CN206601795U - All-in-one intelligent remote controller - Google Patents
All-in-one intelligent remote controller Download PDFInfo
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- CN206601795U CN206601795U CN201720344037.5U CN201720344037U CN206601795U CN 206601795 U CN206601795 U CN 206601795U CN 201720344037 U CN201720344037 U CN 201720344037U CN 206601795 U CN206601795 U CN 206601795U
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Abstract
All-in-One intelligent remote controller, including：Infrared ray transceiving module, infrared ray study module, storage module, microprocessor, display module, instruction module, interface selecting module, power supply module；Described infrared ray transceiving module, its receiver is connected with infrared ray study module, and its transmitter is connected with microprocessor；Described infrared ray study module, for the infrared signal received to be decoded, and by the code storage of its infrared signal in storage module；Described instruction module, is connected with microprocessor；Instruction module includes a plurality of command units；Described display module, including a plurality of display units, display unit one command unit of correspondence；Described interface selecting module, one operation interface presentation of information of correspondence is called on display module by microprocessor in storage module.Multiple remote controls can be integrated and with independent operation interface and good display effect by this remote control, operate intuitive and convenient.
Description
Technical field
The utility model belongs to a kind of remote control, is related specifically to a kind of intelligent remote controller of All-in-One.
Background technology
Almost there are many electrical equipment in each household family, and these electrical equipment can substantially be controlled equipped with remote control now.
Such as in parlor, just there are television set, sound equipment, DVD, air-conditioning, light, sweeper etc., and these electrical equipment are equipped with remote control；
Six or seven remote control may be namely put on the tea table in parlor.Which equipment is controlled, corresponding remote control is just picked up and enters
Row operation.Numerous remote controls, dazzling, it is also very inconvenient to operate.
Commercially there is one kind to be universal remote control, it has the function of study, can be by other remote controller keys
The information for pressing generation infrared signal is stored, and can be launched and be stored information identical infrared signal, with control pair
The equipment answered.So, if the button of universal remote control is enough, it is possible to which multiple remote controls are integrated into by way of study
One.But the remote control that this mode is realized, however it remains many weak points, first, the number of keys of remote control can be too many,
The guidance panel area too big or button of remote control can be caused too small, operation inconvenience；Secondth, the button of identity function is too many, such as
Each equipment has individual power switch key, if there is many power switch keys on that remote control, and it is control to be just not easy which is differentiated
Which equipment made.
The content of the invention
In order to solve the deficiency that the problem of many existing remote controls described above, unrest and universal remote control are present, this practicality is new
Type provides a kind of All-in-One intelligent remote controller.
The utility model solves the technical scheme that its technical problem used：
All-in-One intelligent remote controller, including：Infrared ray transceiving module, infrared ray study module, storage module, microprocessor
Device, display module, instruction module, interface selecting module, power supply module.
Described infrared ray transceiving module, its receiver is connected with infrared ray study module, for receiving other remote controls
The infrared signal of transmitting；Its transmitter is connected with microprocessor, for sending the infrared signal specified, corresponding to control
Electric equipment.
Described infrared ray study module, for the infrared signal received to be decoded, and its infrared ray is believed
Number code storage in storage module.
Described instruction module, is connected with microprocessor；Instruction module includes a plurality of command units, and user is by clicking on
Or touching command unit sends the signal for control apparatus equipment.
Described display module, connects together with instruction module, is mainly used in showing the mark of user instruction；Display module
Including a plurality of display units, display unit one command unit of correspondence.
Described interface selecting module, including a plurality of interface selection keies, are all connected with microprocessor.Interface selecting module
One operation interface presentation of information of correspondence is called on display module in storage module by microprocessor.Described operation circle
Face information, refers to one group of mark for being used to indicate each command unit function in instruction module.
Interface selecting module is also attached in power supply module, power supply module be provided with delay circuit.When interface selecting module
When any interface selection key is switched on, power supply module can be all driven to provide power supply and start-up study circuit to the whole circuit of remote control
Work；Described delay circuit, it is whole to remote control for disconnecting power supply module when without button operation, after delay certain time
Circuit is powered, and serves the effect of economize on electricity.
Further, set key is additionally provided with remote control, set key is used to remote control being placed in setting state, to be set
The mark that the function and each display unit of fixed each command unit are shown.
Further, in order to retain the experience effect that conventional keys are operated, described display module uses LED display, often
One display unit is all one piece of independent LED display；Described instruction module, each command unit is button；One
Individual display unit correspondence connects together with a command unit, clicks on display unit meeting triggering command unit and is turned on or off.
Further, in order to improve display effect and globality effect, described display module and instruction module, using one piece
Touch display screen.Multiple viewing areas are divided into touch display screen, each viewing area is as display unit, simultaneously
Also serve as command unit.
Further, in order to control more equipment, RF transceiver modules and RF study modules are also provided with.
The beneficial effects of the utility model are mainly manifested in：Multiple remote controls can be integrated and with independent behaviour
Make interface and good display effect so that operation remote control intuitive and convenient；In addition remote control also has electricity-saving function.
Brief description of the drawings
Fig. 1 is the electrical block diagram of the first embodiment of the utility model.
Fig. 2 is the simple schematic diagram of outward appearance of the first embodiment of the utility model.
Fig. 3 is the display unit of the first embodiment of the utility model, command unit structural representation.
Fig. 4 is the electrical block diagram of second of embodiment of the utility model.
Embodiment
Embodiment is further described to the technical solution of the utility model below in conjunction with the accompanying drawings and preferably.
The first embodiment, as shown in Fig. 1~3；A kind of All-in-One intelligent remote controller, including：Infrared ray transceiving module
1st, infrared ray study module 2, storage module 3, microprocessor 4, display module 5, instruction module 6, interface selecting module 7, power supply
Module 8.
Described infrared ray transceiving module 1, its receiver 1a is connected with infrared ray study module 2, transmitter 1b and Wei Chu
Reason device 4 is connected.
Described infrared ray study module 2, is connected with storage module 3 and microprocessor 4, for by its infrared signal
Coded format is stored in storage module 3, while also by the control of microprocessor 4.
Described instruction module 6, is connected with microprocessor 4；Instruction module 6 includes 24 command unit 6a, is arranged with 6 rows 4
On a remote control, each command unit 6a is a button to matrix distribution.
Described display module 5, is connected with microprocessor 4；Display module 5 is corresponding with instruction module 6, including 24 aobvious
Show unit 5a, the dot matrix LED screen that a display unit 5a is a 16*16.
Described command unit 6a, is placed in display unit 5a bottom；One display unit 5a one command unit of correspondence
6a.When clicking on display unit 5a, it is equivalent to click command unit 6a.
Described interface selecting module 7, including 5 interface selection key 7a, are all connected with microprocessor 4.Each interface
Selection key 7a provides a user an operation interface and is shown on display module；5 interface selection key 7a correspondences, 5 operation circles
Face.Interface selecting module 7 is also attached in power supply module 8, power supply module 8 be provided with delay circuit 8a.When interface selecting module
When any interface selection key 7a is connected, power supply module 8 can be driven to provide power supply and start-up study circuit to the whole circuit of remote control
8a works.
Further, any one command unit 6a operation all resets delay circuit 8a delay time.
Remote control is provided with set key J, and set key J includes learning key J1 and mark key J2；Learning key J1 be used for start or
Terminate the study to outside remote signal；Mark key J2 is used to starting or terminating the setting for showing display unit mark.
Described storage module 3, including a plurality of storage elements, each storage element are designed with storing address accordingly.
5 interfaces selection key 7a recited above, to that should have 5 operation interfaces, by clicking on an interface selection key 7a,
A corresponding operation interface is selected, each operation interface has 24 command units and 24 display units；In software systems
On equivalent to having 120 command units and 120 display units（In actual mechanical process, the variation of operation interface is actual
That the mark that shows of display module changes, and command unit and the corresponding storage element of display unit variation；On hardware, refer to
Unit and display unit is made all respectively there was only 24）.Therefore, in storage module 3, it is used to deposit red provided with 120 storage elements
Outer line coding, 120 storage elements are used to deposit the corresponding display mark of display unit, in addition again provided with 100 storage elements, make
For home banking, various marks are deposited, it is selective when setting the display mark of display unit.Above-mentioned each storage element is set
There is corresponding address.Described mark, can be word or pattern.
Further learning key J1 is corresponding provided with study indicator lamp D1, and mark key J2 is corresponding to set indicator lamp provided with mark
D2。
Further, above-mentioned embodiment, its remote control signal learning mode, comprises the following steps：
1）Learning key J1 is clicked, into mode of learning, the signal to be received such as infrared ray transceiving module 1；
2）The corresponding button of learned remote control is clicked on, launches corresponding infrared signal；
3）Infrared ray transceiving module 1 receives signal, and is solved the signal received by infrared ray study module 2
Code；
4）Select an operation interface, and click on one of display unit 5a of display module, i.e., a corresponding finger
Unit 6a is made to be pressed, microprocessor 4 sends stored command；
5）Decoded infra-red code is stored in storage element corresponding with command unit；
6）Repeat step 2~5, or click learning key J1 completion study.
Further, above-mentioned embodiment, the display mark setting of its display unit comprises the following steps：
1）Mark key J2 is clicked, enters inlet identity Setting pattern；
2）Select an operation interface；
3）A display unit 5a is selected, a kind of one or many, display mark of selection is clicked on；
4）Repeat step 2~3；Or click the setting that mark key J2 completes display mark.
Further, above-mentioned embodiment, it sends the mode of infrared signal, comprised the following steps：
1）Select an operation interface；
2）Click on a display unit 5a（Corresponding command unit 6a is depressed）；
3）Microprocessor 4 calls the infra-red code of corresponding address storage element in storage module 3, sends infrared ray to
Transceiver module 1；
4）Infrared ray transceiving module 1 sends corresponding infrared signal according to coding.
The steps such as mode of learning, setting, the transmission of signal of mark in order to which remote signal described above is more readily apparent,
Under again for more specifically example explanation.
Assuming that 5 operation interfaces, the corresponding operation interface correspondence control television set of first interface selection key, second boundary
Selection key corresponding operation interface correspondence control the 5th corresponding operation interface of interface selection key of DVD and sound equipment ... in face is corresponding
Control air-conditioning.
The learning process of remote control is as follows：
Learning key J1 is clicked on, study indicator lamp D1 is lighted, into mode of learning；Click on the electricity of the TV remote controller learnt
Source key, sends infrared signal, the infrared ray transceiving module 1 of present embodiment receives signal, and passes through infrared ray study module 2
Decoded；First interface selection key 7a is clicked on, then clicks on the display unit of the first row first row, that is, presses corresponding instruction
Unit（The corresponding storage element address of presumptive instruction unit is 0X001）, now microprocessor 4 by the infra-red code received store up
Exist in the storage element that address is 0X001, complete the study of first command unit.Then, then the electricity learnt is clicked
Depending on the volume plus key of remote control, infrared signal is sent, the infrared ray transceiving module 1 of present embodiment receives signal, and passes through
Infrared ray study module 2 is decoded；The display unit of the first row secondary series is clicked on, that is, presses corresponding command unit（Assuming that
The corresponding storage element address of command unit is 0X002）, now microprocessor the infra-red code received be stored in address be
In 0X002 storage element, the study ... for completing second command unit is so repeated, and completes first operation interface and owns
The study of command unit（It is of course possible to which some command units do not learn, first reserve）.
The study of second operation interface command unit is also identical, can first click on second interface selection key and enter second
Individual operation interface or after the infrared signal of remote control learnt is received, then click on second interface selection key and enter second
Individual operation interface.
As the operation interface of control air-conditioning, which part display unit can show the temperature of air-conditioning, corresponding instruction
Unit does not give setting command function.
When terminating infrared ray study, then learning key J1 is clicked on, study indicator lamp D1 goes out, and completes study.
The process that display mark is set is as follows：Mark key J2 is clicked on, mark sets indicator lamp D2 to light, into display mark
Setting pattern；An operation interface is selected, a display unit of display mark, now, the mark of display will be changed by then clicking on
Knowledge can change, and often click on and once change once, i.e., next mark is constantly called from home banking；It can click on afterwards other aobvious
Show that unit carries out display mark and set, while the display mark of display unit is set before also completing；Complete to need what is set
After the mark of display unit is set, then mark key J2 is clicked on, mark sets indicator lamp D2 to go out, complete to set.Complete a display
When the display of unit is set, corresponding display mark is stored in the corresponding storage element of display unit by microprocessor 4.
When sending signal, as described above, if first operation interface of selection, when clicking on the display unit of first row the first row,
Microprocessor 4 will call address be 0X001 storage elements coding information, give infrared ray transceiving module 1 and send accordingly
Signal.
Second of embodiment, as shown in Figure 4；A kind of All-in-One intelligent remote controller, including：It is infrared ray transceiving module 1, red
Outside line study module 2, storage module 3, microprocessor 4, RF transceiver modules 5, RF study modules 6, touch display screen 9, interface choosing
Module 7, power supply module 8 are selected, set key J also is provided with.Compared with the first embodiment, mainly with following difference.
First, RF transceiver modules 5 and RF study modules 6 are added.RF transceiver modules 5 and RF study modules 6 are used to learn RF
The signal of remote control control simultaneously controls corresponding electrical equipment with it.In order to distinguish RF signals and infrared signal, identification code is additionally provided with.
After learning key is pressed, RF transceiver modules 5 and infrared ray transceiving module 1 all enter wait receiving state signal；When one of them
When transceiver module receives signal, signal is carried out decoded coding and adds identification code by corresponding study module, i.e., work as afterwards
When having the command unit to be triggered, decoded coding will be stored in storage module 3 containing identification code.Identification code is located at coding
Front end, if 2, such as 00 represents it is RF signals, and 11 represent it is infrared signal.When the remote control of present embodiment sends signal
When, the coding in storage module 3 is read, preceding 2 data of coding are 00 if finding, just removing will compile after two data 00 above
Code sends RF transceiver modules 5 to and sends signal；If it was found that preceding 2 data are 11, just removing will compile after two data 11 above
Code sends infrared ray transceiving module 1 to and sends signal.
2nd, the display module and instruction module described in the first embodiment, here using touch display screen 9.Touch aobvious
Display screen is dynamically divided into a plurality of display units, different operation interfaces, and the quantity of its display unit can be different, user Ke Gen
According to need setting.The quantity of the display unit of each operation interface also is stored in storage module.The command unit of instruction module with
The display unit of display module is corresponded to, a display unit, is the region marked off of touch display screen, corresponding region
Touch layer be exactly a command unit.
Above-described two kinds of embodiments, are only implementation examples of the present utility model；Those skilled in the art is come
Say, on the premise of the utility model principle is not departed from, some changes made should all be considered as belonging to guarantor of the present utility model
Protect scope.
Claims (7)
1. All-in-One intelligent remote controller, it is characterized in that：Including：Infrared ray transceiving module, infrared ray study module, storage module,
Microprocessor, display module, instruction module, interface selecting module, power supply module；
Described infrared ray transceiving module, its receiver is connected with infrared ray study module, for receiving other remote control transmittings
Infrared signal；Its transmitter is connected with microprocessor, for sending the infrared signal specified；
Described infrared ray study module, for the infrared signal received to be decoded, and by its infrared signal
Code storage is in storage module；
Described instruction module, is connected with microprocessor；Instruction module includes a plurality of command units, and user is by clicking on or touching
Touch command unit and send signal for control apparatus equipment；
Described display module, connects together with instruction module；Display module includes a plurality of display units, a display unit
One command unit of correspondence；
Described interface selecting module, including a plurality of interface selection keies, are all connected with microprocessor；Interface selecting module passes through
Microprocessor calls one operation interface presentation of information of correspondence on display module in storage module；
Interface selecting module is also attached in power supply module, power supply module be provided with delay circuit；Any boundary of interface selecting module
When face selection key is switched on, power supply module can be all driven to provide power supply and the work of start-up study circuit to the whole circuit of remote control；
Described delay circuit, for disconnecting power supply module to the whole circuit of remote control when without button operation, after delay certain time
Power supply.
2. All-in-One intelligent remote controller according to claim 1, it is characterized in that：In order to improve display effect and globality
Effect, described display module and instruction module, using one piece of touch display screen；Multiple displays are divided into touch display screen
Region, a viewing area is a display unit, and the touch layer of display unit corresponding region is exactly a command unit.
3. All-in-One intelligent remote controller according to claim 1, it is characterized in that：In order to control more equipment, also
Provided with RF transceiver modules and RF study modules；In order to distinguish RF signals and infrared signal, identification code is additionally provided with.
4. All-in-One intelligent remote controller according to claim 1, it is characterized in that：Described command unit, is placed in display single
The bottom of member；One display unit one command unit of correspondence.
5. All-in-One intelligent remote controller according to claim 1, it is characterized in that：The operation of any one command unit is all weighed
Put the delay time of delay circuit.
6. All-in-One intelligent remote controller according to claim 1, it is characterized in that：Set key is provided with again, and set key includes learning
Practise key and mark key；Learning key is used to starting or terminating the study to outside remote signal；Mark key is used to start or terminate pair
The setting of display unit display mark.
7. All-in-One intelligent remote controller according to claim 6, it is characterized in that：Learning key is corresponding to be indicated provided with study
Lamp, mark key is corresponding to set indicator lamp provided with mark.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344037.5U CN206601795U (en) | 2017-04-04 | 2017-04-04 | All-in-one intelligent remote controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720344037.5U CN206601795U (en) | 2017-04-04 | 2017-04-04 | All-in-one intelligent remote controller |
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| Publication Number | Publication Date |
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| CN206601795U true CN206601795U (en) | 2017-10-31 |
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| CN201720344037.5U Expired - Fee Related CN206601795U (en) | 2017-04-04 | 2017-04-04 | All-in-one intelligent remote controller |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109039163A (en) * | 2018-08-03 | 2018-12-18 | 东莞市杰美电器有限公司 | Electric machine control system and motor driver with distant control function |
| TWI747520B (en) * | 2019-10-03 | 2021-11-21 | 蔡牧辰 | Multi-function remote control |
-
2017
- 2017-04-04 CN CN201720344037.5U patent/CN206601795U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109039163A (en) * | 2018-08-03 | 2018-12-18 | 东莞市杰美电器有限公司 | Electric machine control system and motor driver with distant control function |
| TWI747520B (en) * | 2019-10-03 | 2021-11-21 | 蔡牧辰 | Multi-function remote control |
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