CN105785767A - Intelligent earphone capable of controlling intelligent household environment - Google Patents
Intelligent earphone capable of controlling intelligent household environment Download PDFInfo
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- CN105785767A CN105785767A CN201410832181.4A CN201410832181A CN105785767A CN 105785767 A CN105785767 A CN 105785767A CN 201410832181 A CN201410832181 A CN 201410832181A CN 105785767 A CN105785767 A CN 105785767A
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Abstract
The invention discloses an intelligent earphone capable of controlling intelligent household environment. The intelligent earphone comprises an input module, a communication module, a positioning module, and a processor. The intelligent earphone is characterized in that input instructions acquired by an input module can be received, and the processor or a cloud server is used to calculate the time of the user arriving at the intelligent household environment according to the distance acquired by the positioning module; the starting time can be acquired by comparing the intelligent household environment working time and the time of the user arriving at the intelligent household environment, and the communication module or the cloud server is used to transmit the execution instructions to the intelligent household environment, when the starting time is up. The intelligent earphone provided by the invention is advantageous in that the starting time of the intelligent household environment can be determined according to the distance between the user and the intelligent household environment, and therefore the operation convenience and intelligence of the intelligent household can be improved, and the intelligent earphone is closer to the life of the user.
Description
Technical field
The present invention relates to earphone field, especially a kind of intelligent earphone controlling smart home environment.
Background technology
Along with the rise of technology of Internet of things, Smart Home has become as the focus of research and development.In intelligent domestic system, the intelligent appliance equipment in intelligent domestic system remotely can be controlled by the subscriber terminal equipment such as mobile phone, panel computer.But when carrying out remote control domestic electrical equipment equipment by mobile phone, panel computer terminal unit, these equipment not only volume is big and needs look at the screen operator of terminal unit, no matter it is drive or walking, uses trouble and there is various potential safety hazard.And when home appliance is controlled starting device work, it is once receiving unlatching work after control instruction switches on power immediately at home appliance.When such as at present air-conditioning remotely being controlled, air-conditioning begins to when receiving the control instruction of user terminal start work, when also having for a long time when user distance is got home, air-conditioning is constantly in duty, although user can be reached enjoy suitable temperature environment once going back home, but so can largely waste electric energy；If when user to time just open air-conditioning, air-conditioning needs to adjust and the temperature conditions of indoor can be made to reach the requirement of user after a period of time, and therefore user is by one section of unfavorable temperature environment of experience, and this cannot meet the intelligent instructions for use of user.
Summary of the invention
The technical problem to be solved in the present invention is in that to overcome the deficiencies in the prior art, a kind of intelligent earphone controlling smart home environment is provided, this Intellgent Ear function determines the startup time of smart home environment more accurately according to the distance between user and smart home environment, improve manipulation convenience and the intellectuality of Smart Home, the life being more close to the users；The present invention also has speech identifying function, it is possible to identifies the phonetic order of user's input, and provides GPS location navigation, obtains user current location, and then realizes remote control intelligent household environment.Namely provide a kind of with earphone for controlling terminal and using phonetic order to pass through network attached server and then the startup of remote control intelligent household environment, sending phonetic order from user, get home the time by positioning the current location information calculating of user, thus controlling the startup time of smart home environment in real time.
The present invention proposes a kind of intelligent earphone controlling smart home environment, including:
Input module, for the instruction of Gather and input；
Communication module, realizes alternately for connecting with smart home environment or cloud server wireless network；
Locating module, for obtain user's current location information and and smart home environment between distance；
Processor, for managing all modules in intelligent earphone；
Wherein, receive the input instruction that described input module gathers, the distance obtained according to described locating module is calculated user by processor or cloud server and arrives the time of smart home environment, the time arriving smart home environment further according to smart home environment working time and user compares the startup time that obtains, and sends execution instruction by communication module or cloud server to smart home environment when arriving the startup time.
Preferably, described intelligent earphone includes a memory module, described memory module is preset with Preset Time and fixing startup time, described Preset Time is the time that under normal condition, user arrives smart home environment, and the described fixing startup time is the time starting smart home environment according to this Preset Time described.
Preferably, described processor or cloud server calculate user and arrive time and the smart home environment working time the difference between the two of smart home environment, when the difference between the two is in preset time range, by communication module or cloud server, execution instruction is issued to smart home environment when arriving the fixing startup time；When the difference between the two is not in preset time range, start the time by the real-time computational intelligence domestic environment of processor or cloud server, and by communication module or cloud server, execution instruction is issued to smart home environment when arriving the startup time.
Preferably, also include obtaining user current location by locating module, by processor or cloud server calculate user currently get home the time less than or equal to working time of smart home environment time, instant by communication module or cloud server, execution instruction is directly issued to smart home environment；Or also include the task of completing smart home environment work according to user setup timing, and by communication module or cloud server, execution instruction is issued to smart home environment when arriving the startup time；
Preferably, described cloud server includes receiver module, processing module and sending module；Wherein, receiver module receives user's current location information that earphone is uploaded, current location information according to user is calculated the startup time of get home in real time time and smart home environment by processing module, and by sending module, execution instruction is issued to smart home environment when arriving the startup time of smart home environment；
Preferably, the described smart home environment that execution instruction is issued to is by realizing data interaction with server wireless network connection, and then by server controls smart home environment.
Preferably, described input module includes voice acquisition module, and described voice acquisition module is for the instruction of Gather and input；Described locating module is the combination of GPS navigator or GPS navigator and acceleration transducer, electronic compass, gyroscope；Described communication module includes 3G/4G mixed-media network modules mixed-media or WiFi network module.
Preferably, described input module also includes setting module, for the various operational orders of smart home environment being set the quick phonetic order of one_to_one corresponding according to user habit, described smart home environment includes intelligent air condition, Intelligent humidifier, Intelligent purifying device, Intelligent heating；Described quick phonetic order is numeral or alphabetical or combination.
Preferably, also including output module, power module, USB interface, described power module is used for as the electric energy needed for intelligent earphone offer work；Described power module is rechargeable battery；Described output module is for the response condition of feedback intelligent domestic environment；Described USB interface is used for connecting mobile phone and power module being powered.
Preferably, a kind of method that intelligent earphone controls smart home environment, it is characterised in that including:
S1: user sends instruction to intelligent earphone；
S2: obtain user's current location information and and smart home environment between distance, calculate get home the time；
S3: arrive time of smart home environment according to smart home environment working time and user and compare the startup time of computational intelligence domestic environment；
S4: instruction will be performed when arriving the startup time of smart home environment by network and transmit to smart home environment；
S5: transmitting the response condition controlling smart home environment to intelligent earphone, output is to user；
Preferably, described output is to feed back to user by output module；
Preferably, included by the startup time of step S3 computational intelligence domestic environment:
(1) when user arrive time of smart home environment and smart home environment working time the difference between the two in preset time range time, be considered as the fixing startup time, instruction transmission will be performed to smart home environment；
(2) when the difference between the two is not in preset time range, real-time computational intelligence domestic environment starts the time, and when arriving the startup time, execution instruction is issued to smart home environment；
Preferably, described Preset Time is the time that under normal condition, user arrives smart home environment, the described fixing startup time is the time starting smart home environment according to this Preset Time described, and described Preset Time and described fixing startup time are previously stored；
Preferably, also include user in real current location and calculate user currently get home the time less than or equal to working time of smart home environment time, immediately execution instruction is directly issued to smart home environment；Or complete the task of smart home environment work according to user setup timing, and when arriving the startup time, execution instruction is issued to smart home environment；
Preferably, get home described in time and startup time is processed by the processor in intelligent earphone or cloud server and calculates；
Preferably, described is by realizing data interaction with server wireless network connection by execution instruction transmission to smart home environment, and then by server controls smart home environment；
Preferably, in step sl, sending instruction is the phonetic order by obtaining user's input；
Preferably, in step s 2, user's current location information and and smart home environment between distance be by GPS or GPS and acceleration transducer, electronic compass, gyroscope combination obtain；
Preferably, described network is 3G/4G network or WiFi network.
Preferably, also including setting module, for the various operational orders of smart home environment being set the quick phonetic order of one_to_one corresponding according to user habit, described smart home environment includes intelligent air condition, Intelligent humidifier, Intelligent purifying device, Intelligent heating；Described quick phonetic order is numeral or alphabetical or combination.
Preferably, also including output module, power module, USB interface, described power module is used for as the electric energy needed for intelligent earphone offer work；Described power module is rechargeable battery；Described output module is for the response condition of feedback intelligent domestic environment；Described USB interface is used for connecting mobile phone and power module being powered.
In the present invention, intelligent earphone obtains execution instruction, obtains user current location according to positioning function, calculates user and gets home the time in real time, and then sends execution instruction to the startup duty of server controls smart home environment by network service.Adopt the solution of the present invention, for people unmanned in family and that every day is normally on and off duty, phonetic order can be passed through very easily, and calculating is got home the time in real time, thus the startup of comparatively punctual control smart home environment.Not only achieve automatically controlling smart home environment, also achieve the current location situation that is continually changing according to user to smart home environment control in real time start.Bring great convenience to user and enjoy, having ensured user's personal safety in driving or walking simultaneously.
Accompanying drawing explanation
Fig. 1 is that in the embodiment of the present invention, intelligent earphone and intelligent air condition realize mutual relation block diagram；
Fig. 2 is the structured flowchart of intelligent earphone terminal of the present invention；
Fig. 3 is the positionality block diagram of server and intelligent air condition in the embodiment of the present invention；
Fig. 4 is intelligent air-conditioning system structured flowchart in the embodiment of the present invention；
Fig. 5 is intelligent earphone structural circuit schematic diagram of the present invention.
Detailed description of the invention
Rise along with technology of Internet of things, the intelligence degree of intelligent appliance equipment is more and more higher, namely intelligent appliance equipment will be the trend of future development, and current intelligent appliance equipment realizes subscriber terminal equipment typically via the screen operator of the terminal unit such as mobile phone, panel computer and remotely controls.
With the trend developed at present, people's earphone in daily life becomes indispensable, and most people can carry with oneself earphone at any time, and all use earphones control the more convenient and proper real life of Smart Home.It is proposed by intelligent earphone phonetic order remote control intelligent household environment for this present invention, utilize the speech voice input function of intelligent earphone, by intelligent earphone remote control intelligent household environment, it is intended to the real-time control achieving smart home environment with intelligent earphone for core by inputting phonetic order, improve manipulation convenience and the intellectuality of smart home environment, and bring different voice for user and control the experience of smart home environment in real time.
Below in conjunction with the drawings and the specific embodiments, the present invention is further described.
As shown in Figure 2, the present invention provides a kind of intelligent earphone controlling smart home environment, comprising: input module, output module, communication module, locating module and processor, input module, output module, communication module, locating module are electrically connected with processor respectively；Wherein, input module includes voice acquisition module and setting module, and voice acquisition module is for gathering the phonetic order of user's input, and setting module is for setting the quick phonetic order of one_to_one corresponding according to user habit to the various operational orders of smart home environment；Output module is for the response condition of feedback intelligent domestic environment；Communication module includes 3G/4G mixed-media network modules mixed-media and WiFi network module, and communication module is used for providing the user cordless communication network and smart home environment or cloud server interacts；Locating module is the combination of GPS navigator or GPS navigator and acceleration transducer, electronic compass, gyroscope, locating module for obtain user's current location information and and smart home environment between distance；Processor, for managing all modules in intelligent earphone.
The present invention also includes power module, memory module and USB interface, power module is electrically connected USB interface, memory module, input module, output module, communication module, locating module and processor, and power module is used for as the electric energy needed for intelligent earphone offer work；USB interface is used for connecting mobile phone and power module being powered.Memory module is used for storing Preset Time and fixing startup time, and described Preset Time is the time that under normal condition, user arrives smart home environment, and the described fixing startup time is the time starting smart home environment according to this Preset Time described；And memory module also stored for the working time that all functions of smart home environment are corresponding, this time is set by the working time of the function reality concrete according to smart home environment.
Wherein, power module, memory module and USB interface are the conventional modules within intelligent earphone, omit the description to its function herein, introduce other modules start-up course in control smart home environment in real time below.It is to be noted when user manipulates intelligent earphone use quick phonetic order, it is necessary to corresponding quick phonetic order is set in the setting module of intelligent earphone, and is stored in memory module.
The another kind of situation of the present invention includes cloud server, described another kind of situation is that the processor in intelligent earphone does not do computing (including the startup time of the time of getting home and smart home environment), all of computing is processed by cloud server, and intelligent earphone simply receives data, sends data and simply process data；Described cloud server includes receiver module, processing module and sending module, wherein, cloud server and intelligent earphone network connect, and received, by receiver module, user's current location information that earphone is uploaded, current location information according to user is calculated the startup time of get home in real time time and smart home environment by processing module, and is issued by sending module when arriving the startup time of smart home environment and perform instruction to smart home environment.
The smart home environment of the present invention includes intelligent air condition, Intelligent humidifier, Intelligent purifying device, Intelligent heating, and all controlling intelligent household appliances that smart home environment comprises all possess and have communication function, can pass through network and connect the ability realizing data interaction.
For intelligent air condition, realize mutual relation block diagram for intelligent earphone in the present embodiment and intelligent air condition as shown in Figure 1；The control method that the present embodiment proposes is to be realized computing by the processor of intelligent earphone, is namely calculated the startup time of get home in real time time and intelligent air condition by intelligent earphone；The method controlling intelligent air condition includes:
1) phonetic order of user's input is obtained, the phonetic order of user's input is gathered by voice acquisition module, and the execution instruction that the phonetic order of searching coupling in a storage module is corresponding, thus learn that the task that user issues obtains the working time that the mode of operation of intelligent air condition is corresponding with issuing according to user of task；
Such as, user wants to be set to the mode of operation of intelligent air condition: start+operational mode is 23 degree for refrigeration+design temperature, voice acquisition module gathers user and sends the phonetic order of " starting air conditioner refrigerating 23 degree ", then phonetic order is analyzed by intelligent earphone, according to the corresponding execution instruction opening intelligent air condition of phonetic order coupling, intelligent earphone stores the working time of correspondence further from memory module, and the times that such as the default startup air conditioner refrigerating stored reaches 23 ° of needs are 10 minutes.
2) obtain user's current location information and and intelligent air condition between distance, calculate get home the time；Concrete, after sending phonetic order from user, by locating module realize positioning function obtain user's current location information and and intelligent air condition between distance, calculate user current location from how long position of getting home needs by processor, the time of such as getting home needs 1 hour；
In the inventive method, the location mode that can adopt the combination of GPS navigator or GPS navigator and acceleration transducer, electronic compass, gyroscope obtains the current location information of user, namely can be obtained the current location information of user by least one in two locating modules.Concrete, when landform residing for user is comparatively open, it is possible to just can obtain the current location information of relatively accurate user only with GPS locating module therein；When residing for user, landform is complex, exist more when blocking building and be likely to the positioning precision affecting GPS locating module, can change into GPS and acceleration transducer, electronic compass, gyroscope these with the use of locating module position, obtain the current location information of user.
Current location information according to user calculates the current distance between user and intelligent air condition, before above-mentioned current distance is calculated, first intelligent earphone terminal has determined that the position of intelligent air condition, with the position of intelligent air condition for reference point, calculating the current distance between user and intelligent air condition according to user's current location information that intelligent earphone terminal obtains, the translational speed and then calculate further according to user is got home the time in real time.
3) the startup time of computational intelligence air-conditioning, processor in intelligent earphone is arrived time of intelligent air condition by user and the intelligent air condition working time compares the startup time calculating intelligent air condition, thus starting to calculate in real time to send, to intelligent air condition, the remaining time performing instruction；
Generally, distance and the time of getting home that people are on and off duty are more stable situations, according to these parameters, when user comes off duty or enters in car, user starts intelligent earphone input instruction and realizes controlling intelligent air condition, the time that then intelligent earphone arrives intelligent air condition according to above-mentioned generally user is the Preset Time under normal condition, and obtains the startup time starting intelligent air condition according to Preset Time for the fixing startup time.Namely when user arrive time of intelligent air condition and intelligent air condition working time the difference between the two in preset time range time, by communication module, execution instruction is issued to intelligent air condition when arriving the fixing startup time.The times reaching 23 ° of needs according to above-mentioned startup air conditioner refrigerating are need 1 hour with the time of getting home in 10 minutes, then the startup time of intelligent air condition is after 50 minutes；
Concrete, when user draws, according to current location, the time of getting home, and the operation time of intelligent air condition requires when being and according to user's input, intelligent air condition is run under various mode of operations that the temperature conditions reached obtains, mode of operation includes refrigeration, heat, design temperature, and the difference operation time according to different mode of operations is pre-set in intelligent earphone, intelligent earphone terminal judges user goes home state in moving closer to intelligent air condition, it is continually changing position according to user, and the startup time of countdown computational intelligence air-conditioning, until arriving the startup that when starting the time, execution instruction is transferred to server controls intelligent air condition of intelligent air condition；
But owing to actually road conditions every day is all the wish not being to meet people that is not quite similar, and the road conditions on road are to change unpredictably, there are the various factors of instability, including congestion in road or that the road is clear is without hindrance；Especially, very serious situation of blocking up it is frequently encountered by especially in next peak period, or be out of order etc. temporarily emergency case time cause interim traffic congestion, then get home the time and the startup time be not one and stablize constant, the time of getting home necessarily obtained is not the Preset Time under normal condition；Namely when user arrive time of intelligent air condition and intelligent air condition working time the difference between the two not in preset time range time, by the processor real-time computational intelligence starting of air conditioner time, and by communication module, execution instruction is issued to intelligent air condition when arriving the startup time.
Especially, also include by locating module user in real current location, by processor calculate user currently get home the time less than or equal to working time of intelligent air condition time, immediately execution instruction is directly issued to intelligent air condition；Such as intelligent air condition refrigeration reaches 20 DEG C of times needed and is 15 minutes and the time of getting home needs 8 minutes, then intelligent earphone sends execution instruction immediately to intelligent air condition startup work；
Or also include the task of completing intelligent air condition work according to user setup timing, and when arriving the startup time, execution instruction is issued to intelligent air condition；Such as user sends instructions down at any time, and such as " startup air-conditioning " or " freezing 20 DEG C ", then execution instruction is issued to intelligent air condition startup work by intelligent earphone.
4) intelligent earphone sends to server and performs instruction；Intelligent earphone sends, to server, the remaining time performing instruction by real-time calculating, and when arriving the startup time of intelligent air condition, by communication module and server, execution instruction is set up wireless network connection, will perform instruction remote transmission to server；Intelligent earphone is set up network by 3G/4G wireless network or WiFi wireless network and server and is connected, it is achieved data interaction；
5) server controls intelligent air condition after receiving execution instruction；Server includes communication unit, control unit as shown in Figure 3, communication unit communicates respectively with intelligent earphone and intelligent air condition, by obtaining the current signal of intelligent air condition, and this current signal is sent the control unit to server, the current signal of intelligent air condition and preset value are compared by control unit, after determining that intelligent air condition is in off position, control unit communication control unit receives the execution instruction of intelligent earphone transmission and execution instruction is handed down to intelligent air condition, and then controls the startup of intelligent air condition and operate the mode of operation of intelligent air condition.
6) response condition controlling intelligent air condition is transferred to intelligent earphone by server；By obtaining the situation of change of the current signal that intelligent air condition gathers, and this current signal is sent to control unit, the current signal of intelligent air condition and preset value are compared by control unit, determine intelligent air condition switch on power in running order after, control unit communication control unit receives the feedback information that intelligent air condition sends, and the response condition of intelligent air condition is transferred to intelligent earphone by communication control unit, and played to user by intelligent earphone by output module.
It is Intelligent air conditioner control system structured flowchart as shown in Figure 4, including with single-chip microcomputer for core, adopting power module, temperature acquisition, liquid crystal display, drive circuit, it is achieved based on air-conditioner temperature control system.Temperature sensor gathers indoor temperature data, and feed back information to single-chip microcomputer, single-chip microcomputer analysis also compares with the temperature value set, and is that intelligent air condition regulates different mode of operations by drive circuit, and the mode of operation of single-chip microcomputer includes refrigeration, heating mode.Namely utilize the air-conditioner temperature control system that single-chip microcomputer designs, can detect in real time and show room temperature, can design temperature, and with room temperature compares, when room temperature is lower than design temperature, system can drive work system to work, when room temperature is higher than design temperature, system can drive refrigeration system to work, and when both temperature are equal, does not do action.Single-chip microcomputer refers to an integrated complete computer on one chip.Although his most of function is integrated on one piece of little chip, but it there is a complete computers required for most of parts include CPU, internal memory, inside and outside bus system, integrated communication interface, intervalometer simultaneously, the ancillary equipment such as real-time clock.
Intelligent air condition includes first communication module, and first be connected with first communication module controls module, and controls, with first, the mode of operation that module is connected.Wherein, first communication module is responsible for receiving server and is sent the operational order of coming, and operational order passes to the first control module, and first controls module is responsible for calling corresponding mode of operation, and mode of operation includes: freezes, heat.First controls to adopt between module and first communication module the communication mode of UART.First communication module is set up with server after network is connected and is such as communicated by tcp/ip communication agreement, is used for receiving execution instruction.First controls module is responsible for calling the control intelligent air condition operation of corresponding mode of operation according to performing instruction, such as control intelligent air condition " starting air conditioner refrigerating 23 degree ", and control first communication module by feedback information such as intelligent air condition working condition information transmission to server, or intelligent air condition receives the query statement of server, and then send running state data to server, and then feedback information can be sent to intelligent earphone to be supplied to user by server.
Further describe operation principle and the structure of intelligent earphone.
Being intelligent earphone structural circuit schematic diagram as shown in Figure 5, intelligent earphone is with processor for core, and processor realizes the work process of whole intelligent earphone is controlled and is processed.After intelligent earphone start powers on, user input voice instruction is transferred acoustical signal to the signal of telecommunication by input circuit and is transferred to processor analyzing and processing, and by this instruction buffer to storage circuit, then locating module and communication module power on, received satellite by GPS receiver module and send the location data of coming, and calculate the longitude and latitude in geographical position residing for self according to the data sent from more than three different satellites；When can not receive satellite-signal, obtain real-time current location by acceleration transducer, electronic compass and gyroscope further with the use of obtaining accurate position data；Current location information is sent to processor through serial ports by locating module, the working time needed for the mode of operation that the dwelling places information of the user being previously stored in storage circuit is corresponding with smart home environment transferred by processor, the startup time of processor real-time computational intelligence domestic environment further, processor timer internal starts countdown；Processor, according to the continuous real-time positioning user's current location information of locating module, constantly adjusts the startup time of smart home environment；When arriving the startup time of smart home environment, processor obtains the network signal situation of current location according to communication module, preferably connect during if any WiFi wireless network, otherwise set up by 3G/4G wireless network and server and connect, and send performing instruction to the designated port of server, the response condition after device to be serviced control smart home environment feeds back to the reason output circuit output of intelligent earphone treated device place by wireless network and plays to user.
It addition, propose the above-mentioned another kind of situation of the present invention to include the embodiment of cloud server, namely all of computing is processed by cloud server, and intelligent earphone simply receives data, sends data and simply process data；For intelligent air condition, the concrete method controlling intelligent air condition includes:
1) phonetic order of user's input is obtained；The phonetic order of user's input is gathered by voice acquisition module, and the phonetic order gathered is sent to cloud server by communication module, received by the receiver module of cloud server, cloud server searches the execution instruction corresponding to phonetic order of coupling by processing module, thus learning that the task that user issues obtains the working time that the mode of operation of intelligent air condition is corresponding with issuing according to user of task；
Such as, user wants to be set to the mode of operation of intelligent air condition: start+operational mode is 23 degree for refrigeration+design temperature, voice acquisition module gathers user and sends the phonetic order of " starting air conditioner refrigerating 23 degree ", the phonetic order " starting air conditioner refrigerating 23 degree " gathered is received by receiver module to cloud server by communication module transmission, cloud server searches corresponding the performing instruction and obtain the working time of correspondence of phonetic order of coupling by processing module, and working time corresponding to all of function is that server is preset and stored beyond the clouds in advance, the times that such as the default startup air conditioner refrigerating stored reaches 23 DEG C of needs are 10 minutes.
2) obtain user's current location information and and intelligent air condition between distance, calculate get home the time；Concrete, after sending phonetic order from user, cloud server obtain user's current location information and and intelligent air condition between distance, calculate user current location from how long position of getting home needs by processing module, the time of such as getting home needs 1 hour；
3) the startup time of computational intelligence air-conditioning；Cloud server compares, by the time and intelligent air condition working time being arrived intelligent air condition by user, the startup time calculating intelligent air condition, thus starting to calculate in real time to send, to intelligent air condition, the remaining time performing instruction；The times reaching 23 ° of needs according to above-mentioned startup air conditioner refrigerating are need 1 hour with the time of getting home in 10 minutes, then the startup time of intelligent air condition is after 50 minutes；
Concrete, when cloud server draws, according to user current location, the time of getting home, and the working time of intelligent air condition is that the mode of operation according to intelligent air condition self obtains, mode of operation includes refrigeration, heat, design temperature, and the different operating time server beyond the clouds according to different mode of operations is pre-set, cloud server judges that user goes home state in moving closer to intelligent air condition, it is continually changing position according to user, and the startup time of countdown computational intelligence air-conditioning, until arriving the startup that when starting the time, execution instruction is transferred to server controls intelligent air condition of intelligent air condition.
But owing to actually road conditions every day is all the wish not being to meet people that is not quite similar, and the road conditions on road are to change unpredictably, there are the various factors of instability, including congestion in road or that the road is clear is without hindrance；Especially, very serious situation of blocking up it is frequently encountered by especially in next peak period, or be out of order etc. temporarily emergency case time cause interim traffic congestion, then get home the time and the startup time be not one and stablize constant, the time of getting home necessarily obtained is not the Preset Time under normal condition；Namely when user arrive time of intelligent air condition and intelligent air condition working time the difference between the two not in preset time range time, by the cloud server real-time computational intelligence starting of air conditioner time, and by sending module, execution instruction is issued to intelligent air condition when arriving the startup time.
Especially, also include by cloud server user in real current location, by processing module calculate user currently get home the time less than or equal to working time of intelligent air condition time, immediately execution instruction is directly issued to intelligent air condition；Such as intelligent air condition refrigeration reaches 20 DEG C of times needed and is 15 minutes and the time of getting home needs 8 minutes, then cloud server sends execution instruction immediately to intelligent air condition startup work；
Or also include the task of completing intelligent air condition work according to user setup timing, and when arriving the startup time, execution instruction is issued to intelligent air condition；Such as user sends instructions down at any time, and such as " startup air-conditioning " or " freezing 20 DEG C ", then execution instruction is issued to intelligent air condition startup work by cloud server.
4) cloud server sends to server and performs instruction；Cloud server sends, to server, the remaining time performing instruction by real-time calculating, and when arriving the startup time of intelligent air condition, by sending module and server, execution instruction is set up wireless network connection, will perform instruction remote transmission to server；Cloud server is set up network by 3G/4G wireless network or WiFi wireless network and server and is connected, it is achieved data interaction；
5) server controls intelligent air condition after receiving execution instruction；Server includes communication unit and control unit as shown in Figure 3, communication unit communicates respectively with cloud server and intelligent air condition, by obtaining the current signal of intelligent air condition, and this current signal is sent the control unit to server, the current signal of intelligent air condition and preset value are compared by control unit, after determining that intelligent air condition is in off position, control unit communication control unit receives the execution instruction of cloud server transmission and execution instruction is handed down to intelligent air condition, and then controls the startup of intelligent air condition and operate the mode of operation of intelligent air condition.
6) response condition controlling intelligent air condition is transferred to cloud server by server；By obtaining the situation of change of the current signal that intelligent air condition gathers, and this current signal is sent to control unit, the current signal of intelligent air condition and preset value are compared by control unit, determine intelligent air condition switch on power in running order after, control unit communication control unit receives the feedback information that intelligent air condition sends, and the response condition of intelligent air condition is transferred to cloud server by communication control unit, and it is transferred to intelligent earphone by cloud server and plays to user by output module.
Use the Intellgent Ear function that the present invention proposes to determine the startup time of smart home environment more accurately according to the distance between user and smart home environment, improve manipulation convenience and the intellectuality of Smart Home, the life being more close to the users；Utilize the speech voice input function of intelligent earphone, by intelligent earphone remote control intelligent household environment, it is intended to the real-time control achieving smart home environment with intelligent earphone for core by inputting phonetic order, also brings different voice for user simultaneously and control the experience of smart home environment in real time.
Embodiment in above-described embodiment can combine further or replace; and embodiment is only that the preferred embodiments of the present invention are described; not the spirit and scope of the present invention are defined; under the premise without departing from design philosophy of the present invention; the various changes and modifications that in this area, technical scheme is made by professional and technical personnel, belong to protection scope of the present invention.
Claims (8)
1. the intelligent earphone that can control smart home environment, it is characterised in that including:
Input module, for the instruction of Gather and input；
Communication module, realizes alternately for connecting with smart home environment or cloud server wireless network；
Locating module, for obtain user's current location information and and smart home environment between distance；
Processor, for managing all modules in intelligent earphone；
Wherein, receive the input instruction that described input module gathers, the distance obtained according to described locating module is calculated user by processor or cloud server and arrives the time of smart home environment, the time arriving smart home environment further according to smart home environment working time and user compares the startup time that obtains, and sends execution instruction by communication module or cloud server to smart home environment when arriving the startup time.
2. a kind of intelligent earphone controlling smart home environment according to claim 1, it is characterized in that, described intelligent earphone includes a memory module, described memory module is preset with Preset Time and fixing startup time, described Preset Time is the time that under normal condition, user arrives smart home environment, and the described fixing startup time is the time starting smart home environment according to this Preset Time described.
3. a kind of intelligent earphone controlling smart home environment according to claim 1, it is characterized in that, described processor or cloud server calculate user and arrive time and the smart home environment working time the difference between the two of smart home environment, when the difference between the two is in preset time range, by communication module or cloud server, execution instruction is issued to smart home environment when arriving the fixing startup time；When the difference between the two is not in preset time range, start the time by the real-time computational intelligence domestic environment of processor or cloud server, and by communication module or cloud server, execution instruction is issued to smart home environment when arriving the startup time.
4. a kind of intelligent earphone controlling smart home environment according to claim 1, it is characterized in that, also include obtaining user current location by locating module, by processor or cloud server calculate user currently get home the time less than or equal to working time of smart home environment time, instant by communication module or cloud server, execution instruction is directly issued to smart home environment；Or also include the task of completing smart home environment work according to user setup timing, and by communication module or cloud server, execution instruction is issued to smart home environment when arriving the startup time；
Preferably, described cloud server includes receiver module, processing module and sending module；Wherein, receiver module receives user's current location information that earphone is uploaded, current location information according to user is calculated the startup time of get home in real time time and smart home environment by processing module, and by sending module, execution instruction is issued to smart home environment when arriving the startup time of smart home environment；
Preferably, the described smart home environment that execution instruction is issued to is by realizing data interaction with server wireless network connection, and then by server controls smart home environment.
5. a kind of intelligent earphone controlling smart home environment according to claim 1, it is characterised in that described input module includes voice acquisition module, described voice acquisition module is for the instruction of Gather and input；Described locating module is the combination of GPS navigator or GPS navigator and acceleration transducer, electronic compass, gyroscope；Described communication module includes 3G/4G mixed-media network modules mixed-media or WiFi network module.
6. a kind of intelligent earphone controlling smart home environment according to claim 5, it is characterized in that, described input module also includes setting module, for the various operational orders of smart home environment being set the quick phonetic order of one_to_one corresponding according to user habit, described smart home environment includes intelligent air condition, Intelligent humidifier, Intelligent purifying device, Intelligent heating；Described quick phonetic order is numeral or alphabetical or combination.
7. a kind of intelligent earphone controlling smart home environment according to claim 1, it is characterised in that also include output module, power module, USB interface, described power module is used for as the electric energy needed for intelligent earphone offer work；Described power module is rechargeable battery；Described output module is for the response condition of feedback intelligent domestic environment；Described USB interface is used for connecting mobile phone and power module being powered.
8. the method that an intelligent earphone controls smart home environment, it is characterised in that including:
S1: user sends instruction to intelligent earphone；
S2: obtain user's current location information and and smart home environment between distance, calculate get home the time；
S3: arrive time of smart home environment according to smart home environment working time and user and compare the startup time of computational intelligence domestic environment；
S4: instruction will be performed when arriving the startup time of smart home environment by network and transmit to smart home environment；
S5: transmitting the response condition controlling smart home environment to intelligent earphone, output is to user；
Preferably, described output is to feed back to user by output module；
Preferably, included by the startup time of step S3 computational intelligence domestic environment:
(1) when user arrive time of smart home environment and smart home environment working time the difference between the two in preset time range time, be considered as the fixing startup time, instruction transmission will be performed to smart home environment；
(2) when the difference between the two is not in preset time range, real-time computational intelligence domestic environment starts the time, and when arriving the startup time, execution instruction is issued to smart home environment；
Preferably, described Preset Time is the time that under normal condition, user arrives smart home environment, the described fixing startup time is the time starting smart home environment according to this Preset Time described, and described Preset Time and described fixing startup time are previously stored；
Preferably, also include user in real current location and calculate user currently get home the time less than or equal to working time of smart home environment time, immediately execution instruction is directly issued to smart home environment；Or complete the task of smart home environment work according to user setup timing, and when arriving the startup time, execution instruction is issued to smart home environment；
Preferably, get home described in time and startup time is processed by the processor in intelligent earphone or cloud server and calculates；
Preferably, described is by realizing data interaction with server wireless network connection by execution instruction transmission to smart home environment, and then by server controls smart home environment；
Preferably, in step sl, sending instruction is the phonetic order by obtaining user's input；
Preferably, in step s 2, user's current location information and and smart home environment between distance be by GPS or GPS and acceleration transducer, electronic compass, gyroscope combination obtain；
Preferably, described network is 3G/4G network or WiFi network.
Preferably, also including setting module, for the various operational orders of smart home environment being set the quick phonetic order of one_to_one corresponding according to user habit, described smart home environment includes intelligent air condition, Intelligent humidifier, Intelligent purifying device, Intelligent heating；Described quick phonetic order is numeral or alphabetical or combination.
Preferably, also including output module, power module, USB interface, described power module is used for as the electric energy needed for intelligent earphone offer work；Described power module is rechargeable battery；Described output module is for the response condition of feedback intelligent domestic environment；Described USB interface is used for connecting mobile phone and power module being powered.
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| CN106331975A (en) * | 2016-08-18 | 2017-01-11 | 上海智臻智能网络科技股份有限公司 | Fault detection method, device and system for intelligent voice interaction equipment |
| CN106656690A (en) * | 2016-11-01 | 2017-05-10 | 宋显峰 | Environment detection method and related device |
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| CN108200492A (en) * | 2017-07-12 | 2018-06-22 | 北京金锐德路科技有限公司 | Voice control optimization method, device and the earphone and wearable device that integrate In-Ear microphone |
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| CN110953663A (en) * | 2019-11-04 | 2020-04-03 | 佛山市云米电器科技有限公司 | Fan with quick heating control function |
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