CN100507969C - Selective intelligent remote control system and method - Google Patents
Selective intelligent remote control system and method Download PDFInfo
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- CN100507969C CN100507969C CNB200610109436XA CN200610109436A CN100507969C CN 100507969 C CN100507969 C CN 100507969C CN B200610109436X A CNB200610109436X A CN B200610109436XA CN 200610109436 A CN200610109436 A CN 200610109436A CN 100507969 C CN100507969 C CN 100507969C
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Abstract
The utility model relates to an intelligent remote control system and method with directional selection functions which combine the infrared communication technology with the short-range wireless communication technology. A piece of controlled equipment is activated by the emission directionality of the infrared signals, and data connections are arranged through the advanced short-range wireless communication technology, so as to realize the short-range wireless remote control. The utility model comprises a remote control module and a middle module, wherein, the remote control module is used to directionally select the controlled equipment, receive, interpret and show the whole function menu and current state information of the controlled equipment conveyed by the middle module, and send wireless control instructions to the middle module; the middle module is connected with the controlled equipment, and used to send the whole function menu and current state information of the controlled equipment to the remote control module, receive and process infrared activation signals sent by an infrared selection module, receive, interpret and translate the wireless control instructions sent by the remote control module, and convey control signals to the controlled equipment; each time the short-range wireless data connections are arranged between the middle module and the remote control module, the whole function menu of the controlled equipment is conveyed to the remote control module. The utility model has the advantages of enabling the intelligent match between the remote-control unit and the controlled equipment, and realizing safe and convenient wireless control of a plurality of equipments for different users.
Description
Technical field
The present invention relates to a kind of telechirics, particularly relate to a kind of with infrared communication and short-distance wireless communication combine can compatible all kinds equipment the intelligent remote control system with directed selection function.
Background technology
Present widely used telepilot, most infrared communication modes that adopt.Infra-red remote control, technology is simple, uses friendly interface, and cost is low.But because household electrical appliances production firm is numerous, same a kind of household electrical appliances of each manufacturer have multiple different model again, different home appliances has different separately functions again, the telepilot of each home appliance is difficult to general, reason is that the simple infrared ray that utilizes is controlled a lot of technological deficiencies, at first, when using infrared remote controller control household electrical appliances, infrared transmitter can not have any blocking on the optical path between the receiver.Secondly, infrared signal is directed the transmission, when using remote control control household electrical appliances at every turn, and the direction of all necessary aiming household electrical appliances.In addition, infrared signal can only unidirectional delivery.Control signal all is to send from remote control, is received by controlled household electrical appliances, does not have the signal feedback from controlled household electrical appliances.
In order to allow same Infrared remote controller can control a plurality of home appliances, two kinds of existing solutions, universal remote control and multi-purpose learning remote control are arranged.
On the market a variety of omnipotent Infrared remote controller are arranged now, a complete set of infrared remote-controlled signal of all kinds of household electrical appliances of hundreds of kind has been stored in this telepilot the inside, sets correct remote control mode by modes such as input code or scannings.This telepilot is not omnipotent in fact, if certain electrical equipment employing is one group of brand-new infrared remote coding, does not have in control signal storehouse that its is preserved in advance, just can not control; And this kind telepilot setting trouble, in a hundreds of code, brand and the model according to household electrical appliances select correct code, many times need to search for and make repeated attempts and just can find correct setting pattern; In addition, this telepilot is difficult to freely switch between a plurality of electrical equipment, need pick out own needs when a plurality of different types of household electrical appliances of control in numerous device categories, unit type, sets remote control mode repeatedly, and this bothers very much.
Multifunctional learning type telepilot is the control signal waveform that writes down the former Infrared remote controller emission of electrical equipment by the mode of study, like this when the user presses some keys, remote control just sends signal according to the waveform of prior record, thereby realizes the function of many household electrical appliances of a telepilot control.As common Infrared remote controller, also there is obvious defects in it: at first, learning process is loaded down with trivial details, need to utilize in advance former telepilot to learn before use, write down the signal waveform of former each function of telepilot, general remote control all has tens buttons, control many household electrical appliances, and whole learning process is very loaded down with trivial details.Secondly, control ability is limited, and the number of remote controller key is limited, when many household electrical appliances of control, can not realize global function control.Once more, user interface is unfriendly, obscures easily.Each button of telepilot can arbitrarily be learnt, and electrical equipment that it is corresponding and function are difficult to detailed sign.In use, obscure with regard to causing easily, just can not use fully if the user does not understand definition scheme if the user forgets definition scheme.
At present, also have a kind of module remote controller, except main remote control, also comprise touch keyboard module, network control module, gamepad module, camera module or the like.It can connect and assembled according to the selection of required function by each module, and wherein each module is configured for a function of telepilot, by wireless data transmitter remote signal is sent to electronic equipment.This type of telepilot also has a lot of defectives, as the function singleness of each module, need be the Electrical Appliances Designing correlation module of every kind of model, if expansion remote-controller function, just must numerous functional modules be installed by interface, this can cause telepilot too fat to move, uses inconvenience etc.
Carry out to use short-distance wireless communication technology (Short RangeWireless) the remote control except utilizing infrared signal.Along with the develop rapidly of network and communications technology, short-distance wireless communication technology has obtained utilization very widely in consumer electronics product.Wherein more representational short-distance wireless communication technology has bluetooth (Bluetooth), ZigBee, ultra broadband UWB (Ultra Wide-Band), near-field communication technology NFC and WiFi technology.Near-field communication technology NFC coverage has only 20cm, and WiFi is applied in WLAN (wireless local area network) WLAN.Bluetooth, ZigBee technology and ultra broadband UWB technology all have the characteristics that relative power consumption is little, cost is low, safe, are fit to be widely used in the consumer electronics product.Bluetooth has obtained utilization very widely at present on market, such as bluetooth earphone or the like.ZigBee technology and UWB technology all are new technologies, have more advantage than bluetooth technically, the UWB technology that the new Wireless USB of releasing just is to use.
At present, it is not a lot of using the telepilot design proposal of many electric equipments of short-distance wireless communication technology control, as the disclosed a kind of radio data processing system of CN01125734.2, it has a central processing unit, except digital signal processing, can also read memory data, keyboard input and LCD output and show, also be responsible for device file is resolved.This kind remote control equipment can be realized the interactively control to many electric equipments fully, but this scheme also has some defectives, at first, general electric equipment is not to be equipped with so-called device file, and various electrical equipment kind models are various, be difficult to set up perfect device file storehouse, this just needs third-party a large amount of collection, the work of arrangement.Secondly, even if successfully set up complete device file storehouse, the device file inquiry and the process of the installing too complex that also can seem for domestic consumer, if multiple devices are installed simultaneously, must rely on LCD demonstration and keyboard and come selection equipment, if installed device is various, searching needs the equipment of control very inconvenient.
Summary of the invention
The purpose of this invention is to provide a kind of selection telechirics, use the control of a telepilot realization to all controllable devices, technical scheme is as follows:
A kind of selective intelligent remote control system comprises remote control module, intermediate module and controlled plant, and remote control module comprises infrared selection module and short-distance wireless control module;
Infrared selection module: be used for the directed controlled plant of selecting;
Short-distance wireless control module: be used to receive, explain and show device-dependent complete function menu and the equipment current state information that intermediate module sends; And be used for sending the controlled in wireless instruction to intermediate module;
Intermediate module is used to receive and handle the infrared activation signal that is sent by infrared selection module; To remote control module transmitting apparatus relevant complete function menu and equipment current state information; Receive, explain and translate the controlled in wireless instruction that remote control module is sent and send this device control and instruct to controlled plant.
Correspondingly, based on said system, the present invention also proposes a kind of selective intelligent remote control thereof, comprises the steps:
Step 1, infrared selection module send the infrared activation signal to intermediate module;
Step 2, intermediate module receive infrared activation signal that is sent by infrared selection module and the wireless connections that are established to the short-distance wireless control module;
Step 3, intermediate module are to the relevant complete function menu of short-distance wireless control module transmitting apparatus, and the short-distance wireless control module receives, resolves and show described complete function menu;
Step 4, user send menu by described short-distance wireless control module according to described menu item and are identified to intermediate module according to described complete function menu choice menus item;
Step 5, intermediate module are translated as the device control instruction by function signal paginal translation table with the menu sign of described reception and send to controlled plant.
The present invention combines ultrared directed control and short-range radio mechanics of communication (such as bluetooth Bluetooth, ZigBee or ultra broadband UWB), can accomplish the intelligence coupling between any one telepilot and controlled plant, do not need manually to learn the signal characteristic of new equipment, can conveniently switch at different types of equipment room, greatly facilitate the user, farthest saved user's spending.
Description of drawings
Fig. 1, be disclosed remote control module structural drawing;
Fig. 2, be disclosed intermediate module structural drawing;
Fig. 3, be disclosed remote control module and the many-to-many relationship figure between the intermediate module;
Fig. 4, be disclosed register flow path figure;
Fig. 5, be disclosed control flow chart;
Fig. 6, be the Design Plans of disclosed remote control module;
Fig. 7, be the displayed map of disclosed complete function menu;
Fig. 8, be disclosed switching flow figure.
Embodiment
Whole telechirics is divided into two parts, and remote control module and intermediate module are as depicted in figs. 1 and 2.Remote control module is the important device that domestic consumer implements wireless remote control, and its major function is emission infrared activation signal, sets up the state of wireless connections, sending controling instruction, receiving feedback information, function menu and controlled device work with controlled device.The intermediate module major function is to receive the infrared activation signal, set up wireless connections with remote control module, receive steering order, send feedback information and the control interface by controlled device directly transmits control signal to controlled device.
As shown in Figure 1, remote control module is divided into the two large divisions, infrared selection module and short-distance wireless control module.
Infrared selection module comprises Digital ID storage unit, scrambler, infrared emission button and infrared ray output interface.The unique Digital ID of in store this telepilot in the Digital ID storage unit, this Digital ID is unique sign of this telepilot, each telepilot all has own unique Digital ID, and Digital ID can be a digital ID, also can be digital certificate etc.Digital ID is determined that by the manufacturer general user can not revise.The Digital ID storage unit can be a rom chip, and when infrared emission button was pressed, the Digital ID information that scrambler reads in telepilot was encoded, produce coded signal and by the infrared ray output interface to intermediate module directive sending infrared activation signal.
The short-distance wireless control module comprises central processor CPU, input media, display device (such as LCD), remote control ROM (read-only memory), remote control storer and remote control end short-distance wireless communication interface.Input media can be a keyboard, also can be the touch-screen that integrates with display device, and the user selects or input control order by input media.Display device is an output device, is used to show the duty of complete function menu and controlled device.The remote control ROM (read-only memory) is used for the storage module system program, comprise embedded OS and processing logic program etc., the processing logic program is used for the completion logic function, as with the access authentication of intermediate module, the explanation of function menu, the processing of control data, demonstration and transmission etc.The remote control storer is a readable and writable memory, the content of storage mainly comprises two parts: the one, and the functions of the equipments menu of renewable controlled device, after each remote control module and intermediate module were set up wireless data and be connected, intermediate module all must send the complete function menu of controlled device to remote control module; Another part is the list of relevant information of controlled device, and these information comprise method that short-distance wireless connects, frequency, password or the like, can directly set up wireless data with controlled device once more by these information and be connected in the time of needs.Remote control end short-distance wireless communication interface is responsible for and the short-distance wireless communication interface of intermediate module carries out exchanges data.Central processor CPU is the core component of whole remote control module, it is responsible for the data and the logical process of whole short-distance wireless control module, comprises handling input/output signal, the coding and decoding of data, the parsing of function menu, control of short-distance wireless communication or the like.
As shown in Figure 2, intermediate module comprises a central processor CPU, also has the control interface of infrared interface, short-distance wireless communication interface, module ROM (read-only memory), module storage, controlled device in addition.Infrared interface is responsible for receiving the infrared activation signal from telepilot.The short-distance wireless communication interface is responsible for and the remote control end short-distance wireless communication interface of remote control module carries out the physical data exchange of bottom.The intermediate module ROM (read-only memory) is made up of ROM (read-only memory) such as ROM or EPROM, the content of being stored in the ROM (read-only memory) all is to be provided by the controlled device manufacturer, and when electric equipment dispatches from the factory, just write, in the use of domestic consumer, can not make amendment.ROM (read-only memory) is mainly stored four partial contents, and the one, the information of controlled device is such as the title of electrical equipment, brand, kind, model, size or the like; The 2nd, " function menu fully " of controlled device; The 3rd, " the function signal paginal translation table " of controlled device; The 4th, the system program of intermediate module comprises embedded OS and processing logic program, and the processing logic program is used to finish the logic function of intermediate module, inserts the authorization identifying of asking, the explanation execution of telecommand etc. as remote control module.Module storage is readable and writable memory (as RAM), mainly be kept at the information that produces in user's use, main storage two partial contents, one is the list of relevant information of registered telepilot, the information of all remote control modules of registering on the module between has hereinto been preserved in this tabulation; Another is the remote control journal file, writes down all remote control modules by every operation that this intermediate module carried out.Central processor CPU is the core component of intermediate module, its is responsible for the logic and the data processing of whole intermediate module, comprise data coding and decoding, read and write data, processing capacity instruction, analytical capabilities signal paginal translation table, to controlled plant transmitting apparatus steering order etc.When intermediate module powered up operation, system was written into embedded OS automatically from ROM (read-only memory), and was written into operation processing logic program.By CPU or a M signal generator it is translated into the specific waveforms that controlled plant can directly be carried out in the menu sign back that receives the remote control module transmission, equipment controling signal just, these control signals send to controlled electric equipment by the control interface of controlled device, the final function that realizes is controlled, and the work state information of feedback electric equipment.
As shown in Figure 3, the control relation between remote control module and the equipment is the relation of multi-to-multi, and a same time of remote control module can only be controlled an equipment, but can switch between distinct device.At first need when remote control module will be controlled certain equipment through a registration process, have only and authorize the remote control module that passes through to control this equipment.
As shown in Figure 4, the register flow path of remote control module is as follows:
Step 1, when for the first time using a teleswitch certain equipment of control, remote control module is pointed to this equipment, the infrared emission button of pressing on the remote control module sends register requirement, this moment, remote control module promptly sent registration signal by the intermediate module of the infrared output interface of remote control end on equipment pointed, included the Digital ID of the remote control module that extracts from the Digital ID storage unit in the registration signal.
After step 2, intermediate module received the registration signal that remote control module sends from infrared interface, CPU parsed the Digital ID of remote control module from registration signal.
Step 3, intermediate module are searched the remote control module that sends register requirement by the short-distance wireless communication interface according to the Digital ID that obtains from infrared register requirement, then do not carry out the several times trial if do not find, if still can not find out then denial of service.If found then execution in step 4.
Step 4, intermediate module are set up wireless data with remote control module and are connected.
Step 5, intermediate module read registered remote control module tabulation from the read-write module storage of this module, and judge according to remote-controled digital sign whether this remote control module was registered, informed that this remote control module of user registered if registered then display message, and whether inquiry is ended, and register flow path is directly brought into use or renewal of registration flow process registration updating information, if the user selects directly to bring into use, then no longer carry out operations such as authorization identifying, directly allow the user to use; If unregistered mistake then also needs user's input authentication information in verification process, as password etc.
Step 6, intermediate module judge whether that according to local security policy needs carry out authorization identifying, if need then notify remote control module, execution in step 7 is not if need then execution in step 8.
Step 7, remote control module know need authorization identifying after, initiate authentication request, intermediate module carries out authorization identifying according to certification policy to remote control module.The mode of authentication can have a variety of, as use simple cipher authentication, under original state, system is provided with a password default, user's input default password can pass through, after this user can oneself change password, can recover password default by the method initialization intermediate module of input security information if the user forgets Password.If then execution in step 8 is passed through in authentication, if authentication is not by then denial of service.
Step 8, intermediate module be the log-on message of remote control module, and sign knowledge in full, frequency, password etc. are stored in the registered remote control tabulation in the module storage of intermediate module.If need record registration, logon information also can be in the remote control journal file record.
Step 9, register flow path finish.
The infrared activation signal is equivalent to annunciator " I will control you now ".Infrared registration signal then is a kind of compound infrared activation signal, can not put specific implementation by double-clicking the infrared emission button or pinning the several seconds, be equivalent to inquiry unit " I want to set up with you and get in touch, is it right? "
After finishing register flow path, intermediate module has been preserved the relevant information of this remote control module, when this remote control module sent infrared activation request signal control controlled plant, intermediate module called these information automatically and sets up the wireless telecommunications connection, realizes wireless data exchange later on.
Fig. 5 is for after realizing exchanges data, and the processing procedure of remote control module control controlled plant is a controlled plant with the TV in one most preferred embodiment, is elaborated below in conjunction with accompanying drawing, and step is as follows:
Step 1, intermediate module send the complete function menu of controlled plant to remote control module.
After realizing exchanges data, intermediate module promptly sends the complete function menu relevant with controlled plant by the short-distance wireless communication interface to remote control module.Function menu is meant the menu that can realize the controlled plant function fully fully, and with the natural language performance, the menu of user by selecting correspondence reaches the purpose of control controlled plant on display device.
Step 2, remote control module receive, preserve, resolve and show complete function menu.
Function menu is organized in the configuration file mode fully, uses XML (extensible Markup Language) in the most preferred embodiment.Remote control module is resolved this configuration file and is shown on the display device with certain form.In configuration file, each menu function is all corresponding with a menu sign of fixing, and remote control module informs by this menu sign what operation the user can carry out.
Step 3, cooperate sending controling instruction with display device by input media.
Function menu is presented on the display device fully, when the user need carry out a certain operation, clicks corresponding menu or presses corresponding button, and remote control module sends the menu sign of this menu to intermediate module by the short-distance wireless communication interface.
Step 4, intermediate module receive the menu sign, produce equipment controling signal according to function signal paginal translation table.
Menu sign is corresponding one by one with menu item in the complete function menu, intermediate module receives the menu sign by the short-distance wireless communication interface, according to the function signal paginal translation table in the ROM (read-only memory) that is kept at intermediate module the menu sign is translated into the discernible steering order of controlled plant then.Equipment producer is solidified with in the ROM (read-only memory) of intermediate module: the functions of the equipments menu promptly sends to the complete function menu and the function signal paginal translation table of remote control module.But function signal paginal translation table has been preserved the corresponding relation between menu sign and the instruction of equipment identification control.
Step 5, intermediate module transmit control signal to controlled device by the controlled device control interface.
Step 6, controlled plant receive steering order and pass through the controlled device control interface to intermediate module feedback operation status information.
After controlled plant actuating equipment steering order to the intermediate module state of reporting, equipment working state information is handled judgement in the central processing unit of intermediate module, if equipment produces mistake and then sends error message by the short-distance wireless communication module, remote control module is shown to the user by display device after receiving error message.
As shown in Figure 6, example the exemplary plot of remote control module of several the bests, figure (a) holds the telepilot design for common, figure (b) is the design of watch style telepilot, figure (c) refers to wear the telepilot design, the design of figure (d) flip-shell telepilot, the design of figure (e) touch screen remote controller.Remote control module consists essentially of among the figure: numerical key 0～9 and asterisk and number sign key, several function key F1～F4,4 directionkeys key, one up and down are provided with shortcut and promptly determine key, a display screen, power switch and infrared emission button, several function keys and key up and down corresponding different function under different patterns.
As example in the accompanying drawing 7 five kinds of display modes, the function of each button of pattern all may be redefined in each, if touch-sensitive display then can be saved the mapping of keypress function fully, the user only need select to get final product on screen with finger or writing pencil, below is the definition of several display mode examples and function key:
(1) standby clock module: the corresponding time of F1 key is provided with function under this pattern, the corresponding alarm clock mode of F2 key, and the corresponding remote control of F3 is provided with pattern, F4 corresponding device query pattern, key is used for selecting option is set up and down, determines that key is used for determining to select.
(2) remote control is provided with pattern: this pattern is used for the function setting of remote control module itself, and F1 remote-controlled power switch, F2 are used to enter a submenu, F3 is used to enter the next son menu, F4 withdraws from menu mode, and key is used for selecting option is set up and down, and right and left key is used to be provided with the contents of a project.
(3) equipment query pattern: F1 is used for wirelessly activating equipment under this pattern, and F2 is used to enter a submenu, and F3 is used to enter the next son menu, and F4 withdraws from this pattern, and key is used to select query facility up and down.
(4) basic control mode: F1 opertaing device power switch under this pattern, F2 is used for the silent mode setting, F3 is used for the sleep pattern setting, F4 is used to enter menu mode, key is used to select television channel up and down, about be used to regulate volume.
(5) menu control pattern: F1 opertaing device power switch under this pattern, F2 is used to enter a submenu, F3 is used to enter the next son menu, F4 is used to withdraw from menu mode, key is used for selecting to be provided with project up and down, about be used to be provided with the contents of a project.
In conjunction with above accompanying drawing, the transmission and the demonstration of complete function menu is described in detail.Function menu defines in the mode of extendible identifiable language or configuration file fully, is the examples of language of a specific embodiment below:
＜info〉TV: ' 29 cun colour television sets '＜/info 〉;
<basic>
＜up〉channel.up: on ' the channel '＜/up 〉
＜down〉channel.down: under ' the channel '＜/down 〉
＜left〉volume.up: ' volume increases '＜/left 〉
＜right〉volume.down: ' volume down '＜/right 〉
＜set〉select.set: ' determine '＜/set 〉
＜func1〉power.switch: ' power switch '＜/func1 〉
＜func2〉mute.mode: ' silent mode '＜/func2 〉
＜func3〉sleep.mode: ' sleep pattern '＜/func3 〉
＜func4〉menu.mode: ' menu mode '＜/func4 〉
</basic>
<menu>
The setting of＜tag name=' color ' 〉
＜item up=100down=101〉contrast.[up, down]: ' contrast ' [increase, subtract]＜/item 〉
＜item up=102down=103〉brightness.[up, down]: ' brightness ' [increase, subtract]＜/item 〉
＜item up=104down=105〉saturation.[up, down]: ' saturation degree ' [increase, subtract]＜/item 〉
</tag>
Other setting of＜tag name=' ' 〉
＜item stereo=106double=107single=108〉sound.[stereo, double, single]: ' acoustic pattern ' [solid, double-tone, single-tone]＜/item 〉
＜item natural=109brilliant=110soft=111〉video.[natural, brilliant, soft]: ' image mode ' [nature, beautiful, soft]＜/item 〉
＜item up=112down=113〉channelsearch.[up, down]: ' channel searching ' [upwards, downwards]
</item>
</tag>；
</menu>.
Sign＜info〉＜/info between content be equipment title " 29 cun colour television sets " under device identification " TV " and the basic control mode.Before the colon is device type, is with the device name that shows after the colon in the remote control module display device.
Sign＜basic〉＜/basic between content be the definition of function button under the basic control mode.The function of the corresponding button of each menu sign, the content before the colon are the menu sign of function menu sign or other menu structure, inside also can be directly the content of subordinate's menu file directly being nested in.The colon aft section is a corresponding display content, and this partial content also can be used as tag attributes and writes in the label.
Sign＜menu〉＜/menu between content be the submenu under the menu control pattern and the content of submenu, correspondence＜basic〉in menu sign menu.mode.＜tag〉＜/tag〉label is submenu,＜item〉＜/item〉label substance is menu item, whole menu signs that this menu had have been comprised in the attribute of item, each menu is identified at all well-determined connotation in the system, menu as the increase of contrast is designated contrast.up, when the wireless short-distance control module when intermediate module sends contrast.up, intermediate module knows that promptly the user is a contrast of wanting to increase televisor.
For example: under basic control mode, F4 function key correspondence be " menu control pattern ", promptly remote control module will show the function menu of " menu control pattern " when the user presses the F4 key.When entering the display mode of " menu control pattern ", acquiescence shows " color setting " submenu, the sub-accompanying drawing of menu control pattern in the respective figure 7, the color setting includes contents such as contrast, brightness, saturation degree, when by LeftArrow, be equivalent to increase analog value, when the peace right button, be equivalent to reduce analog value.Menu function item remote control module for working control equipment will send the menu sign to intermediate module according to the content of menu item, increase corresponding menu as contrast and be designated character string contrast.up or digital code 100, contrast subtracts and corresponds to character string contrast.down or digital code 101, by that analogy.
As previously mentioned, in the use of remote control module, can run into switching device, in the use of equipment, also can switch remote control module, describe the step that remote control module switches and equipment switches in detail below in conjunction with accompanying drawing 8, in order to express easily, in following steps, controlled plant and intermediate module are collectively referred to as equipment.
Step 1, under the state of remote control module A opertaing device 1, remote control module A sends the infrared activation signals to equipment 2.
Disclosed intelligent remote control system can carry out the control of one-to-many, and a telepilot can be controlled a plurality of equipment, but synchronization can only be controlled an equipment.When remote control module needs switching device, sensing equipment and send the infrared activation signal at first.
Step 2, equipment 2 disconnect with the wireless connections of other remote control module and to remote control module A and send the wireless connections request.
Suppose that equipment 2 set up the remote control relation with other remote control module, receive the infrared activation signal of remote control module A when equipment 2 after, judge at first whether remote control module A registered, equipment 2 disconnection earlier was connected with the controlled in wireless of other remote control module if this remote control module had been registered then, the related registration information that reads remote control module A again sends the wireless connections request, does not ignore if this remote control module is registered then equipment 2.
Step 3, remote control module A are disconnected to the wireless connections of equipment 1 and are established to the wireless connections of equipment 2 after the wireless connections request of the equipment of receiving 2.
Remote control module A just is in the state of waiting facilities 2 responses after sending the infrared activation signal to equipment 2, after the wireless connections request of the equipment of receiving 2, disconnect with the wireless connections of equipment 1 and with equipment 2 and set up wireless connections.
Step 4, equipment 2 are realized wireless data exchange with remote control module A, and are sent complete function menu.
At this moment equipment 2 and remote control module A have set up wireless connections, utilize the log-on message of storage through safety certification just can realize exchanges data, and remote control module A has promptly had the control to equipment 2.Equipment 2 sends the global function menu to remote control module A, and remote control module receives and resolves complete function menu, and remote control module A begins equipment 2 is controlled.
The present invention also can have other various embodiments; under the situation that does not deviate from spirit of the present invention and essence thereof; those skilled in the art work as can make various corresponding changes and distortion according to the present invention, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.
Claims (10)
1, a kind of selective intelligent remote control system comprises remote control module, intermediate module and controlled plant, it is characterized in that, remote control module comprises infrared selection module and short-distance wireless control module;
Infrared selection module: be used for the directed controlled plant of selecting;
Short-distance wireless control module: be used to explain and show device-dependent complete function menu and the equipment current state information that intermediate module sends; And be used for sending the controlled in wireless instruction to intermediate module;
Intermediate module is used for to the relevant complete function menu of remote control module transmitting apparatus and the current state information of controlled plant feedback; The infrared activation signal that processing is sent by infrared selection module; Explain and translate the controlled in wireless instruction that remote control module is sent and send this device control and instruct to controlled plant.
2, selective intelligent remote control system as claimed in claim 1 is characterized in that, described infrared selection module comprises infrared emission button, infrared output interface, scrambler and Digital ID storage unit; Described Digital ID storage unit is used to store the remote-controled digital sign; Described infrared emission button is used to trigger described infrared selection module to described intermediate module transmitting apparatus activation signal; Described scrambler is used for described activation signal is carried out sending by infrared output interface after the chnnel coding.
3, selective intelligent remote control system as claimed in claim 2 is characterized in that, described short-distance wireless control module comprises:
Display device: be used for the relevant complete function menu of display device;
Input media: be used to control and select and the complete corresponding menu item of function menu;
Remote control ROM (read-only memory): be used to deposit remote control module system program and processing logic program;
Remote control storer: be used for this module stores device-dependent message and service data;
CPU (central processing unit): logic and the data processing of being responsible for this module;
The short-distance wireless communication interface: be responsible for and intermediate module between the transmitting-receiving of short-distance wireless communication data.
4, selective intelligent remote control system as claimed in claim 3, it is characterized in that, described Digital ID storage unit is shared by described infrared selection module and short-distance wireless control module, or is present in respectively in the middle of infrared selection module and the short-distance wireless control module; If infrared selection module and short-distance wireless control module have Digital ID storage unit separately respectively, then infrared selection module and short-distance wireless control module read described Digital ID from the Digital ID storage unit of oneself respectively.
5, selective intelligent remote control system as claimed in claim 4, it is characterized in that, input media in the described short-distance wireless control module is that a plurality of standard feature buttons, display device are LCDs, or be a touch-screen, show according to menu and user's selection key or menu position judge that the user selects the content of carrying out by described central processing unit.
6, selective intelligent remote control system as claimed in claim 5 is characterized in that, described intermediate module comprises with lower module:
Infrared interface: be responsible for receiving infrared activation signal from remote control module;
The short-distance wireless communication interface: being used for short-distance wireless communication interface with remote control module, to carry out wireless data mutual;
Central processing unit: logic and the data processing of being responsible for whole intermediate module;
Module storage: the service data and the program that are used to preserve intermediate module;
Module ROM (read-only memory): the logical process program that is used to store relevant complete function menu, function signal paginal translation table, intermediate module operating system and intermediate module of controlled plant;
Controlled plant control interface: the feedback signal that is used to send discernible control signal of controlled plant and receiving slave equipment.
7, a kind of selective intelligent remote control thereof, based on comprising infrared selection module, short-distance wireless control module, intermediate module, controlled plant are formed telechirics, and this method comprises the steps:
Step 1, infrared selection module send the infrared activation signal to intermediate module;
Step 2, intermediate module receive infrared activation signal that is sent by infrared selection module and the wireless connections that are established to the short-distance wireless control module;
Step 3, intermediate module are to the relevant complete function menu of short-distance wireless control module transmitting apparatus, and the short-distance wireless control module receives, resolves, shows described complete function menu;
Step 4, user send menu by described short-distance wireless control module according to described menu item and are identified to intermediate module according to described complete function menu choice menus item;
Step 5, intermediate module are translated as the device control instruction by function signal paginal translation table with the menu sign of described reception and send to controlled plant.
8, selective intelligent remote control thereof as claimed in claim 7, it is characterized in that, described complete function menu and function signal paginal translation table are integrated in intermediate module by equipment vendors by standard format, function menu comprises menu sign, pad name, menu properties fully, and function signal paginal translation table comprises menu sign, control signal; Transmit steering order and data message by the menu sign between remote control module and the intermediate module.
9, selective intelligent remote control thereof as claimed in claim 8, it is characterized in that, in the described step 2, intermediate module also comprises the step of an authentication registration after receiving the infrared activation signal, has only by the remote control module of authentication and could set up wireless connections with described intermediate module.
10, selective intelligent remote control thereof as claimed in claim 8, it is characterized in that, also comprise a feedback procedure in the described step 5, after described controlled plant is finished the instruction of described device control to described intermediate module transmitting apparatus current state information, intermediate module sends to described remote control module through the translation back by short-range wireless interface, and remote control module receives explains that the back is shown to the user by display device.
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| Application Number | Priority Date | Filing Date | Title |
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| CNB200610109436XA CN100507969C (en) | 2006-08-15 | 2006-08-15 | Selective intelligent remote control system and method |
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| CNB200610109436XA CN100507969C (en) | 2006-08-15 | 2006-08-15 | Selective intelligent remote control system and method |
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| CN101127155A CN101127155A (en) | 2008-02-20 |
| CN100507969C true CN100507969C (en) | 2009-07-01 |
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Families Citing this family (23)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101593408B (en) * | 2008-05-29 | 2013-05-15 | 英华达(上海)电子有限公司 | Remote control device, remote control method and handheld device integrated with remote control function |
| CN101505386B (en) * | 2009-02-27 | 2011-05-11 | 四川长虹电器股份有限公司 | Implementing method for transferability of household electrical appliance user operation interface |
| CN101887637B (en) * | 2009-05-14 | 2013-06-19 | Tcl集团股份有限公司 | Method for remotely controlling equipment and universal remote controller |
| CN101882367B (en) * | 2010-07-29 | 2012-09-26 | 冠捷显示科技（厦门）有限公司 | Wireless remote control device based on ZigBee protocol and use method thereof |
| CN102346643A (en) * | 2011-09-14 | 2012-02-08 | 华为终端有限公司 | Realization method and device for learnable type remoter |
| CN102568178B (en) * | 2011-12-27 | 2015-05-20 | 中山市云创知识产权服务有限公司 | Remote control system and remote control method |
| CN103377545A (en) * | 2012-04-19 | 2013-10-30 | 智比特信息技术（镇江）有限公司 | Synchronous touch and remote control system and remote control method thereof |
| CN103823360B (en) * | 2012-11-16 | 2016-05-11 | 南京物联传感技术有限公司 | Radio communication wrist-watch device |
| CN105325018B (en) * | 2013-06-19 | 2019-10-18 | 索尼公司 | Wireless communication device and communication control unit |
| CN103412712A (en) * | 2013-07-31 | 2013-11-27 | 天脉聚源(北京)传媒科技有限公司 | Function menu selecting method and device |
| CN103686329A (en) * | 2013-12-20 | 2014-03-26 | 乐视致新电子科技（天津）有限公司 | Synchronous control method and system, smart television and wearable device |
| KR102201906B1 (en) | 2014-04-29 | 2021-01-12 | 삼성전자주식회사 | Apparatus and method for controlling other electronic device in electronic device |
| CN103995607B (en) * | 2014-05-22 | 2018-09-07 | 百度在线网络技术（北京）有限公司 | Control method, control device and controlled method and controlled device |
| CN104240480A (en) * | 2014-10-16 | 2014-12-24 | 珠海格力电器股份有限公司 | Remote control device, system and method for electrical equipment |
| DE102015108746B3 (en) * | 2015-06-02 | 2016-09-15 | Fm Marketing Gmbh | Method for coupling a remote control and an electronic device |
| CN105096581B (en) * | 2015-09-11 | 2019-07-09 | 青岛海信电器股份有限公司 | Infrared remote control is to code method, remote control equipment and main controlled device |
| CN105611358B (en) * | 2015-12-26 | 2018-12-18 | 小米科技有限责任公司 | The control method and device of smart machine |
| CN105653159A (en) * | 2016-02-12 | 2016-06-08 | 徐敬 | Man-machine interaction control method |
| CN107124640A (en) * | 2017-05-27 | 2017-09-01 | 环球智达科技（北京）有限公司 | Remote control system for many equipment |
| CN107272427B (en) * | 2017-06-16 | 2021-01-05 | 北京小米移动软件有限公司 | Control method and device of intelligent equipment |
| CN110288820A (en) * | 2019-07-31 | 2019-09-27 | 歌尔股份有限公司 | A kind of connection method of remote control equipment and host |
| CN110614634B (en) * | 2019-08-15 | 2022-02-01 | 纳恩博（常州）科技有限公司 | Control method, portable terminal, and storage medium |
| CN114840156A (en) * | 2021-01-30 | 2022-08-02 | 华为技术有限公司 | Multi-screen equipment control method and communication system |
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2006
- 2006-08-15 CN CNB200610109436XA patent/CN100507969C/en not_active Expired - Fee Related
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