CN102214389A - Method for realizing function selection of remote controller and remote controller - Google Patents
Method for realizing function selection of remote controller and remote controller Download PDFInfo
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- CN102214389A CN102214389A CN2010101444321A CN201010144432A CN102214389A CN 102214389 A CN102214389 A CN 102214389A CN 2010101444321 A CN2010101444321 A CN 2010101444321A CN 201010144432 A CN201010144432 A CN 201010144432A CN 102214389 A CN102214389 A CN 102214389A
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Abstract
The invention discloses a method for realizing function selection of a remote controller and the remote controller, relating to the technical field of remote controllers. Function selection can be realized by adopting a soft jumper manner, so that the production cost and product quality control difficulty can be lowered, the production efficiency can be improved, and the functions of the remote controller can be upgraded under the whole state. The method comprises the steps of determining a jumper data set corresponding to a known function set; writing the jumper data set into a special storage space of the remote controller, and calling the jumper data set by a main program of the remote controller; and carrying out function initialization on the remote controller, and leading each key on the remote controller to realize corresponding functions related to jumper data. The embodiment of the invention is mainly applied in the field of remote controllers.
Description
Technical field
The present invention relates to the telepilot technical field, relate in particular to implementation method and telepilot that a kind of remote-controller function is selected.
Background technology
At present, when the user uses a teleswitch, on the interface of telepilot, press different function buttons and can realize function corresponding.As, when using air-conditioning remote control, press the function button of " sleep pattern " after, air-conditioning just can correspondingly enter sleep pattern and move.In the prior art, general telepilot product adopts following two kinds of schemes when realizing function selecting: a kind of is the mode that adopts hardware jumper.When the telepilot power-up initializing, program is carried out functional configuration according to the high-low level state of MCU (Micro Control Unit, micro-control unit) specific I/O port (input/output, input/output port).Another kind is the mode that adopts specific program.Program according to user's request, every money telepilot uses special-purpose program.
When realizing the function selecting of telepilot, the inventor finds in the prior art when the mode that adopts hardware jumper realizes the function selecting of telepilot, owing to need employing hardware jumper resistance, thus increased the hardware cost and the production cost of telepilot.Such as, the wire jumper resistance quantity that some product needed is used can arrive tens, and with respect to the telepilot that generally has only ten left and right sides electronic components, this is a considerable quantity.The increase of wire jumper resistance also greatly reduces the efficient of production line, and in addition, the use of wire jumper resistance bring big difficulty can for the quality control of product, as, when the model of product more for a long time, the mistake of element, leakage, mix probability and correspondingly also can increase greatly.
When adopting the mode of specific program, because every money telepilot needs special-purpose program, cause the workload of the establishment of program and test bigger, increased Products Development cost and maintenance difficulties.When needs carry out function remodeling to product, can't be under the complete machine state refresh routine, usually carry out the secondary program after the PCBA (Printed Circuit Board+Assembly, printed circuit board (PCB)) of telepilot need being split out and write, make the shell of telepilot scrap.
Summary of the invention
Implementation method, telepilot that embodiments of the invention provide a kind of remote-controller function to select, adopt the mode of flexible jumper to realize function selecting, reduce production cost and production quality control difficulty, improved production efficiency, and can under the complete machine state, realize the function renewal of telepilot.
For achieving the above object, embodiments of the invention adopt following technical scheme:
The implementation method that a kind of remote-controller function is selected comprises:
Determine the corresponding wire jumper data acquisition of known function set of telepilot;
Described wire jumper data acquisition is write in the particular memory space of described telepilot, and described wire jumper data acquisition is called by the master routine of described telepilot;
According to described wire jumper data acquisition described telepilot is carried out the function initialization, make each button on the described telepilot realize the function of the wire jumper data correspondence of each auto correlation.
A kind of telepilot comprises: dispose wire jumper data acquisition and the master routine that calls described wire jumper data acquisition on the described telepilot; Button on the described telepilot is related one by one with described wire jumper data, the corresponding functional module of described each wire jumper data.
The manner of execution that a kind of remote-controller function is selected comprises:
Receive push button signalling;
From the wire jumper data acquisition, read the wire jumper data of described push button signalling correspondence;
Carry out the functional module of described wire jumper data correspondence.
In the described embodiment of the invention of technique scheme, the all functions that can realize on telepilot have been formed the known function set of this telepilot, its corresponding wire jumper data acquisition is determined in set according to described known function, and described wire jumper data are associated with button on the described telepilot.Then, described wire jumper data acquisition is write in the particular memory space of described telepilot, described wire jumper data are called by the master routine in the described telepilot.According to described wire jumper data acquisition described telepilot is carried out the function initialization, make each button on the described telepilot realize the function of the wire jumper data correspondence of each auto correlation.Adopt the produced telepilot of technique scheme not need hardware jumper resistance just can realize function selecting, thereby avoided in the prior art because the hardware cost and the production cost that need to adopt hardware jumper resistance to cause are higher the bigger problem of quality control difficulty of product.
In addition, adopt the produced telepilot of technique scheme to call the incompatible realization function selecting of wire jumper data set, the function set that different wire jumper data acquisitions is corresponding different by master routine.When above-mentioned telepilot need carry out function remodeling, can under the complete machine state, upgrade described wire jumper data acquisition, need not change master routine and just can realize function remodeling, need remove telepilot with the available technology adopting specific program could write specific program again and compare, make things convenient for the function remodeling of telepilot product, reduced the Products Development cost.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the process flow diagram of the implementation method of embodiment 1 remote-controller function selection;
Fig. 2 is the process flow diagram of the manner of execution of embodiment 1 remote-controller function selection;
Fig. 3 is the process flow diagram of the implementation method of embodiment 2 remote-controller functions selection;
Fig. 4 is the process flow diagram of the manner of execution of embodiment 3 remote-controller functions selection.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that is obtained under the creative work prerequisite.
Embodiment 1:
The implementation method that the embodiment of the invention provides a kind of remote-controller function to select, as shown in Figure 1, this method comprises the steps:
101, determine the corresponding wire jumper data acquisition of known function set of telepilot.
When producing telepilot, the function that each telepilot can be realized is determined.The all functions that telepilot can be realized have just been formed the known function set of this telepilot.The set of different function corresponding different wire jumper data acquisitions.Thereby the known function that needs at first to determine current telepilot is gathered corresponding wire jumper data acquisition.
102, described wire jumper data acquisition is write in the particular memory space of described telepilot, described wire jumper data acquisition is called by the master routine of described telepilot.Can be in the program space of the MCU of telepilot correspondence predefine M byte as the particular memory space of described wire jumper data acquisition.When the user uses a teleswitch the realization corresponding function, from this particular memory space, read described wire jumper data acquisition by master routine.
103, according to described wire jumper data acquisition described telepilot is carried out the function initialization, make each button on the described telepilot realize the function of the wire jumper data correspondence of each auto correlation.Button on the telepilot all has its wire jumper data that are associated, by described telepilot is carried out the function initialization, when making the button of user on clicking telepilot, can realize the function of the wire jumper data correspondence that this is key associated, this function that is to say the function of the button correspondence that the user clicks.
In embodiments of the present invention, the telepilot that adopts said method production does not need to adopt hardware jumper resistance when realizing function selecting, and only need writing correspondingly on telepilot, the wire jumper data just can realize correspondingly function.Compared with prior art, reduced the hardware cost and the production cost of telepilot,, correspondingly also reduced the quality control difficulty of product, improved production efficiency owing to do not need hardware jumper resistance.
Simultaneously, by said method as can be seen telepilot mainly carry out function selecting, the functions set that different wire jumper data acquisitions is corresponding different according to the wire jumper data acquisition.Thereby, when telepilot need carry out function remodeling, can under the complete machine state, upgrade described wire jumper data acquisition, need not change master routine and just can realize function remodeling, need remove telepilot with the available technology adopting specific program could write specific program again and compare, make things convenient for the function remodeling of telepilot product, reduced the Products Development cost.
Correspondingly, the embodiment of the invention also provides a kind of telepilot that adopts said method to produce, and disposes wire jumper data acquisition and master routine on this telepilot.When telepilot when carrying out corresponding function, described master routine calls described wire jumper data acquisition and carries out function selecting.
Button on the described telepilot is related one by one with described wire jumper data, the corresponding functional module of described each wire jumper data.Because each function of telepilot can realize by functional module independently, when the user clicks certain button of above-mentioned telepilot, master routine can call this key associated wire jumper data, and then carry out the functional module of described wire jumper data correspondence, thereby realize the function of the button correspondence on the telepilot.
The manner of execution that the embodiment of the invention also provides a kind of above-mentioned remote-controller function to select, as shown in Figure 2, this method comprises the steps:
201, when the user clicked certain button on the telepilot, the master routine of telepilot can at first receive this push button signalling.
202, since each push button signalling all corresponding wire jumper data in the wire jumper data acquisition, then master routine can read the wire jumper data of described push button signalling correspondence from the wire jumper data acquisition.In concrete implementation, these wire jumper data can be deposited in the particular space of MCU storer of telepilot, master routine can read the wire jumper data of described push button signalling correspondence from change particular space, the wire jumper data of the correspondence that different push button signallings reads also are inequality.
203, carry out the functional module of described wire jumper data correspondence.Behind the function initial phase in the telepilot production run, each wire jumper data all corresponding a functional module, each functional module is used for realizing a function on the telepilot.Thereby after reading out the wire jumper data, just can find the functional module of this wire jumper data correspondence, carry out this functional module and just can realize correspondingly function.
From the implementation that above-mentioned remote-controller function is selected, the master routine in the telepilot just can be realized function selecting according to the wire jumper data.When needs upgrade the function of described telepilot, do not need to write again master routine, only existing wire jumper data acquisition need be updated to the function remodeling that new wire jumper data acquisition just can be realized telepilot, thereby also reduce the production cost of telepilot.
Embodiment 2:
The embodiment of the invention is an example with the production run of air-conditioning remote control, describes the implementation method that a kind of remote-controller function is selected in detail, and as shown in Figure 3, this method may further comprise the steps:
301, suppose to comprise three functions in the function set that this air-conditioning remote control can realize, use F (1), F (2) and F (3) to represent respectively.Each function realizes by a button on the telepilot.
At first, at a function set of air-conditioning remote control predefine and a wire jumper data acquisition.Comprise N function in the described predefine function set, each function correspondence a button on this air-conditioning remote control.Described n function can be expressed as F (n), and wherein, the span of F (n) is
N 〉=n 〉=1, N 〉=Xn 〉=1.The value number of each function correspondence can be the same or different.Such as, when n=1, the value number of first function F (1) can be 4, span is { f
1, f
2, f
3, f
4, f as described
1Can realize the function of " sleep pattern ", described f
2Can realize the function of " fitness mode ", f
3Can realize the function of " environmental protection pattern ", f
4Can realize the function of " energy saver mode ", the X that this moment is corresponding
1Be 2; When n=2, the value number of second function F (2) can be 2, and span is { f
5, f
6, the X that this moment is corresponding
2Be 1; When n=3, the value number of the 3rd function F (3) can be 2, and span is { f
7, f
8, the X that this moment is corresponding
3Be 1.
In specific implementation process, the function that each button on this air-conditioning remote control can be realized is to have determined well, such as, the function that the button of the corresponding F of this air-conditioning remote control (1) is realized is " sleep pattern ", the value of described F this moment (1) is f
1After the value of each button corresponding function on this telepilot is determined, just can draw the function set of this telepilot, as, this function set can be { f
1, f
6, f
8.
Correspondingly, in the predefined wire jumper data acquisition of above-mentioned telepilot, comprise N wire jumper data, described n wire jumper data are expressed as A (n), wherein, the span of A (n) be 0,1,2 ... 2
Xn-1}, N 〉=n 〉=1, N 〉=Xn 〉=1.Described predefined function set and predefined wire jumper data acquisition satisfy following preset function-wire jumper rule of correspondence:
The span of described n function
In j function and the span of described n wire jumper data 0,1,2 ... 2
XnJ data correspondence the among-1}, wherein, 2
Xn〉=j 〉=1.
Such as, the span of first function F (1) is { f in the above-mentioned predefined function set
1, f
2, f
3, f
4, then the span of first wire jumper data A (1) be 0,1,2,3}; The span of second function F (2) is { f
5, f
6, correspondingly, the span of second wire jumper data A (2) be 0,1}; The span of the 3rd function F (3) is { f
7, f
8, correspondingly, the span of the 3rd wire jumper data A (3) be 0,1}.
After obtaining the known function set of above-mentioned telepilot, just can determine the corresponding wire jumper data acquisition of known function set of telepilot according to preset function-wire jumper rule of correspondence.As, the function set of telepilot is { f
1, f
6, f
8The time, correspondingly, the wire jumper data acquisition be 0,1,1}.
302, described wire jumper data acquisition is write in the particular memory space of described telepilot, described wire jumper data acquisition is called by the master routine of described telepilot.
In specific implementation process, described each wire jumper data can the particular space of corresponding above-mentioned telepilot in certain section continuous bit.As, this particular space is the M byte, total 8*M bit.The span of above-mentioned first wire jumper data A (1) is { 0,1,2, during 3}, first in this M byte and second bit can be used for representing above-mentioned first wire jumper data, are { 0 by the above-mentioned wire jumper data acquisition that draws, 1,1} as can be known, the value of first wire jumper data A (1) is 0, correspondingly the data deposited of first in above-mentioned M byte and second bit should be 0 and 0; The span of above-mentioned second wire jumper data A (2) is { 0, during 1}, adopt the 3rd bit in this M byte just can represent described second wire jumper data, by the above-mentioned wire jumper data acquisition that draws is { 0,1,1} as can be known, the value of second wire jumper data A (2) is 1, correspondingly the 3rd data that bit is deposited in above-mentioned M byte should be 1; In like manner, adopt the 4th bit in this M byte just can represent described the 3rd wire jumper data A (3), because the value of the 3rd wire jumper data A (3) is 1, correspondingly the 4th data that bit is deposited in above-mentioned M byte should be 1.
Above-mentioned wire jumper data acquisition is that { 0,1,1} is that corresponding binary bit is expressed as 00,1 and 1 respectively, described binary data is write in the bit corresponding in the above-mentioned M byte to get final product at this moment.Just enumerate the telepilot that comprises three functions in the foregoing description and determined the process of corresponding wire jumper data acquisition, in the specific implementation process, telepilot can also have greater functionality, as long as determine the wire jumper data value of each function correspondence in the manner described above, and write in the corresponding storage space and get final product.
When described wire jumper data acquisition is write the particular memory space of described telepilot, can adopt but be not limited to following three kinds of modes:
Mode one: can write with master routine.Specific implementation process is written in the M byte that the MCU space to be preserved goes out when can write master routine at the production line of telepilot.The most producers of PCBA this moment all adopt the jigsaw mode, can write to a plurality of PCBA simultaneously, with in the prior art directly to the chip write-in program time, the mode of operation that can only singlely write is compared, and saves the production time greatly, and production efficiency is provided.
Mode two, write fashionablely at master routine, described wire jumper data acquisition has been write in the particular memory space of described telepilot by default wire jumper write device.At first the wire jumper data acquisition is input in the wire jumper write device, uses the wire jumper write device that the wire jumper data acquisition is written in the M byte of MCU then.This method is primarily aimed at producing product or typical products in mass production remodeling, can avoid writing again master routine, shortens the process-cycle.
Mode three, write fashionablely at master routine, described wire jumper data acquisition has been write in the particular memory space of described telepilot by default wire jumper edit mode.During concrete enforcement, can during the telepilot power-up initializing, pin two or three buttons of telepilot simultaneously, enter telepilot wire jumper edit mode, the wire jumper data acquisition is input in the M byte of telepilot MCU.This mode is applicable to the remodeling to finished product, needn't scrap material because of opening shell, and dwindle the production time.
303, above-mentioned wire jumper data acquisition is write after the particular memory space of telepilot, described telepilot is carried out the function initialization according to described wire jumper data acquisition.
Because each the wire jumper data in the described wire jumper data acquisition are to be associated with button on the telepilot, just need carry out initialization for the function of each wire jumper data correspondence.Can adopting independently at each function that can realize in the above-mentioned telepilot, functional module realizes.The initialized detailed process of function can adopt following manner to realize:
At first, by reading each the wire jumper data in the described wire jumper data acquisition successively, determine the function of each wire jumper data correspondence then according to preset function-wire jumper rule of correspondence.Such as, the value of above-mentioned first wire jumper data is 0 when reading first wire jumper data, the value of first function in the corresponding at this moment function set is f
1, this function that is to say the function that the associated button of above-mentioned first wire jumper data will be realized.At last, with described function f
1Be initialized as corresponding functional module.
Adopt the produced telepilot of method in the present embodiment not need hardware jumper resistance just can realize function selecting, thereby avoided in the prior art because the hardware cost and the production cost that need to adopt hardware jumper resistance to cause are higher the bigger problem of quality control difficulty of product.
In addition, adopt the produced telepilot of technique scheme to call the incompatible realization function selecting of wire jumper data set, the function set that different wire jumper data acquisitions is corresponding different by master routine.When above-mentioned telepilot need carry out function remodeling, such as the function that the button of first function of above-mentioned correspondence F (1) is realized when " sleep pattern " changes into " energy saver mode ", only need change the wire jumper data A (1) of correspondence into 3 from 0, such as the 1 and 1 function remodeling of just having finished telepilot will be write on first and second bit in the above-mentioned M byte.
The embodiment of the invention can be upgraded described wire jumper data acquisition under the complete machine state from this, need not change master routine and just can realize function remodeling.Need remove telepilot with the available technology adopting specific program and could write specific program again and compare, make things convenient for the function remodeling of telepilot product, reduce the Products Development cost.
Embodiment 3:
The embodiment of the invention provides a kind of telepilot that adopts the function selection method in the foregoing description 2 to produce, and disposes wire jumper data acquisition and master routine in this telepilot.When telepilot when carrying out corresponding function, described master routine calls described wire jumper data acquisition and carries out function selecting.
Button on the described telepilot is related one by one with described wire jumper data, the corresponding functional module of described each wire jumper data.Because each function of telepilot can realize by functional module independently, when the user clicks certain button of above-mentioned telepilot, master routine can call this key associated wire jumper data, and then carry out the functional module of described wire jumper data correspondence, thereby realize the function of the button correspondence on the telepilot.
The manner of execution that the embodiment of the invention also provides a kind of above-mentioned remote-controller function to select, as shown in Figure 4, this method comprises the steps:
401, when the user clicked certain button on the telepilot, the master routine of telepilot can at first receive this push button signalling.
402, since each push button signalling all corresponding wire jumper data in the wire jumper data acquisition, then master routine can read the wire jumper data of described push button signalling correspondence from the wire jumper data acquisition.In concrete implementation, these wire jumper data can be deposited in the particular space of MCU storer of telepilot, master routine can read the wire jumper data of described push button signalling correspondence from change particular space, the wire jumper data of the correspondence that different push button signallings reads also are inequality.
Such as, the user clicks " energy saver mode " button, and these key associated wire jumper data are first wire jumper data, read the value of these wire jumper data this moment from the particular space of MCU storer.As, it is 11 o'clock that first from above-mentioned M byte and second bit are read binary numeral, at this moment corresponding function f
4, just " energy saver mode ".
403, carry out the functional module of described wire jumper data correspondence.Behind the function initial phase in the telepilot production run, each wire jumper data all corresponding a functional module, each functional module is used for realizing a function on the telepilot.As, the functional module of above-mentioned first wire jumper data correspondence is to realize " energy saver mode ", air-conditioning will move under energy saver mode this moment.
From the implementation that above-mentioned remote-controller function is selected, the master routine in the telepilot just can be realized function selecting according to the wire jumper data.When needs upgrade the function of described telepilot, do not need to write again master routine, only existing wire jumper data acquisition need be updated to the function remodeling that new wire jumper data acquisition just can be realized telepilot, thereby also reduce the production cost of telepilot.
The embodiment of the invention is mainly used in the telepilot technical field, realize the function selecting of telepilot by the mode that adopts flexible jumper, reduce production cost and production quality control difficulty, improved production efficiency, and can under the complete machine state, realize the function renewal of telepilot.
Through the above description of the embodiments, the those skilled in the art can be well understood to the present invention and can realize by the mode that software adds essential common hardware, can certainly pass through hardware, but the former is better embodiment under a lot of situation.Based on such understanding, the part that technical scheme of the present invention contributes to prior art in essence in other words can embody with the form of software product, this computer software product is stored in the storage medium that can read, floppy disk as computing machine, hard disk or CD etc., comprise some instructions with so that computer equipment (can be personal computer, server, the perhaps network equipment etc.) carry out the described method of each embodiment of the present invention.
The above; only be the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.
Claims (8)
1. the implementation method that remote-controller function is selected is characterized in that, comprising:
Determine the corresponding wire jumper data acquisition of known function set of telepilot;
Described wire jumper data acquisition is write in the particular memory space of described telepilot, and described wire jumper data acquisition is called by the master routine of described telepilot;
According to described wire jumper data acquisition described telepilot is carried out the function initialization, make each button on the described telepilot realize the function of the wire jumper data correspondence of each auto correlation.
2. the implementation method that remote-controller function according to claim 1 is selected is characterized in that, also comprises: predefined function set, predefined wire jumper data acquisition and preset function-wire jumper rule of correspondence;
When described particular memory space is the M byte, comprise N function in the described predefine function set, described n functional representation is F (n), and wherein, the span of F (n) is
N=8*M, N 〉=n 〉=1, N 〉=Xn 〉=1;
Comprise N wire jumper data in the described predefine wire jumper data acquisition, described n wire jumper data are expressed as A (n), wherein, the span of A (n) be 0,1,2 ... 2
Xn-1}, N=8*M, N 〉=n 〉=1, N 〉=Xn 〉=1;
Described preset function-wire jumper rule of correspondence comprises: the span of described n function
In j function and the span of described n wire jumper data 0,1,2 ... 2
XnJ data correspondence the among-1}, wherein, 2
Xn〉=j 〉=1.
3. the implementation method that remote-controller function according to claim 2 is selected is characterized in that,
The corresponding wire jumper data acquisition of known function set of described definite telepilot is: the function of determining known remote control according to preset function-wire jumper rule of correspondence is gathered corresponding wire jumper data acquisition,
The value of n function in the known function set of described telepilot is the span of n function in the described predefine function set
In j function; The value of n wire jumper data in the described definite wire jumper data acquisition be n wire jumper data in the described predefine wire jumper data acquisition span 0,1,2 ... 2
XnJ data the among-1}, wherein, 2
Xn〉=j 〉=1.
4. the implementation method that remote-controller function according to claim 1 is selected is characterized in that, described wire jumper data acquisition is write in the particular memory space of described telepilot to comprise:
When writing master routine, described wire jumper data acquisition is write in the particular memory space of described telepilot; Perhaps
Write fashionablely at master routine, described wire jumper data acquisition has been write in the particular memory space of described telepilot by default wire jumper write device; Perhaps
Write fashionablely at master routine, described wire jumper data acquisition has been write in the particular memory space of described telepilot by the default wire jumper edit mode keyboard that uses a teleswitch.
5. the implementation method that remote-controller function according to claim 1 is selected is characterized in that, according to described wire jumper data acquisition described telepilot is carried out the function initialization and comprises:
Read each the wire jumper data in the described wire jumper data acquisition successively, described wire jumper data are related one by one with the button on the described telepilot;
Determine the function of each wire jumper data correspondence according to preset function-wire jumper rule of correspondence;
Described function is initialized as corresponding functional module.
6. a telepilot is characterized in that, disposes wire jumper data acquisition and the master routine that calls described wire jumper data acquisition on the described telepilot;
Button on the described telepilot is related one by one with described wire jumper data, the corresponding functional module of described each wire jumper data.
7. telepilot according to claim 6 is characterized in that, each function correspondence of described telepilot is functional module independently.
8. the manner of execution that remote-controller function is selected is characterized in that, comprising:
Receive push button signalling;
From the wire jumper data acquisition, read the wire jumper data of described push button signalling correspondence;
Carry out the functional module of described wire jumper data correspondence.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102497213A (en) * | 2011-12-14 | 2012-06-13 | 深圳市鑫汇科电子有限公司 | Multi-interface selection method and multi-interface selection circuit based on keyboard scan and display driving chip |
| CN112611081A (en) * | 2020-11-27 | 2021-04-06 | 珠海格力电器股份有限公司 | Air conditioner, remote controller, method for freely setting cap number, terminal and medium |
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| CN102497213A (en) * | 2011-12-14 | 2012-06-13 | 深圳市鑫汇科电子有限公司 | Multi-interface selection method and multi-interface selection circuit based on keyboard scan and display driving chip |
| CN112611081A (en) * | 2020-11-27 | 2021-04-06 | 珠海格力电器股份有限公司 | Air conditioner, remote controller, method for freely setting cap number, terminal and medium |
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