CN103123159B - Air conditioner sleeping function control method based on cloud computing technology - Google Patents
Air conditioner sleeping function control method based on cloud computing technology Download PDFInfo
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- 230000002159 abnormal effect Effects 0.000 claims description 3
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- 230000007613 environmental effect Effects 0.000 claims description 3
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- 238000013461 design Methods 0.000 description 20
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- 206010008190 Cerebrovascular accident Diseases 0.000 description 5
- 208000006011 Stroke Diseases 0.000 description 5
- 230000002618 waking effect Effects 0.000 description 3
- 238000004378 air conditioning Methods 0.000 description 2
- 230000003860 sleep quality Effects 0.000 description 2
- 238000007664 blowing Methods 0.000 description 1
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Abstract
The invention relates to an air conditioner sleeping function control method based on cloud computing technology. An air conditioner is installed on a place capable of receiving a network signal and connected with a cloud server. After connection, a user can log in a client side platform to control the air conditioner. If the user chooses to use a recommended sleeping mode, the cloud server calculates an air conditioner operating parameter changing curve suitable for the user according to real-time information. If the user chooses self-setting, the cloud server stores user setting information in a data bank so that a personalized cloud sleeping mode is established by the user. A data processing unit of the cloud server sends the changing curve or the user setting information to the air conditioner in the mode of an enciphered data flow, the air conditioner decodes the enciphered data flow so that a controller can operate the enciphered data flow. Meanwhile, an operation state of the air conditioner forms an enciphered data flow which is fed back to the cloud server so that the cloud server is noticed that the cloud sleeping mode is operated. According to the method, adaptability of the air conditioner can be enhanced and sleeping quality of the user is improved.
Description
Technical field
The present invention relates to the technical field of air-conditioner, refer in particular to a kind of air-conditioner sleep function control method based on cloud computing technology.
Background technology
Air-conditioner is generally used to that indoor environment is adjusted to user and feels comfortable temperature or humidity.And when user is during in sleep state, cannot be from the work of main control air-conditioner.Therefore air-conditioner all can carry various sleep patterns.Traditional sleep pattern must be opened sleep pattern voluntarily by user after starting, and pattern just supposes that user has entered sleep state after starting.After the regular hour, the running status of air-conditioner changes, until sleep pattern finishes.User can only arrange the switch time of sleep pattern, a small amount of parameter such as design temperature and wind speed.Mainly there are following three problems in traditional sleep pattern: 1, air-conditioner uses MCU to control, the operational capability of MCU is very limited, be difficult to carry out complicated calculating, therefore, the algorithm that when sleep, the parameter such as temperature, wind speed changes is fixed, and the user's length length of one's sleep cannot be determined, the Changes in weather in sleep procedure cannot be determined, the fixing variation of temperature, humidity, wind speed etc. may not be suitable for air-conditioner environment for use, and most of users can not feel like oneself to this; 2, user's the length of one's sleep, habits and customs and health are all different, as the user who is accustomed to sleeping evening wishes when air-conditioner is worked quieter, the user of custom afternoon nap in summer wishes that the design temperature of air-conditioner is lower, user ought to be according to own characteristic, sets the sleep mode that is applicable to oneself completely; 3, air-conditioner enters sleep pattern at every turn and must use a teleswitch or other controllers start through user, if forgotten and unlatching sleep pattern will affect user's sleep quality in the time of sleep.
Summary of the invention
The object of the invention is to overcome the deficiencies in the prior art, a kind of air-conditioner sleep function control method based on cloud computing technology is provided, to strengthen the applicability of air-conditioner, improve user's sleep quality.
For achieving the above object, technical scheme provided by the present invention is: a kind of air-conditioner sleep function control method based on cloud computing technology, first air-conditioner is installed on to the place that can receive network signal, then air-conditioner is connected with Cloud Server, after success connects, user can login client platform control air-conditioner, on client platform, user can understand the duty of air-conditioner and the weather conditions of their location, contribute to user that more suitably sleep mode is set, if the sleep pattern that user's choice for use is recommended, Cloud Server can be according to current information, calculate the air-conditioner operational factor change curve that is applicable to this user, if user selects to arrange voluntarily, Cloud Server can store information-setting by user in database, user has just set up personalized cloud sleep pattern, the data processing unit of Cloud Server sends to air-conditioner by change curve or user's setting with encrypting traffic, in air-conditioner, establish network communication interface, it is by the encrypting traffic decoding of Cloud Server, carry out for controller, controller is controlled each output of air-conditioner, the running status of air-conditioner is formed to encrypting traffic simultaneously and feed back to Cloud Server, with the cloud sleep pattern of having informed Cloud Server executed, after cloud sleep pattern is opened, air-conditioner is carried out until this pattern is cancelled, it is abnormal if occur in cloud sleep pattern running, the network of long period connects, air-conditioner will start built-in sleep pattern.
Cloud Server can be identified the air-conditioner after successfully connecting, the residing area of this air-conditioner and orientation meeting real-time update are also stored in Cloud Server, and, Cloud Server can timing obtain the various environmental datas of this air-conditioner region from network, the data of obtaining are upgraded in database, and are sent in real-time operation server.
After air-conditioner and Cloud Server connect, can carry out exchanges data with Cloud Server, meanwhile, the data that Cloud Server receives can be carried out verification to ensure the correctness of data always.
The present invention is adopting after such scheme, because Cloud Server has powerful computing and storage capacity, for the user of One's name is legion, also can obtain in time data separately, and for these data, carry out complicated algorithm, and the computational accuracy of data is that MCU is difficult to compare, calculate accurately, just more can control meticulously the work of air-conditioner, such as indoor design temperature can change according to Changes in weather, rotation speed of the fan can be adjusted etc. according to space humidity.In addition, because air-conditioner is that user carries out indirect operation by Cloud Server, therefore, user can be before sleeping predetermined air-conditioner carry out the action of some appointment in some time point in future or time period, comprise design temperature, rotation speed of the fan, blowing angle, noise magnitude, even power consumption of air-conditioner etc., these settings all can be stored in Cloud Server, after user falls asleep, Cloud Server can be according to user's setup control air-conditioner work, this control mode can meet all users' demand, can make again air-conditioner seem more personalized.
Brief description of the drawings
Fig. 1 is the schematic diagram that Cloud Server is collected the relevant information of air-conditioner region.
Fig. 2 is that air-conditioner is while carrying out cloud sleep pattern and the exchanges data flow chart of Cloud Server.
Fig. 3 is that user arranges the principle schematic that is converted into the actual execution of air-conditioner.
Fig. 4 is the A area temperature broken line point diagram of certain day.
Fig. 5 is the A area humidity broken line point diagram of certain day.
Fig. 6 is the A area precipitation broken line point diagram of certain day.
Fig. 7 is the change curve comparison diagram of design temperature under certain air-conditioner sleep mode of A area.
Fig. 8 is the change curve comparison diagram of indoor air velocity under certain air-conditioner sleep mode of A area.
Fig. 9 is the sleep pattern surface chart that certain user of A area sets.
Detailed description of the invention
Below in conjunction with specific embodiment, the invention will be further described.
Referring to accompanying drawing 1 to shown in accompanying drawing 3, the air-conditioner sleep function control method based on cloud computing technology described in the present embodiment, its concrete condition is as follows: first air-conditioner is installed on to the place that can receive network signal, install an air-conditioner before device, first the network quality of infield is tested, select the good position of the network signal device that installs an air-conditioner, after air-conditioner starts, be connected with Cloud Server immediately, after success connects, air-conditioner can send to Cloud Server by its information (the residing area of this air-conditioner and orientation), and, Cloud Server specifically identifies for this air-conditioner, timing is obtained the various environmental datas of this air-conditioner region from network, the data of obtaining are upgraded in database, and be sent in real-time operation server, real-time operation server independently arranges and calculates these data, to ensure that different air-conditioners can move under different conditions, simultaneously, after air-conditioner and Cloud Server connect, can carry out exchanges data with Cloud Server always, and the data that Cloud Server receives can be carried out verification to ensure the correctness of data.In addition, after air-conditioner successfully connects, user can login client platform control air-conditioner, on client platform, user can understand the duty of air-conditioner and the weather conditions of their location, contribute to user that more suitably sleep mode is set, if the sleep pattern that user's choice for use is recommended, Cloud Server can be according to current information, calculate the air-conditioner operational factor change curve that is applicable to this user, if user selects to arrange voluntarily, Cloud Server can store information-setting by user in database, user has just set up personalized cloud sleep pattern, the data processing unit of Cloud Server sends to air-conditioner by change curve or user's setting with encrypting traffic, in air-conditioner, establish network communication interface, it is by the encrypting traffic decoding of Cloud Server, carry out for controller, controller is controlled each output of air-conditioner, the running status of air-conditioner is formed to encrypting traffic simultaneously and feed back to Cloud Server, with the cloud sleep pattern of having informed Cloud Server executed, after cloud sleep pattern is opened, air-conditioner is carried out until this pattern is cancelled, it is abnormal if occur in cloud sleep pattern running, the network of long period connects, air-conditioner will start built-in sleep pattern, the output device of certain air-conditioner of having given an example in accompanying drawing 3 (comprises air-blower control, compressor control, inside and outside airdoor control, electronic expansion valve controls, reversal valve control) and feedback states (comprise temperature sensor detect, compressor operating frequency, motor rotate speed feedback, electric current and voltage detects, fault detect).
Taking A area, (southern china somewhere) further sets forth this air-conditioner sleep function control method as example below:
Fig. 4 to 6 is the weather conditions of some day in A area 12 months.If certain air-conditioning N1 in A area need to realize recommendation sleep pattern, 4 to 6 weather conditions with reference to the accompanying drawings, Cloud Server can calculate multiple different patterns, and computational methods are as follows:
Weather conditions variable
formula 1-1
Wherein To is outdoor environment temperature, and H is humidity,
for wind scale, R is rainfall.
Air-conditioner state variable
formula 1-2
Wherein Ti is indoor environment temperature, and Tr is indoor coil pipe, and FC is compressor operating frequency.
Design temperature
formula 1-3
Indoor air velocity
formula 1-4
Wherein K is the corrected parameter of selected recommendation pattern.
We compare explanation with design temperature change curve and the wind speed change curve of " young pattern " and " old man's pattern " below, have embodied the variation difference of these parameters in accompanying drawing 7 and accompanying drawing 8.
Accompanying drawing 7 is change curve comparison diagrams of design temperature, the time that sleep pattern starts is at 21 o'clock in afternoon, when sleep pattern has just started, user enters " shallow degree sleep stage ", air-conditioner design temperature Ts heats with higher numerical value operation, after elapsed time t1, user enters " deep sleep stage ", Ts is down to lower position T2 and keeps stable, elapsed time t2 again, user enters " waking up the stage ", its design temperature rises to adapt to the activity of health gradually, as seen from Figure 7, the initial setting temperature of " young pattern " is 24 ° of C, after 1 hour, design temperature is down to 23 ° of C, again through 2 hours, design temperature is down to 21 ° of C, now user enters " deep sleep stage ", design temperature should keep 21 ° of C until this stage finishes always, but can find out from Fig. 4 to 6, before and after 2 o'clock late into the night, humidity is increased to approximately 95%, and produce the rainfall of 1mm left and right, at same temperature, rainfall meeting makes human body sensory colder, so design temperature Ts has occurred once to change, rise to gradually 22 ° of C from 21 ° of C, after finishing, rainfall rolls back down gradually again 21 ° of C, " deep sleep stage " finishes when 5-6 in the morning, enter " waking up the stage ", now design temperature rises to 22 ° of C, to help user to wake up.By contrast, the cold tolerance of considering the elderly a little less than, and be that the elderly arranges higher initial setting temperature, the initial setting temperature of " old pattern " is 25 ° of C, and after 1 hour, design temperature is down to 24 ° of C, again through 1 hour, design temperature is down to 23 ° of C, then through 1 hour, design temperature was down to 22 ° of C.This curve is slow with respect to " young pattern " in the variation of " shallow degree sleep stage ", be also consider the elderly to the adaptability of variations in temperature a little less than.User entered after " deep sleep stage ", and design temperature should keep 22 ° of C until this stage finishes always.Before and after same 2 o'clock at dead of night, design temperature Ts has occurred once to change, and rises to gradually 23 ° of C from 22 ° of C, rolls back down gradually again 22 ° of C after rainfall finishes, " the deep sleep stage " of " old pattern " " young pattern " short, this also meets shorter feature the elderly's length of one's sleep.
Accompanying drawing 8 is change curve comparison diagrams of indoor air velocity, and the wind speed of " shallow degree sleep stage " is higher, so that room heat is even as early as possible, easily falls asleep; While entering " deep sleep stage ", room temperature is more stable, therefore always with the heat lower and room of wind speed maintenance stably." young pattern " lower initial wind speed is high wind, and room temperature is very evenly fast, is apoplexy, and keeps apoplexy until sleep pattern finishes always after 1 hour; " old pattern " lower initial wind speed is the apoplexy relaxing, and apoplexy continues after 1 hour, to reduce to low wind, and keeps until " deep sleep stage " finishes always.The wind speed of " waking up the stage " raises again as apoplexy, helps user to wake up.
If certain air-conditioning N2 in A area sets sleep pattern voluntarily by user, now air conditioner heat-production operation.User sets as shown in Figure 9, and air-conditioner actual motion state is shown in following table.
The time interval of record is 1 hour, and user can be stored in Cloud Server in the setting of each time point, and in the time that the time arrives the time point of user's setting, the running status of air-conditioner will be changed into the parameter setting of this time point.The parameter recording in table changes all consistent with arranging of setting interface, and visible air-conditioner arranges and carried out operation according to user effectively.
The examples of implementation of the above are only the present invention's preferred embodiment, not limit practical range of the present invention with this, therefore 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 (3)
1. the air-conditioner sleep function control method based on cloud computing technology, it is characterized in that: first air-conditioner is installed on to the place that can receive network signal, then air-conditioner is connected with Cloud Server, after success connects, user can login client platform control air-conditioner, on client platform, user can understand the duty of air-conditioner and the weather conditions of their location, contribute to user that more suitably sleep mode is set, if the sleep pattern that user's choice for use is recommended, Cloud Server can be according to current information, calculate the air-conditioner operational factor change curve that is applicable to this user, if user selects to arrange voluntarily, Cloud Server can store information-setting by user in database, user has just set up personalized cloud sleep pattern, the data processing unit of Cloud Server sends to air-conditioner by change curve or user's setting with encrypting traffic, in air-conditioner, establish network communication interface, it is by the encrypting traffic decoding of Cloud Server, carry out for controller, controller is controlled each output of air-conditioner, the running status of air-conditioner is formed to encrypting traffic simultaneously and feed back to Cloud Server, with the cloud sleep pattern of having informed Cloud Server executed, after cloud sleep pattern is opened, air-conditioner is carried out until this pattern is cancelled, it is abnormal if occur in cloud sleep pattern running, the network of long period connects, air-conditioner will start built-in sleep pattern.
2. a kind of air-conditioner sleep function control method based on cloud computing technology according to claim 1, it is characterized in that: Cloud Server can be identified the air-conditioner after successfully connecting, the residing area of this air-conditioner and orientation meeting real-time update are also stored in Cloud Server, and, Cloud Server can timing obtain the various environmental datas of this air-conditioner region from network, the data of obtaining are upgraded in database, and are sent in real-time operation server.
3. a kind of air-conditioner sleep function control method based on cloud computing technology according to claim 1, it is characterized in that: after air-conditioner and Cloud Server connect, can carry out exchanges data with Cloud Server always, meanwhile, the data that Cloud Server receives can be carried out verification to ensure the correctness of data.
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