equal to user optimum health temperature TIntelligence, if it is not, system can select the optimum health temperature pointing out the temperature that user sets not to be user. If operation of air conditioner is in a heating mode, energy-saving environment protection intelligent air conditioning system can judge the temperature T that user sets in this modeSetWhether less than outdoor temperature TOutdoor, if it is, energy-saving environment protection intelligent air conditioning system can select the temperature of prompting user setup less than outdoor temperature, it is proposed that user resets temperature. If energy-saving environment protection intelligent operation of air conditioner is in cooling mode, energy-saving environment protection intelligent air conditioning system can judge the temperature T that user sets in this modeSetWhether more than outdoor temperature TOutdoor, if it is, energy-saving environment protection intelligent air conditioning system can select the temperature of prompting user setup more than outdoor temperature, it is proposed that user resets temperature. Outdoor temperature detection is to be completed by the outdoor temperature detector 6 in air-conditioner outdoor unit 2, and by temperature signal transport module 7(wired or be wirelessly transferred) send data to people-first energy-saving environment protection intelligent air conditioning system.
If user's starting energy-saving environment-protecting intelligent mode of operation, as indoor temperature TRoom temperatureReach user set value after TSet, energy-saving environment protection intelligent air conditioning system can automatic decision current indoor temperature TRoom temperatureWhether it is equal to the optimum health temperature T of userIntelligence, if it is then the intelligent kernel parts 8 in energy-saving environment protection intelligent air conditioning system will always the temperature T in roomRoom temperatureMaintain the optimum health temperature T of userIntelligenceWork. If current indoor temperature TRoom temperatureIt is not equal to the optimum health temperature T of userIntelligence, then energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 will be automatically adjusted the temperature T that user setsSet, by indoor temperature TRoom temperatureAutomatically plus a temperature difference temperature T△, i.e. TSet new=TRoom temperature+T△. This temperature difference temperature T△Depend on the temperature T of the former setting of userSetT with energy-saving environment protection intelligent air conditioning system recordIntelligenceSize, as the temperature T of the former setting of userSetMore than TIntelligenceTime, then T△Less than zero, namely indoor temperature TRoom temperatureDecrease up to T againIntelligence; If the temperature T of the former setting of userSetLess than intelligent temperature TIntelligenceTime, then T△More than zero, namely indoor temperature TRoom temperatureRaise until TIntelligence. Energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 have been automatically adjusted the temperature T that user setsSetAfter, indoor temperature T can be judged again (namely by a period of time of systemic presupposition) after a whileRoom temperatureWhether it is equal to the optimum health temperature T of userIntelligence, if equal to, energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 will maintain this temperature, if it is not, energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 can be automatically adjusted the temperature T that user sets againSetUntil indoor temperature TRoom temperatureMeet the optimum health temperature T of userIntelligenceTill. As can be seen here, in the energy-saving environment protection intelligent air conditioning system of the present invention, energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 can automatically indoor temperature TRoom temperatureIt is adjusted to the optimum health temperature T of userIntelligence, thus having reached to not only contribute to the purpose that user's body is healthy, and avoid the unnecessary power wastage that the non-optimal health temperature set because maintaining user produces.
The user optimum health temperature T mentioned in the present inventionIntelligenceIt is that energy-saving environment protection intelligent air conditioning system draws according to the result statistical computation of each run, its statistical computation process is as shown in Figure 5, assume there is shutdown when energy-saving environment protection intelligent air-conditioning is in environment-protecting intelligent mode of operation, exit intelligent mode, suspending automatic regulation function, the artificial temperature that regulates arranges this 4 kinds of external events. Four kinds of external events record corresponding temperature respectively, description specific as follows:
(1) user's shutdown, it is T that energy-saving environment protection intelligent air conditioning system intelligent kernel parts 8 record Current TemperaturesRecord;
(2) user exits intelligent mode, and it is T that intelligent kernel parts 8 record current design temperatureRecord, and maintain Current Temperatures;
(3) user suspends automatic regulation function, and it is T that intelligent kernel parts 8 record current design temperatureRecord, and maintain Current Temperatures; Or intelligent kernel parts 8 are automatically adjusted temperature and are set to TSet=TRoom temperature-T△, and to record this temperature be TRecord, and maintain this temperature; If TSetBe more than or equal to TIntelligence, then T△< 0, if TSetLess than or equal to TIntelligence, then T△> 0;
(4) user's artificial temperature that regulates under intelligent mode opening is arranged, intelligent kernel parts 8 record
Currently being manually set temperature is TRecord;
Whole recording process it is emphasized that if in a heating mode, TRecord<TOutdoor, then by TRecordValue change T intoOutdoor; If in cooling mode, TRecord>TOutdoor, then by TRecordValue change T intoOutdoor. Energy-saving environment protection intelligent air conditioning system is according to each T recorded over n (n > 0) skyRecord, draw T according to specific algorithmIntelligence. N is used to one of key character characterizing individual subscriber situation and custom, unsuitable too small, otherwise can not embody the personal habits of user, also some improper records of unfavorable eliminating. T is obtained by adding upIntelligenceIt is user's optimal comfort temperature, meets custom and the requirement of user, be also best suited for the healthy temperature environment of user.
Name instantiation one to be further elaborated.
Assume in summer, the T of record in energy-saving environment protection intelligent air-conditioningIntelligenceIt is 22 DEG C, and outdoor temperature generally reaches 30 DEG C, T in cooling modeIntelligenceFor effectively; If temperature decrease, outdoor temperature only has 20 DEG C, then in cooling mode, this TIntelligenceBeing exactly invalid, energy-saving environment protection intelligent air-conditioning runs in cooling mode and just belongs to waste power consumption, now updates TIntelligenceFor outdoor temperature 20 DEG C. Assume the T recorded in energy-saving environment protection intelligent air-conditioning when winterIntelligenceIt is 27 DEG C, and outdoor temperature will be typically less than 20 DEG C, T in a heating modeIntelligenceFor effectively; If temperature rises sharply, outdoor temperature reaches 30 DEG C, then in a heating mode, this TIntelligenceBeing exactly invalid, air-conditioning runs in a heating mode and just belongs to waste power consumption, now updates TIntelligenceFor outdoor temperature 30 DEG C. This situation is when changes in temperature replace, or long-time use this situation can often occur during air-conditioning.
Again such as in summer, user is often greedy pleasantly cool, when air-conditioning just brings into operation, temperature is got to minimum, such as 16 DEG C, although user can feel nice and cool within the shortest time, it is apparent that this is not the optimum temperature being suitable for human body, the pattern of power consumption neither be economized most by air-conditioning, air conditioning system thus continuous operation, wastes power consumption in order to keep low temperature state in a large number. If user is manual adjustments temperature not, air-conditioning will so operate down always. Recurrent situation is exactly that user has forgotten the setting of manual adjustments temperature, only somatosensory cold or uncomfortable time just can remember that the temperature that air-conditioning sets is too low, should heighten a bit, now air-conditioning has run significant period of time, not only waste a large amount of power consumption, and the health of user own is also unfavorable, but also need user's manual adjustments temperature to arrange, Consumer's Experience sense is very poor. And utilize energy-saving environment protection intelligent energy-saving environment protection intelligent air conditioning system of the present invention to be just automatically adjusted temperature, and making room temperature reach optimum health temperature, and avoid wasting a large amount of power consumption, Consumer's Experience sense and comfort level are all greatly promoted. Assume the optimum health temperature T of record in this section of time energy-saving environment-protecting intelligent air conditioning systemIntelligenceBeing 22 DEG C, outdoor temperature is 30 DEG C. The working method of energy-saving environment protection intelligent energy-saving environment protection intelligent air conditioning system so of the present invention is as follows:
(1) user opens air-conditioning, and opens intelligent mode. In order to lower the temperature as early as possible, temperature is set as 16 DEG C by user, i.e. TSet=16 DEG C;
(2) air-conditioning brings into operation, it is judged that the T of system log (SYSLOG)IntelligenceEffectively, TSetIt is not equal to TIntelligence, optional prompting user, user can be indifferent to. TSetAnd TIntelligenceIt is below outdoor temperature, is respectively provided with rationally.
(3) operation of air conditioner, room temperature is gradually lowered until reaching TSet;
(4) T is worked asRoom temperatureReach TSetTime, due to TIntelligenceMore than TSet, energy-saving environment protection intelligent air conditioning system starts to be automatically adjusted, and raises TSet, room temperature gradually rises until reaching optimum health temperature TIntelligence;
(5) T is worked asRoom temperatureReach TIntelligenceTime, maintain current TSetConstant, and maintain this temperature;
After the above, indoor temperature maintains TIntelligenceConstant, it is not necessary to user participates in just reaching user's optimal comfort and healthy temperature, and at utmost saves power consumption. With the contrast of the working method of traditional air conditioner, as shown in table 1.
Table 1
Name instantiation three and energy-saving environment protection intelligent Analysis of air conditioning system calculating optimum health temperature T is expanded on furtherIntelligence。
Assume system-computed optimum health temperature TIntelligenceTime cycle be a week. Assuming within this time period, user starts shooting after running a period of time every time and shuts down, and record current room temperature is TRecord A1, TRecord A2, TRecord A3..., TRecord An, user exits intelligent mode every time, and record current room temperature is TRecord B1, TRecord B2, TRecord B3..., TRecord Bm, user suspends record temperature T during automatic regulation functionSet-T△For TRecord C1, TRecord C2, TRecord C3..., TRecord Cx, user regulates under intelligent mode opening and records current design temperature when temperature is arranged is TRecord D1, TRecord D2, TRecord D3..., TRecord Dy. In week age, the value of these records is drawn last healthy temperature by certain algorithm by intelligent kernel parts 8. A kind of simple algorithm is average weighted mode, for instance
Wherein P, Q, R, S are weight coefficient. A kind of optimum health temperature T can be drawn by this algorithmIntelligence。
Technical scheme compares traditional air-conditioning, off-premises station adds special temperature detector 6 to detect outdoor temperature, the temperature optimum health temperature to user can be automatically adjusted, without user's manual adjustments, and traditional air conditioner can be prevented effectively from because maintaining the non-optimal health temperature that user sets and the unnecessary power wastage produced, increase economic efficiency.
The foregoing is only preferred embodiment of the present invention; not thereby restriction embodiments of the present invention and protection domain; to those skilled in the art; all utilizations description of the present invention and the made equivalent replacement of diagramatic content and the obtained scheme of apparent change should be can appreciate that, all should be included in protection scope of the present invention.
Claims (11)
1. an energy-saving environment protection intelligent air conditioning system, it is characterized in that, described system includes an indoor apparatus of air conditioner, an air-conditioner outdoor unit, the trachea of some off-premises stations and indoor set and connection, wireless connections module between one air-conditioning remote control and indoor apparatus of air conditioner, one air-conditioning remote control, described energy-saving environment protection intelligent air conditioning system also includes: an outdoor temperature detector, a temperature signal transport module, one intelligent kernel parts, and an intelligent mode interface;
Wherein, described outdoor temperature detector is embedded in inside described air-conditioner outdoor unit, described temperature signal transport module one end is connected with described outdoor temperature detector, the described temperature signal transport module other end is connected with described indoor apparatus of air conditioner, described intelligent kernel parts are embedded in described indoor apparatus of air conditioner, and described intelligent mode interface is positioned on described air-conditioning remote control;
Described intelligent kernel parts include:
One computing module, described computing module includes at least one algorithm unit, and described computing module calculates, according to described algorithm unit, the temperature that secures good health;
One judge module, described judge module judges whether to have recorded in described air conditioning system unsoundness temperature, and judges whether the design temperature of air-conditioning is equal to outdoor temperature;
One adjustment module, described adjustment module obtains described healthy temperature, and regulates the extremely described healthy temperature of indoor temperature;
One memory module, described memory module preserves historical temperature record;
One signal output module, described signal output module exports the judged result of described judge module, to remind user.
2. energy-saving environment protection intelligent air conditioning system as claimed in claim 1, it is characterised in that described algorithm unit is renewable.
3. energy-saving environment protection intelligent air conditioning system as claimed in claim 1, it is characterised in that described outdoor temperature detector is installed on the place away from door and window, air outlet and other heat source.
4. energy-saving environment protection intelligent air conditioning system as claimed in claim 1, it is characterised in that described temperature signal transport module is for being wirelessly transferred.
5. energy-saving environment protection intelligent air conditioning system as claimed in claim 1, it is characterised in that described temperature signal transport module is wire transmission.
6. an energy-saving environment protection intelligent air conditioning system working method, it is characterised in that adopt the system as described in claim 1 or 2, mainly comprise the steps that
Step one, user opens described energy-saving environment protection intelligent air-conditioning, sets a temperature T by described air-conditioning remote control under refrigeration or heating modeSet;
Whether step 2, record effective user optimum health temperature T in energy-saving environment protection intelligent air conditioning system described in the judge module automatic decision in described energy-saving environment protection intelligent air conditioning systemIntelligence;
When described energy-saving environment protection intelligent air conditioning system records described TIntelligenceTime, it is directly entered step 3;
When described energy-saving environment protection intelligent air conditioning system does not record described TIntelligenceTime, described energy-saving environment protection intelligent air conditioning system is by current outdoor temperature TOutdoorIt is arranged to described TIntelligence, subsequently into step 3;
Step 3, described energy-saving environment protection intelligent air conditioning system judges described TSetWhether equal to described TIntelligence;
When described energy-saving environment protection intelligent air conditioning system judges described TSetEqual to described TIntelligenceTime, remain current and set;
When described energy-saving environment protection intelligent air conditioning system judges described TSetIt is not equal to described TIntelligenceTime, enter step 4;
Step 4, it is judged that described T in different modesSet, described TIntelligenceWith described TOutdoorBetween relation, when the condition is satisfied, point out user, when being unsatisfactory for condition, remain current and set;
Step 5, user chooses whether by intelligent mode interface starting energy-saving environment-protecting intelligent mode of operation;
If being not turned on energy-saving environment protection intelligent mode of operation, then run described air conditioning system to room temperature and reach described TSetAnd maintain room temperature equal to described TSet;
If starting energy-saving environment-protecting intelligent mode of operation, then enter step 6;
Step 6, operation of air conditioner to room temperature reaches described TSetAfter, energy-saving environment protection intelligent air conditioning system automatic decision current indoor temperature TRoom temperatureWhether equal to described TIntelligence;
If described TRoom temperatureEqual to described TIntelligence, then described T is maintainedRoom temperature;
If described TRoom temperatureIt is not equal to described TIntelligence, then step 7 is entered;
Step 7, described intelligent kernel parts are automatically adjusted described TSet, by described TRoom temperatureAutomatically plus a temperature difference temperature T△, i.e. TSet new=TRoom temperature+T△; Run described air conditioning system and reach T to room temperatureSet new;
Step 8, after a period of time, judges T againRoom temperatureWhether equal to TIntelligence;
If TRoom temperatureEqual to TIntelligence, then this temperature is maintained;
If TRoom temperatureIt is not equal to TIntelligence, then step 7 is repeated.
7. energy-saving environment protection intelligent air conditioning system working method as claimed in claim 6, it is characterised in that described TIntelligenceIt is that energy-saving environment protection intelligent air conditioning system draws according to the result statistical computation of each run;
The mode of operation of described energy-saving environment protection intelligent air conditioning system has shutdown, exits intelligent mode, suspends automatic regulation function, the artificial temperature that regulates arranges these four pattern, a corresponding T calculated according to algorithms of different respectivelyRecord, according to each described T of record in fixing natural lawRecordTo draw TIntelligence。
8. energy-saving environment protection intelligent air conditioning system working method as claimed in claim 7, it is characterised in that described effective TIntelligenceIt is the described energy-saving environment protection intelligent operation of air conditioner T that meets power conservation requirementIntelligence;
Air-conditioning is T in cooling modeOutdoorLess than TIntelligence, the T of this recordIntelligenceIt is invalid;
Air-conditioning is T in a heating modeOutdoorMore than TIntelligence, the T of this recordIntelligenceIt is invalid.
9. energy-saving environment protection intelligent air conditioning system working method as claimed in claim 6, it is characterised in that described different mode includes heating mode and refrigeration mode.
10. energy-saving environment protection intelligent air conditioning system working method as claimed in claim 9, it is characterised in that the condition in step 4 is:
When described energy-saving environment protection intelligent operation of air conditioner is under described heating mode, described energy-saving environment protection intelligent air conditioning system can judge described TSetWhether less than described TOutdoor; If described TSetLess than described TOutdoor; The temperature of described energy-saving environment protection intelligent air conditioning system prompting user setup is less than outdoor temperature, and advises that user resets temperature; If described TSetBe more than or equal to described TOutdoorThen maintain current design temperature;
When described energy-saving environment protection intelligent operation of air conditioner is under described refrigeration mode, described energy-saving environment protection intelligent air conditioning system can judge described TSetWhether more than described TOutdoor; If described TSetMore than described TOutdoor, the temperature of described energy-saving environment protection intelligent air conditioning system prompting user setup is more than outdoor temperature, and advises that user resets temperature; If described TSetLess than or equal to described TOutdoor, then current design temperature is maintained.
11. energy-saving environment protection intelligent air conditioning system working method as claimed in claim 6, it is characterised in that temperature difference temperature T described in step 7△Depend on described intelligent kernel parts be automatically adjusted before TSetI.e. former TSetAnd TIntelligenceSize;
As former TSetMore than TIntelligenceTime, then T△Less than zero, namely TRoom temperatureIt is reduced to TIntelligence;
As former TSetLess than TIntelligenceTime, then T△More than zero, namely TRoom temperatureIt is increased to TIntelligence。
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| TWI617200B (en) | 2014-08-15 | 2018-03-01 | 台達電子工業股份有限公司 | Intelligent air-conditioning controlling system and intelligent controlling method for the same |
| CN104633865B (en) * | 2015-02-09 | 2018-03-06 | 广东美的制冷设备有限公司 | The control method and device of air-conditioning |
| CN104833054B (en) * | 2015-05-07 | 2018-12-11 | 珠海格力电器股份有限公司 | The control method and air conditioner of air conditioner |
| CN106352486B (en) * | 2016-09-21 | 2019-01-15 | 珠海格力电器股份有限公司 | A kind of energy-saving control method and control system of air-conditioning |
| CN109084430A (en) * | 2018-08-20 | 2018-12-25 | 宁波奥克斯电气股份有限公司 | A kind of control method and air conditioner of intelligent air condition |
| CN111550911B (en) * | 2020-04-14 | 2021-06-18 | 浙江中广电器股份有限公司 | Temperature controller capable of automatically setting target temperature, control method thereof, air conditioner and floor heating |
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| CN101086374A (en) * | 2006-06-07 | 2007-12-12 | 乐金电子(天津)电器有限公司 | Air conditioner and control method thereof |
| CN102022798A (en) * | 2009-09-14 | 2011-04-20 | 财团法人资讯工业策进会 | Temperature control system, temperature control device, air conditioning device and temperature control method |
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| JPH03211343A (en) * | 1990-01-17 | 1991-09-17 | Matsushita Electric Ind Co Ltd | Controlling device for air conditioner |
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| CN101086374A (en) * | 2006-06-07 | 2007-12-12 | 乐金电子(天津)电器有限公司 | Air conditioner and control method thereof |
| CN102022798A (en) * | 2009-09-14 | 2011-04-20 | 财团法人资讯工业策进会 | Temperature control system, temperature control device, air conditioning device and temperature control method |
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