CN108320491A - All referring to infrared remote control equipment and all referring to infrared remote control method - Google Patents
All referring to infrared remote control equipment and all referring to infrared remote control method Download PDFInfo
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- CN108320491A CN108320491A CN201810054907.4A CN201810054907A CN108320491A CN 108320491 A CN108320491 A CN 108320491A CN 201810054907 A CN201810054907 A CN 201810054907A CN 108320491 A CN108320491 A CN 108320491A
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- 238000000034 method Methods 0.000 title claims abstract description 31
- 230000033001 locomotion Effects 0.000 claims abstract description 13
- 238000012545 processing Methods 0.000 claims abstract description 13
- 238000004891 communication Methods 0.000 claims abstract description 8
- 238000001514 detection method Methods 0.000 claims description 9
- 230000000875 corresponding effect Effects 0.000 description 26
- 238000010586 diagram Methods 0.000 description 9
- 230000005540 biological transmission Effects 0.000 description 4
- 238000004378 air conditioning Methods 0.000 description 3
- 230000001276 controlling effect Effects 0.000 description 3
- 230000005611 electricity Effects 0.000 description 2
- 230000002618 waking effect Effects 0.000 description 2
- 239000003990 capacitor Substances 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000002452 interceptive effect Effects 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
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- G—PHYSICS
- G08—SIGNALLING
- G08C—TRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
- G08C23/00—Non-electrical signal transmission systems, e.g. optical systems
- G08C23/04—Non-electrical signal transmission systems, e.g. optical systems using light waves, e.g. infrared
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Abstract
One kind is all referring to infrared remote control equipment and all referring to infrared remote control method.It is described to include all referring to infrared remote control equipment：Multiple infrared transmitting tubes；Processing circuit with wireless communication module；Further include：Sensor, the sensor can detect described all referring to the motion direction to infrared remote control equipment.It is described that there is the performance that realization low-power-consumption infrared is remotely controlled all referring to infrared remote control equipment.
Description
Technical field
The present invention relates to infrared remote control field, more particularly to it is a kind of all referring to infrared remote control equipment and all referring to infrared remote control
Method.
Background technology
Currently on the market, many using the household electrical appliances of infrared control, inevitably need various remote controlers.Therefore, because
Household electrical appliances increase, and the case where using all referring to numerous all kinds of remote controlers are replaced to remote controler occur, are represented all referring to remote controler
A kind of new product demand.
But it is existing all referring to, when carrying out infrared remote control control, being to beat whole infrared transmitting tubes to IR remote controller
It opens, to carry out all referring to emission control.This adds increased the current loss of remote controler.As it can be seen that existing all referring to IR remote controller
It can not accomplish lower power consumption.
Invention content
Problems solved by the invention be to provide it is a kind of all referring to infrared remote control equipment and all referring to infrared remote control method, with more
Realize well low-power consumption all referring to function of infrared remote control.
To solve the above problems, the present invention provides one kind all referring to infrared remote control equipment, including：Multiple infrared emissions
Pipe；Processing circuit with wireless communication module；Further include：Sensor, the sensor can detect described all referring to infrared
The motion direction of remote control equipment.
Optionally, the sensor is gyroscope.
Optionally, the wireless communication module is bluetooth module.
Optionally, described all referring to being round, ellipse or polygon to the downward projection shape of infrared remote control equipment；Work as institute
When stating all referring to being round to the downward projection shape of infrared remote control equipment, the number of the infrared transmitting tube is 3 or more, described
Infrared transmitting tube is located at the circular periphery, the two neighboring infrared transmitting tube corresponding central angle phase in the circle
Deng.
Optionally, described all referring to further including temporald eixis lamp to infrared remote control equipment.
To solve the above problems, the present invention also provides one kind all referring to infrared remote control method, including：It will be as described above
All referring to disposed within to infrared remote control equipment, interior has by remote control equipment；It is described all referring to infrared remote control equipment in no operation
When, it is in sleep state；Azimuth information is stored all referring to infrared remote control equipment described in enabling, the azimuth information includes described by distant
Equipment is controlled relative to the bearing data all referring to infrared remote control equipment；When to being remotely controlled by remote control equipment described in one
When, it is described, by control wake instruction, and according to the azimuth information of storage, to be opened and this institute all referring to infrared remote control equipment
It states by the corresponding infrared transmitting tube of remote control equipment, it is specific described by remote control equipment to this to emit remote signal；Transmitting
It is described to reenter sleep state all referring to infrared remote control equipment after the remote signal.
Optionally, the azimuth information is stored all referring to infrared remote control equipment described in enabling, including：The application of mobile terminal with
It is described to establish wireless connection all referring to the processing circuit of infrared remote control equipment；The application utilizes the connection, beats one by one
All referring to the infrared transmitting tube into infrared remote control equipment described in opening, examined with sending orientation using the infrared transmitting tube one by one
Survey signal；The application reached according to each orientation detection signal it is described by remote control equipment, obtain it is each it is described by
The azimuth information of remote control equipment；The azimuth information of acquisition is sent to and described is set all referring to infrared remote control by the application
It is standby to be stored for storing；Alternatively, while the application obtains the azimuth information, it is described all referring to infrared remote control equipment
It obtains simultaneously and stores the azimuth information.
Optionally, the azimuth information is stored all referring to infrared remote control equipment described in enabling, including：The application of mobile terminal with
It is described to establish wireless connection all referring to the processing circuit of infrared remote control equipment；By observation, setting is every in the application
A azimuth information by remote control equipment；The azimuth information of acquisition is sent to described all referring to red by the application
Outer remote control equipment storage.
Optionally, it is one or two with the number by the corresponding infrared transmitting tube of remote control equipment described in one；
The control instruction is sent out by the application.
Optionally, described all referring to described to infrared remote control equipment after when described all referring to being moved to infrared remote control equipment
Sensor wakes up, after wake-up it is described all referring to infrared remote control equipment according to by mobile angles and positions, update it is described all referring to
The azimuth information that infrared remote control equipment is stored；When it is described moved by remote control equipment when, enable again described all referring to red
The azimuth information by remote control equipment after outer remote control equipment storage is mobile.
In technical scheme of the present invention, there are multiple infrared transmitting tubes all referring to infrared remote control equipment, and increasing can
Detection is all referring to the sensor to infrared remote control equipment motion direction, therefore, it is possible to so that some is specifically set by remote control in control
When standby, only open all referring to the infrared transmitting tube corresponded into infrared remote control equipment by remote control equipment, and other infrared emissions
Guan Ze is closed, to realize low-power consumption, i.e., described to have realization low-power-consumption infrared distant all referring to infrared remote control equipment
The performance of control.
Description of the drawings
Fig. 1 is the structural schematic diagram of the provided equipment of the embodiment of the present invention；
Fig. 2 is the module diagram of the provided equipment of the embodiment of the present invention；
Fig. 3 is the corresponding actual scene schematic diagram of institute of embodiment of the present invention providing method；
Fig. 4 is the corresponding flow diagram of institute of embodiment of the present invention providing method.
Specific implementation mode
In the prior art, using all referring to IR remote controller, it can not accomplish low-power consumption all referring to IR remote controller, therefore also
Usually require connection service cable or the battery using large capacity.
For this purpose, the present invention provides a kind of new all referring to infrared remote control equipment, the equipment can carry out accurate infrared
It is directed toward control, reduces all referring to the current loss during infrared emission, realizes low-power consumption.
More clearly to indicate, the present invention is described in detail below in conjunction with the accompanying drawings.
The embodiment of the present invention provides a kind of all referring to infrared remote control equipment, please referring to Fig.1 and Fig. 2.Fig. 1 is all referring to infrared
The structural schematic diagram of remote control equipment, Fig. 2 are all referring to the module diagram to infrared remote control equipment.
As shown in Figure 1, all referring to including 8 infrared transmitting tubes, respectively infrared transmitting tube 101, red to infrared remote control equipment
Outer transmitting tube 102, infrared transmitting tube 103, infrared transmitting tube 104, infrared transmitting tube 105, infrared transmitting tube 106, infrared emission
Pipe 107 and infrared transmitting tube 108.All referring to being circle to the downward projection shape of infrared remote control equipment, 8 infrared transmitting tubes are located at
Circular periphery.Two neighboring infrared transmitting tube is arranged in the present embodiment, and corresponding central angle is equal in a circle.
As shown in Figure 1, all referring to further including battery 110 to infrared remote control equipment, i.e., the present embodiment is powered using battery 110.
All referring to further including sensor 120 to infrared remote control equipment, sensor 120 can be detected all referring to the mobile side to infrared remote control equipment
Position.In the present embodiment, all referring to further including temporald eixis lamp to infrared remote control equipment.Temporald eixis lamp 130 is positioned over all referring to red
Outer remote control equipment edge shows that temporald eixis lamp 130 is located on 101 side of infrared transmitting tube in Fig. 1.
Though not shown in Fig. 1, all referring to further including processing circuit to infrared remote control equipment.Processing circuit has wireless communication
Module.
It should be noted that Fig. 1 is a kind of perspective structure, there can be a corresponding casing all referring to infrared remote control equipment, 8
A infrared transmitting tube is set to the periphery all referring to the casing internal to infrared equipment, and battery 110 is arranged in casing internal.
The arrangement mode that radially dissipates in the present embodiment, between 8 infrared transmitting tubes and the circular center of circle into
Row arrangement, this arrangement mode is conducive to each infrared transmitting tube and respectively corresponds to certain angle range.But other implementations
In example, infrared transmitting tube also tiltable certain angle, or even vertically placed with equipment, the i.e. present invention to infrared transmitting tube all referring to
It is not limited to the set-up mode of infrared remote control equipment, the transmitting position of infrared transmitting tube is not limited only to surround equipment.Other realities
It applies in example, the number of infrared transmitting tube is not limited to 8, can be 2 or more other numbers, such as can be 3 or more,
For example, 3,4,6,10 or 12 etc..
In other embodiments, it is not limited only to circle all referring to the downward projection shape of infrared remote control equipment, can also be ellipse
Round or polygon etc..And when all referring to being polygon to the downward projection shape of infrared remote control equipment, it can also be further
It is regular polygon, such as equilateral triangle, square, regular pentagon or main entrance side shape etc..
In the present embodiment, sensor 120 is selected as gyroscope.As previously mentioned, sensor 120 is for detecting all referring to infrared
The motion direction of remote control equipment, therefore, in other embodiments, sensor 120 is not limited only to be gyroscope, can also be other tools
There is the sensor of detection Orientation differences function.
In the present embodiment, the wireless communication module in the processing circuit is bluetooth module M2, incorporated by reference to reference to subsequent figure 2
Corresponding content.
In the present embodiment, temporald eixis lamp 130 is one, it has been mentioned hereinbefore that it is located on 101 side of infrared transmitting tube.
In other embodiments, temporald eixis lamp quantity is not limited to one, can be multiple.But in general, the number of setting temporald eixis lamp
Less than or equal to the number of the infrared transmitting tube.Other embodiments also can cancel temporald eixis lamp, i.e., by structure design
Can there is no temporald eixis lamp.
In the present embodiment, the side in the orientation and the instruction of temporald eixis lamp 130 of setting sensor 120 (gyroscope) itself detection
Position is fixed, and the orientation of the instruction of temporald eixis lamp 130 is subject in the orientation of sensor 120.In other embodiments, in sensor 120
Orientation can be using the orientation indicated by temporald eixis lamp 130 as reference.
In other embodiments, all referring to infrared remote control equipment also can by cable power supply, or simultaneously utilize cable and electricity
Pond powers.But from that can realize low-power consumption all referring to infrared remote control equipment in this present embodiment, therefore, the battery can not
It must be bulky capacitor battery.
In modular diagram shown in Fig. 2, it is shown that the present embodiment specifically uses bluetooth module M2 as aforementioned nothing
Line communication module, using gyroscope as sensor 120.At this point, Fig. 2 is shown all referring to including infrared hair to infrared remote control equipment
Penetrate module M1, bluetooth module M2, sensor assembly M3 and temporald eixis module M4.
As shown in Fig. 2, all referring to (that is, in system) in the processing circuit to infrared remote control equipment, control core is by bluetooth
Module M2, bluetooth module M2 are for reading sensor (gyroscope) parameter, and receiving user, (use has in subsequent processes embodiment
The user of specific application mobile terminal) command information, control infrared transmitting tube transmitting, record household electrical appliances (by remote control equipment) orientation,
And preserve information-setting by user etc..Sensor assembly M3 is used for when user moves all referring to infrared remote control equipment, and detection is used
Low-power consumption is moved all referring to the azimuth information to infrared remote control equipment in family, and azimuth information is reported and gives bluetooth module M2.Therefore, such as
Shown in Fig. 2, between sensor assembly M3 and bluetooth module M2 it is attached in a manner of interactive information and instruction.
As shown in Fig. 2, between bluetooth module M2 and temporald eixis module M4 uniaxially being referred to orientation with bluetooth module M2
Show what the mode of module M4 transmission information and instruction was attached.Because in the present embodiment, temporald eixis module M4 by with it is rear
The cooperation of continuous application (please referring to subsequent processes partial content), can be used for the azimuth informations of household electrical appliances (refer to relative to all referring to
The bearing data of infrared remote control equipment) it is indicated, it can be also used for the instruction to 110 electricity of battery.
As shown in Fig. 2, being with bluetooth module M2 between bluetooth module M2 and infrared transmission module M1 uniaxially to infrared hair
It penetrates module M1 and sends what the mode of information and instruction was attached.Infrared transmission module M1 for send corresponding control signal to
By remote control equipment, to realize to the straighforward operation by remote control equipment.
It should be noted that in other embodiments, other connection types can also be used between above-mentioned each module.
The present embodiment provided all referring into infrared remote control equipment, can be detected all referring to infrared remote control due to increasing
Therefore the sensor 120 of equipment motion direction can pass through corresponding application method so that controlling some specifically by distant
When controlling equipment, corresponding infrared transmitting tube is only opened, and the infrared transmitting tube in other orientation is then closed, to realize
Low-power consumption.
Another embodiment of the present invention additionally provides a kind of all referring to infrared remote control method.
Incorporated by reference to actual scene schematic diagram when being the method use with reference to figure 3 and Fig. 4, Fig. 3, Fig. 4 is the method
Corresponding flow diagram.
The method (has and answers all referring to infrared remote control equipment and other devices using what previous embodiment was provided
Mobile terminal) it realizes, it is therefore, therein to refer to previous embodiment corresponding contents all referring to infrared remote control equipment.
The method includes the steps one to step 3.
Step 1: will be all referring to disposed within to infrared remote control equipment, interior has by remote control equipment；All referring to infrared remote control
Equipment is in sleep state when without operation.
In step 1, user will be positioned over all referring to infrared remote control equipment in hall or bedroom in advance, i.e., interior can
To be the places such as hall or bedroom.Can be by shown in FIG. 1 all referring to disposed within to infrared remote control equipment in detailed process,
It is usually accordingly household electrical appliances by remote control equipment, as shown in Figure 3.Fig. 3 with air-conditioning 200, TV 310 and set-top box 320 3 by
It is illustrated for remote control equipment.It is located at 200 right side of air-conditioning, the front side of TV 310, set-top box all referring to infrared remote control equipment
320 front left side.
In step 1, in order to make all referring to as possible low of power consumption when working to infrared remote control equipment, all referring to infrared remote control
Equipment most of the time is the state in sleep, and can be the state of deep sleep.
Step 2: enable all referring to infrared remote control equipment store azimuth information, azimuth information include by remote control equipment relative to
All referring to the bearing data to infrared remote control equipment.
In step 2, it can usually be realized by the application (APP) on mobile terminal (mobile phone).For example, passing through hand
Application connection built in machine is all referring to infrared remote control equipment, further according to the specific location of specific household electrical appliances, using application allow all referring to
Infrared control device remembers the position of household electrical appliances, that is, allows all referring to the specific orientation for " remembeing " household electrical appliances to infrared remote control equipment.This implementation
Example is follow-up specifically to provide two kinds of realization methods.
Step 3: when being remotely controlled by remote control equipment to one, all referring to infrared remote control equipment by control wake instruction,
And according to the azimuth information of storage, open with this by the corresponding infrared transmitting tube of remote control equipment, to emit remote signal to this
It is a specific by remote control equipment；After emitting remote signal, sleep state is reentered all referring to infrared remote control equipment.
In step 3, control instruction is generally also sent out by the application on mobile terminal, when user is controlled specifically using APP
When household electrical appliances, counterparty can be opened according to the azimuth information of the household electrical appliances and the household electrical appliances specifically controlled all referring to infrared control device
The infrared transmitting tube of position is to send corresponding remote signal, and the infrared transmitting tube in other orientation is then closed.This reality
The follow-up particular content of example is applied to be further illustrated.
It is one or two with a number by the corresponding infrared transmitting tube of remote control equipment in step 3.Also
It is to say, when main electric position is in an infrared transmitting tube direct projection position, instruction is remotely controlled using this infrared transmitting tube
Transmitting；It, can be by positioned at the two of family's electric position angle when main electric position is not at any one infrared transmitting tube direct projection position
A infrared transmitting tube is remotely controlled the transmitting of instruction.In this case, the present embodiment at most only needs to use two infrared emissions
Pipe, and be in most cases that an infrared transmitting tube is used only, therefore, it is possible to realize low-power consumption.
It should be noted that in addition to above-mentioned steps one to step 3, after all referring to being moved to infrared remote control equipment, all referring to
Waken up to infrared remote control equipment by sensor, after wake-up all referring to infrared remote control equipment according to by mobile angles and positions, more
Newly all referring to the azimuth information stored to infrared remote control equipment.That is, after step 1 and step 2 are completed, as long as not
Change the position of household electrical appliances (by remote control equipment), does not then have to again to being reset all referring to infrared remote control equipment.Work as household electrical appliances
Position is not moved, and when all referring to being moved to infrared remote control equipment, and user need not also reset orientation, all referring to red
Outer remote control equipment can utilize the variation of built-in sensor parameters, recalculate the angle of the related infrared transmitting tube of adjustment, make it
Again the position of household electrical appliances is matched.
However, when being moved by remote control equipment, enable again all referring to infrared remote control equipment storage it is mobile after by remote control equipment
Azimuth information.When i.e. main electric position is moved, user needs to re-start position setting, and no person sets all referring to infrared remote control
It is standby to will be unable to correctly be remotely controlled corresponding household electrical appliances.
In the present embodiment, two ways may be used and realize step 2, i.e.,：It enables and stores orientation all referring to infrared remote control equipment
Information.
First way includes：The application of mobile terminal wirelessly connects with all referring to the foundation of the processing circuit of infrared remote control equipment
It connects；Using using connecting, opening one by one all referring to the infrared transmitting tube into infrared remote control equipment, to utilize infrared transmitting tube one by one
Send orientation detection signal；Using according to each orientation detection signal reached by remote control equipment, acquisition is each set by remote control
Standby azimuth information；It is stored for storing all referring to infrared remote control equipment using being sent to the azimuth information of acquisition.
In above-mentioned first way, it is stored for all referring to infrared remote control equipment using being sent to the azimuth information of acquisition
The process of storage can be replaced by following processes：While application obtains azimuth information, all referring to also same to infrared remote control equipment
When obtain and store azimuth information.
The second way includes：The application of mobile terminal wirelessly connects with all referring to the foundation of the processing circuit of infrared remote control equipment
It connects；By observation, the azimuth information each by remote control equipment is set in the application；It is sent to entirely using by the azimuth information of acquisition
It is directed toward infrared remote control equipment storage.
Fig. 4 shows the present embodiment step 1 to step 3 and combines a kind of specific example of above-mentioned first way.Its
Corresponding process can be described in conjunction with the concrete scene in Fig. 3.
Step S1 interrupts wake-up signal.
It should be noted that step S1 is happened at after abovementioned steps one and step 2, and it has been noted that complete in step 1
Infrared remote control equipment is directed toward when without operation, is in sleep state.Therefore, wake up at this time be in sleep state all referring to
Infrared remote control equipment.
Whether step S2, (judgement) bluetooth module M2 receive control instruction.
It is because of according to foregoing teachings it will also be appreciated that possible there are two types of the generations of interruption wake-up signal to carry out this step
Reason：One, it is that the application of mobile terminal has issued corresponding control instruction；Two, it is to be moved all referring to infrared remote control equipment, passes
Sensor (gyroscope) can be by interrupting wake-up mode, " waking " bluetooth module M2.Therefore, this step needs to judge to be two kinds actually
It is any in possible cause.Control instruction sent out by mobile phone terminal bluetooth as user or all referring to infrared remote control equipment quilt
It when mobile, can be just waken up all referring to infrared remote control equipment, and execute corresponding action.
If the judging result in step S2 is, generates the reason of interrupting wake-up signal "Yes" and have received control instruction
When, then carry out step S3；On the contrary, generate the reason of interrupting wake-up signal " not being (no) " when having received control instruction, then into
Row step S6.
Step S3, the azimuth information of specific household electrical appliances.
This step is in fact which analysis " control instruction " the specific household electrical appliances to be opened (by remote control equipment) are, from
And so that all referring to corresponding azimuth information is correctly called to infrared remote control equipment.
Step S4 opens the infrared transmitting tube in corresponding orientation.
And then step S3 is carried out this step, after all referring to corresponding azimuth information is correctly called to infrared remote control equipment,
This step can correctly open the infrared transmitting tube in corresponding orientation.
Step S5, remote control equipment system enter sleep.
This step is the part in abovementioned steps three, i.e.,：Emit remote signal after, all referring to infrared remote control equipment again
Into sleep state, this sleep state can be deep sleep.
It is a process realized to being remotely controlled operation by remote control equipment during step S1 to step S5.Knot
The usage scenario illustrated in Fig. 4 is closed, correspondence is as follows：When user is connected to all referring to after infrared remote control equipment, and pass through mobile phone
After specific application setting is completed all referring to the action of the relative position of household electrical appliances into infrared remote control equipment and family, when user will open
When air-conditioning 200, using the control instruction sent out by Bluetooth of mobile phone, it is sent to all referring to (the bluetooth in infrared remote control equipment
Module M2 is received), at this point, all referring to infrared remote control equipment only corresponding control can be emitted by infrared transmitting tube 107
Signal, other infrared transmitting tubes are to close；When user wants to open TV 310, only infrared transmitting tube 101 can be sent out accordingly
Control instruction, other infrared transmitting tubes are closed；When user will open set-top box 320, only infrared transmitting tube 102
Corresponding control instruction can be sent out, other infrared transmitting tubes are closed.
Specific example shown in Fig. 3 also corresponds to other processes, please continue to refer to step S6 to step S8.
As previously mentioned, when the reason of generating interruption wake-up signal " not being (no) " has received control instruction, then walked
Rapid S6.
Whether step S6, (judgement) sensor detect remote control equipment movement.
Remote control equipment herein is referred to all referring to infrared remote control equipment.The reason of carrying out step S6 is：Be also possible to be
Other factors cause surprisingly to be waken up all referring to infrared remote control equipment.Therefore, it is necessary to be screened with this step.
When judgement " not being (no) " detects remote control equipment movement (when not detecting remote control equipment movement in other words),
S5 directly then is entered step from step S6, i.e. remote control equipment system enters sleep.
When judging that "Yes" detects remote control equipment movement, then S7 and step S8 are entered step.
Step S7 calculates motion direction, obtains new orientation；Step S8 updates the orientation of infrared transmitting tube and household electrical appliances again
Information.
To enter step S7 and step S8, typically when vibration by a relatively large margin or position occurs all referring to infrared remote control equipment
When shifting, sensor 120 just will produce interruption wake-up signal, " waking " bluetooth module M2, and bluetooth module M2 is allowed to record sensor
Displacement, and calculating all referring to the angle moved to infrared remote control equipment, then according to the move angle calculated, update all referring to
Each infrared transmitting tube corresponds to the position (azimuth information) of household electrical appliances in infrared remote control equipment.
Step S1, step S2, step S6, step S7 and step S8 combine, and are aforementioned：When all referring to infrared remote control
After equipment is moved, waken up by sensor all referring to infrared remote control equipment, after wake-up all referring to infrared remote control equipment according to being moved
Dynamic angles and positions are updated all referring to the azimuth information stored to infrared remote control equipment.
At one of the above process more specifically it may is that：It is moved when all referring to infrared remote control equipment, and
After moving 90 °, user is without resetting all referring to the relative position between infrared remote control equipment and household electrical appliances, all referring to infrared
Remote control equipment can recalculate the angular relationship for matching each infrared transmitting tube and household electrical appliances automatically according to mobile angle.
After step s8, step S5 is gone successively to, can more to save power consumption all referring to infrared remote control equipment.
The present embodiment provided all referring into infrared remote control method, using a kind of new all referring to infrared remote control equipment,
It is this described to be moved all referring to infrared remote control equipment all referring to there are multiple infrared transmitting tubes and detect to infrared remote control equipment
The sensor in dynamic orientation, all referring to infrared remote control equipment storage by remote control equipment relative to all referring to the side of infrared remote control equipment
Position information, so as to accurately to being carried out infrared direction control by remote control equipment, i.e., all referring to infrared remote control equipment to by distant
When controlling equipment transmission remote signal, the infrared transmitting tube corresponded to by remote control equipment is only opened, other infrared transmitting tubes keep closing
It closes.When not operating, sleep state is in all referring to infrared remote control equipment.Therefore, the method can realize low-power consumption
Infrared remote control controls.
Although present disclosure is as above, present invention is not limited to this.Any those skilled in the art are not departing from this
It in the spirit and scope of invention, can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
Subject to the range of restriction.
Claims (10)
1. it is a kind of all referring to infrared remote control equipment, including：
Multiple infrared transmitting tubes；
Processing circuit with wireless communication module；
It is characterized in that, further including：
Sensor, the sensor can detect described all referring to the motion direction to infrared remote control equipment.
2. as described in claim 1 all referring to infrared remote control equipment, which is characterized in that the sensor is gyroscope.
3. as described in claim 1 all referring to infrared remote control equipment, which is characterized in that the wireless communication module is bluetooth mould
Block.
4. as described in claim 1 all referring to infrared remote control equipment, which is characterized in that described all referring to infrared remote control equipment
Downward projection shape is round, ellipse or polygon；When it is described all referring to the downward projection shape of infrared remote control equipment be circle
When shape, the number of the infrared transmitting tube is 3 or more, and the infrared transmitting tube is located at the circular periphery, two neighboring
The infrared transmitting tube corresponding central angle in the circle is equal.
5. as described in claim 1 all referring to infrared remote control equipment, which is characterized in that it is described all referring to infrared remote control equipment also
Including temporald eixis lamp.
6. a kind of all referring to infrared remote control method, which is characterized in that including：
By described in any one of claim 1 to 5 all referring to disposed within to infrared remote control equipment, interior has by remote control equipment；
It is described when without operation, to be in sleep state all referring to infrared remote control equipment；
Enable it is described store azimuth information all referring to infrared remote control equipment, the azimuth information include it is described by remote control equipment relative to
The bearing data all referring to infrared remote control equipment；
When to being remotely controlled by remote control equipment described in one, it is described all referring to infrared remote control equipment by control wake instruction, and
According to the azimuth information of storage, open with described in this by the corresponding infrared transmitting tube of remote control equipment, it is distant to emit
It is specific described by remote control equipment to this to control signal；
It is described to reenter sleep state all referring to infrared remote control equipment after emitting the remote signal.
7. as claimed in claim 6 all referring to infrared remote control method, which is characterized in that
The azimuth information is stored all referring to infrared remote control equipment described in enabling, including：
The application of mobile terminal establishes wireless connection with described all referring to the processing circuit of infrared remote control equipment；
The application utilizes the connection, open one by one it is described all referring to the infrared transmitting tube into infrared remote control equipment, with
One by one orientation detection signal is sent using the infrared transmitting tube；
The each orientation detection signal of application basis is reached described by remote control equipment, and each described is remotely controlled is obtained
The azimuth information of equipment；
The azimuth information of acquisition is sent to and described is stored for storing all referring to infrared remote control equipment by the application；Or
Person, it is described also to obtain simultaneously all referring to infrared remote control equipment and store institute while the application obtains the azimuth information
State azimuth information.
8. as claimed in claim 6 all referring to infrared remote control method, which is characterized in that
The azimuth information is stored all referring to infrared remote control equipment described in enabling, including：
The application of mobile terminal establishes wireless connection with described all referring to the processing circuit of infrared remote control equipment；
By observation, in the application by the azimuth information of remote control equipment described in setting each；
The azimuth information of acquisition is sent to and described is stored all referring to infrared remote control equipment by the application.
9. as claimed in claim 7 or 8 all referring to infrared remote control method, which is characterized in that with described in one by remote control equipment
The number of the corresponding infrared transmitting tube is one or two；The control instruction is sent out by the application.
10. as claimed in claim all referring to infrared remote control method, which is characterized in that when described all referring to infrared remote control equipment
It is described to be waken up by the sensor all referring to infrared remote control equipment after movement, it is described all referring to infrared remote control equipment after wake-up
According to by mobile angles and positions, update is described all referring to the azimuth information stored to infrared remote control equipment；When described
When being moved by remote control equipment, enable again described all referring to described by described in remote control equipment after storing movement to infrared remote control equipment
Azimuth information.
Priority Applications (1)
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| CN110542179A (en) * | 2019-09-11 | 2019-12-06 | 珠海格力电器股份有限公司 | control method and device of air conditioner |
| CN112435456A (en) * | 2020-11-11 | 2021-03-02 | 深圳世纪物联有限公司 | System for realizing household appliance control linkage based on infrared transponder |
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|---|---|
| CN108320491B (en) | 2020-12-18 |
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