CN102865647A - Cloud air conditioner with cloud adaption function based on cloud computing technology and cloud adaption method thereof - Google Patents
Cloud air conditioner with cloud adaption function based on cloud computing technology and cloud adaption method thereof Download PDFInfo
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Abstract
The invention discloses a cloud air conditioner with a cloud adaption function based on a cloud computing technology and a cloud adaption method thereof. The cloud air conditioner comprises an air-conditioning indoor unit and an air-conditioning outdoor unit, a controller, a cloud service center, an air-conditioning client and a communication module, wherein an indoor temperature sensor is arranged on the air-conditioning indoor unit and is used for sensing the real-time indoor temperature; the controller is used for controlling each hardware in the air conditioner and receiving the data returned by an indoor temperature and humidity sensor; the cloud service center integrates vast resources, transmits an instruction to the air conditioner and processes the data; a user performs the cloud adaption operation on the air conditioner through the air-conditioning client; the communication module realizes communication among the air conditioner, the cloud service center and the air-conditioning client; and an outdoor unit electric control board and an outdoor temperature sensor are respectively arranged on the air-conditioning outdoor unit. Due to the adoption of the scheme, the cloud air conditonier has the advnatages that the environmental temperature can be automatically adapted so as to set the temperature and the air speed of the air conditioner, so that the air conditioner is energy-saving and easy, comfortable and convenient to use.
Description
Technical field
The present invention relates to the technical field of heating and ventilating equipment, refer in particular to a kind of cloud air-conditioning and cloud adaptive method thereof that possesses the cloud adaptive functions based on cloud computing technology.
Background technology
The major function of existing domestic air conditioning is refrigeration and heats, the setting of temperature generally all is to be set in conjunction with the experience of oneself according to the demand of oneself by the user, the temperature of setting often and the environment temperature that is not suitable at that time be not the pattern of the most comfortable yet, it is uncomfortable again that this traditional air conditioning mode regulative mode has namely been wasted the energy.In the tradition air-conditioning automatic mode is arranged, behind the user selection automatic mode, air-conditioning can be a certain temperature value with Temperature Setting automatically, be generally 25 ℃, temperature is non-adjustable, automatically select refrigeration, heat and air supply pattern according to environment temperature, this model temperature can not be regulated automatically, might not be the most energy-conservation and air-conditioning design temperature the most comfortable.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of cloud air-conditioning and cloud adaptive method thereof that rationally possesses reliably the cloud adaptive functions based on cloud computing technology is provided, take full advantage of cloud computing technology, the cloud service center is by connecting calculating and the serviced component of high concurrency, utilize the ability of Intel Virtualization Technology expansion physical server, a large amount of distributed resources are integrated by cloud computing technology, for air conditioner user is made magnanimity high in the clouds Service Source.
For achieving the above object, it possesses the cloud air-conditioning of cloud adaptive functions technical scheme provided by the present invention based on cloud computing technology, it includes indoor apparatus of air conditioner and air-conditioner outdoor unit, is respectively arranged with indoor temperature transmitter on the described indoor apparatus of air conditioner, is used for the real time temperature in the nernst cell; The indoor humidity sensor is used for the real-time humidity in the nernst cell; Controller is used for each hardware in the control air-conditioning and makes action and accept indoor temperature transmitter and data that the indoor humidity sensor returns; The integration to the magnanimity resource is realized at the cloud service center, sends instructions to air-conditioning and data are processed; The air-conditioning client, the user realizes the cloud of air-conditioning is adapted to operation by this air-conditioning client; Communication module group is used for the communication between realization air-conditioning, cloud service center, the air-conditioning client three; Be respectively arranged with for the off-premises station electric-controlled plate of its running of control on the described air-conditioner outdoor unit and be used for the outdoor temperature sensor of the outer real time temperature of nernst cell, wherein, described controller respectively with indoor temperature transmitter, indoor humidity sensor, communication module group corresponding joining one by one, simultaneously, described off-premises station electric-controlled plate respectively with controller and outdoor temperature sensor corresponding joining one by one.
The cloud adaptive method of cloud air-conditioning of the present invention is:
The user sends cloud by the air-conditioning client and adapts to instruction to the cloud service center, the cloud service center is transferred the data of air-conditioning and is carried out computational analysis, final cloud adaptive pattern is sent to air-conditioning with the form of instruction, after adapting to instruction, the cloud that air-conditioning receives the cloud service center carries out this instruction, and its operational factor in the cloud procedure of adaptation is fed back to the cloud service center in real time, to the air-conditioning client, the user can be by the ruuning situation of air-conditioning client remote monitoring to air-conditioning with data feedback at the cloud service center.
The detailed process that the air-conditioning data are transferred at the cloud service center is as follows: at first, temperature by the outdoor temperature sensor testing environment, transfer data to afterwards the off-premises station electric-controlled plate, the off-premises station electric-controlled plate transfers data to controller again, controller transfers data to communication module group again, through communication module group temperature data is changed afterwards, and the data communication device after will changing is at last crossed Internet Transmission to the cloud service center, wherein, the collection of the temperature data of above-mentioned environment and transmission are carried out in real time.
The user connects internet or ethernet network entry air-conditioning client by the PC browser, or logins the air-conditioning client by the mode of mobile phone browser or note through GSM/WCDMA/CDMA.
At first, the user selects the cloud adaptive functions by the air-conditioning client, outdoor real time environment temperature is transferred at the cloud service center afterwards, the cloud service center is according to the temperature of outdoor environment temperature automatic setting air-conditioning, set once in every interval △ T hour, wherein, described outdoor environment temperature is that weather forecast is transferred and the real time temperature that obtains automatically in the cloud service center;
1), when outdoor environment temperature is higher than Tf, air-conditioning is set as refrigeration mode, t1 ℃ of air-conditioning design temperature T=T1-△, t1≤T≤t2, when the T that calculates gained＞t2, T=t2, when the T that calculates gained＜t1, T=t1;
2), when outdoor environment temperature is lower than Tf, air-conditioning is set as heating mode, t2 ℃ of air-conditioning design temperature T=T1+ △, t3≤T≤t4, when the T that calculates gained＞t4, T=t4, when the T that calculates gained＜t3, T=t3;
Wherein, T1 is outdoor environment temperature, and Tf is critical-temperature, and the setting of △ t1, △ t2, t1, t2, t3, t4 is calculated gained by the cloud service center according to the weather condition of air-conditioning locality and the hardware configuration of air-conditioning.
The present invention has the following advantages after having adopted such scheme:
1), the user can pass through intelligent terminal (mobile phone, computer) remote opening cloud adaptive functions, is that old man, child set comfortable environment temperature in the family easily;
2), after air-conditioning opens adaptive functions, air-conditioning can automatically conform temperature, the wind speed of Temperature Setting air-conditioning make air-conditioning more energy-conservation, make human body sensory more comfortable, realize that really a key conforms, and automatically regulate pattern, use simple, comfortable, convenient.
Description of drawings
Fig. 1 is schematic diagram of the present invention.
Fig. 2 is the schematic diagram of cloud adaptive pattern of the present invention.
Fig. 3 is cloud adaptive functions control procedure block diagram of the present invention.
The specific embodiment
The invention will be further described below in conjunction with specific embodiment.
Referring to accompanying drawing 1 to shown in the accompanying drawing 3, the described cloud air-conditioning that possesses the cloud adaptive functions based on cloud computing technology of present embodiment, it includes indoor apparatus of air conditioner 1 and air-conditioner outdoor unit 2, wherein, be respectively arranged with indoor temperature transmitter 3 on the described indoor apparatus of air conditioner 1 of present embodiment, be used for the real time temperature in the nernst cell; Indoor humidity sensor 4 is used for the real-time humidity in the nernst cell; Controller 5 is used for each hardware in the control air-conditioning 9 and makes action and accept indoor temperature transmitter 3 and data that indoor humidity sensor 4 returns; The integration to the magnanimity resource is realized at described cloud service center 7, sends instructions to air-conditioning 9 and data are processed; Air-conditioning client 8, the user realizes that by air-conditioning client 8 cloud of air-conditioning 9 adapts to operation; Communication module group 6 is used for the communication between realization air-conditioning 9, cloud service center 7, air-conditioning client 8 threes; In addition, be respectively arranged with for the off-premises station electric-controlled plate 10 of its running of control on the described air-conditioner outdoor unit 2 of present embodiment and be used for the outdoor temperature sensor 11 of the outer real time temperature of nernst cell; Described controller 5 respectively with indoor temperature transmitter 3, indoor humidity sensor 4, communication module group 6 corresponding joining one by one, described off-premises station electric-controlled plate 10 respectively with controller 5 and outdoor temperature sensor 11 corresponding joining one by one.
Below be the detailed process of the cloud adaptive method of the above-mentioned cloud air-conditioning of present embodiment: the user selects whether to open the cloud adaptive functions by air-conditioning client 8; After the user selection cloud adaptive functions, transfer outdoor real time environment temperature by cloud service center 7.
Outdoor environment temperature: weather forecast is transferred at cloud service center 7 automatically, obtains real time temperature.
1), when outdoor environment temperature is higher than Tf, air-conditioning 9 is set as refrigeration mode, t1 ℃ of air-conditioning 9 design temperature T=T1-△, t1≤T≤t2, when the T that calculates gained＞t2, T=t2, when the T that calculates gained＜t1, T=t1;
2), when outdoor environment temperature is lower than Tf, air-conditioning 9 is set as heating mode, t2 ℃ of air-conditioning 9 design temperature T=T1+ △, t3≤T≤t4, when the T that calculates gained＞t4, T=t4, when the T that calculates gained＜t3, T=t3;
Wherein, T1 is outdoor environment temperature, and Tf is critical-temperature, and the setting of △ t1, △ t2, t1, t2, t3, t4 is calculated gained by cloud service center 7 according to the weather condition of air-conditioning 9 localities and the hardware configuration of air-conditioning 9.
The user can connect internet or ethernet network entry air-conditioning client 8 by the PC browser, connects cloud service center 7; The user also can login air-conditioning client 8 by GSM/WCDMA/CDMA by the mode of mobile phone browser or note, connects cloud service center 7.The user sends cloud by air-conditioning client 8 and adapts to instruction to cloud service center 7, cloud service center 7 is transferred the data of air-conditioning 9 and is carried out computational analysis, namely be to transfer relevant environment and the air-conditioning hardware resource carries out computational analysis, final cloud adaptive pattern is sent to air-conditioning 9 with the form of instruction, after adapting to instruction, the cloud that air-conditioning 9 receives cloud service center 7 carries out this instruction, and the operational factor in its operation cloud procedure of adaptation is fed back to cloud service center 7 in real time, to air-conditioning client 8, the user can be by the ruuning situation of air-conditioning client 8 remote monitoring to air-conditioning 9 with data feedback at cloud service center 7.
The detailed process that air-conditioning 9 data are transferred at cloud service center 7 is as follows: by the temperature of outdoor temperature sensor 11 testing environments, transfer of data is to off-premises station electric-controlled plate 10 afterwards, off-premises station electric-controlled plate 10 transfers data to controller 5 again, controller 5 transfers data to communication module group 6 again, through communication module group 6 temperature data is changed according to certain agreement, data communication device after will changing is at last crossed Internet Transmission to cloud service center 7, wherein, the collection of the temperature data of above-mentioned environment and transmission are carried out in real time.
The examples of implementation of the above only are the present invention's preferred embodiment, are not to limit practical range of the present invention with this, so the variation that all shapes according to the present invention, principle are done all should be encompassed in protection scope of the present invention.
Claims (5)
1. cloud air-conditioning that possesses the cloud adaptive functions based on cloud computing technology, it includes indoor apparatus of air conditioner (1) and air-conditioner outdoor unit (2), it is characterized in that: be respectively arranged with indoor temperature transmitter (3) on the described indoor apparatus of air conditioner (1), be used for the real time temperature in the nernst cell; Indoor humidity sensor (4) is used for the real-time humidity in the nernst cell; Controller (5) is used for each hardware in the control air-conditioning (9) and makes action and accept indoor temperature transmitter (3) and data that indoor humidity sensor (4) returns; The integration to the magnanimity resource is realized at cloud service center (7), sends instructions to air-conditioning (9) and data are processed; Air-conditioning client (8), the user realizes the cloud of air-conditioning (9) is adapted to operation by this air-conditioning client (8); Communication module group (6) is used for the communication between realization air-conditioning (9), cloud service center (7), air-conditioning client (8) three; Be respectively arranged with for the off-premises station electric-controlled plate (10) of its running of control on the described air-conditioner outdoor unit (2) and be used for the outdoor temperature sensor (11) of the outer real time temperature of nernst cell, wherein, described controller (5) respectively with indoor temperature transmitter (3), indoor humidity sensor (4), communication module group (6) corresponding joining one by one, simultaneously, described off-premises station electric-controlled plate (10) respectively with controller (5) and outdoor temperature sensor (11) corresponding joining one by one.
2. cloud adaptive method that possesses the cloud air-conditioning of cloud adaptive functions based on cloud computing technology claimed in claim 1, it is characterized in that: the user sends cloud by air-conditioning client (8) and adapts to instruction to cloud service center (7), cloud service center (7) is transferred the data of air-conditioning (9) and is carried out computational analysis, final cloud adaptive pattern is sent to air-conditioning (9) with the form of instruction, after adapting to instruction, the cloud that air-conditioning (9) receives cloud service center (7) carries out this instruction, and its operational factor in the cloud procedure of adaptation is fed back to cloud service center (7) in real time, to air-conditioning client (8), the user can be by the ruuning situation of air-conditioning client (8) remote monitoring to air-conditioning (9) with data feedback at cloud service center (7).
3. the cloud adaptive method that possesses the cloud air-conditioning of cloud adaptive functions based on cloud computing technology according to claim 2, it is characterized in that: the detailed process that cloud service center (7) transfer air-conditioning (9) data is as follows: at first, temperature by outdoor temperature sensor (11) testing environment, transfer data to afterwards off-premises station electric-controlled plate (10), off-premises station electric-controlled plate (10) transfers data to controller (5) again, controller (5) transfers data to communication module group (6) again, through communication module group (6) temperature data is changed afterwards, data communication device after will changing is at last crossed Internet Transmission to cloud service center (7), wherein, the collection of the temperature data of above-mentioned environment and transmission are carried out in real time.
4. the cloud adaptive method that possesses the cloud air-conditioning of cloud adaptive functions based on cloud computing technology according to claim 2, it is characterized in that: the user connects internet or ethernet network entry air-conditioning client (8) by the PC browser, or logins air-conditioning client (8) by the mode of mobile phone browser or note through GSM/WCDMA/CDMA.
5. the cloud adaptive method that possesses the cloud air-conditioning of cloud adaptive functions based on cloud computing technology according to claim 2, it is characterized in that: at first, the user selects the cloud adaptive functions by air-conditioning client (8), cloud service center (7) transfer outdoor real time environment temperature afterwards, cloud service center (7) is according to the temperature of outdoor environment temperature automatic setting air-conditioning (9), set once in every interval △ T hour, wherein, described outdoor environment temperature is that weather forecast is transferred and the real time temperature that obtains automatically in cloud service center (7);
1), when outdoor environment temperature is higher than Tf, air-conditioning (9) is set as refrigeration mode, t1 ℃ of air-conditioning (9) design temperature T=T1-△, t1≤T≤t2, when the T that calculates gained＞t2, T=t2, when the T that calculates gained＜t1, T=t1;
2), when outdoor environment temperature is lower than Tf, air-conditioning (9) is set as heating mode, t2 ℃ of air-conditioning (9) design temperature T=T1+ △, t3≤T≤t4, when the T that calculates gained＞t4, T=t4, when the T that calculates gained＜t3, T=t3;
Wherein, T1 is outdoor environment temperature, and Tf is critical-temperature, and the setting of △ t1, △ t2, t1, t2, t3, t4 is calculated gained by cloud service center (7) according to the weather condition of air-conditioning (9) locality and the hardware configuration of air-conditioning (9).
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| CN103123159A (en) * | 2013-01-24 | 2013-05-29 | 广东志高空调有限公司 | Air conditioner sleeping function control method based on cloud computing technology |
| CN104315649A (en) * | 2014-09-29 | 2015-01-28 | 苏州艾果智能科技有限公司 | Air conditioner simulation intelligent temperature control system and intelligent temperature control method |
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| CN113028618A (en) * | 2021-04-22 | 2021-06-25 | 武汉奇威特建安工程有限公司 | Air conditioner energy-saving control system based on cloud platform |
| CN113513826A (en) * | 2021-04-23 | 2021-10-19 | 刘博� | Cloud-edge combined intelligent cluster air conditioner control system and method and electronic equipment |
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