CN204315077U - A kind of intelligentized omnipotent infrared remote control system - Google Patents
A kind of intelligentized omnipotent infrared remote control system Download PDFInfo
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Abstract
The purpose of this utility model is to provide a kind of intelligentized omnipotent infrared remote control system.The remote control configuration information of various electrical equipment is stored in cloud server, by with local client and multi-mode remote controller synchronisation, realize the object with many a, Remote of control and intelligent set, be supported in cloud server to manage by user account simultaneously, sharing and migration of remote control configuration information can be realized easily.Adopt this system greatly can reduce the time and the cost that make and manage various telepilot, improve intelligent electrical apparatus level.
Description
Technical field
The present invention relates to Infrared Ray Remote Control Technology field, particularly relate to a kind of intelligentized omnipotent infrared remote control system.
Background technology
In life, Infrared Ray Remote Control Technology is widely used in controlling the various equipment such as TV, air-conditioning, DVD, but often with controlled electrical equipment one_to_one corresponding, user needs to buy multiple remote control, causes the wasting of resources.The existing study remote controller that can manipulate multiple electrical equipment on market in addition, can not or lack and cloud server carry out the function handing over family, the manipulation that a telepilot defines is arranged, change one do not carry out the telepilot defined after, also need to re-start definition again, so a lot of inconvenience brought to the use of operator, place definition cannot be met, use the demand of this personalization everywhere.
In addition, existing telepilot lacks automatic programming function, and such as user can not set and adjust the parameters such as the switching time of electrical equipment, and remote control can not learn the use habit of user and automatically set, and lacks robotization and intelligentized function.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of intelligentized omnipotent infrared remote control system.Described omnipotent infrared remote control system comprises following three parts.
(1) multi-mode remote controller: the push-button unit containing equipment mode button and function key, pilot lamp or the display screen of current device pattern can be shown, the Logical processing unit of infrared emission unit is passed to according to Infrared Transmission protocol generation coded signal for the treatment of the remote information of input and user key-press information, store the storage unit of remote control configuration information, send infrared signal to the infrared emission unit of target electric appliance, and realize described multi-mode remote controller remote control and the mutual transport module of cloud server.
(2) cloud server: comprise the device management module that remote control configuration information is managed, the user account management module managed is carried out by cloud user account, equipment use situation is analyzed to the intelligent algorithm module that decision-making is provided, and the transport module of Internet Transmission and encryption and decryption functions is provided.
(3) local client: comprise and module is set according to the remote control of equipment mode configuration multi-mode remote controller, analog telecommand key mapping realizes the local operational module of manipulation target electric appliance, store the storage unit of remote control configuration information, and realize local client and the mutual transport module of cloud server.
Described omnipotent infrared remote control system, is characterized in that, described multi-mode remote controller comprises the remote control equipment of key mapping that use infrared ray transmitting signal, that have mechanical type or touch or electric ink printing.Described remote control configuration information comprises remote control features identification code, equipment mode coding, key mapping combination and function defines, user account, data one or a combination set of.Described equipment mode refers to that needs set respectively for the various situations comprising specific controlled electrical equipment or purposes.Described local client refers to the equipment with storage and computing function, comprises computing machine, mobile phone and mobile internet device.Described cloud server is referred to and to be connected for described local client and multi-mode remote controller provide the webserver of information transmission and interactive function by wired or wireless internet, 2G/3G/4G communication network, comprises transport module, user account management module, device management module and intelligent algorithm module.
Compared to classic method, Advantages found of the present invention is in the following aspects.
The first, the multi-mode remote controller that present system provides, can manipulate multiple electrical equipment according to equipment mode.For equipment vendors, corresponding remote control is developed for each equipment mode (as specific controlled electrical equipment or purposes), all need to spend a large amount of manpower and materials, and after adopting native system, can definition key bit pattern and functional configuration easily, just plurality of devices can be manipulated with a set of remote control, flexibly and easily without the need to changing software kit hardware.
The second, present system is by the function that can realize long-range setting and intelligent distant control alternately of local client and cloud server.Native system utilizes the interactive operation of local client and cloud server, can dynamically arrange the controling parameters of target electric appliance, can also apply high in the clouds intelligent algorithm, the use habit of study user, easily realize adaptive Remote, function is more powerful, uses more convenient.
3rd, present system can realize sharing and move of multi-mode remote controller and equipment mode easily, realizes the object that a place defines, uses everywhere.Multiple remote control is needed to adopt same or similar Equipments Setting, or need the Equipments Setting of old remote control (as key mapping combination and function definition) to move in new remote control, traditional manual method to set up wastes time and energy, and after adopting native system, the remote information of user account management function to user of cloud server can be utilized to manage, realize information sharing and the information transfer of multi-mode remote controller and equipment mode easily.
According to another aspect of the present invention, provide a kind of method realizing long-range setting and intelligent distant control alternately by local client and cloud server, comprise local client select target electrical equipment and the first step of controling parameters (equipment mode setting) is set.Equipment mode configuration information is sent to the second step that cloud server obtains intelligent decision suggestion by local client.User determines final equipment mode parameters according to intelligent decision suggestion, and is sent to the third step of multi-mode remote controller.
According to another aspect of the present invention, a kind of method shared and move realizing multi-mode remote controller and equipment mode is provided, the first step comprising the registration of cloud user account and log in.The management of multi-mode remote controller configuration information, comprises the second step shared or move of multi-mode remote controller equipment mode.Cloud server third step with exit cloud user interface synchronous with local client.
Accompanying drawing explanation
Fig. 1 illustrates a kind of system module Organization Chart according to the embodiment of the present invention.
Fig. 2 illustrates the process flow diagram completing the setting of multi-mode remote controller equipment mode according to a kind of user of the embodiment of the present invention.
Fig. 3 illustrates the process flow diagram completing the combination of multi-mode remote controller key mapping and function definition according to a kind of user of the embodiment of the present invention.
Fig. 4 illustrates to realize the local client process flow diagram synchronous with cloud server and multi-mode remote controller according to a kind of of the embodiment of the present invention.
Fig. 5 is a kind of data structure schematic diagram multi-mode remote controller service data being carried out to intellectual analysis of the present invention.
Fig. 6 be illustrate according to the embodiment of the present invention a kind of realize sharing of multi-mode remote controller and equipment mode and migration process flow diagram.
Embodiment
Before detailed description embodiments of the invention, should be noted that, mention in this article, such as, upper and lower, front and rear, the relational terms of first and second and so on, only be used for differentiation entity or action and another entity or action, and not necessarily require or imply this relation or the order of any reality between this entity or action.And " comprising ", " to comprise " or any other derivative term is intended to contain comprising of nonexcludability, therefore the process comprising a series of key element is made, method or equipment not only comprise these key elements, but also comprise other key elements clearly do not listed, or be these processes, method, or the key element that equipment is intrinsic.
Core concept of the present invention is to provide a kind of intelligentized omnipotent infrared remote control system.The remote control configuration information of various electrical equipment is stored in cloud server, by with local client and multi-mode remote controller synchronisation, realize the object with many a, Remote of control and intelligent set, be supported in high in the clouds to manage by user account simultaneously, sharing and migration of remote control configuration information can be realized easily.Below in conjunction with accompanying drawing and specific embodiment, technical scheme of the present invention is described in detail.
Fig. 1 is a kind of system module Organization Chart of the present invention one most preferred embodiment, is described as follows.
Multi-mode remote controller: the push-button unit containing equipment mode button and function key, pilot lamp or the display screen of current device pattern can be shown, the Logical processing unit of infrared emission unit is passed to according to Infrared Transmission protocol generation coded signal for the treatment of the remote information of input and user key-press information, store the storage unit of remote control configuration information, send infrared signal to the infrared emission unit of target electric appliance, and realize described multi-mode remote controller remote control and the mutual transport module of cloud server.
Cloud server: comprise the device management module that remote control configuration information is managed, the user account management module managed is carried out by cloud user account, equipment use situation is analyzed to the intelligent algorithm module that decision-making is provided, and the transport module of Internet Transmission and encryption and decryption functions is provided.
Local client: comprise and module is set according to the remote control of equipment mode configuration multi-mode remote controller, analog telecommand key mapping realizes the local operational module of manipulation target electric appliance, store the storage unit of remote control configuration information, and realize local client and the mutual transport module of cloud server.
It should be noted that the information transmission between local client, cloud server and multi-mode remote controller, consider the safety and privacy that relate to user profile, need to apply encipher-decipher method in the design of transport module, as used secured socket layer (SSL) agreement, user sensitive information is prevented to be stolen.
Fig. 2 illustrates a kind of process flow diagram completing multi-mode remote controller equipment mode and arrange according to the embodiment of the present invention.
Step 1, multi-mode remote controller and local client are accessed same LAN (Local Area Network) or direct-connected, complete initialization operation.In the present embodiment, described multi-mode remote controller can use wired or wireless interface to access same LAN (Local Area Network) with local client, certainly USB interface also can be used directly to connect, user is after local client working procedure, described multi-mode remote controller can be detected, then local client sends an instruction to multi-mode remote controller, after the transport module of multi-mode remote controller receives this instruction, sends the feature coding of remote control to local client.Local client programmed remote control arranges the feature coding of module according to the remote control received, and inquiry storage unit, obtains existing equipment mode and key mapping syntagmatic.
Step 2, user press equipment mode button.The push-button unit of multi-mode remote controller, according to equipment mode button, finds the scan code corresponding to it, is then dealt into local client by transport module by network.
There is next equipment mode in the inquiry of step 3, local client? local client arranges module polls storage unit by remote control after receiving scan code corresponding to equipment mode button, see to there is next equipment mode?
Step 4, to launch respectively according to whether there is next equipment mode.
If step 4A exists next equipment mode, remote control arranges key mapping combination and the function setting that module just reads this equipment mode from storage unit, is shown in user interface, and this equipment mode is set to current device pattern.
If the next equipment mode of step 4B does not exist, local client user interface jumps out prompted dialog frame, will inquiry user create new equipment mode? if user selects to create new equipment mode, so much mode remote controller enters the state of setting.Prompting user is inputted the title of new equipment pattern by local client, and user can select the mark of remote keying according to demand by mouse click, button or touch manner, complete the definition (referring to Fig. 3) of key mapping combination and functional configuration.
Step 5, remote control arrange module and current remote control layout are synchronized to cloud server, and are applied to the remote control that can customize.
Step 6, local client remote control arrange module and complete after new equipment mode arranges task, and remote-control indicating lamp changes color or remote control display screen demonstrates corresponding equipment mode title.
Step 7, exit local client program.When local client software exits, send an instruction to multi-mode remote controller, after transport module receives this instruction, make multi-mode remote controller enter using state.When multi-mode remote controller bootloader, acquiescence enters using state, when exiting to ensure that local client software is improper, and the normal use of multi-mode remote controller.
Fig. 3 illustrates the process flow diagram completing the combination of multi-mode remote controller key mapping and function definition according to a kind of user of the embodiment of the present invention.Comprise the following steps.
Step 1, local client prompting user creates brand-new key mapping combination and function definition, or the existing key mapping of selective gist producer combines and function definition.Specifically be divided into following two steps.
Step 1A, corresponding the former, local client remote control arranges the remote control schematic diagram of module display standard configuration.
Step 1B, for the latter, local client remote control arranges module can provide producer's existing key mapping combination and function to define.
Step 2, selection according to above-mentioned user, will perform following setting steps respectively.
Step 2A, corresponding the former, on the remote control schematic diagram of standard configuration, user, by " increase ", " deletion ", " amendment " action button, schematic diagram has been clicked the layout of button.If user is by " deletion " action button, schematic diagram is clicked unwanted button, and so these buttons disappear in user interface; User, by " interpolation " action button, schematic diagram is clicked the new button of needs, and arranges function mark corresponding to these buttons; User, by " amendment " action button, schematic diagram is clicked the button needing amendment, and revises function mark corresponding to these buttons.
Step 2B, for the latter, arrange module in local client remote control, after user selects device type, manufacturer, model, local client is sent to cloud server inquiry.Enter next step if inquired, otherwise return step 1.
Step 3, selection according to above-mentioned user, will perform following setting steps respectively.
Step 3A, corresponding the former, the layout of button is synchronized to multi-mode remote controller by local client, then presses waveform copy mode, completes the study of producer's distant control function.
Step 3B, for the latter, cloud server returns the corresponding remote control of storage, and local client shows the remote control schematic diagram of this configuration, is synchronized to definable remote control and applies corresponding infrared coding form.
If step 4, user complete all operations, can the memory module of current configuration store in local client and multi-mode remote controller by " exiting " button, and exit remote control user interface is set.If do not completed, so turn back to step 1 and continued remaining operation until all operations completes.
It should be noted that in such scheme, it is method the most simply and easily that the existing key mapping combination of selective gist producer and function define for user.Such user does not need to define one by one each button, saves a lot of time.This method depends on server beyond the clouds and has stored a large amount of various brands and the remote control configuration information of model.When the remote control of certain new appliance emerges, carry out the renewal of a remote control equipment by server beyond the clouds, just can be used by the client of huge numbers of families.
Fig. 4 is that the present invention one most preferred embodiment a kind of realizes local client, the multi-mode remote controller process flow diagram synchronous with cloud server.Comprise the following steps.
Step 1, local client start synchronizing function.This function can when local client program starts or the time of exiting automatically run, also manually can be run by user in local client user interface.
Can step 2, local client detect be connected to cloud server? local client sends instructions to cloud server by wired or wireless internet or 2G/3G/4G communication network; obtain the feedback information of successful connection; expression to connect, and enters next step; If all failed after attempting three times, so represent and cannot connect, program exits.
Step 3, local client detect same LAN (Local Area Network) or the remote control that directly connects and obtain the feature coding of remote control, according to the storage unit of feature coding inquiry local client, obtain the one or more equipment modes be associated with this remote control and encode.
The feature coding of described remote control and equipment mode coding are sent to cloud server by step 4, local client transport module, the device management module of cloud server inquires about corresponding remote control and the version number of equipment mode configuration information accordingly, and returns to local client by transport module.
Step 5, local client remote control arrange module by the version number of remote control configuration information that passes back compared with the version number of local remote control configuration information.If the version in high in the clouds is higher, so by the storage unit of the remote control configuration information update of cloud server to local client.If the version updating of this locality, so by the remote control configuration information in local client storage unit, be updated to the device management module of cloud server.
It should be noted that the version number specific to remote control configuration information, can be the identifier being changed by each remote control configuration information and generate in order, its certain specific remote control configuring condition of representative of uniqueness can comprise the equipment mode of specifying and key mapping in this mode combines and function setting.Such as, family has newly increased target electric appliance, local client A define the new equipment mode of multi-mode remote controller and corresponding key mapping combination and function setting, compared with being configured with the remote control in high in the clouds by synchronizing function, the version number of result this locality is higher than the version number in high in the clouds, so the equipment mode just newly defined this locality and the combination of corresponding new key mapping and function setting are updated to the device management module of cloud server.Local client B finds after starting that local version number is lower than the version number in high in the clouds, so equipment mode new for multi-mode remote controller and configuration information are downloaded to this locality by synchronous operation, realizes the remote control to the target electric appliance newly increased subsequently.
Fig. 5 of the present inventionly a kind ofly carries out to Operation Log data the data structure schematic diagram that intellectual analysis provides decision recommendation.Be described as follows.
Table one, Operation Log table lists the various operations performed by multi-mode remote controller in chronological order.Comprise and can customize, the feature coding of remote control, equipment mode is encoded, and distant control function is encoded, the exact date of straighforward operation and time.
Table two, Function Classification table lists distant control function coding and corresponding distant control function type, and such as, the function type that coding 018H is corresponding is start.
Table three, time subdivision indicator, to the time of straighforward operation record, is resolved by the division of different time unit, and what day such as, month corresponding to this running time is when, and whether the same day is the information such as festivals or holidays.
Like this, after user uses described multi-mode remote controller system a period of time, the intelligent algorithm module of cloud server can from the Operation Log being stored in high in the clouds, draw this user use a certain function of designated equipment Pattern completion of multi-mode remote controller Annual distribution (using morning every day 0:00 point as starting point, start to calculate by the number of minutes), such as can obtain the time interocclusal record that user opens air conditioner refrigerating in the past for month, then carry out intellectual analysis as follows.
Step 1, the factor supposed not consider festivals or holidays, do not distinguish working day and weekend, the running time of air conditioner refrigerating meets normal distribution, goes out degree of bias S and kurtosis K by following formulae discovery:
,
Wherein
standard deviation,
it is center, the n rank square of Annual distribution X.
Whether step 2, the sample data of collecting for inspection can be thought from normal population, and application Jarque-Bera statistic calculates, and formula is as follows:
Wherein n is number of samples.
Step 3, we for critical value, if the JB>5.99 calculated, then refuse null hypothesis with insolation level 5%, namely sequence disobeys normal distribution, at this moment need to distinguish working day and weekend, return step 1, sample data be divided into working day and weekend two class calculate respectively; If JB result is still bigger than normal, considers factor festivals or holidays so again, return step 1, calculating etc. rejecting festivals or holidays in sample data again, the classification of so continuous sub-dividing operations time, until meet critical condition.Now we can draw the sample average of normal distribution with following formula:
Step 4, according to above-mentioned sample average, a with due regard to lead, as the working time of intelligent recommendation.Such as step 3 show over that averaging time that month family opens air conditioner refrigerating, to be working day be the 718th minute or the morning 11:58 am, weekend be the 718th minute or the morning 10:32 am, so consider that refrigeration cool-down needs 5 minutes leads, is modified to 11:53 am (Monday is to five) and 10:27 am (weekend) start-up time of so advising.
Step 5, the working time suggestion of pointing out for cloud server, user can audit, and determines the need of amendment, is then applied to the configuration information of multi-mode remote controller, like this, multi-mode remote controller just can manipulate target electric appliance according to the schedule of setting automatically, realizes intelligent remote control.
Fig. 6 be the present invention one most preferred embodiment a kind of by cloud service realize sharing of multi-mode remote controller and equipment mode and migration process flow diagram.Comprise the following steps.
Step 1, user start cloud user function from local client user interface, enter cloud user interface.The cloud user account if user has not yet registered, so needs to click " registration " button and completes registration.If user has registered or had cloud user account, so directly account can be inputted and password logs in.
After step 2, login cloud account, user can perform following three steps respectively by clicking menu.
Step 2A, user account manage.Here user can safeguard self accounts information, the amendment of such as username and password.
Step 2B, equipment information management.The user's operation that can add multi-mode remote controller, delete and revise here, wherein add under function directly can join user account the remote control be connected with local client and manage, deletion can delete unwanted remote control existing under user account, whether amendment can be modified to the information of remote control, as stored etc. the Operation Log information of this remote control.
Step 2C, equipment mode manage.Here user can revise the equipment mode of multi-mode remote controller under cloud account, realizes sharing and migration of equipment mode.Equipment mode shared is the remote control by existing equipment mode being shared under cloud account other, and other remote control is without the need to carrying out loaded down with trivial details setting like this, just automatically can obtain the remote control layout comprising key mapping combination and function setting.The migration of equipment mode is the remote control by existing equipment mode being transferred under cloud account other, can realize like this inheriting from old remote control the object that then all functions transfer to new remote control automatically.
Step 3, complete aforesaid operations after, user can click " exiting " button, the webserver will preserve the configuration information of cloud account automatically, and is synchronized to local client by transport module, then exits cloud user function interface.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.Every utilize instructions of the present invention and accompanying drawing content to do equivalent structure or the conversion of equivalent flow process, or be directly or indirectly used in other correlative technology fields, be all in like manner included in scope of patent protection of the present invention.
Claims (6)
1. an intelligentized omnipotent infrared remote control system, is characterized in that described system comprises
(1) multi-mode remote controller: comprise the push-button unit containing equipment mode button and function key, pilot lamp or the display screen of current device pattern can be shown, the Logical processing unit of infrared emission unit is passed to according to Infrared Transmission protocol generation coded signal for the treatment of the remote information of input and user key-press information, store the storage unit of remote control configuration information, send infrared signal to the infrared emission unit of target electric appliance, and realize described multi-mode remote controller and the mutual transport module of cloud server;
(2) cloud server: comprise the device management module that remote control configuration information is managed, the user account management module managed is carried out by cloud user account, equipment use situation is analyzed to the intelligent algorithm module that decision-making is provided, and the transport module of Internet Transmission and encryption and decryption functions is provided;
(3) local client: comprise and module is set according to the remote control of equipment mode configuration multi-mode remote controller, analog telecommand key mapping realizes the local operational module of manipulation target electric appliance, store the storage unit of remote control configuration information, and realize local client and the mutual transport module of cloud server.
2. the system as claimed in claim 1, is characterized in that, described multi-mode remote controller comprises the remote control equipment of key mapping that use infrared ray transmitting signal, that have mechanical type or touch or electric ink printing.
3. the system as claimed in claim 1, is characterized in that, described remote control configuration information comprises remote control features identification code, equipment mode coding, key mapping combination and function defines, user account, data one or a combination set of.
4. the system as claimed in claim 1, is characterized in that, described equipment mode refers to that needs set respectively for the various situations comprising specific controlled electrical equipment or purposes.
5. the system as claimed in claim 1, is characterized in that, described local client refers to the equipment with storage and computing function, comprises computing machine, mobile phone and mobile internet device.
6. the system as claimed in claim 1, it is characterized in that, described cloud server is referred to and to be connected for described local client and multi-mode remote controller provide the webserver of information transmission and interactive function by wired or wireless internet or 2G/3G/4G communication network, comprises transport module, user account management module, device management module and intelligent algorithm module.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105006139A (en) * | 2014-11-18 | 2015-10-28 | 西安百利信息科技有限公司 | System and method for realizing intelligent infrared remote control |
| CN105206023A (en) * | 2015-09-23 | 2015-12-30 | 广州酷狗计算机科技有限公司 | Equipment remote control method, system and device |
| CN106708121A (en) * | 2015-11-13 | 2017-05-24 | 广东美的生活电器制造有限公司 | Kettle system, control terminal, kettle, and control method thereof |
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2014
- 2014-11-18 CN CN201420691717.0U patent/CN204315077U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105006139A (en) * | 2014-11-18 | 2015-10-28 | 西安百利信息科技有限公司 | System and method for realizing intelligent infrared remote control |
| CN105206023A (en) * | 2015-09-23 | 2015-12-30 | 广州酷狗计算机科技有限公司 | Equipment remote control method, system and device |
| CN106708121A (en) * | 2015-11-13 | 2017-05-24 | 广东美的生活电器制造有限公司 | Kettle system, control terminal, kettle, and control method thereof |
| CN106708121B (en) * | 2015-11-13 | 2020-09-29 | 广东美的生活电器制造有限公司 | Kettle system, control terminal, kettle and control method thereof |
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