CN102915634A - Tablet personal computer, remote control signal acquisition method and remote control method - Google Patents
Tablet personal computer, remote control signal acquisition method and remote control method Download PDFInfo
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Abstract
The invention discloses a tablet personal computer, a remote control signal acquisition method and a remote control method. The tablet personal computer comprises at least one infrared transceiving device, a processor and a memory, wherein the infrared transceiving device is used for receiving and analyzing an infrared remote control signal from the outside and converting the infrared remote control signal to infrared waveform characteristic data, and the infrared remote control signal is of an infrared signal for remotely controlling an external device to execute an operation; the processor is used for establishing a first corresponding relation for one-to-one correspondence between the operation and the infrared waveform characteristic data; and the memory is used for storing the first corresponding relation. The tablet personal computer disclosed by the invention can be used for enabling the tablet personal computer with the infrared transceiving device to learn the operation of a remote controller of an ordinary electrical appliance, the remote control signal of the remote controller can be acquired and saved, and the corresponding relation between the infrared remote control signal and the operation is established, so that the tablet personal computer can realize the function of the remote controller.
Description
Technical field
The present invention relates to a kind of panel computer, remote signal acquisition method and remote control thereof, particularly relate to a kind of panel computer, remote signal acquisition method and remote control thereof that utilizes infrared signal.
Background technology
Household appliances equipment is more and more, and a plurality of telepilot situations are very general in the user family, caused inconvenience to a certain degree to life.
The rise of Internet of Things, " Smart Home " becomes awfully hot concept, Smart Home also can solve the problem that telepilot is more, each electrical equipment all is equipped with a dedicated remote control, management is inconvenient from certain angle, but is subject to the restriction of technology and product, not yet reaches universal requirement.
From present technology in this respect, solve telepilot method more, that manage inconvenient problem and mainly contain: 1) learning type infrared remote-controller, but its extendability is relatively poor; 2) adopt the realization of intelligent radio equipment to the control of electrical equipment, but generally need to have wireless communication module on the Electric appliance hardware, also need to adopt corresponding software to realize simultaneously.
On the whole, realizing at present the telecontrol engineering of telepilot " All-in-One " all is short of to some extent, is not that extendability is relatively poor, needs exactly special software or hardware modifications, there is no the technical scheme that satisfies user demand and can popularize fast.
Summary of the invention
The technical problem to be solved in the present invention be for overcome in the prior art along with the increasing of household appliances, with the defective that the corresponding dedicated remote control of each electrical equipment also day by day increases, manage inconvenience, provide a kind of and need not at the new software of household electrical appliance increase or hardware, convenient management, panel computer, remote signal acquisition method and remote control thereof easy and simple to handle.
The present invention solves above-mentioned technical matters by following technical proposals:
A kind of panel computer, its characteristics are that it comprises at least one infrared transceiver device, a processor and a storer, wherein,
This infrared transceiver device is for an infrared remote-controlled signal that receives and resolve from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic, this infrared remote-controlled signal is the infrared signal that remote control one external unit is carried out an operation, in general, this infrared remote-controlled signal sends for the telepilot of this external unit;
This processor is used for setting up between this operation and this infrared waveform characteristic one to one the first corresponding relation;
This storer is used for this first corresponding relation of storage.
By obtaining, change and store this infrared remote-controlled signal, and set up between this operation and this infrared waveform characteristic one to one the first corresponding relation, so that this panel computer has obtained the ability of this external unit of infrared remote control, like this, for different external units, can obtain respectively the infrared remote-controlled signal of the various operations of these external units of control, thus so that this panel computer integrated control the function of multiple external unit, the management of convenient a plurality of telepilots further facilitates user's life.
In addition, this infrared waveform characteristic is the characteristic in the infrared waves graphic data that is converted by infrared remote-controlled signal, owing to the data volume of the original infrared signal waveform of being changed by infrared remote-controlled signal is larger, inconvenience storage, so from this infrared waves graphic data, extract characteristic, for example waveform frequency, width etc., so not only be convenient to storage, also can not affect the sign of infrared remote-controlled signal, and according to the characteristic of extracting, can recover/generate original infrared signal.
Preferably, this panel computer also comprises an input media, is used for operating unique corresponding operational order for user's input with this;
This storer also is used for the second corresponding relation between this operation of storage and this operational order.
Preferably, this input media is used for receiving a packet, comprises this first corresponding relation and second corresponding relation of a plurality of external units in this packet;
This first corresponding relation and the second corresponding relation that this processor is used for resolving this packet and stores a plurality of external units.
Preferably, the quantity of this infrared transceiver device is a plurality of, and this input media is used for receiving user's and enables instruction, and this is enabled and specifies this infrared transceiver device of enabling in the instruction;
This enables instruction and enables instruction according to this and enable this specified infrared transceiver device this processor for parsing.
Preferably, this input media is used for receiving this operational order of user's input;
This processor is used for resolving this operational order and transferring and the corresponding infrared waveform characteristic of this operational order;
This infrared transceiver device is used for and should infrared waveform characteristic be converted to infrared remote-controlled signal and sends this infrared remote-controlled signal so that this external unit is carried out and this operational order operates accordingly to this external unit.
Preferably, this panel computer comprises a display, is used for showing this second corresponding relation.
Preferably, this display is used for showing this second corresponding relation in the tabulation mode, perhaps, this display is used for showing this second corresponding relation with authentic pattern, this authentic pattern adopts the arrangement mode of control knob of the telepilot of this external unit, wherein, this input media is used for receiving user's a selection instruction, and this selection instruction is the selection to the display mode of this second corresponding relation.
Preferably, this panel computer comprises a gyroscope, exports this processor to for detection of the variation of this panel computer location status and with testing result;
This storer is for the 3rd corresponding relation between this infrared transceiver device of storing this testing result and enabling;
This processor is used for enabling corresponding this infrared transceiver device according to this testing result.
Preferably, the 3rd corresponding relation also comprises the corresponding relation of this display mode of this testing result and this second corresponding relation.The i.e. variation of the location status of this panel computer of detecting of this gyroscope is selected the display mode of this second corresponding relation also as a kind of input mode of selection instruction with this.
Preferably, this infrared transceiver device is arranged at top, bottom or the side of this panel computer.
The present invention also provides a kind of panel computer, and its characteristics are that it comprises at least one infrared dispensing device, an input media, a processor and a storer, wherein,
This storer is used for storage one first corresponding relation, and this first corresponding relation represents the one-to-one relationship between infrared waves shape characteristic and the operation;
This input media is used for receiving user's selecting an operation;
This processor is used for transferring with this operating corresponding infrared waveform characteristic;
This infrared dispensing device is used for and should infrared waveform characteristic be converted to infrared remote-controlled signal, and this infrared remote-controlled signal is sent to an external unit so that this external unit is carried out this operation.
Preferably, this input media is used for operating unique corresponding operational order for user's input with this;
This storer also is used for the second corresponding relation between this operation of storage and this operational order.
Preferably, this input media is used for receiving a packet, comprises this first corresponding relation and second corresponding relation of a plurality of external units in this packet;
This first corresponding relation and the second corresponding relation that this processor is used for resolving this packet and stores a plurality of external units.
That is to say, can with between this operation and this infrared waveform characteristic one to one the first corresponding relation be recorded in the packet, by being contained in advance this packet in this panel computer or being updated to the operation of simplifying the user in this panel computer, as long as be that the user obtains this packet and can realize utilizing this panel computer to the control of external unit, remove the operation of obtaining remote signal, setting up corresponding relation from, further simplified user's use flow process.Can be compiled by the manufacturer of external unit for the remote-control data of the external unit of some main flows and to be recorded in the packet, be attached it in the panel computer by the user again.
Preferably, the quantity of this infrared dispensing device is a plurality of, and this input media is used for receiving user's and enables instruction, and this is enabled and specifies this infrared dispensing device of enabling in the instruction;
This enables instruction and enables instruction according to this and enable this specified infrared dispensing device this processor for parsing.
Preferably, this panel computer comprises a display, is used for showing this second corresponding relation.
Preferably, this display is used for showing this second corresponding relation in the tabulation mode, perhaps, this display is used for showing this second corresponding relation with authentic pattern, this authentic pattern adopts the arrangement mode of control knob of the telepilot of this external unit, wherein, this input media is used for receiving user's a selection instruction, and this selection instruction is the selection to the display mode of this second corresponding relation.
Preferably, this panel computer comprises a gyroscope, exports this processor to for detection of the variation of this panel computer location status and with testing result;
This storer is for the 3rd corresponding relation between this infrared dispensing device of storing this testing result and enabling;
This processor is used for enabling corresponding this infrared dispensing device according to this testing result.
Preferably, the 3rd corresponding relation also comprises the corresponding relation of this display mode of this testing result and this second corresponding relation.The i.e. variation of the location status of this panel computer of detecting of this gyroscope is selected the display mode of this second corresponding relation also as a kind of input mode of selection instruction with this.
Preferably, this infrared dispensing device is arranged at top, bottom or the side of this panel computer.
The present invention also provides a kind of remote signal acquisition method, and its characteristics are that it adopts aforesaid panel computer to realize that this remote signal acquisition method may further comprise the steps:
Step S
1, this infrared transceiver device receives and resolve this infrared remote-controlled signal from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic;
Step S
2, this processor sets up between this operation and this infrared waveform characteristic one to one the first corresponding relation.
The present invention also provides a kind of remote control thereof, and its characteristics are that it adopts aforesaid panel computer to realize that this remote control thereof may further comprise the steps:
Step T
1, this input media receives this operational order of user's input;
Step T
2, this processor resolves this operational order and transfers and the corresponding infrared waveform characteristic of this operational order;
Step T
3, this infrared transceiver device should infrared waveform characteristic be converted to infrared remote-controlled signal and sends this infrared remote-controlled signal so that this external unit is carried out with this operational order operates accordingly to this external unit.
The present invention also provides a kind of remote control thereof, and its characteristics are that it adopts aforesaid panel computer to realize that this remote control thereof may further comprise the steps:
Step R
1, this input media receives selected to operation of user;
Step R
2, this processor is transferred operates corresponding infrared waveform characteristic with this;
Step R
3, this infrared dispensing device should infrared waveform characteristic be converted to infrared remote-controlled signal and send this infrared remote-controlled signal so that this external unit is carried out this operation to this external unit.
On the basis that meets this area general knowledge, above-mentioned each optimum condition, but combination in any namely get the preferred embodiments of the invention.
Positive progressive effect of the present invention is: the present invention is by making the panel computer with infrared transceiver device come the telepilot operation of " study " ordinary appliances, gather the remote signal of telepilot and preserve its infrared waveform characteristic, set up the corresponding relation between infrared remote-controlled signal and the operation, make this panel computer possess the function of telepilot.In straighforward operation, only need call and also send this infrared remote-controlled signal by this infrared transceiver device accordingly with the infrared waveform characteristic of this operation response and can realize control to electrical equipment.Be integrated in the telepilot that namely can adopt panel computer to replace special use in the panel computer by the infrared remote-controlled signal with various electrical equipment, made things convenient for the management of all multi-remote-controllers of household electrical appliance, alleviated user's burden.
Description of drawings
Fig. 1 is the structured flowchart of the panel computer of the embodiment of the invention 1.
Fig. 2 is the process flow diagram of the remote signal acquisition method of the embodiment of the invention 1.
Fig. 3 is the process flow diagram of the remote control thereof of the embodiment of the invention 1.
Fig. 4 is the structured flowchart of the panel computer of the embodiment of the invention 2.
Fig. 5 is the front view of the panel computer of the embodiment of the invention 2.
Fig. 6 is the rear view of the panel computer of the embodiment of the invention 2.
Fig. 7 is the display interface synoptic diagram of display of the panel computer of the embodiment of the invention 4.
Fig. 8 is another display interface synoptic diagram of display of the panel computer of the embodiment of the invention 4.
Fig. 9 is the another display interface synoptic diagram of display of the panel computer of the embodiment of the invention 4.
Embodiment
Mode below by embodiment further specifies the present invention, but does not therefore limit the present invention among the described scope of embodiments.
With reference to figure 1-3, the described panel computer of present embodiment comprises among at least one infrared transceiver device 1(Fig. 1 this infrared transceiver device only exemplarily is shown), a processor 2 and a storer 3, wherein,
This infrared transceiver device 1 is for an infrared remote-controlled signal that receives and resolve from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic, this infrared remote-controlled signal is the infrared signal that remote control one external unit is carried out an operation, in general, this infrared remote-controlled signal sends for the telepilot of this external unit;
This processor 2 is used for setting up between this operation and this infrared waveform characteristic one to one the first corresponding relation;
This storer 3 is used for this first corresponding relation of storage.
In panel computer, set up the tabulation of home appliance machine respective operations, by allowing flat board dock with the home appliance telepilot, come the operation of " study " telepilot.User creatable equipment, and for changing equipment interpolation operation.The panel computer treatment facility manages data.Comprise list of devices in the data, the operating list corresponding with changing equipment, and with the infrared waveform characteristic of each operational correspondence.As shown in table 1, can set up a plurality of operations of a plurality of external units (in the table 1 referred to as equipment) and the corresponding relation between the infrared waveform characteristic, like this, panel computer has just obtained the remote-control data of a plurality of equipment.
The first corresponding relation signal table of many equipment of table 1
By obtaining, change and store this infrared remote-controlled signal, and set up between this operation and this infrared waveform characteristic one to one the first corresponding relation, so that this panel computer has obtained the ability of this external unit of infrared remote control, like this, for different external units, can obtain respectively the infrared remote-controlled signal of the various operations of these external units of control, thus so that this panel computer integrated control the function of multiple external unit, the management of convenient a plurality of telepilots further facilitates user's life.
Wherein, this panel computer also comprises an input media 4, is used for operating unique corresponding operational order for user's input with this;
This storer 3 also is used for the second corresponding relation between this operation of storage and this operational order, and the foundation of this second corresponding relation also is conducive to user's follow-up straighforward operation.Like this, this panel computer just can as same common telepilot, have the function of remote control home appliance.
With reference to figure 2, the described remote signal acquisition method of present embodiment, adopt panel computer as shown in Figure 1 to realize that this remote signal acquisition method may further comprise the steps:
Step S
1, this infrared transceiver device 1 receives and resolves this infrared remote-controlled signal from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic;
Step S
2, this processor 2 sets up between this operation and this infrared waveform characteristic one to one the first corresponding relation.
The present invention also provides a kind of remote control thereof, and it adopts panel computer as shown in Figure 1 to realize that this remote control thereof may further comprise the steps:
Step T
1, this input media 4 receives this operational order of users' input;
Step T
2, this processor 2 resolves these operational orders and transfers and the corresponding infrared waveform characteristic of this operational order;
Step T
3, this infrared transceiver device 1 should infrared waveform characteristic be converted to infrared remote-controlled signal and sends this infrared remote-controlled signal so that this external unit is carried out with this operational order operates accordingly to this external unit.
The ultimate principle of embodiment 2 is identical with embodiment 1, and the primary structure of panel computer is also identical with embodiment 1, and difference is:
With reference to figure 4-Fig. 6, the quantity of this infrared transceiver device 1 is two and (sees Fig. 5 and Fig. 6, of particular note, in Fig. 4, for illustrated succinct, an infrared transceiver device 1 only is shown), this panel computer comprises a gyroscope 5, exports this processor 2 to for detection of the variation of this panel computer location status and with testing result;
This storer 3 is for the 3rd corresponding relation between this infrared transceiver device 1 of storing this testing result and enabling;
This processor 2 is used for enabling corresponding this infrared transceiver device 1 according to this testing result.
With reference to figure 5 and Fig. 6, two these infrared transceiver devices 1 are arranged at respectively top and the side of this panel computer, and no matter level, vertical hand-held this panel computer of user can not affect straighforward operation like this.For example, during user's held horizontal panel computer, gyroscope 5 detects panel computer by held horizontal, and then the infrared transceiver device 1 of side starts.And this gyroscope 5 is when detecting the user and vertically holding panel computer, and the infrared transceiver device 1 at top starts.
All the other not mentioned parts are all identical with embodiment 1.
The ultimate principle of embodiment 3 is identical with embodiment 1, the primary structure of panel computer is also identical with embodiment 1, difference is: the quantity of this infrared transceiver device 1 is two, two these infrared transceiver devices 1 are arranged at respectively top and the side of this panel computer, this input media 4 is used for receiving user's and enables instruction, and this is enabled and specifies this infrared transceiver device 1 of enabling in the instruction;
This enables instruction and enables instruction according to this and enable this specified infrared transceiver device 1 this processor 2 for parsing.
All the other not mentioned parts are all identical with embodiment 1.
The ultimate principle of embodiment 4 is identical with embodiment 2, and the primary structure of panel computer is also identical with embodiment 2, and difference is: this panel computer comprises a display, is used for showing this second corresponding relation.And this display is used for showing this second corresponding relation in the tabulation mode, and perhaps, this display is used for showing this second corresponding relation with authentic pattern, and this authentic pattern adopts the arrangement mode of control knob of the telepilot of this external unit.
The display mode of this second corresponding relation can come the input selection instruction to realize by this input media 4, also can realize by the operation to gyroscope 5.
With reference to figure 7-9, respectively take the remote control of the household electrical appliance commonly used such as TV and air-conditioning as example, schematically illustrate the display interface of panel computer when showing this second corresponding relation and showing this second corresponding relation with authentic pattern in the tabulation mode, Fig. 7 is the tabulation mode, and Fig. 8-Fig. 9 is respectively the authentic pattern that has shown TV remote controller and the authentic pattern that has shown air-conditioning remote control.Two kinds of display modes can be taken the circumstances into consideration to select with personal habits by the user according to actual needs.Tabulation mode quantity of information is larger, the authentic pattern traditional remote controller of relatively fitting, and it is more clear to show, is fit to the elderly and uses.
All the other not mentioned parts are all identical with embodiment 2.
The ultimate principle of embodiment 5 is identical with previous embodiment, and difference is:
In the present embodiment, in advance a packet is stored in this panel computer, comprises the infrared waveform characteristic of household electrical appliance commonly used and the corresponding relation of operation in this packet, so just removed the acquisition step of the remote signal of panel computer from.
The user can be directly by the operation that needs are carried out select make this infrared transceiver device send corresponding infrared remote-controlled signal to come remote peripheral equipment.
Embodiment 6
The ultimate principle of embodiment 6 is identical with embodiment 5, and difference is:
In the present embodiment, owing to comprised the infrared waveform characteristic of household electrical appliance commonly used and the corresponding relation of operation in the packet, this panel computer gathers the step of remote signal and can save, so replace this infrared transceiver device with infrared dispensing device.
Below, in conjunction with user's use angle, again sketch remote signal gatherer process of the present invention and remote control process.
A) remotely controlled (being the collection of remote signal)
The user is by the operation input panel computer with the external unit Infrared remote controller, and the process of adding operation in panel computer (hereinafter to be referred as flat board) for the external unit remote control is called " study " process, and specific works principle and flow process are as follows:
The user presses the button in flat board, and flat board enters " study " state, starts infrared receiving function.
First step user aims at infrared transceiver device on the flat board with Infrared remote controller, presses the button on the telepilot.At this moment, the infrared remote-controlled signal of Infrared remote controller straighforward operation that this button is corresponding sends to flat board.
The infrared transceiver device of second step panel computer receives infrared remote-controlled signal, and is converted into infrared waveform characteristic, and sends the data to processor.
After the 3rd step, processor received infrared waveform characteristic, require the user to input instruction title and the equipment (for example warming temperature of air-conditioning) of this operation.After user's input, equipment, instruction title, infrared waveform characteristic are formed one group of data, be stored in the storer.
B) straighforward operation
When the user uses panel computer that home appliance is operated, click the analogue-key of operational correspondence at the remote control interface.
The push-botton operation that first step processor clicks according to the user (for example the temperature of air-conditioning being heightened) is to infrared waveform characteristic corresponding to memory requests.
The second step storer sends to processor with infrared waveform characteristic.
The 3rd step processor sends to infrared transceiver device with the waveform character data, the infrared remote-controlled signal that the infrared transceiver device emission is corresponding with this infrared waveform characteristic.
External unit receives infrared remote-controlled signal, and carries out this operation.
The present invention is by making the panel computer with infrared transceiver device come the telepilot operation of " study " ordinary appliances, with the remote signal collection of telepilot and preserve, set up the corresponding relation between infrared remote-controlled signal and the operation, make this panel computer possess the function of telepilot.In straighforward operation, only need call the infrared waveform characteristic that responds with this operation and make this infrared transceiver device send this infrared remote-controlled signal and can realize control to electrical equipment.Be integrated in the telepilot that namely can adopt panel computer to replace special use in the panel computer by the infrared remote-controlled signal with various electrical equipment, made things convenient for the management of all multi-remote-controllers of household electrical appliance, alleviated user's burden.
In addition, in the technical scheme of the present invention, the data of the first corresponding relation of various home appliances can be installed in the panel computer (by the front prepackage of dispatching from the factory, the subsequent software bag is installed, perhaps the mode such as network renewal realizes), can save like this user and carry out corresponding process from being about to remote controller key with dull and stereotyped virtual push button, reduce the user and use difficulty.In this this technical scheme, need to compile the infrared waveform characteristic of remote control and the respective operations instruction of large number quipments, follow-uply also need the work upgrading and safeguard; But on hardware unit, infrared facility only needs sender unit (namely can replace infrared transceiver device with infrared dispensing device), can reduce hardware cost.
Also can adopt both combinations, the data that are main flow equipment are compiled by manufacturer, be installed in the panel computer, more old or unexpected winner home appliance user still can come by the collection of remote signal the foundation of the first corresponding relation, and realizes remote control according to first corresponding relation of this " study " gained.
Although more than described the specific embodiment of the present invention, it will be understood by those of skill in the art that these only illustrate, protection scope of the present invention is limited by appended claims.Those skilled in the art can make various changes or modifications to these embodiments under the prerequisite that does not deviate from principle of the present invention and essence, but these changes and modification all fall into protection scope of the present invention.
Claims (10)
1. a panel computer is characterized in that, is selected from following structure:
The first structure:
This panel computer comprises at least one infrared transceiver device, a processor and a storer, wherein,
This infrared transceiver device be used for to receive and resolves the infrared remote-controlled signal from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic, and this infrared remote-controlled signal is the infrared signal that remote control one external unit is carried out an operation;
This processor is used for setting up between this operation and this infrared waveform characteristic one to one the first corresponding relation;
This storer is used for this first corresponding relation of storage,
The second structure:
This panel computer comprises at least one infrared dispensing device, an input media, a processor and a storer, wherein,
This storer is used for storage one first corresponding relation, and this first corresponding relation represents the one-to-one relationship between infrared waves shape characteristic and the operation;
This input media is used for receiving user's selecting an operation;
This processor is used for transferring with this operating corresponding infrared waveform characteristic;
This infrared dispensing device is used for and should infrared waveform characteristic be converted to infrared remote-controlled signal, and this infrared remote-controlled signal is sent to an external unit so that this external unit is carried out this operation.
2. panel computer as claimed in claim 1 is characterized in that, this panel computer also comprises an input media, is used for operating unique corresponding operational order for user's input with this;
This storer also is used for the second corresponding relation between this operation of storage and this operational order, and/or,
This input media is used for receiving a packet, comprises this first corresponding relation and second corresponding relation of a plurality of external units in this packet;
This first corresponding relation and the second corresponding relation that this processor is used for resolving this packet and stores a plurality of external units.
3. panel computer as claimed in claim 2 is characterized in that, the quantity of this infrared transceiver device is a plurality of, and this input media is used for receiving user's and enables instruction, and this is enabled and specifies this infrared transceiver device of enabling in the instruction;
This enables instruction and enables instruction according to this and enable this specified infrared transceiver device this processor for parsing, perhaps,
The quantity of this infrared dispensing device is a plurality of, and this input media is used for receiving user's and enables instruction, and this is enabled and specifies this infrared dispensing device of enabling in the instruction;
This enables instruction and enables instruction according to this and enable this specified infrared dispensing device this processor for parsing.
4. panel computer as claimed in claim 2 is characterized in that, this input media is used for receiving this operational order of user's input;
This processor is used for resolving this operational order and transferring and the corresponding infrared waveform characteristic of this operational order;
This infrared transceiver device is used for and should infrared waveform characteristic be converted to infrared remote-controlled signal and sends this infrared remote-controlled signal so that this external unit is carried out and this operational order operates accordingly to this external unit.
5. such as the described panel computer of any one among the claim 1-4, it is characterized in that this panel computer comprises a display, be used for showing this second corresponding relation.
6. panel computer as claimed in claim 5 is characterized in that, this display is used for showing this second corresponding relation in the tabulation mode, perhaps, this display is used for showing this second corresponding relation with authentic pattern, and this authentic pattern adopts the arrangement mode of control knob of the telepilot of this external unit
Wherein, this input media is used for receiving user's a selection instruction, and this selection instruction is the selection to the display mode of this second corresponding relation.
7. panel computer as claimed in claim 6 is characterized in that, this panel computer comprises a gyroscope, exports this processor to for detection of the variation of this panel computer location status and with testing result;
This storer be used for this testing result of storage and this infrared transceiver device of enabling between the 3rd corresponding relation or store this testing result and this infrared dispensing device of enabling between the 3rd corresponding relation;
This processor is used for enabling corresponding this infrared dispensing device according to this testing result for enable corresponding this infrared transceiver device or this processor according to this testing result, and/or,
The 3rd corresponding relation also comprises the corresponding relation of this display mode of this testing result and this second corresponding relation.
8. such as the described panel computer of any one among the claim 1-4, it is characterized in that this infrared transceiver device is arranged at top, bottom or the side of this panel computer, perhaps,
This infrared dispensing device is arranged at top, bottom or the side of this panel computer.
9. a remote signal acquisition method is characterized in that, it adopts such as the described panel computer of any one among the claim 1-8 and realizes that this remote signal acquisition method may further comprise the steps:
Step S
1, this infrared transceiver device receives and resolve this infrared remote-controlled signal from the outside, and this infrared remote-controlled signal is converted to infrared waveform characteristic;
Step S
2, this processor sets up between this operation and this infrared waveform characteristic one to one the first corresponding relation.
10. a remote control thereof is characterized in that, it adopts such as the described panel computer of any one among the claim 4-8 and realizes that this remote control thereof may further comprise the steps:
Step T
1, this input media receives this operational order of user's input;
Step T
2, this processor resolves this operational order and transfers and the corresponding infrared waveform characteristic of this operational order;
Step T
3, this infrared transceiver device should infrared waveform characteristic be converted to infrared remote-controlled signal and sends this infrared remote-controlled signal so that this external unit is carried out with this operational order operates accordingly to this external unit, perhaps,
This remote control thereof adopts such as the described panel computer of any one among the claim 1-8 and realizes that this remote control thereof may further comprise the steps:
Step R
1, this input media receives selected to operation of user;
Step R
2, this processor is transferred operates corresponding infrared waveform characteristic with this;
Step R
3, this infrared dispensing device should infrared waveform characteristic be converted to infrared remote-controlled signal and send this infrared remote-controlled signal so that this external unit is carried out this operation to this external unit.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN104423334A (en) * | 2013-08-25 | 2015-03-18 | 武汉鸿信通科技有限公司 | Zigbee-based home smart control system |
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| CN110199330A (en) * | 2017-02-06 | 2019-09-03 | 金泰克斯公司 | Selective transmission of commands associated with a single transceiver channel |
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| CN103198633A (en) * | 2013-02-28 | 2013-07-10 | 上海斐讯数据通信技术有限公司 | Mobile terminal with multifunctional remote control system and multifunctional remote control method |
| CN104423334A (en) * | 2013-08-25 | 2015-03-18 | 武汉鸿信通科技有限公司 | Zigbee-based home smart control system |
| CN106530669A (en) * | 2016-10-19 | 2017-03-22 | 青岛海信电器股份有限公司 | Centralized control method of electric equipment system, master control device and system |
| CN110199330A (en) * | 2017-02-06 | 2019-09-03 | 金泰克斯公司 | Selective transmission of commands associated with a single transceiver channel |
| CN110199330B (en) * | 2017-02-06 | 2021-07-23 | 金泰克斯公司 | Selective transmission of commands associated with a single transceiver channel |
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