CN103426279A - Household appliance implementation method based on intelligent mobile terminal control - Google Patents
Household appliance implementation method based on intelligent mobile terminal control Download PDFInfo
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Abstract
The invention provides a household appliance implementation method on the basis of intelligent mobile terminal control. The method comprises the following steps: step one, a signal conversion device is provided, and the infrared coded data of relevant household appliances is learnt by the signal conversion device; step two, an intelligent mobile terminal and a household appliance are provided, the intelligent mobile terminal is paired with the signal conversion device, an application program is placed inside the intelligent mobile terminal, and corresponding infrared coded data is learnt by the application program; step three, instruction information is sent to the signal conversion device by the intelligent mobile terminal in a wireless communication manner; step four, the instruction information is received and analyzed by the signal conversion device, and according to analyzed results, the signal conversion device selects corresponding infrared coded data and then sends the corresponding infrared coded data to the household appliance by adopting a timing transmission mode, an immediate transmission mode or a delay transmission mode; step five, the household appliance receives the infrared coded data and executes corresponding function according to the infrared coded data.
Description
Technical field
The present invention relates to the household electrical appliance control field, relate in particular to a kind of implementation method of controlling household electrical appliance based on intelligent mobile terminal.
Background technology
Household electrical appliance mainly refer to the various Electrical and Electronic utensils that use in family and similar site, claim again civil electric appliance, daily-use electrical appliance.Household electrical appliance free people from heavy, trifling, time-consuming housework, for the mankind have created more comfortable grace, more have been conducive to able-bodied live and work environment, colourful entertainment condition is provided, has become the necessity of Modern Family's life.Along with scientific and technological development and national policy are encouraged (as household electrical appliances are gone to the countryside etc.), the household electrical appliance that family is equipped with are more and more, and kind is more and more complete.Currently marketed household electrical appliance all use hand-held Infrared remote controller, press the physical button on hand-held Infrared remote controller by finger, after the coding of hand-held Infrared remote controller is processed, adopt infrared signal to send, receiving end is decoded to realize corresponding action command as televisor after receiving this infrared signal.Thereby, traditional hand-held Infrared remote controller has characteristic one to one, each manufacturer limits and only identifies a hand-held Infrared remote controller by device id, a hand-held Infrared remote controller can only be controlled household electrical appliance, poor compatibility, even on current market, common universal remote control also can only be controlled several prods, can not accomplish real omnipotent, and can not be controlled the product of new listing, can't accomplish the purpose of numerous hand-held Infrared remote controller unifications, the user uses operation inconvenience, often there will be the situation that looks about hand-held Infrared remote controller, and, increase along with the household electrical appliance kind, the quantity of hand-held Infrared remote controller is also more and more, the space of putting also and then increases.
On the other hand, along with the development of mobile phone industry and popularizing of smart mobile phone, mobile phone has become the equipment of staff indispensability.It is subject to people's favor with fashion, the function such as portable, multi-functional, recreational.Smart mobile phone (Smartphone) refers to " as PC; have independently operating system; can be by user's program that the third party such as mounting software, game service provider provides voluntarily, and can realize by mobile communication network the general name of such class mobile phone of wireless network access ".According to " 2013-2017 China's smart mobile phone industry market demand forecast and the report of investment strategy planning application " estimation, the first three quarters in 2012, whole world smart phone user sum has been broken through 1,000,000,000 high pointes, 700,000,000 families and the customer volume of 2011 the first three quarters is only had an appointment, this shows, the potentiality of smart mobile phone market and auxiliary device thereof are inestimable.
Summary of the invention
The object of the present invention is to provide a kind of method of controlling household electrical appliance based on intelligent mobile terminal, the remote control equipment of having unified household electrical appliance, adopt intelligent mobile terminal used in everyday to control household electrical appliance, easy to use, quick, simultaneously, can avoid using a plurality of hand-held Infrared remote controller, save a large amount of spaces.
For achieving the above object, the invention provides a kind of implementation method of controlling household electrical appliance based on intelligent mobile terminal, comprise the following steps:
This chromacoder comprises: control module, and the power module, memory module, the first wireless communication module, the second wireless communication module, the 3rd wireless communication module and the clock module that are electrically connected with control module respectively; Described power module also is electrically connected with memory module, the first wireless communication module, the second wireless communication module and clock module respectively, described the first wireless communication module is infrared transmission module, described memory module is for storing the infrared coding data of having learnt, described the 4th wireless communication module is infrared receiving module, described control module carries out infrared coding study by this infrared receiving module, and the infrared coding that will obtain by study is stored in memory module; Described intelligent mobile terminal comprises one the 4th wireless communication module.
Described the 3rd wireless communication module adopts the HS0038 infrared receiving terminal.
At the 4th wireless communication module described in step 3 and described the second wireless communication module, establish a communications link, the user selects the order button of service required on intelligent mobile terminal, and described intelligent mobile terminal sends to control module by the second, the 4th wireless communication module by this order button information.
Described control module study infrared coding is low and high level and the duration thereof of recording infrared signal, and then forms the infrared coding data; In described step 4, control module adopts the carrier signal self produced to be modulated the infrared coding data of obtaining from memory module, and the frequency of described carrier signal is 38Hz.
Described second, communication mode between the 4th wireless communication module is Bluetooth communication, described the second wireless communication module adopts universal bluetooth single channel serial communication modular, described intelligent mobile terminal sends instruction by the 4th wireless communication module to this universal bluetooth single channel serial communication modular, after receiving instruction, this universal bluetooth single channel serial communication modular sends to control module by serial port, control module is resolved verification to this instruction, realize infrared learning function and infrared timed sending function, described the second wireless communication module adopts closely single-pass list bluetooth serial ports communication module group of HHW-UART-S10 type.
Communication mode between described the second, the 4th wireless communication module is wifi communication.
The inside Flash storer that described memory module is control module.
The form of described storage module stores infrared coding data is: frame head-numbering-data length-infrared data-function code-transmitting time-remarks-postamble.
Described household electrical appliance are televisor, Set Top Box or air-conditioning; The operating system of described intelligent mobile terminal is ios system or Android system, and described intelligent mobile terminal is smart mobile phone or panel computer.
Beneficial effect of the present invention: the method for controlling household electrical appliance based on intelligent mobile terminal of the present invention, utilize the infrared signal that the learning functionality of infrared signal can each hand-held Infrared remote controller of stored record, after the button study that each hand-held Infrared remote controller is often used, just can control all household electrical appliances by intelligent mobile terminal used in everyday, easy to use, fast, can avoid using a plurality of hand-held Infrared remote controller, save a large amount of spaces, simultaneously, also can record the ID code for infrared signal identification, can not make electrical appliance the situation of misoperation occur.
In order further to understand feature of the present invention and technology contents, refer to following about detailed description of the present invention and accompanying drawing, yet accompanying drawing only provide with reference to and the explanation use, not be used for the present invention is limited.
The accompanying drawing explanation
Below in conjunction with accompanying drawing, by the specific embodiment of the present invention is described in detail, will make technical scheme of the present invention and other beneficial effect apparent.
In accompanying drawing,
Fig. 1 the present invention is based on the process flow diagram that intelligent mobile terminal is controlled the method for household electrical appliance;
Fig. 2 the present invention is based on the module composition schematic diagram that intelligent mobile terminal is controlled the method for household electrical appliance;
The circuit diagram that Fig. 3 is the 3rd wireless communication module of chromacoder in the present invention;
The circuit diagram that Fig. 4 is the first wireless communication module of chromacoder in the present invention;
The circuit diagram when communication mode that Fig. 5 is chromacoder the second wireless communication module in the present invention is Bluetooth communication;
The schematic diagram that the control module that Fig. 6 is chromacoder in the present invention is modulated the infrared coding data;
Fig. 7 is workflow schematic diagram in chromacoder in the present invention.
Embodiment
Technological means and the effect thereof for further setting forth the present invention, taked, be described in detail below in conjunction with the preferred embodiments of the present invention and accompanying drawing thereof.
Refer to Fig. 1, Fig. 2 and Fig. 7, the invention provides a kind of implementation method of controlling household electrical appliance based on intelligent mobile terminal, comprise the following steps:
This chromacoder 20 comprises: control module 22(MCU), and the power module 25, memory module 24, the first wireless communication module 23, the second wireless communication module 28, the 3rd wireless communication module 26 and the clock module 27 that are electrically connected with control module 22 respectively; Described power module 25 also is electrically connected with memory module 24, the first wireless communication module 23, the second wireless communication module 28, the 3rd wireless communication module 26 and clock module 27 respectively.Described the 3rd wireless communication module 26 also is electrically connected with power module 25, it is specially infrared receiving module, described control module 22 carries out infrared coding study by this infrared receiving module, and the infrared coding data storing that will obtain by study is in memory module 24.Refer to Fig. 3, its circuit diagram that is the 3rd wireless communication module 26, described the 3rd wireless communication module 26 comprises an infrared receiving terminal CON and a capacitor C 1, described infrared receiving terminal CON has the first to the 3rd pin 1,2,3, described capacitor C 1 is electrically connected between the 3rd pin 3 and ground wire, and described the 3rd pin 3 also is electrically connected to working power, described the second pin 2 ground connection, described the first pin 1 is as signal output part, and described infrared receiving terminal CON preferably adopts the HS0038 infrared receiving terminal.Described HS0038 infrared receiving terminal is a kind of integrated circuit that integrates infrared receiver, amplification, shaping, without any need for element, just can complete from infrared receiver to output and transistor-transistor logic integrated circuit (TTL, Transistor-Transistor Logic) all working of level signal compatibility, and volume and common plastic packaging triode size are similar.The signal output part of described HS0038 infrared receiving terminal is high level when there is no infrared signal, it when receiving infrared signal, is low level, therefore, control module 22 reads the variation of the low and high level on this signal output part and stores the transformation period of each low and high level, can complete the study of infrared coding.The height of the single-chip microcomputer dominant frequency that the transformation period recorded adopts according to control module can reach zero point several microseconds to several microseconds, and this precision can meet the accuracy requirement of the infrared encoded signal of 38KHz fully.
Described the first wireless communication module 23 is infrared transmission module, for communicating by letter with household electrical appliance.Refer to Fig. 4, its physical circuit figure that is described the first wireless communication module 23, the main infrarede emitting diode D1 that adopts, as infrarede emitting diode SE303 or infrarede emitting diode PH303, and control infrarede emitting diode D1 generation light modulated by triode Q8050, and then the increasing transmitting range, be specially the pulse voltage that applies certain frequency on triode Q8050.
Described memory module 24 is for storing the infrared coding data of having learnt, follow-up use certain learnt function the time, directly from memory module 24, call and get final product, without relearning, and described memory module 24 has data power down hold function, can not cause the loss of data of having stored because of system cut-off.Described memory module 24 can extend out independent setting, also can adopt the inside Flash storer of control module 22 to realize.Because of the data volume stored little, therefore in the situation that satisfy the demands, described memory module 24 preferably adopts the inside Flash storer of control module 22 to realize, without outer extension memory.The form that described memory module 24 stores the infrared coding data is: frame head-numbering-data length-infrared data-function code-transmitting time-remarks-postamble, and according to actual needs, infrared coding data layout particular content is:
1, frame head---55AA starts;
2, numbering---two bytes, for the foundation as retrieve data;
3, data length---nybble;
4, infrared data---length is determined according to different telepilots, and content is: level type (just)-duration-level type (just)-duration, according to this form, circulate down, until changing, finishes the level of this instruction;
5, function code---definition sending mode: timed sending, transmission immediately or time delay send;
6, transmitting time---binding function code is used, the time of countdown, time regularly etc.;
7, remarks---for returning to mobile phone, the prompting user has completed any function.In the time of the inherent infrared coding study of these remarks, can input together;
8, postamble---AA55 stores ED.
Described intelligent mobile terminal 30 comprises one the 4th wireless communication module 32, and described the 4th wireless communication module 32 is for communicating by letter with the second wireless communication module 28.
The operating system of described intelligent mobile terminal 30 is preferably ios system or Android system, but is not limited to this.Same, described intelligent mobile terminal 30 is preferably smart mobile phone or panel computer, but is not limited to this, and every intelligent mobile terminal with bluetooth or wifi communication function has and meets the demands.Described household electrical appliance 40 are the household electrical appliance such as televisor, Set Top Box or air-conditioning.
Communication mode between described the second, the 4th wireless communication module 28,32 is Bluetooth communication or wifi communication, in addition, described intelligent mobile terminal 30 and chromacoder 20 can also be by intelligent mobile terminal 30(as mobile phones) usb host (USB Host) function the USB infrared equipment has been operated to communication function.Refer to Fig. 5, when described second, the 4th wireless communication module 28, when the communication mode between 32 is Bluetooth communication, described the second wireless communication module 28 adopts universal bluetooth single channel serial communication modular, described intelligent mobile terminal sends instruction by the 4th wireless communication module 32 to this universal bluetooth single channel serial communication modular, after receiving instruction, this universal bluetooth single channel serial communication modular sends to control module 22 by serial port, verification is resolved in 22 pairs of these instructions of control module, realize the functions such as infrared learning function and infrared timed sending, accordingly, described the 4th wireless communication module 32 is also bluetooth communication, the user controls the 4th wireless communication module 32 by the bluetooth serial ports software on intelligent mobile terminal 30 " bluetooth serial ports communication assistant " and sends instruction to the second wireless communication module 28.Described the second wireless communication module 28 preferably adopts closely single-pass list bluetooth serial ports communication module group of HHW-UART-S10 type.
Concrete, described the 4th wireless communication module 32 establishes a communications link with described the second wireless communication module 28, the user selects the order button of service required on intelligent mobile terminal 30, and described intelligent mobile terminal 30 sends to control module 22 by second, third wireless communication module 28,30 by this order button information
Software corresponding to described intelligent mobile terminal 30 operation, the user can select corresponding order button according to required service touch screen, can be to the command information that send of 20 need of chromacoder.
In this step, described chromacoder 20 recalls corresponding infrared coding data from memory module 24 according to analysis result, and carries out the signal reduction by 23 pairs of these infrared coding data of the first wireless communication module, and sends to household electrical appliance 40.
As shown in Figure 7, after inner each module of described chromacoder 20 initialization, determine whether timed task according to the command information received, if timed task, described control module 22 utilizes clock module 27 signal after control module 22 frequency divisions to start timing, extract required infrared coding data while arriving the schedule time from memory module 24, and these infrared coding data are sent to household electrical appliance 40, repeat the order button information that receives; If not timed task determines whether to learn the infrared coding instruction, if the instruction of study infrared coding, start the 4th wireless communication module 26, received infrared coding, and by the infrared coding data storing that obtains to memory module 24, and be back to and determine whether the learn command place; If not study infrared coding instruction, determine whether firing order, if firing order, this order button information is resolved, and extract the infrared coding data according to analysis result from memory module 24, these infrared coding data are sent to household electrical appliance 40, and be back to and determine whether the firing order place; If not firing order repeats the order button information that receives.
Refer to Fig. 4 and Fig. 6, when described chromacoder 20 emission infrared rays go to control corresponding household electrical appliance 40, the distance of its emission is directly proportional to emissive power.In order to increase the ultrared command range of emission, infrarede emitting diode preferably works in pulse condition, because effective transmitting range of pulsating (light modulated) is directly proportional to the peak point current of pulse, and then only need improve peak point current as far as possible, just can increase the command range of the infrared light of emission.Improving the method for peak point current, is to reduce pulse duty factor, i.e. the width of compression pulse.Make infrarede emitting diode produce light modulated, only need on triode Q8050, add the pulse voltage of certain frequency.Specifically, described control module 22 adopts the carrier signal self produced to be modulated the infrared coding data of obtaining from memory module 24, and the frequency of described carrier signal is 38Hz.
Described household electrical appliance 40 receive the signal after the first wireless communication module 23 reduction, and carry out corresponding function.
By this chromacoder 20, we can be by intelligent mobile terminal 30(used in everyday as smart mobile phone, panel computer etc.) control various household electrical appliance, easy to use, quick, brought huge facility to people's life, simultaneously, can avoid using a plurality of hand-held Infrared remote controller, save a large amount of spaces.
In sum, the method of controlling household electrical appliance based on intelligent mobile terminal of the present invention, utilize the infrared signal that the learning functionality of infrared signal can each hand-held Infrared remote controller of stored record, after the button study that each hand-held Infrared remote controller is often used, just can control all household electrical appliances by intelligent mobile terminal used in everyday, easy to use, quick, can avoid using a plurality of hand-held Infrared remote controller, save a large amount of spaces, simultaneously, also can record the ID code for infrared signal identification, can not make electrical appliance the situation of misoperation occur.
The above, for the person of ordinary skill of the art, can make other various corresponding changes and distortion according to technical scheme of the present invention and technical conceive, and all these changes and distortion all should belong to the protection domain of the claims in the present invention.
Claims (10)
1. an implementation method of controlling household electrical appliance based on intelligent mobile terminal, is characterized in that, comprises the following steps:
Step 1, provide a chromacoder, described chromacoder to learn the infrared coding data of associated household appliance;
Step 2, provide an intelligent mobile terminal and household electrical appliance, and this intelligent mobile terminal and chromacoder are matched, described intelligent mobile terminal is built-in with the application program of learning corresponding infrared coding;
Step 3, described intelligent mobile terminal send command information with communication to chromacoder;
Step 4, described chromacoder receive this command information and are resolved, select corresponding infrared coding data according to analysis result, and select to adopt the timed sending mode, send mode or time delay send mode send to household electrical appliance by these infrared coding data immediately;
Step 5, described household electrical appliance receive this infrared coding data, and carry out corresponding function according to these infrared coding data.
2. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 1, it is characterized in that, this chromacoder comprises: control module, and the power module, memory module, the first wireless communication module, the second wireless communication module, the 3rd wireless communication module and the clock module that are electrically connected with control module respectively; Described power module also is electrically connected with memory module, the first wireless communication module, the second wireless communication module and clock module respectively, described the first wireless communication module is infrared transmission module, described memory module is for storing the infrared coding data of having learnt, described the 4th wireless communication module is infrared receiving module, described control module carries out infrared coding study by this infrared receiving module, and the infrared coding that will obtain by study is stored in memory module; Described intelligent mobile terminal comprises one the 4th wireless communication module.
3. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, is characterized in that, described the 3rd wireless communication module adopts the HS0038 infrared receiving terminal.
4. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, it is characterized in that, at the 4th wireless communication module described in step 3 and described the second wireless communication module, establish a communications link, the user selects the order button of service required on intelligent mobile terminal, and described intelligent mobile terminal sends to control module by the second, the 4th wireless communication module by this order button information.
5. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, is characterized in that, described control module study infrared coding is low and high level and the duration thereof of recording infrared signal, and then forms the infrared coding data; In described step 4, control module adopts the carrier signal self produced to be modulated the infrared coding data of obtaining from memory module, and the frequency of described carrier signal is 38Hz.
6. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, it is characterized in that, described second, communication mode between the 4th wireless communication module is Bluetooth communication, described the second wireless communication module adopts universal bluetooth single channel serial communication modular, described intelligent mobile terminal sends instruction by the 4th wireless communication module to this universal bluetooth single channel serial communication modular, after receiving instruction, this universal bluetooth single channel serial communication modular sends to control module by serial port, control module is resolved verification to this instruction, realize infrared learning function and infrared timed sending function, described the second wireless communication module adopts closely single-pass list bluetooth serial ports communication module group of HHW-UART-S10 type.
7. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, is characterized in that, the communication mode between described the second, the 4th wireless communication module is wifi communication.
8. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, is characterized in that the inside Flash storer that described memory module is control module.
9. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 2, it is characterized in that, the form of described storage module stores infrared coding data is: frame head-numbering-data length-infrared data-function code-transmitting time-remarks-postamble.
10. the implementation method of controlling household electrical appliance based on intelligent mobile terminal as claimed in claim 1, is characterized in that, described household electrical appliance are televisor, Set Top Box or air-conditioning; The operating system of described intelligent mobile terminal is ios system or Android system, and described intelligent mobile terminal is smart mobile phone or panel computer.
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| CN108174456A (en) * | 2017-12-30 | 2018-06-15 | 武汉领普科技有限公司 | Passive and wireless switchs transmitter and receiver remote match method and receiver |
| CN108777403A (en) * | 2018-05-24 | 2018-11-09 | 淮阴工学院 | Closed loop intelligent infrared ray remote control socket |
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| CN110602144A (en) * | 2019-09-30 | 2019-12-20 | 广东易百珑智能科技有限公司 | Signal adapter and control method of terminal device |
| CN112698576A (en) * | 2019-10-22 | 2021-04-23 | 广东美的制冷设备有限公司 | Control method, device, system and equipment of household appliance |
| CN112698576B (en) * | 2019-10-22 | 2024-03-19 | 广东美的制冷设备有限公司 | Control method, device, system and equipment for household appliances |
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Application publication date: 20131204 |