CN204178537U - Distant control function learner and telepilot - Google Patents
Distant control function learner and telepilot Download PDFInfo
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- CN204178537U CN204178537U CN201420625893.4U CN201420625893U CN204178537U CN 204178537 U CN204178537 U CN 204178537U CN 201420625893 U CN201420625893 U CN 201420625893U CN 204178537 U CN204178537 U CN 204178537U
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Abstract
The utility model relates to a kind of telepilot based on wireless mode and distant control function learner, comprising: multiple button, chip, pilot lamp, transmitter module and antenna, wherein, chip respectively with described multiple button, described pilot lamp is connected with described transmitter module, described transmitter module is connected with antenna, the corresponding function of each button, and described transmitter module is wireless radio frequency modules, described transmitter module, for being transmitted to the receiver module of distant control function learner by signal corresponding for button.
Description
Technical field
The utility model relates to remotely controlled field, particularly relates to a kind of distant control function learner and telepilot.
Background technology
At present, the development of wireless remote control technology, increasing electrical appliance uses wireless remote control to control, but traditional remotely controlled method must be learnt by contact, and the function singleness of study, the instruction of " Kai Heguan " can only be learnt.Be installed in the place that Keep Clear-High Voltage if user runs into the learning device that cannot touch or learning device or ensconce the situations such as interiors of products, the many difficulties of remotely controlled will be caused.
Because above-mentioned defect, the design people, actively in addition research and innovation, to founding a kind of new distant control function learner and telepilot, make it have more value in industry.
Utility model content
For solving the problems of the technologies described above, the purpose of this utility model is to provide a kind of distant control function learner based on RF wireless transmission and receiving and telepilot, enable user under non-contacting mode, use distant control function learner device to carry out remotely controlled easily and safely, thus arbitrary normal remote control can be utilized to carry out the straighforward operation of various function.
A kind of telepilot of the present utility model, comprising: multiple button, chip, pilot lamp, transmitter module and antenna, wherein, chip respectively with described multiple button, described pilot lamp is connected with described transmitter module, described transmitter module is connected with antenna, the corresponding function of each button, and described transmitter module is wireless radio frequency modules, described transmitter module, for being transmitted to the receiver module of distant control function learner by signal corresponding for button.
Further, described function comprises universal switch, opens or closes, switch automatic delay function, Dan Kai, crawl, and Dan Guan, singly opens time-delay closing, light modulation, speed governing, stops study, removes and learn, one or more in the study of antitheft and street lamp.
The utility model also provides a kind of distant control function learner, comprise: chip, power supply, first high-voltage capacitance, first rectifier bridge, first electrochemical capacitor, stabilivolt, receiver module, optocoupler, second high-voltage capacitance, second is rectifier bridge, second electrochemical capacitor, wherein power supply, first high-voltage capacitance, first rectifier bridge, first electrochemical capacitor, stabilivolt is connected, receiver module is connected with optocoupler, optocoupler and the second high-voltage capacitance, second rectifier bridge is connected with the second electrochemical capacitor, pass through power supply, first high-voltage capacitance, first rectifier bridge, it is that 5V voltage is supplied to chip that first electrochemical capacitor and stabilivolt carry out resistance-capacitance depressurization, chip receives wireless instructions by receiver module and drives optocoupler to carry out work, optocoupler drives the capacitance-resistance voltage reduction circuit work of the second high-voltage capacitance, the second rectifier bridge, the second electrochemical capacitor composition, described receiver module, the signal that the transmitter module for receiving telepilot sends.
Further, described chip, for receiving and identifying learning functionality instruction, by learning functionality instruction realization to the identification of other unknown telepilots and memory, thus the electrical equipment that the telepilot making this remember will be able to be controlled by this chip controls.
By such scheme, the utility model at least has the following advantages:
User can not contact electrical appliance (as eminence or high voltage electric device), by distant control function learner and Special transmitting device with the use of, learn the key assignments of difference in functionality neatly, thus reach remotely controlled safely and effectively, and then the remote pilot of several functions pattern is carried out to electrical appliance.
Above-mentioned explanation is only the general introduction of technical solutions of the utility model, in order to better understand technological means of the present utility model, and can be implemented according to the content of instructions, coordinates accompanying drawing to be described in detail as follows below with preferred embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the contactless remotely controlled method of the utility model;
Fig. 2 is the structural representation of telepilot of the present utility model;
Fig. 3 is the structural representation of distant control function learner of the present utility model.
Embodiment
Below in conjunction with drawings and Examples, embodiment of the present utility model is described in further detail.Following examples for illustration of the utility model, but are not used for limiting scope of the present utility model.
Shown in Figure 1, a kind of contactless remotely controlled method, comprises the following steps:
Step 101: first telepilot with function of wireless remote control launches predetermined learning functionality instruction to distant control function learner.
Here the first telepilot refers to the telepilot that can be exclusively used in remote control, and can be also normal remote control, they all have function of wireless remote control.Here distant control function learning equipment has the function identifying learning functionality instruction, can be a kind of electronic module of control program.Here learning functionality instruction can have multiple, sets according to actual scene, such as: learning functionality instruction is: universal switch, opens or closes, switch automatic delay function, Dan Kai, crawl, Dan Guan, singly opens time-delay closing, light modulation, speed governing, stops study, removes and has learnt to wait function command.
Step 102: distant control function learner receives the predetermined learning functionality instruction that the first telepilot is launched, identify the predetermined learning functionality instruction of launching from the first telepilot, know and the function that this learning functionality instruction is corresponding the state of distant control function learner is set to learning state.
Step 103: get arbitrary unknown second telepilot, according to the demand of user, user presses a certain button on the second telepilot, and then the key assignments of this button is sent to distant control function learner by the second telepilot.
Such as: press any key that the second telepilot needs study, enter wait learning state.Press the second remote control keys, can learn according to the learning functionality key of each imparting, pilot lamp is had on second telepilot is usual, second telepilot is when study, pilot lamp is glittering, see that pilot lamp is glittering just can determine to be in learning state, when pilot lamp through two to three seconds glittering just after just complete learning state, also just impart the function after the second telepilot study.
User according to the demand of oneself, can arrange the corresponding relation of many functions and the second telepilot, so just needs to carry out study configuration respectively.
Particularly such as: 1, distant control function learner just can carry out " opening or closing " action to electrical appliance after receiving and being the learning functionality instruction of " universal switch " by self application definition.
2, distant control function learner as long as arbitrary key assignments of the second telepilot carries out assignment, just can carry out " open and close " action to electrical appliance after receiving and being the learning functionality instruction of " open and close " by self application definition;
3, be that the learning functionality instruction of " switch; automatic delay function " is laggard as distant control function learner receives by self application definition, as long as arbitrary key assignments row assignment, just can carry out " opening or closing " action to electrical appliance, and electrical equipment can postpone the regular hour after being opened automatically close, also remote-controlled closedown, effectively can stop user like this and close electrical equipment and the situation that causes the wasting of resources because forgetting.
4, after distant control function learner receives and be the learning functionality instruction of " singly opening " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, just can carry out " singly opening " action to electrical appliance;
5, after distant control function learner receives and be the learning functionality instruction of " crawl " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, just can carry out " crawl " action to electrical appliance;
6, " single close " action after distant control function learner receives and be the learning functionality instruction of " single close " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, just can be carried out to electrical appliance;
7, after distant control function learner receives and is the learning functionality instruction of " singly opening; time-delay closing " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, the action of "ON" just can be carried out to electrical appliance, and time-delay closing after a certain time, as the Intelligent lamp for corridor mouth, can effectively using electricity wisely;
8, after distant control function learner receives and be the learning functionality instruction of " light modulation " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, just can carry out " light modulation " action to electrical appliance;
9, after distant control function learner receives and be the learning functionality instruction of " speed governing " by self application definition, as long as arbitrary key assignments of the second telepilot carries out assignment, just can carry out " speed governing " action to electrical appliance;
10, after distant control function learner receives and be the learning functionality instruction of " stop study " by self application definition, distant control function learner just exits learning state;
11, after distant control function learner receives and be the learning functionality instruction of " remove learn action " by self application definition, distant control function learner just removes some or all key assignments learnt;
All learning functionality instructions of 12, above-mentioned 1 to c11 can be single or combinationally use.
Step 104: distant control function learner receives the key assignments of the button of above-mentioned second telepilot, judge that current distant control function learner is in learning state again, the learning functionality instruction that the key assignments of the button of above-mentioned second telepilot and step 102 receive is carried out binding to store, like this when the second telepilot sends the key assignments of this button to distant control function learner, this distant control function learner is by this binding relationship, obtain the function of the learning functionality instruction that this key-value pair is answered, thus carry out respective handling.
Step 105: when after distant control function learner learning success, change state into duty, if now the second telepilot sends the key assignments of certain button after distant control function learner, then distant control function learner just finds according to this key assignments the function that this key-value pair answers, and carries out respective handling.
The utility model also discloses a kind of contactless remotely controlled system, comprising: the first telepilot and distant control function learner, and wherein, the first telepilot, for launching predetermined learning functionality instruction to distant control function learner; Distant control function learner, for receiving the predetermined learning functionality instruction that the first telepilot is launched, identify the predetermined learning functionality instruction of launching from the first telepilot, know and the function that this learning functionality instruction is corresponding the state of distant control function learner is set to learning state; Second telepilot, for pressing a certain button on the second telepilot as user, sends to distant control function learner by the key assignments of this button; Distant control function learner, for receiving the key assignments of the button of the second telepilot, judge that current distant control function learner is in learning state again, binding storage is carried out in the learning functionality instruction of the key assignments of the button of the second telepilot and reception, so that when the second telepilot sends the key assignments of this button to distant control function learner, distant control function learner, by this binding relationship, obtains the function of the learning functionality instruction that this key-value pair is answered, thus carries out respective handling.
As Fig. 2 the utility model also provides a kind of telepilot, button 1 is that on wiring board, S1 indicates, button 2 is that on wiring board, S2 indicates, button 3 is that on wiring board, S3 indicates, button 4 is that on wiring board, S4 indicates, button 5 is that on wiring board, S5 indicates, button 6 is that on wiring board, S6 indicates, button 7 is that on wiring board, S7 indicates, button 8 is that on wiring board, S8 indicates, and button 9 is that on wiring board, S9 indicates, and button 10 is that on wiring board, S0 indicates, 11 is chip marking on wiring board, and 2 is the transmitter module of the circuit such as Q1, Q2, R1, R2, C1, C2, L1, Y1 composition on wiring board.13 is battery, and 15 is that pilot lamp and 16 is for antenna.The different function of different button representatives, transmitter module 13 is connected with antenna 16, such transmitter module 13 is launched by the signal of antenna 16 by button, chip 11 is connected with each button, chip is also connected with pilot lamp, carry out in learning process at chip, pilot lamp is in bright; Chip 11 is also connected with transmitter module 13.
As shown in Figure 3, the utility model also provides a kind of distant control function learner, comprising: 22 is chip, 32 access 220V power supplys, 26 is high-voltage capacitance, and 27 is rectifier bridge, 25 is electrochemical capacitor, 24 is stabilivolt, and 23 is 7805 stabilivolts, and 21 is receiver module, 28 is optocoupler, 29 is high-voltage capacitance, and 30 is rectifier bridge, and 31 is electrochemical capacitor.220V power supply 32 high-voltage capacitance 26, rectifier bridge 27, electrochemical capacitor 25, stabilivolt 24 is connected with 7805 stabilivolts 23, and receiver module 21 is connected with optocoupler 28, and optocoupler 28 is connected with electrochemical capacitor 31 with driving high-voltage capacitance 29, rectifier bridge 30.By access 220V power supply 32, high-voltage capacitance 26, rectifier bridge 27, electrochemical capacitor 25, it is that 5V voltage is supplied to chip 22 that stabilivolt 24 and 7805 stabilivolt 23 carries out resistance-capacitance depressurization.Chip 22 can drive optocoupler 28 to carry out work when receiving wireless instructions by receiver module 21.The capacitance-resistance voltage reduction circuit work that optocoupler 28 drives high-voltage capacitance 29, rectifier bridge 30, electrochemical capacitor 31 to form.
Chip 22, can receive and identify learning functionality instruction, by learning functionality instruction realization to the identification of other unknown telepilots and memory, thus the electrical equipment that the telepilot making this remember will be able to be controlled by this chip controls.
Second telepilot is common remote control transmitter, such as: include button A, and button B, button C and button D.
It is concrete that to realize principle as follows:
After button 1 has been pressed, chip 11 transmits learning functionality instruction to transmitter module 12, transmitter module 12 performs emission function and (usually uses 315M and 433M frequency to launch, other frequencies also can realize identical function), make the instruction issue of chip 11 in space, receiver module 21 (uses 315M and 433M frequency to launch usually, other frequencies also can realize identical function) receive transmitter module 12 launch learning functionality instruction, learning functionality instruction is sent to chip 22, after chip 22 receives this learning functionality instruction, wait for the push button signalling (signal is received by receiver module 21) of normal remote control, within the some time, if receive the signal of button A, the function that then chip 22 stores button 1 adds the instruction of button A, as long as chip 22 receives the signal (signal sends chip 22 to after being received by receiver module 21) of button A namely, just perform button 1 give his function.
The function of the button of other the first telepilot and the button corresponding relation of the second telepilot, also process according to said process, do not repeat them here.
Each button of the first telepilot is pressed and can be passed to the different instruction of chip 11, and the wireless data signal making it launch to specify, is transmitted into the wireless signal in certain ranged space by transmitter module 12.Nigh receiver module 21 can be made to receive and to pass to chip 22.Chip 22 identifies the wireless data signal received, and carries out work.
Each button corresponding function introducing the first telepilot below is respectively done to introduce respectively:
Button 1 is Universal opener light modulation button: lamp is under any state, button 1, control chip 11 launches the wireless data signal of specifying by transmitter module 12, make receiver module 21 receiving radio data signal, and issue chip 22 and process, lamp unconditionally can be opened or close.(from starting time-delay closing function, can time delay automatically close for some hours after turning on lamp, in order to avoid people leaves or sleeps forget closedown, send a telegram here if having a power failure, programmed control lamp is in closed condition to this functional bands automatically, and this function reaches the effect of energy-saving and emission-reduction again)
Button 2 is anti-theft key, lamp is button 2 under any state, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, make to enter anti-theft state, lamp is automatically opened unmanned state and within 2 minutes, is closed (this time can be done variation change according to the actual requirements and be arranged) periodic duty in 28 minutes, can work the unmanned warning function if any people in getting home.(anti-thief) presses the key learnt arbitrarily again and exits anti-theft modes and enter conventional operational.
Switch learning key when button 3 is long, lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 3, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes, and uses this normal remote control not need to re-use dedicated remote control later.Lamp can be made Deng next time to open or close with when this button of this normal remote control, can not close because of overlong time.
Button 4 is open and close learning key 2 hours, lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 4, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make figure chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Close Deng next time with lamp can be made when this button of this normal remote control or open, not needing to re-use dedicated remote control.(this functional bands is from starting time-delay closing function, can time delay automatically close for 2 hours after turning on lamp, in order to avoid people leaves or sleeps forget closedown, before automatically closing, light fixture glimmers 2 times, then time delay is extinguished for 2 minutes, sends a telegram here if having a power failure again, programmed control lamp is in closed condition automatically, and this function reaches the effect of energy-saving and emission-reduction)
Button 5 is for singly to open learning key 2 hours, lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 5, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Lamp can be made Deng next time to open with when this button of this normal remote control, not need to re-use dedicated remote control.(this functional bands is from starting time-delay closing function, can time delay automatically close for 2 hours after turning on lamp, in order to avoid people leaves or sleeps forget closedown, before automatically closing, light fixture glimmers 2 times, then time delay is extinguished for 2 minutes, sends a telegram here if having a power failure again, programmed control lamp is in closed condition automatically, and this function reaches the effect of energy-saving and emission-reduction)
Button 6 is for singly to close learning key.Lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 6, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Lamp can be made Deng next time to close with when this button of this normal remote control, not need to re-use dedicated remote control.
Button 7 is street lamp learning key.Lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 7, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Deng next with lamp can be made when this button of this normal remote control to enter the work pattern of a street lamp, (this pattern is applicable to doorway, corridor, passageway etc., lamp can be made automatically to open through out-of-date people, time delay certain hour is closed automatically, without the need to manual operations) under lamp closed condition, receive signal just bright, time delay is closed for 2 minutes automatically, waits and does not work in the open state, do not need to re-use dedicated remote control.
Button 8 is clear key.Lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, that lamp enters learning state by button 3, button 4, button 5, button 6, button 7 again, and then button 8, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, and the chip entering learning state can be made to remove whole remote-control datas of memory internal.Need to relearn new wireless data.If do not enter under learning state by button 8, control chip 11 launches the wireless data signal of specifying by transmitter module 12, reception 21 wireless data signal is processed to chip 22, can make to enter individual data and remove state, can remove now the function of single remote keying by the button of the normal remote control learnt before.
Button 9 is for forcing street lamp learning key, lamp in the on state, button 1, lamp can be made first to close, if lamp is closed, without the need to this step, and then button 9, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Enter with lamp can be made when this button of this normal remote control the work pattern forcing street lamp Deng next time, (this pattern is applicable to doorway, corridor, passageway etc., lamp can be made automatically to open through out-of-date people, time delay certain hour is closed automatically, without the need to manual operations) under lamp closed condition, receive signal just bright, and time delay is closed, under the state that lamp is opened for 2 minutes automatically, within twice 2 minutes, automatically close etc. glimmering, do not need to re-use dedicated remote control.
Button 10 is open and close learning key 5 hours, lamp in the on state, lamp can be made first to close by button 1, if lamp is closed, without the need to this step, and then button 10, control chip 11 launches the wireless data signal of specifying by transmitter module 12, receiver module 21 receiving radio data signal is processed to chip 22, makes it enter learning state (when entering learning state, lantern festival is glimmered with the rhythm that per second one dodges).Press now any one remote control buttons (any button of common remote control transmitter), make chip 22 can remember the data-signal of this remote control buttons, now learning process completes.Close Deng next time with lamp can be made when this button of this normal remote control or open, not needing to re-use dedicated remote control.(this functional bands is from starting time-delay closing function, can time delay automatically close for 5 hours after turning on lamp, in order to avoid people leaves or sleeps forget closedown, before automatically closing, light fixture glimmers 2 times, then time delay is extinguished for 2 minutes, sends a telegram here if having a power failure again, programmed control lamp is in closed condition automatically, and this function reaches the effect of energy-saving and emission-reduction)
When changing other control elements such as relay or controllable silicon into by the electronic component controlling lamp 29,30,31 etc., other electrical appliances can be controlled equally and reach switch, light modulation, speed governing, the function such as antitheft.
New lamp needs dedicated remote control that normal remote control is matched with controlled lamp when just bringing into use.Lamp powers on, and is closed condition when general lamp powers on, if lamp is opening, button 1 (Universal opener button key) can be used to close lamp.
The course of work of Universal opener button key: after button 1, chip 11 receives button 1 signal, and transmit group encryption data to transmitter module 12, it is that data are transmitted in air that transmitter module 12 performs emission function.In limited scope, receiver module 21 receives the data in air, is transferred to chip 22, and chip 22 carries out contrast in inside to enciphered data and cracks.Be identified as universal switch push button signalling, control carried out to lamp and once opens (pass) operation.
Study button under the state of lamp closedown on dedicated remote control can control lamp and store the signal that normal remote control is launched, and performs corresponding order after again receiving storage data, learns as example below with Chief Learning Officer, CLO's switch.
Lamp is button 3 (long switch learning key) in off position, and chip 11 receives the signal of button 3, and transmit group encryption data to transmitter module 12, it is that data are transmitted in air that transmitter module 12 performs emission function.In limited scope, receiver module 21 receives the data in air, is transferred to chip 22, and chip 22 carries out contrast in inside to enciphered data and cracks.Be identified as the instruction of long switch learning functionality, make lamp enter Chief Learning Officer, CLO's shift knob state, the data that now chip 22 can be launched first conventional push button received in 2 minutes below store, and are stored as long switching function.
The button of normal remote control blood learning success is now used after learning success, the wireless data in air is received when receiver module 21, be transferred to chip 22, chip 22 carries out contrast in inside to data and identifies, the data of long switching function can be identified as, can carry out to lamp the work that a vice-minister holds (pass) instruction.
The beneficial effects of the utility model are: as can be seen from the technical solution of the utility model, user can not contact electrical appliance (as eminence or high voltage electric device), by distant control function learner and Special transmitting device with the use of, learn the key assignments of difference in functionality neatly, thus reach remotely controlled safely and effectively, and then the remote pilot of several functions pattern is carried out to electrical appliance.
The above is only preferred implementation of the present utility model; be not limited to the utility model; should be understood that; for those skilled in the art; under the prerequisite not departing from the utility model know-why; can also make some improvement and modification, these improve and modification also should be considered as protection domain of the present utility model.
Claims (4)
1. a telepilot, is characterized in that, comprising: multiple button, chip, pilot lamp, transmitter module and antenna, wherein, chip respectively with described multiple button, described pilot lamp is connected with described transmitter module, and described transmitter module is connected with antenna, the corresponding function of each button, described transmitter module is wireless radio frequency modules, described transmitter module, for signal corresponding for button being transmitted to the receiver module of distant control function learner.
2. telepilot as claimed in claim 1, it is characterized in that, described function comprises universal switch, opens or closes, switch automatic delay function, Dan Kai, crawl, Dan Guan, singly opens time-delay closing, light modulation, speed governing, stops study, removes and learn, one or more in the study of antitheft and street lamp.
3. a distant control function learner, it is characterized in that, comprise: chip, power supply, first high-voltage capacitance, first rectifier bridge, first electrochemical capacitor, stabilivolt, receiver module, optocoupler, second high-voltage capacitance, second is rectifier bridge, second electrochemical capacitor, wherein power supply, first high-voltage capacitance, first rectifier bridge, first electrochemical capacitor, stabilivolt is connected, receiver module is connected with optocoupler, optocoupler and the second high-voltage capacitance, second rectifier bridge is connected with the second electrochemical capacitor, pass through power supply, first high-voltage capacitance, first rectifier bridge, it is that 5V voltage is supplied to chip that first electrochemical capacitor and stabilivolt carry out resistance-capacitance depressurization, chip receives wireless instructions by receiver module and drives optocoupler to carry out work, optocoupler drives the capacitance-resistance voltage reduction circuit work of the second high-voltage capacitance, the second rectifier bridge, the second electrochemical capacitor composition, described receiver module, the signal that the transmitter module for receiving telepilot sends.
4. distant control function learner as claimed in claim 3, it is characterized in that, described chip, for receiving and identifying learning functionality instruction, by learning functionality instruction realization to the identification of other unknown telepilots and memory, thus the electrical equipment that the telepilot making this remember will be able to be controlled by this chip controls.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420625893.4U CN204178537U (en) | 2014-10-27 | 2014-10-27 | Distant control function learner and telepilot |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108847014A (en) * | 2018-07-25 | 2018-11-20 | 河南职业技术学院 | Industrial remote controller |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108847014A (en) * | 2018-07-25 | 2018-11-20 | 河南职业技术学院 | Industrial remote controller |
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