CN109448356A - A kind of remote controler, smart machine and configuration method - Google Patents
A kind of remote controler, smart machine and configuration method Download PDFInfo
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- CN109448356A CN109448356A CN201910006842.0A CN201910006842A CN109448356A CN 109448356 A CN109448356 A CN 109448356A CN 201910006842 A CN201910006842 A CN 201910006842A CN 109448356 A CN109448356 A CN 109448356A
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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
Abstract
This application discloses a kind of remote controler, processor therein is used to receive one or more groups of configured telecommand collection from smart machine and saved；Each group of configured telecommand collection, which is all based on one, with the remote controler there is the virtual remote controller interface of identical or roughly the same key arrangement to be configured；Also it is used to respond unique switching key and circuit sequentially switching load between multiple groups telecommand collection, or responds multiple switching keys and carry out corresponding switching load between multiple groups telecommand collection.Disclosed herein as well is a kind of smart machine and smart machines to the configuration method of remote controler.The configuration method of the application mainly carries out in smart machine, and be based on remote controler have same or similar layout virtual remote controller interface carry out, this brings very intuitive configuration to user and experiences, and alleviates learning and memory cost of the user when configuring and using remote controler.
Description
Technical field
This application involves a kind of method that remote controler is configured by smart machine and corresponding smart machine,
And corresponding remote controler.
Background technique
Universal remote control is also referred to as general remote controller, refers to the remote controler that can control a variety of controlled devices, this with can only control
The dedicated remote control for making a kind of specific controlled device distinguishes.
A kind of configuration method of common universal remote control is that multiple groups telecommand collection is stored in advance during fabrication, every group distant
It controls instruction set and corresponds to a kind of specific controlled device.Before universal remote control, universal remote control and controlled device are first carried out
Between adaptation procedure.This can simply be expressed as universal remote control and traverse pre-stored multiple groups telecommand collection and one by one
It is transmitted to controlled device, observes whether controlled device makes correct response by user, judges which group telecommand collection is suitable with this
For controlled device.The universal remote control requires to repeat above-mentioned adaptation procedure in controlled device of every replacement.If
The switching control between two or more controlled devices is needed, then universal remote control is also required to repeatedly carry out above-mentioned be adapted to
Journey.This brings bad usage experience to user, including time-consuming, cumbersome etc. for adaptation procedure.
Summary of the invention
The technical problem to be solved by the application is to provide a kind of method configured by smart machine to remote controler,
Configuration process can fast and efficiently be completed.It is set for this purpose, the application also provides the intelligence that a kind of pair of remote controler is configured
Standby and a kind of remote controler for the configuration for receiving smart machine.
In order to solve the above technical problems, this application provides a kind of remote controler, including processor, memory, infrared receiving/transmission
Unit and key zone.The memory is used to store one or more groups of configured telecommand collection in nonvolatile manner.It is described red
Outer Transmit-Receive Unit is used to emit and/or receive infrared signal.The key zone is made of multiple keys, including at least one switching
Key is used to realize the switching of telecommand collection.The processor is configured to executing following operation: receiving and set from intelligence
Standby one or more groups of configured telecommand collection are simultaneously saved；Each group of configured telecommand collection is all based on one
It is a to there is the virtual remote controller interface of identical or roughly the same key arrangement to be configured with the remote controler.And
It responds unique switching key and circuits sequentially switching load between multiple groups telecommand collection, or the multiple switching keys of response
And corresponding switching load is carried out between multiple groups telecommand collection.And currently load one group of telecommand is concentrated each
The function of virtual key and its corresponding remote signal are mapped in the key zone respectively on the key of corresponding position.
The remote controler of the application is when replacing controlled device without being adapted to, it is only necessary to press unique switching key,
Or one of multiple switching keys of pressing.The remote controler of the application with whole group can be written to remote controler in configuration and be remotely controlled
Instruction set can also be deleted and/or be modified to stored telecommand collection.What the remote controler of the application was written into and stored
Telecommand collection is based on the virtual remote controller interface with the key zone of remote controler with same or similar (roughly the same) layout
It is configured, therefore is believed the function of each virtual key and remote control with can be convenient after loading every group of telecommand collection
It number is mapped on the physical button of corresponding position.
Preferably, the key zone only includes a switching key, for circuiting sequentially between multiple groups telecommand collection
Switching load；The different compression numbers of unique switching key correspond to different groups of telecommand collection.Alternatively, the key zone packet
Multiple switching keys are included, are respectively intended to be switched to the corresponding one group of telecommand collection of load.This is two kinds of key zone preferred real
Existing mode, the switching key of entity form can be used for being switched fast loaded telecommand collection, consequently facilitating quick-replaceable
Controlled device is without being adapted to.
Preferably, the remote controler further includes one or more indicator lights, and different indicator light expressions currently loads not
With the telecommand collection of group.The indicator light can be used to make user to understand which group telecommand collection currently load be, thus
Understand the remote controler is currently available for which controlled device be remotely controlled convenient for user.
Further, the processor is additionally configured to execute following operation: the instruction from smart machine is received, and
According to described instruction by the one or more groups of telecommand collection saved in memory delete or adjust multiple groups telecommand collection according to
Unique switching key circuits sequentially corresponding between the sequence or adjustment multiple groups telecommand collection and multiple switching keys of switching
Relationship.This provides the chance that customized adjustment is carried out to the telecommand collection stored in remote controler for user.
Further, the identical key arrangement refer to virtual key on virtual remote controller interface and it is described by
The quantity of key in keypad is identical, and the virtual key on virtual remote controller interface and the key in the key zone
Distribution, arrangement, relative positional relationship it is identical.Under the identical key arrangement, the processor is by each void
The function and its corresponding remote signal of quasi- key are mapped to the key of corresponding position respectively.This is remote controler load telecommand
A kind of preferred implementation of collection.
Further, the roughly the same key arrangement refer to virtual key on virtual remote controller interface and it is described by
The quantity of key in keypad is roughly the same and/or the virtual key on virtual remote controller interface and pressing in the key zone
The distribution of key, arrangement, relative positional relationship are roughly the same.Under the roughly the same key arrangement, selected in the key zone
The subset comprising most of key is taken, the son comprising most of virtual key is chosen on virtual remote controller interface
Collection, sub-set of keys are identical in quantity, distribution, arrangement, relative positional relationship as virtual key subset.The processor will belong to
The function and its corresponding remote signal of each virtual key of virtual key subset are mapped to the phase for belonging to sub-set of keys respectively
Answer the key of position.This is another suboptimum implementation of remote controler load telecommand collection.
Optionally, the remote controler further includes the communication unit communicated between smart machine；The remote control
The communication unit of device and the communication unit of smart machine are same type.This devises one between remote controler and smart machine
New communication channel, therefore can not have to be communicated by the infrared receiving/transmission unit of the two.
Present invention also provides a kind of smart machines, including processor, memory, display screen and infrared receiving/transmission unit；Or
Person omits infrared receiving/transmission unit, is changed to external infrared receiving/transmission accessory.The memory is used to store one or more virtual remote controls
Device interface and one or more groups of telecommand collection.The display screen is used to be shown.The infrared receiving/transmission unit or red hair
Transmitting-receiving accessory is used to emit and/or receive infrared signal.The processor is configured to executing following operation: on intelligent devices
Determine virtual remote controller interface, identified virtual remote controller interface and remote controler to be configured have identical or substantially phase
Same key arrangement；It include that at least one virtual switching key is used to realize telecommand collection on the virtual remote controller interface
Switching.And on intelligent devices according to identified virtual remote controller interface configurations telecommand collection.And it is sent out to remote controler
Send one or more groups of configured telecommand collection.
The smart machine of the application can be used to configure remote controler, including configured remote control is written into remote controler
Instruction set is adjusted the telecommand collection saved in remote controler.The smart machine of the application is in configuration telecommand
It is based on virtual remote controller circle with the key zone of remote controler to be configured with same or similar (roughly the same) layout when collection
What face was configured, direct feel when user configuration is improved, when reducing learning and Memory of the user using remote controler when
Between.
Further, the smart machine further includes network unit, and the network unit is used to realize network communication.It is described
Virtual remote controller interface, telecommand collection are changed to partly or entirely be stored in remote server, pass through net by smart machine
Network unit access remote server and obtain.Data are stored in smart machine Local or Remote server, can be according to practical feelings
Condition is configured, and has no essential difference when in use.
Further, described to determine that virtual remote controller interface refers on intelligent devices: the processor is on a display screen
The picture for showing one or more virtual remote controllers interface is had complete by the key zone of user's selection and remote controler to be configured
The virtual remote controller interface of same or about key arrangement；The processor determines virtual remote control according to the user's choice
Device interface.Alternatively, described determine that virtual remote controller interface refers on intelligent devices: the processor shows choosing on a display screen
Frame and/or input frame are selected, selects and/or input the information of remote controler to be configured by user；Device is followed by subsequent processing to be selected according to user
The information selected and/or inputted obtains query result from multiple virtual remote controller interfaces that memory or remote server save；
Processor determines virtual remote controller interface according to the final query result of Local or Remote server.Alternatively, described set intelligently
Standby determining virtual remote controller interface refers to: smart machine, which passes through, takes pictures or camera unit is to the key zone of remote controler to be configured
It takes pictures or images, then processor or remote server therefrom identify remote control to be configured based on image or Video Analysis Technology
The key arrangement of device, and based on virtual remote controller circle of the recognition result selection with identical or roughly the same key arrangement
Face；Processor determines virtual remote controller interface according to the selection of Local or Remote server.Alternatively, described true on intelligent devices
Determine virtual remote controller interface to refer to: smart machine and remote controler to be configured are established and are communicated, and the processor is to be configured distant
It controls device and obtains information；It is followed by subsequent processing multiple void that device is saved according to acquired remote controler information from memory or remote server
Unique query result is returned in quasi- remote interface；Processor determines virtual remote controller interface according to unique query result.
This is four kinds of preferred implementations of " determining virtual remote controller interface ", for the determining remote controler with entity form to be configured
Virtual remote controller interface with same or similar (roughly the same) key arrangement.In this way to virtual remote controller interface configurations
Telecommand collection can map directly on the key of the corresponding position of the remote controler of entity form, reduce the study of user at
This.
Further, described to be according to identified virtual remote controller interface configurations telecommand collection on intelligent devices
Refer to: based on identified virtual remote controller interface and virtual switching key, wishing that the controlled device controlled selects at least one set
Telecommand collection, and by each group of telecommand collection and the different triggering times of unique virtual switching key it is corresponding or
Each group of telecommand collection is corresponding with each of multiple virtual switching keys.This is to " according to virtual remote controller circle
The whole description of face configuration telecommand collection ".
Preferably, described to be referred on intelligent devices according to identified virtual remote controller interface configurations telecommand collection:
Only has a virtual switching key on the virtual remote controller interface；The processor show on a display screen choice box and/or
Input frame is selected by user and/or is inputted the controlled dress that unique virtual switching key wishes control under different triggering times
The information set；It is followed by subsequent processing that device is selected according to identified virtual remote controller interface and user and/or the information of input is from depositing
The multiple groups telecommand that reservoir or remote server save, which is concentrated, returns to query result；The determination of final process device is uniquely virtually cut
Change key corresponding one group of telecommand collection in each triggering.Alternatively, described on intelligent devices according to identified virtual
Remote interface configuration telecommand collection refers to: including multiple virtual switching keys on the virtual remote controller interface；The place
Reason device shows choice box and/or input frame on a display screen, is selected by user and/or is inputted each virtual switching key and be triggered
The information of the controlled device of control is wished afterwards；Device is followed by subsequent processing to be selected according to identified virtual remote controller interface and user
And/or the information of input is concentrated from the multiple groups telecommand that memory or remote server save and returns to query result；Final place
Corresponding one group of telecommand collection after the determining each virtual switching key of reason device is triggered.This is " according to virtual remote controller interface
Two kinds of preferred implementations of configuration telecommand collection ".
Further, described also to be wrapped according to identified virtual remote controller interface configurations telecommand collection on intelligent devices
Include: being concentrated in configured one group of telecommand, to the virtual key that function and its remote signal is not configured increase function and its
Remote signal, and/or function and/or remote signal are modified to the virtual key of configured function and its remote signal.This is use
Family provides the chance of customized each keypress function.In general, remote signal can be according to the customized keypress function of user simultaneously
In conjunction with the Automatic generation of information for the controlled device for wishing to control, this can be in the memory and/or remote server of smart machine
In be previously provided with various types, various brands controlled device all kinds of remote signals and its function database.
Further, described also to be wrapped according to identified virtual remote controller interface configurations telecommand collection on intelligent devices
Include: the processor shows configured virtual remote controller interface on a display screen, once some virtual key is triggered, processing
Device just shows choice box and/or input frame on a display screen, is selected by user and/or inputted the new function of triggered virtual key
Energy；Be followed by subsequent processing the information that device is selected and/or inputted according to user and save new function for the virtual key that is triggered, and according to by
It controls the Automatic generation of information of device and saves corresponding remote signal.This is the preferred implementation side of " user's user-defined press key function "
Formula.
Further, the processor is configured to executing following operation: sending and instruct to remote controler, be used to refer to be remotely controlled
Device by the one or more groups of telecommand collection saved delete or adjust multiple groups telecommand collection according to unique switching key according to
Corresponding relationship between the sequence or adjustment multiple groups telecommand collection and multiple switching keys of secondary cyclic switching.This is mentioned for user
The chance that customized adjustment is carried out to the telecommand collection stored in remote controler is supplied.
Optionally, the smart machine omits infrared receiving/transmission unit or infrared receiving/transmission accessory, newly-increased to be used to build with remote controler
The communication unit of vertical communication；The communication unit of the smart machine and the communication unit of remote controler are same type.This is intelligence
A new communication channel is devised between equipment and remote controler, therefore can not have to carry out by the infrared receiving/transmission unit of the two
Communication.
Further, when the communication unit and the network unit are same type, then the communication unit is omitted, by
The network unit, which is responsible for establishing with remote controler, to be communicated.This can simplify the structure and volume of smart machine, reduce cost.
Present invention also provides a kind of configuration methods of remote controler, include the following steps: step 102: on intelligent devices
The determining virtual remote controller interface with remote controler to be configured with identical or roughly the same key arrangement.Step 104:
On intelligent devices according to identified virtual remote controller interface configurations at least one set telecommand collection.Step 106: smart machine
Configured one or more groups of telecommand collection are transferred to remote controler.Step 108: remote controler receives one or more groups of remote controls and refers to
Enable collect simultaneously saved, by least one switching key multiple groups telecommand concentration switch over select currently load it is distant
Control instruction set.
The configuration method of the application is provided by user through smart machines such as mobile phone, tablet computer, computers to entity
The chance that the remote controler of form is configured.The configuration method of the application mainly carries out in smart machine, and be based on
There is the remote controler of entity form to be configured the virtual remote controller interface of same or similar (roughly the same) key arrangement to carry out
, this brings very intuitive configuration to user and experiences, and alleviates learning and memory cost of user when using remote controler.
The configuration method of the application is also supported to be customized by the user function that is newly-increased and/or modifying each virtual key, be provided for user
The chance of personalized customization distant control function.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the embodiment one of the remote controler of the application.
Fig. 2 to Fig. 5 is schematic diagram of the switching key of key zone under different implementations.
Fig. 6 is the structural schematic diagram of the embodiment two of the remote controler of the application.
Fig. 7 to Figure 10 is the schematic diagram of roughly the same key arrangement.
Figure 11, Figure 12 are the embodiment one of the smart machine of the application and its structural schematic diagram of deformation.
Figure 13 is the structural schematic diagram of the embodiment two of the smart machine of the application.
Figure 14, Figure 15 are schematic diagram of the virtual switching key at virtual remote controller interface under different implementations.
Figure 16 is the flow chart of one embodiment of the configuration method of remote controler provided by the present application.
Description of symbols in figure: 10 be remote controler；12 be processor；14 be memory；16 be infrared receiving/transmission unit；17
For communication unit；110 be key zone；112,112a to 112d is switching key；115 be the subset of key；120a to 120d is
Indicator light；20 be smart machine；22 be processor；24 be memory；25 be display screen；26 be infrared receiving/transmission unit；27 be logical
Interrogate unit；28 be network unit；210 be virtual remote controller interface；212,212a to 212d is virtual switching key；215 be void
The subset of quasi- key；36 be infrared receiving/transmission accessory.
Specific embodiment
Referring to Fig. 1, this is the embodiment one of remote controler provided by the present application.The remote controler 10 include processor 12,
Memory 14, infrared receiving/transmission unit 16 and key zone 110.
The processor 12 is, for example, MCU(microcontroller or micro control unit, microcontroller),
MPU(microprocessor or micro process unit, microprocessor), SoC(system on a chip, on piece system
System), one of CPU or a variety of.
The memory 14 is erasable nonvolatile memory, e.g. flash(flash memory), EEPROM
(Electrically Erasable Programmable Read-Only Memory, the read-only storage of electrically erasable
Device) etc..The memory 14 is used to store one or more groups of telecommand collection in nonvolatile manner.
The infrared receiving/transmission unit 16 is used to emit and/or receive infrared signal.Infrared hair can be used in transmitting infrared signal
Optical diode etc. realizes that e.g. remote controler 10 emits infrared remote-controlled signal to controlled device.Reception infrared signal can be used red
Outer photodiode etc. realizes that e.g. remote controler 10 learns the infrared remote-controlled signal that other remote controlers emit.Infrared receiving/transmission one
Body pipe is integrated with infrared emission and receive capabilities, can be substituted for infrared light-emitting diode and infrared photodiode.Work as intelligence
Equipment 20 have infrared receiving/transmission unit 26 or external infrared receiving/transmission accessory 36 when, remote controler 10 can by infrared receiving/transmission unit 16 with
Communication is established using infrared signal between the infrared receiving/transmission unit 26 of smart machine 20 or external infrared receiving/transmission accessory 36.
The key zone 110 is made of multiple keys, for receiving input of the user to remote controler 10.These keys can be with
It is physical button, touch key-press etc..It include that at least one switching key 112 is used to realize telecommand in the key zone 110
The switching of collection further includes a certain distant control function that at least one function button is used to realize controlled device.
Referring to Fig. 2, this is the partial structurtes of key zone 110, it is demonstrated by the first implementation of switching key.Key
Area 110 only includes a switching key 112, for circuiting sequentially switching between multiple groups telecommand collection.When unique switching
For key 112 after being pressed for the first time, remote controler 10 loads first group of telecommand collection.When unique switching key 112 is
It is secondary be pressed after, remote controler 10 be changed to load second group of telecommand collection.And so on, unique switching key 112 can
Switching is circuited sequentially between multiple groups telecommand collection according to compression number.Such as it is circuited sequentially between 4 groups of telecommand collection
Switching, then remote controler 10 is changed to first group of telecommand of load when unique switching key 112 is after being pressed for the 5th time
Collection.
Referring to Fig. 3, this is the partial structurtes of key zone 110, it is demonstrated by second of implementation of switching key.Key
Area 110 includes multiple switching keys, is respectively intended to be switched to corresponding one group of telecommand collection, is schematically illustrated as 4 in Fig. 4
A switching key 112a to 112d.After one 112a of switching key is pressed, remote controler 10 loads first group of telecommand collection.When
After two 112b of switching key is pressed, remote controler 10 is changed to second group of telecommand collection of load.And so on, multiple switching keys
112a to 112d can be arbitrarily switched between the multiple groups telecommand collection of identical quantity.
It optionally, further include multiple indicator lights, the group number phase of quantity and changeable telecommand collection on remote controler 10
Together.Fig. 4 and Fig. 5 are please referred to, wherein being schematically illustrated as 4 indicator light 120a to 120d.When remote controler 10 loads different groups
Telecommand collection when, different indicator light 120a to 120d is lighted, in order to user understand and use.Preferably, indicator light
120a to 120d is located at the front of remote controler 10.It is further preferred that indicator light 120a to 120d is located in key zone 110 or tight
Adjacent key zone 110.It is further preferred that indicator light 120a to 120d is close to unique switching key 112, as shown in Figure 4.Or
It is further preferred that indicator light 120a to 120d is close to corresponding switching key 112a to 112d, as shown in Figure 5.
Referring to Fig. 6, this is the embodiment two of remote controler provided by the present application.The remote controler 10 have processor 12,
Memory 14, infrared receiving/transmission unit 16, communication unit 17 and key zone 110.Wherein, the infrared receiving/transmission unit 16 only be used to
Controlled device transmitting infrared remote-controlled signal, and/or the infrared remote-controlled signal for learning the transmitting of other remote controlers, are no longer used to and intelligence
Communication is established using infrared signal between equipment 20.The communication unit 17 newly increased is used to be led between smart machine 20
News, such as when smart machine 20 has communication unit 27, the communication unit 17 of remote controler 10 and the communication list of smart machine 20
Communication is established between member 27.At this point, the communication unit 17 of remote controler 10 is preferably identical as the communication unit 27 of smart machine 20
Type, e.g. USB communication unit, bluetooth communication unit, low-power consumption bluetooth (BLE, Bluetooth Low Energy) communication
Any one of unit, purple honeybee (ZigBee) communication unit, wireless lan (wlan) communication unit, mobile network's communication unit
Or it is a variety of.
Fig. 1, remote controler shown in fig. 6 embodiment in, the processor 12 is configured as executing following operation:
First, processor 12, which is used to establish with smart machine 20, to be communicated.For example, when smart machine 20 has infrared receiving/transmission unit 26
Or when external infrared receiving/transmission accessory 36, processor 12 is infrared by the infrared receiving/transmission unit 16 of remote controler 10 and smart machine 20
Communication is established using infrared signal between Transmit-Receive Unit 26 or external infrared receiving/transmission accessory 36.For another example, when smart machine 20 has
When having communication unit 27, processor 12 between the communication unit 17 of remote controler 10 and the communication unit 27 of smart machine 20 by building
Vertical communication.
Second, processor 12 is used to receive one or more groups of configured telecommand collection from smart machine 20,
And by received one or more groups of configured telecommand collection save in nonvolatile manner in memory 14.Each group has been matched
The telecommand collection set is all based on a virtual remote controller interface 210 and configures, the virtual remote controller interface 210 with it is distant
The key zone 110 for controlling device 10 has identical or roughly the same key arrangement.
The identical key arrangement refers to: virtual key and remote controler 10 on virtual remote controller interface 210
The quantity of key in key zone 110 is identical, and the virtual key on virtual remote controller interface 210 and remote controler 10
The distribution of key in key zone 110, arrangement, relative positional relationship are identical.
The roughly the same key arrangement refers to: virtual key and remote controler 10 on virtual remote controller interface 210
The quantity of key in key zone 110 is roughly the same and/or virtual key and remote controler 10 on virtual remote controller interface 210
Key zone 110 in the distribution of key, arrangement, relative positional relationship it is roughly the same.For example including one or more of feelings
Shape: the virtual key quantity on virtual remote controller interface 210 is slightly more than the number of keys in the key zone 110 of remote controler 10, example
If difference is in 20%, preferably 15%, more preferable 10% range, as shown in Figure 7；Virtual key number on virtual remote controller interface 210
Amount is more less slightly than the number of keys in the key zone 110 of remote controler 10, such as difference is in 20%, preferably 15%, more preferable 10% range
It is interior, as shown in Figure 8；Point of virtual key on virtual remote controller interface 210 and the key in the key zone 110 of remote controler 10
Cloth, arrangement, relative positional relationship are integrally close to only a small amount of variation, as shown in Figure 9 and Figure 10.At this point, must can be in remote controler
The subset 115 that a key is chosen in 10 key zone 110 includes most of key, is chosen on virtual remote controller interface 210
The subset 215 of one virtual key includes most of virtual key, and makes sub-set of keys 115 and virtual key subset 215 in number
Amount distribution, arranges, is identical in relative positional relationship, as shown in Figure 9, Figure 10.The major part key be, for example, more than 50%, it is excellent
It is selected as the number of keys of 60%, more preferably 70.
Preferably, one group of telecommand collection includes the function and its correspondence of whole virtual keys on virtual remote controller interface
Remote signal.
Less preferably, one group of telecommand collection includes the function and its correspondence of the partial virtual key on virtual remote controller interface
Remote signal.
Optionally, processor 12 is also used to receive the instruction from smart machine 20, and will be stored according to described instruction
The one or more groups of telecommand collection saved in device 14, which are deleted or adjusted, circuits sequentially switching according to unique switching key 112
Sequence or adjustment and multiple switching key 112a to the corresponding relationship etc. between 112d.
Third, processor 12 are used to respond unique switching key 112 and in the multiple groups telecommands of the preservation of memory 14
Switching is circuited sequentially between collection, or the multiple groups remote control for responding multiple switching key 112a to 112d and saving in memory 14 refers to
It enables and accordingly being switched between collection.
Optionally, processor 12 is also used to make corresponding indicator light 120a extremely according to the one group of telecommand collection currently loaded
120d shines.
4th, the function for each virtual key that processor 12 is used to concentrate one group of telecommand currently loading and its
Corresponding remote signal is mapped in the key zone 110 of remote controler 10 respectively on the key of corresponding position.
If virtual remote controller interface 210 and the key zone 110 of remote controler 10 have identical key arrangement,
Virtual key and key just have one-to-one relationship, can be convenient by the function of each virtual key and its corresponding remote control
Signal is mapped to the key of corresponding position respectively.
If virtual remote controller interface 210 has roughly the same key arrangement with the key zone 110 of remote controler 10,
The subset 115 that a key can be chosen in the key zone of remote controler 10 110 includes most of key, at virtual remote controller interface
The subset 215 that a virtual key is chosen on 210 includes most of virtual key, and makes sub-set of keys 115 and virtual key
Collection 215 has identical key arrangement.At this point, processor 12 belongs to void for what currently load one group of telecommand was concentrated
The function and its corresponding remote signal of each virtual key of quasi- sub-set of keys 215 are mapped to belong to sub-set of keys 115 respectively
Corresponding position key.
5th, processor 12 is also responsive to the function button in key zone 110, and the function button 110 being triggered is being worked as
Mapped remote signal externally emits under one group of telecommand collection of preceding load, to control controlled device.
Compared with existing remote controler, remote control appliance provided by the present application has following beneficial technical effect.
First, requiring the adaptation procedure taken a long time when an existing controlled device of the every replacement of remote controler.This
The remote controler of application is without carrying out adaptation procedure, it is only necessary to press unique switching key or the multiple switching keys of pressing i.e.
It is convenient to replace the telecommand collection currently loaded, to be applicable in different controlled devices respectively.
Second, multiple groups telecommand collection is stored in advance in existing remote controler during fabrication, it is only capable of learning one by one when in use
Infrared remote-controlled signal.The remote controler of the application can not store any telecommand collection during fabrication, can be with whole group in configuration
Telecommand collection is written to remote controler in ground, can also be deleted stored telecommand collection, adjust sequence, adjustment and switching
The operation such as corresponding relationship of key.
Third, the telecommand collection that the remote controler of the application is written into and stores is that had based on the key zone with remote controler
What the virtual remote controller interface of same or similar (roughly the same) layout was configured, therefore remote controler refers in every group of remote control of load
Collection is enabled the function of each virtual key and its remote signal to be mapped on the physical button of corresponding position with can be convenient later.
Figure 11 is please referred to, this is the embodiment one of smart machine provided by the present application.The smart machine 20 is, for example, hand
Machine, surface computer, computer etc., and have intelligent operating system thus software or App can be voluntarily installed by user
(Application, application program).The smart machine 20 includes processor 22, memory 24, display screen 25, infrared receiving/transmission
Unit 26 and network unit 28.As a kind of deformation, infrared receiving/transmission unit 26 can be omitted in smart machine 20, is changed to external red
Outer transmitting-receiving accessory 36, as shown in figure 12.
The processor 22 is, for example, one of MCU, MPU, SoC, CPU or a variety of.
The memory 24 is nonvolatile memory, e.g. flash, EEPROM etc..The memory is used to store
One or more virtual remote controller interfaces 210 and one or more groups of telecommand collection.Each virtual remote controller interface
210 have identical or roughly the same key arrangement with the key zone 110 of one or more remote controlers 10.Described each group
Telecommand collection is all based on what a virtual remote controller interface 210 was made, and each group of telecommand collection includes virtual remote controller
The function of virtual key and its corresponding remote signal some or all of on interface.
Alternatively, the virtual remote controller interface, telecommand collection are partly or entirely stored in remote server,
It is obtained by smart machine 20 by net access remote server.
The display screen 25 is used to be shown.Preferably, the display screen 25 is touch screen, while as a kind of input
Equipment.Alternatively, smart machine 20 can also have or the input equipments such as external connection keyboard, mouse, Trackpad.
The infrared receiving/transmission unit 26 or red hair transmitting-receiving accessory 36 are used to emit and/or receive infrared signal.Smart machine
20 between infrared receiving/transmission unit 26 or the infrared receiving/transmission unit 16 of external red outer transmitting-receiving accessory 36 and remote controler 10 by using
Infrared signal establishes communication.
The network unit 28 is used to realize network communication, especially establishes and communicates with remote server, can be wired
Network communication unit, WLAN communication unit, any one or more in mobile network's communication unit.
Figure 13 is please referred to, this is the embodiment two of smart machine provided by the present application.The smart machine 20 includes processing
Device 22, memory 24, display screen 25, communication unit 27 and network unit 28.Compared with the embodiment one of smart machine, intelligently set
Infrared receiving/transmission unit 26 or infrared receiving/transmission accessory 36 is omitted in standby embodiment two, has increased communication unit 27 newly.Newly-increased communication
Unit 27, which is used to establish with remote controler 10, to be communicated, such as when remote controler 10 has communication unit 17, the communication of smart machine 20
Communication is established between unit 27 and the communication unit 17 of remote controler 10.At this point, the communication unit 27 and remote controler of smart machine 20
10 communication unit 17 is preferably same type, and e.g. USB communication unit, bluetooth communication unit, low-power consumption bluetooth communication is single
Any one or more of member, ZigBee communication unit, WLAN communication unit, mobile network's communication unit.
Preferably, when communication unit 27 and network unit 28 are same type, then communication unit 27 is omitted, by network unit
28 are responsible for establishing communication with remote controler 10.
In the embodiment of the smart machine shown in Figure 11 to Figure 13, the processor 22 is configured as executing following behaviour
Make:
First, processor 22 is used to determine virtual remote controller interface 210 on smart machine 20.
For example, processor 22 shows the picture at one or more virtual remote controllers interface 210 on display screen 25, by user
Preferential selection has the virtual remote controller interface 210 of identical key arrangement with the key zone 110 of remote controler 10, less preferred
Select the virtual remote controller interface 210 that there is roughly the same key arrangement with the key zone 110 of remote controler 10；22 basis of processor
The selection of user determines virtual remote controller interface 210.
For another example, processor 22 shows choice box and/or input frame on display screen 25, is selected and/or is inputted distant by user
Control the information such as brand, model, the appearance of device 10；Information that device 22 is selected and/or inputted according to user is followed by subsequent processing from memory
One or more query results are returned in the 24 multiple virtual remote controller interfaces 210 saved or processor 22 is sent out by network
Query result is inquired and is obtained toward remote server, query result can use text mode or virtual remote controller interface
210 pictorial manner is presented on display screen 25；Be followed by subsequent processing device 22 or remote server according to family it is further selection, it is defeated
Enter, confirm or deny to reduce the query result range at virtual remote controller interface 210；Last processor 22 is according to itself or remotely
The final query result of server determines virtual remote controller interface 210.
For another example, smart machine 20, which passes through, itself has or external takes pictures or camera unit is to the remote controler 10 of user
It is taken pictures or is imaged, then processor 22 therefrom identifies the key cloth of remote controler 10 based on image or Video Analysis Technology
Office or processor 22 carry out image or video analysis by network destined remote server and obtain recognition result；Then place
The recognition result of device 22 or remote server again based on image or video is managed preferentially to select with identical key arrangement
Virtual remote controller interface 210, the second choice of opimization have the virtual remote controller interface 210 of roughly the same key arrangement；Finally handle
Device 22 is according to locally selecting or the selection of remote server determines virtual remote controller interface 210.
For another example, communication is established between smart machine 20 and remote controler 10, processor 22 obtains its brand, type from remote controler 10
Number, the information such as mark, sequence number；Be followed by subsequent processing device 22 saved according to the information of acquired remote controler 10 from memory 24 it is more
Unique query result is returned in a virtual remote controller interface or processor 22 is looked by network destined remote server
It askes and obtains unique query result；Processor 22 determines virtual remote controller interface 210 according to unique query result.
Second, processor 22 is used to configure telecommand collection according to virtual remote controller interface 210 on smart machine 20.This
Refer to based on identified virtual remote controller interface 210 and virtual switching key, wish the controlled device operated selection at least
One group of telecommand collection, and each group of telecommand collection is opposite from the different triggering times of unique virtual switching key 212
It answers or corresponding with each of multiple virtual switching key 212a to 212d.It is wrapped on the virtual remote controller interface 210
The switching that at least one virtual switching key 212 is used to realize telecommand collection is included, further includes at least one virtual functional key
For realizing a certain distant control function of controlled device.
Figure 14 is please referred to, this is the partial structurtes at virtual remote controller interface 210, is demonstrated by virtual switching key the first
Implementation.A virtual switching key 212 is comprised only on virtual remote controller interface 210, is used in multiple groups telecommand collection
Between circuit sequentially switching.Processor 22 shows choice box and/or input frame on display screen 25, is selected by user and/or defeated
Enter unique virtual switching key 212 and wishes the letter such as type, brand, model of controlled device of control under different triggering times
Breath；The multiple groups telecommand concentration that the information that device 22 is selected and/or inputted according to user is saved from memory 24 is followed by subsequent processing to return
It returns one or more query results or processor 22 is inquired by network destined remote server and obtains inquiry knot
Fruit；It is followed by subsequent processing device 22 or remote server and further selects, inputs, confirms or deny diminution query result model according to family
It encloses, until final determine unique virtual corresponding unique one group of telecommand collection under different triggering times of switching key 212.
Figure 15 is please referred to, this is the partial structurtes at virtual remote controller interface 210, is demonstrated by second of virtual switching key
Implementation.It include multiple virtual switching keys on virtual remote controller interface 210, each virtual switching key is respectively intended to cut
Corresponding one group of telecommand collection is changed to, is schematically illustrated as 4 virtual switching key 212a to 212d in Figure 14.It is cut when virtually
It changes after one 212a of key is triggered, processor 22 repeats the process of above-mentioned determining telecommand collection, and one group for will eventually determine
Telecommand collection is corresponding with virtual one 212a of switching key.After virtual two 212b of switching key is triggered, 22 weight of processor
The process of multiple above-mentioned determining telecommand collection, and the one group of telecommand collection that will eventually determine and virtual two 212b phase of switching key
It is corresponding.And so on, multiple virtual switching key 212a to 212d just respectively correspond one group of telecommand collection.
When processor 22 be an identified virtual remote controller interface 210 it is unique virtually switching key 212 not
As soon as a group telecommand collection has been determined respectively under triggering times or corresponding to multiple virtual switching key 212a to 212d,
Complete configuration telecommand collection.At this point, every group of configured telecommand collection typically includes virtual remote controller interface 210
The function and its remote signal of whole virtual keys.If there is partial virtual key does not have in configured one group of telecommand concentration
It is defined, these undefined virtual keys can be ignored at this time, or be optionally customized by the user these undefined void
Quasi- key.Optionally, even defined virtual key, it can also be modified and be defined by user.
Optionally, processor 22 is used on smart machine 20 to mending in configured virtual remote controller interface 210
It fills or modifies.This includes any one or more of following scenario described: being increased to the virtual key that function and its remote signal is not configured
Add function and its remote signal；Function and/or remote signal are modified to the virtual key of configured function and its remote signal.Example
Such as, processor 22 shows configured virtual remote controller interface 210, part of or whole virtual key on display screen 25
Function and its remote signal are imparted by identified telecommand collection.Once some undefined or defined virtual key
It is triggered, processor 22 just choice box and/or input frame on display screen 25 are selected by user and/or inputted triggered void
The new function of quasi- key；The virtual key that the information that device 22 is selected and/or inputted according to user is followed by subsequent processing to be triggered saves
New function, and according to Automatic generation of information such as the types, brand, model of controlled device and save corresponding remote signal.
Third, processor 22, which is used to establish with remote server, to be communicated, this is realized by network unit 28.
4th, processor 22, which is used to establish with remote controler 10, to be communicated, this is matched by infrared receiving/transmission unit 26 or infrared receiving/transmission
What part 36 or communication unit 27 were realized.
5th, processor 22 is used to send one or more groups of configured telecommand collection to remote controler 10, described to have matched
The virtual remote controller interface 210 that the telecommand collection set is based on has identical or big with the key zone 110 of remote controler 10
Cause identical key arrangement.
Optionally, processor 22 also sends to remote controler 10 and instructs, and being used to refer to remote controler 10 will save in memory 14
One or more groups of telecommand collection delete or adjust according to unique switching key 112 circuit sequentially switching sequence or adjust
It is whole with multiple switching key 112a to the corresponding relationship etc. between 112d.
Compared with existing smart machine, smart machine provided by the present application has following beneficial technical effect.
First, existing smart machine is not often supported to configure remote controler.The smart machine of the application can be used to
Remote controler is configured, including configured telecommand collection is written into remote controler, deletion is saved from remote controler
Telecommand collection etc..
Second, the smart machine of the application when configuring telecommand collection, be based on the key zone of remote controler have phase
What the virtual remote controller interface of same or similar (roughly the same) layout was configured.User can be intuitive to see entity remote controler
Key zone and virtual remote controller interface have and correspond or the relationship that is generally corresponding to, therefore bring to user very intuitive
Configuration experience.After remote controler is written in configured telecommand collection, remote controler can be convenient by each virtual key
Function and its remote signal are mapped on the physical button of corresponding position.This makes configuration of the user on virtual remote controller interface
The key zone for mapping directly to the entity remote controler of same or similar layout, the function without user effort time memory each key
Can, good usage experience is brought to user.
Figure 16 is please referred to, this is the embodiment one of the configuration method of remote controler provided by the present application.The configuration method packet
Include following steps.
Step 102: according to the layout of the key zone of entity remote controler, determining virtual remote controller interface on intelligent devices.
Identified virtual remote controller interface and the key zone of entity remote controler preferably have identical key arrangement, and suboptimum has
Roughly the same key arrangement.
Step 104: on intelligent devices according to virtual remote controller interface configurations at least one set telecommand collection.It is configured
Every group of remote-controlled user of telecommand collection wishes at least one controlled device of operation.
Also only has one when the key zone of entity remote controler only has a switching key, on virtual remote controller interface virtually
Switching key, each at this time group of telecommand collection and the different triggering times of unique virtual switching key are corresponding, are being written
Also just different triggering times are corresponding from unique switching key after entity remote controler.
It also include respective numbers on virtual remote controller interface when the key zone of entity remote controler includes multiple switching keys
Multiple virtual switching keys, each at this time group of telecommand collection is corresponding with each virtual switching key, distant in write-in entity
It is later also just corresponding with each switching key to control device.
Preferably, every group of configured telecommand collection contains the function of whole virtual keys at virtual remote controller interface
And its remote signal.
Less preferably, every group of configured telecommand collection contains the function of the partial virtual key at virtual remote controller interface
And its remote signal.These undefined virtual keys can be ignored at this time, or to be optionally customized by the user these uncertain
The virtual key of justice.
Optionally, even defined virtual key, it can also be modified and be defined by user.
Step 106: communication is established between smart machine and remote controler, smart machine is by configured one or more groups of remote controls
Instruction set is transferred to remote controler.
Optionally, smart machine by the one or more groups of telecommand collection saved in remote controler delete or adjust with
Cyclic switching sequence between unique switching key or the corresponding relationship between adjustment and multiple switching keys etc..
Step 108: remote controler receives one or more groups of telecommand collection and is saved, and is existed by least one switching key
Multiple groups telecommand, which is concentrated, to be switched over to select the telecommand collection currently loaded.
Compared with the configuration method of existing remote controler, configuration method provided by the present application has following beneficial technology effect
Fruit.
First, existing remote controler is not often supported voluntarily to be configured by user.The application then provides one kind and is led to by user
The method that smart machine configures remote controler is crossed, the remote control for supporting remote controler to new controlled device is can be used to, may be used also
For deleting telecommand collection useless to user in remote controler, the personalized customization by user to remote controler is realized.
Second, configuration method provided by the present application mainly carries out in smart machine, and be based on remote controler by
There is keypad the virtual remote controller interface of same or similar (roughly the same) layout to carry out.This brings very intuitive to user
Configuration experience, user is recognized that the function of each virtual key in configuration process.When configured telecommand collection
Be transferred to after remote controler, the function and its remote signal of each virtual key be automatically mapped to the entity of corresponding position by
Key, user bring good usage experience to user without spending the time to remember again.
Third, configuration method provided by the present application also supports the function of being customized by the user each virtual key, intelligently set
The information such as standby type, brand, the model of controlled device that can be inputted according to user are automatically that the customized function of user generates
And save corresponding remote signal.Defaulted in general, every group of telecommand collection has been directed to each virtual remote controller interface
Optimization collocation, impart corresponding distant control function and corresponding remote control letter for common, core virtual functional key
Number.However may still have partial virtual key undefined or the defined virtual key in user's desired modifications part, the application's
Configuration method can be achieved.
The above is only preferred embodiment of the present application, it is not used to limit the application.Come for those skilled in the art
It says, various changes and changes are possible in this application.Within the spirit and principles of this application, made any modification, equivalent
Replacement, improvement etc., should be included within the scope of protection of this application.
Claims (18)
1. a kind of remote controler, including processor, memory, infrared receiving/transmission unit and key zone；It is characterized in that
The memory is used to store one or more groups of configured telecommand collection in nonvolatile manner；
The infrared receiving/transmission unit is used to emit and/or receive infrared signal；
The key zone is made of multiple keys, is used to realize the switching of telecommand collection including at least one switching key；
The processor is configured to executing following operation: receiving one or more groups of configured remote controls from smart machine
Instruction set is simultaneously saved；Each group of configured telecommand collection is all based on one with the remote controler with identical
Or the virtual remote controller interface of roughly the same key arrangement is configured；It responds unique switching key and is remotely controlled in multiple groups
Switching load is circuited sequentially between instruction set, or is responded multiple switching keys and carried out between multiple groups telecommand collection corresponding
Switching load；The function and its corresponding remote signal point for each virtual key that currently load one group of telecommand is concentrated
It is not mapped in the key zone on the key of corresponding position.
2. remote controler according to claim 1, characterized in that the key zone only includes a switching key, is used to
Switching load is circuited sequentially between multiple groups telecommand collection；Corresponding different groups of the load of the different compression numbers of unique switching key
Telecommand collection；
Alternatively, the key zone includes multiple switching keys, it is respectively intended to be switched to the corresponding one group of telecommand collection of load.
3. remote controler according to claim 2, characterized in that the remote controler further includes one or more indicator lights, no
Same indicator light indicates the telecommand collection of the different groups currently loaded.
4. remote controler according to claim 1, characterized in that the processor is additionally configured to execute following operation: connecing
The instruction from smart machine is received, and is deleted the one or more groups of telecommand collection saved in memory according to described instruction
It removes or adjusts multiple groups telecommand collection and circuit sequentially the sequence of switching according to unique switching key or adjust multiple groups remote control and refer to
Enable the corresponding relationship between collection and multiple switching keys.
5. remote controler according to claim 1, characterized in that the identical key arrangement refers to virtual remote controller
Virtual key on interface is identical with the quantity of key in the key zone and virtual on virtual remote controller interface
Key is identical with the distribution of the key in the key zone, arrangement, relative positional relationship；
Under the identical key arrangement, the processor is by the function of each virtual key and its corresponding remote signal
It is mapped to the key of corresponding position respectively.
6. remote controler according to claim 1, characterized in that the roughly the same key arrangement refers to virtual remote controller
Virtual key on interface is roughly the same with the quantity of key in the key zone and/or virtual remote controller interface on void
Quasi- key is roughly the same with the distribution of the key in the key zone, arrangement, relative positional relationship；
Under the roughly the same key arrangement, the subset comprising most of key is chosen in the key zone, in void
Chosen on quasi- remote interface the subset comprising most of virtual key, sub-set of keys and virtual key subset quantity,
Distribution arranges, is identical in relative positional relationship；The processor will belong to the function of each virtual key of virtual key subset
And its corresponding remote signal is mapped to the key for belonging to the corresponding position of sub-set of keys respectively.
7. remote controler according to claim 1, characterized in that the remote controler further include between smart machine into
The communication unit of row communication；The communication unit of the remote controler and the communication unit of smart machine are same type.
8. a kind of smart machine, including processor, memory, display screen and infrared receiving/transmission unit；Or omit infrared receiving/transmission list
Member is changed to external infrared receiving/transmission accessory；It is characterized in that
The memory is used to store one or more virtual remote controller interfaces and one or more groups of telecommand collection；
The display screen is used to be shown；
The infrared receiving/transmission unit or red hair transmitting-receiving accessory are used to emit and/or receive infrared signal；
The processor is configured to executing following operation: determining virtual remote controller interface, identified void on intelligent devices
Quasi- remote interface has identical or roughly the same key arrangement with remote controler to be configured；Virtual remote controller circle
It include the switching that at least one virtual switching key is used to realize telecommand collection on face；On intelligent devices according to determined by
Virtual remote controller interface configurations telecommand collection；One or more groups of configured telecommand collection are sent to remote controler.
9. smart machine according to claim 8, characterized in that the smart machine further includes network unit, the net
Network unit is used to realize network communication；
The virtual remote controller interface, telecommand collection are changed to partly or entirely be stored in remote server, by intelligently setting
It is standby to be obtained by network unit access remote server.
10. smart machine according to claim 8 or claim 9, characterized in that described to determine virtual remote controller on intelligent devices
Interface refers to: the processor shows the picture at one or more virtual remote controller interfaces on a display screen, by user's selection with
The key zone of remote controler to be configured has the virtual remote controller interface of identical or roughly the same key arrangement；The place
It manages device and determines virtual remote controller interface according to the user's choice；
Alternatively, described determine that virtual remote controller interface refers on intelligent devices: the processor shows selection on a display screen
Frame and/or input frame select and/or input the information of remote controler to be configured by user；Device is followed by subsequent processing to be selected according to user
And/or the information of input obtains query result from multiple virtual remote controller interfaces that memory or remote server save；Place
It manages device and virtual remote controller interface is determined according to the final query result of Local or Remote server；
Alternatively, described determine that virtual remote controller interface refers on intelligent devices: smart machine is by taking pictures or camera unit pair
The key zone of remote controler to be configured is taken pictures or is imaged, and then processor or remote server are based on image or Video Analysis Technology
Therefrom identify the key arrangement of remote controler to be configured, and based on recognition result selection with identical or roughly the same
The virtual remote controller interface of key arrangement；Processor determines virtual remote controller interface according to the selection of Local or Remote server；
Alternatively, described determine that virtual remote controller interface refers on intelligent devices: smart machine and remote controler to be configured are established
Communication, the processor obtain information from remote controler to be configured；Device is followed by subsequent processing according to acquired remote controler information from depositing
Unique query result is returned in multiple virtual remote controller interfaces that reservoir or remote server save；Processor is according to unique
Query result determines virtual remote controller interface.
11. smart machine according to claim 8 or claim 9, characterized in that described on intelligent devices according to identified void
Quasi- remote interface configuration telecommand collection refers to: based on identified virtual remote controller interface and virtual switching key, wishing
It hopes the controlled device of control select at least one set of telecommand collection, and each group of telecommand collection and unique virtual switching is pressed
The different triggering times of key are corresponding or each of each group of telecommand collection and multiple virtual switching keys is opposite
It answers.
12. smart machine according to claim 11, characterized in that described on intelligent devices according to identified virtual
Remote interface configuration telecommand collection refers to: only having a virtual switching key on the virtual remote controller interface；The place
Reason device shows choice box and/or input frame on a display screen, is selected by user and/or inputted unique virtual switching key not
With the information for the controlled device for wishing control under triggering times；Be followed by subsequent processing device according to identified virtual remote controller interface and
The information of user's selection and/or input is concentrated from the multiple groups telecommand that memory or remote server save and returns to inquiry knot
Fruit；Final process device determines unique virtual switching key corresponding one group of telecommand collection in each triggering；
Alternatively, described refer to according to identified virtual remote controller interface configurations telecommand collection on intelligent devices: the void
It include multiple virtual switching keys on quasi- remote interface；The processor shows choice box and/or input frame on a display screen,
The information of wishing the controlled device of control is selected and/or inputs after each virtual switching key is triggered by user；It is followed by subsequent processing
Device is selected according to identified virtual remote controller interface and user and/or the information of input is protected from memory or remote server
The multiple groups telecommand deposited, which is concentrated, returns to query result；Final process device determines corresponding after each virtual switching key is triggered
One group of telecommand collection.
13. smart machine according to claim 11, characterized in that described on intelligent devices according to identified virtual
Remote interface configures telecommand collection further include: concentrates in configured one group of telecommand, to function and its distant is not configured
The virtual key for controlling signal increases function and its remote signal, and/or the virtual key to configured function and its remote signal
Modify function and/or remote signal.
14. smart machine according to claim 13, characterized in that it is described to virtual key increase or modify function and/
Or remote signal refers to: the processor shows configured virtual remote controller interface on a display screen, once some is virtually pressed
Key is triggered, and processor just shows choice box and/or input frame on a display screen, is triggered by user's selection and/or input
The new function of virtual key；The virtual key that the information that device is selected and/or inputted according to user is followed by subsequent processing to be triggered saves
New function, and according to the Automatic generation of information of controlled device and save corresponding remote signal.
15. smart machine according to claim 8, characterized in that the processor is configured to executing following operation: to
Remote controler sends instruction, is used to refer to remote controler the one or more groups of telecommand collection saved deletion or adjustment multiple groups is distant
Control instruction set according to unique switching key circuit sequentially switching sequence or adjustment multiple groups telecommand collection and it is multiple switching by
Corresponding relationship between key.
16. smart machine according to claim 8, characterized in that the smart machine omits infrared receiving/transmission unit or red
Outer transmitting-receiving accessory, the newly-increased communication unit for being used to be communicated between remote controler；The communication unit of the smart machine with it is distant
The communication unit for controlling device is same type.
17. smart machine according to claim 16, characterized in that when the communication unit and the network unit are phase
Same type then omits the communication unit, is responsible for establishing communication with remote controler by the network unit.
18. a kind of configuration method of remote controler, characterized in that include the following steps:
Step 102: determining that there is identical or roughly the same key arrangement with remote controler to be configured on intelligent devices
Virtual remote controller interface；
Step 104: on intelligent devices according to identified virtual remote controller interface configurations at least one set telecommand collection；
Step 106: configured one or more groups of telecommand collection are transferred to remote controler by smart machine；
Step 108: remote controler receives one or more groups of telecommand collection and is saved, by least one switching key in multiple groups
Telecommand, which is concentrated, to be switched over to select the telecommand collection currently loaded.
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| CN111583617A (en) * | 2020-04-30 | 2020-08-25 | 杭州涂鸦信息技术有限公司 | Method and device for configuring remote controller, electronic equipment and readable storage medium |
| CN114203464A (en) * | 2021-12-06 | 2022-03-18 | 厦门大白科技有限公司 | Multi-combination type remote control method, device, equipment and storage medium |
| CN114399896A (en) * | 2020-09-25 | 2022-04-26 | 汉桑（南京）科技有限公司 | Method and system for configuring remote control function data according to remote control equipment image |
| CN115664882A (en) * | 2022-12-12 | 2023-01-31 | 深圳开鸿数字产业发展有限公司 | Household equipment control method, remote control equipment and storage medium |
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