CN1996414A - Multi-control multi-remote control system and method therefor - Google Patents
Multi-control multi-remote control system and method therefor Download PDFInfo
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- CN1996414A CN1996414A CN 200610032747 CN200610032747A CN1996414A CN 1996414 A CN1996414 A CN 1996414A CN 200610032747 CN200610032747 CN 200610032747 CN 200610032747 A CN200610032747 A CN 200610032747A CN 1996414 A CN1996414 A CN 1996414A
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Abstract
A multicontrol lamp wireless remote control with the emitter comprises one or more sectional wireless remote control emitter, the receiving controller composed of one or more branch receiving controller, with the said sectional wireless remote emitter comprising DC, control potential circuit, coding circuit and emitting circuit, the branch receiving controller composed of receiving circuit, decoding circuit, control circuit, and power circuit, with the sectional wireless remote control emitter and branch receiving controller sectionally remote controlling, with at least one switch can turn off all the remote control at each sectional wireless remote control emitter and receiving controller. It also provides a method to realize above said wireless remote control.
Description
Technical field
The present invention relates to a kind of wireless remote-control system, particularly a kind of control device that a plurality of different loads is carried out open and close, complete shut-down, standard-sized sheet.
Background technology
At present existing many control multi-schemes all are aimed at address annexation between transmitter and the receiver, but not the control number of different controlled circuit (referring to load circuit).The realization of its multichannel different loads circuit (such as 64 tunnel) still must be finished by existing volume, coding chip (as 8-3 line coding chip and 4-16 line coding chip), this kind method when needing the multichannel control bit can since the adding of volume, coding chip circuit make complex system and take product space greatly and raise the cost, telechirics as control 64 road lighting lanterns, to correctly translate each control bit, wherein encoding function needs 9 8-3 line coding chips and 3 data to select chip to finish, and decoding function then needs 5 4-16 line coding chips to finish.The normally 16 pin encapsulation of the pin of 8-3 line coding chip, data are selected normally 14 pin encapsulation of chip, 4-16 line coding chip then is the encapsulation of 24 pin, after the system of these remote control 64 tunnel loads installs these volumes, coding chip, will constitute a huge circuit board.If realize 128 road or 256 tunnel volume, decoding function, then need more coding chip and coding chip to finish coding and decoding work, this in the middle of practical application because the accommodation space limited (as being applied in wall socket or wall lamp switch seat in) of system and used these chips after system cost increase and practicality inadequately.
In addition, as the control system of a multichannel (such as 64 tunnel), when whole controlled load (such as illuminating lamp) when all opening, if there is not the complete shut-down function, need go one by one by corresponding key in the time of closing each load, this gives in the practical operation and has brought inconvenience.
Embodiment
In order more to be expressly understood technology contents of the present invention, illustrate especially exemplified by the following embodiment that is applied to one 26 road lighting lantern remote control control.
Below be the function that realizes among the embodiment:
26 road control bit branches are done two sections of A, B, compile 15 control bits in each section;
The coding of wireless remote control emitter is made as 15, wherein does complete shut-down control function usefulness for one, do standard-sized sheet control function usefulness for one, each segmentation decoding chip control bit of controller along separate routes is made as 13 the tunnel;
The programmable single chip computer address bit is made as 13 (A1～A13), its A1～A13 pin connects high level, low level or the unsettled 313=1594323 of a composition address bit (each address bit is distributed to a user, accomplishes not disturb mutually between 1,590,000 users) respectively;
13 tunnel control routines and complete shut-down function code are programmed, and be burnt to the wireless remote control emitter coding chip and receive in the controller decoding chip along separate routes;
An independent complete shut-down controller 3 is set, and the effect of complete shut-down controller is when the control way of total system is too much, utilizes this complete shut-down controller to remove to disconnect the power supply of whole lamp system, thereby saves the standby power consumption amount that each receives controller along separate routes greatly;
Manual mode operation and wireless remote control operation are independent fully, can control controlled circuit mutually;
Work indicating status function (among Fig. 5 16) is arranged in the telepilot;
Automatically respond to noctilucent function 17 (see figure 5)s, this noctilucent function can be built in the wireless remote control emitter, also can be built into each and receive in the controller along separate routes, makes things convenient for night time operation;
Voice recognition control function 18 (see figure 5)s, this voice recognition control function can be built in the wireless remote control emitter, also can be built into each and receive in the controller along separate routes, makes things convenient for night time operation;
Preparatory function with wherein one tunnel conducting in the total system, is conveniently in time understood the incoming call situation when sending a telegram here again after power failure;
Dimming function is regulated the bright dark degree of light as required.
Present embodiment is realized the process of remote control: each segmentation wireless remote control emitter shell is provided with button, on pressing transmitter during arbitrary key, coding circuit 6 on the remote control transmitter (see figure 8) and radiating circuit 7 get electric work, encode and then form modulation signal in 5 pairs of button positions of control bit circuit of being made of coding chip IC101 and each button, be coupled to the radiating circuit of forming by Q101 7 again, remove modulated carrier signal, launch through antenna then; With reference to Fig. 9, adopt external circuits to realize that the shunt of complete shut-down/standard-sized sheet function receives controller, after each shunt controller antenna end receives corresponding signal, after the demodulator circuit of being made up of IC201 and peripheral cell thereof 8 carries out demodulation to this signal, deliver among decoding circuit 9 IC401, the control signal that decodes is directly sent into conducting and the disconnection that control circuit 10 goes to control the load that connects, thereby control load is bright, go out and (or connect the adjustable brightness circuit, the conduction angle and the conducting degree of depth of the output of control adjustable brightness circuit, go to regulate the brightness of dimmable lamp), reach remote control control purpose.
With reference to Fig. 8, the course of work of the relay indicating light circuit 16 on the wireless remote control emitter: behind the arbitrary key on pressing telepilot among the SW101-SW115, power supply through R110, connect key any to the D101-D104, light LED105 through R108 again, reach the purpose of indicating operating status.
With reference to Fig. 8, automatically induction noctilucence circuit 17 is by inductive head, R111-R123, C108-C114, IC102, LED101-LED104 and Q103 form, the signal output part of inductive head connects signal input part 14 pin of IC102 after C108 and sensitivity adjustable resistance R113 coupling, internal circuit and 15 through IC102,16 pin and 12, the external resistance-capacitance network of 13 pin amplifies, State Control through IC102 inside goes to control the conducting of Q103 and end from 2 pin output appropriate control signals, thereby light or close LED101-LED104, reach automatic luminescent lighting function, wherein 3 of IC102,4 pin are external delay time timing network, can change delay time by adjusting its capacitance-resistance value, 5,6 pin are the external network of blocking time, adjust the length that its capacitance-resistance value can be adjusted blocking time.The course of work of human body sensing luminous lamp is as follows: daytime is because the resistance of photoresistance R115 is very little, thereby makes the 9 pin level of IC102 be lower than trigger voltage, so IC102 disregards the induced signal on daytime; And when night, increase owing to the R115 resistance, cause the 9 pin level of IC102 to be higher than trigger voltage, thereby allow IC102 that induced signal is handled, when inductive head is sensed human body near telepilot, handle accordingly by IC102 and peripheral circuit and export control signal, make switching tube Q103 conducting, light LED101-LED104 (light emitting diode) lamp, illuminate the button on the telepilot.
With reference to Fig. 8, voice recognition control circuit 18 is made up of IC701, Q701, OP701, LED701-LED702, K701-K704, MIC, R700-R719, C701-C706 etc., this circuit has only connected 7 the tunnel in the drawings, other can control 12 the tunnel at most as required, each control bit except that can with each key position collocation on the telepilot, also can be built into and receive along separate routes in the controller and the use of arranging in pairs or groups flexibly of each control bit.The course of work: click the mnemon content that K701 can remove speech recognition keyword original in the IC701 chip, and carry out the typing of first via keyword, at this moment LED701 lights, 29 pin saltus steps are high level, say keyword facing to MIC this moment immediately, LED701 glimmers once, and 29 pin become low level.Once more MIC is said keyword, LED702 lights, and 29 pin are jumped to becoming high level, the success of expression first via typing identification keyword.Click K704 and can carry out next road keyword typing ... according to said method finish until 12 tunnel whole typings.Wherein K702 can make identification circuit enter " shut " mode", and K703 can make identification circuit enter recognition mode.Form continuous identification circuit at night by R700, photoresistance R707, Q701 and OP701 in this circuit, make things convenient for the user to use night.Promptly make the conducting of OP701 luminotron luminous owing to R707 presents high resistant when night, its secondary two ends are attempted by on the K703, and therefore can simulate staff has pressed K703, makes identification circuit enter recognition mode.
With reference to Fig. 9, the course of work of decoding circuit 9: after receiving the signal that demodulates from receiving circuit 8 when the RF_IN of IC401 termination, after portion handled within it, direct decoding went out corresponding control signal D1～D15 to control circuit 10.
With reference to Fig. 9, control circuit 10 is made up of IC403, R406, R408, R411, Q401, D404, J401 etc., when 11 pin of bistable circuit IC403 have trigger voltage, export high or low level to the Q401 switching tube through 13 pin, conducting and the disconnection of control J401, thereby the light on and off of light fixture on the control J401 contact.
With reference to Fig. 9, manual circuit is made up of R409 and SW401.Whenever click SW401, power supply is promptly given trigger voltage of trigger end of control circuit through R409, thereby in the gauge tap control circuit lamp bright, go out, or regulate the brightness (it is the same that the process of its realization is sent the remote control control signal with telepilot) of adjustable brightness lamp.
With reference to Fig. 9, preparatory function is finished by bistable circuit IC403 (CD4013).Its principle of work: at the 8th pin (set end) of bistable circuit IC403 when connecing high level, when the shunt controller when outage is sent a telegram here again, the 13rd pin of bistable circuit IC403 be set in high level, light thereby control this street lamp, reach preparatory function.Other do not need the controller of preparatory function, and then the 8th pin ground connection with bistable circuit IC403 gets final product.
With reference to Fig. 9, complete shut-down circuit 12 is finished by the complete shut-down control signal D15 (other each shunt receives all shared this complete shut-down control signal of controller) of R402-R403, OP401 and IC401 output among Fig. 9.Its course of work: (this street lamp state of a control is " pass "), OP401's is elementary because of no driving voltage is in cut-off state when the IC403 output terminal is low level in the control circuit 10, and this moment, the complete shut-down signal can not work along separate routes to this; When the IC403 output terminal is high level (this street lamp state of a control is " opening " state), the elementary of OP401 must electricly make its secondary conducting, this moment is in case the complete shut-down control signal D15 that receives IC401 when being high level, will impel the bistable circuit upset, thereby cut off the power supply of each street lamp, reach the purpose of closing illuminating lamp.
With reference to Fig. 9, standard-sized sheet circuit 13 is finished by the standard-sized sheet control signal D14 (other each shunt receives all shared this standard-sized sheet control signal of controller) of R404-R405, OP402 and IC401 output among Fig. 9.Its course of work: (this street lamp state of a control is " opening "), this moment, IC403 the 12nd pin was a low level when the IC403 output terminal is high level in the control circuit 10, OP402's is elementary because of no driving voltage is in cut-off state, and this moment, the standard-sized sheet signal can not work along separate routes to this; When the IC403 output terminal is low level (this street lamp state of a control is " pass " state), this moment, IC403 the 12nd pin was a high level, the elementary of OP401 must electricly make its secondary conducting, this moment is in case the standard-sized sheet control signal D14 that receives IC401 when being high level, will impel the bistable circuit upset, thereby the power supply of each street lamp of conducting makes whole illumination lamp ignitions.
With reference to Fig. 9, the course of work of system's power supply 11: alternating current 220V voltage behind R601 to the D60-D604 rectification, after C601-C602 and L601 filtering, supply with pulse-width modulation circuit again, and at the secondary voltage that obtains an alternation of T601, output V1 voltage after D606, C606-C608 and L602 rectification, filtering, and output V2 voltage is given each circuit supply of controller along separate routes behind IC604 and C610, and wherein IC602-IC603, R603-R606 and C609 are voltage sampling, feedback control circuit.
With reference to Figure 10, utilize software to realize that the shunt of complete shut-down/standard-sized sheet function receives controller embodiment principle schematic.After receiving the steering order of sending by wireless remote control emitter when decoding circuit, carry out instruction analysis in the decoding chip in decoding circuit 9, if be the shunt steering order, then go to control the conducting and the disconnection of each road load from the control signal of D1～D13 end output correspondence to control circuit 10 according to instruction; If be complete shut-down/standard-sized sheet steering order, then enter subroutine, and put all and be output as and close/open, thus each road load of disconnection/conducting.Its program circuit is seen Figure 13.
Receive the embodiment of controller 3 with reference to Figure 11 complete shut-down, its principle of work realizes that with utilizing software the shunt reception controller (Figure 10) of complete shut-down/standard-sized sheet function is basic identical, it only is the processing mode difference of decoding chip, specifically be the decoding chip internal program be set at receive other each along separate routes during steering orders its data output end always for high, only ought receive that the complete shut-down steering order just can start corresponding subroutine, and to put data output end be low level, thereby the power supply that makes control circuit 14 dead electricity of Q501 and J501 composition and cut off total system, reach the purpose of saving electric energy, the same Figure 13 of its program circuit.
Only list one of them in the present embodiment and received the circuit of controller along separate routes, the principle of work of other each shunt controller is the same, only control circuit is connected to the control bit difference of decoding chip, promptly 1～13 control circuit is connected to data output end D1～D13 of decoding chip A, and 14～26 control circuits are connected to data output end D1～13 of decoding chip B.
The software flow of coding chip:
With reference to Figure 12, after initial step 60, execution in step 61: chip is resetted, read corresponding address information.
After reading, address bit then carries out 62: read key information.
After reading, key information then carries out 63: encode by form, coding is exported from the RF-out mouth.
The software flow of decoding chip:
With reference to Figure 13, after initial step 90, chip processing power carries out 91: chip is resetted system initialization.
Carry out 92 behind the chip reset: the situation of the scanning address wire that connects, and address information stored for the address information that receives compare, wait for the action variation of collecting the RF_IN mouth.
Come when receiving high level signal, chip carries out 93: begin to judge whether the preamble code into correct, and whether subsequent code meets the requirements.
After receiving correct coding, carry out 94: carry out matching addresses.If the address code coupling, then explaining is that a kind of steering order, and system goes to search control instruction corresponding.
After system searching arrives, if belong to complete shut-down/standard-sized sheet instruction 95: then carry out corresponding subroutine, and carry out 96, put all and be output as and close/open; If belong to steering order 97 along separate routes: then carry out 98, according to instruction corresponding output is controlled.
In above step,, then disregard if detect the corresponding control code or the program of non-decoding chip.
Each segmentation wireless remote control emitter receives controller along separate routes with each, and (flow process that comprises the coding and decoding chip execution of complete shut-down reception controller 3 is the same with above-described flow process, only be stored in Data Control position in the decoding chip different or for realize some specific function (as standard-sized sheet, complete shut-down function) with one of them or several shared steering order and procedure stores in each decoding chip, instruction of these coding and decodings and flow process belong to that medium programmer is familiar with, for simplicity, do not do detailed description at this.
In this instructions, the present invention is described with reference to its certain embodiments, and the present invention still can make various variations and retrofit and can not depart from the scope of the present invention obviously.
Claims (10)
1, a kind of many many light fixtures of control wireless remote-control systems, transmitter (1) comprises one or more segmentation wireless remote control emitters, receive controller (2) and comprise one or more segmenting units, each segmenting unit comprises that one or more shunt receive controller, described segmentation wireless remote control emitter includes direct supply (4), control bit circuit (5), coding circuit (6) and radiating circuit (7), described shunt receives controller and includes receiving circuit (8), decoding circuit (9), control circuit (10) and power circuit (11), it is characterized in that: described segmentation wireless remote control emitter and shunt receive controller and carry out segmentation remote control control, the decoding chip that coding chip in the segmentation wireless remote control emitter and shunt receive controller uses programmable single chip computer to compile, decoding is being compiled, burning has control corresponding instruction and program in the decoding chip; The realization of complete shut-down function is to utilize on the wireless remote control emitter telecommand and receive a steering order of decoding chip output in the controller along separate routes and the complete shut-down circuit (12) that is connected in the control circuit (10) is finished, and realizes unified complete shut-down remote control control.。
2, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: telecommand and the software of burning in decoding chip (programmable single chip computer) realize that burning has the corresponding decoding program of complete shut-down function in decoding chip on the described complete shut-down function available wireless remote control transmitter.
3, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: the realization that described shunt receives standard-sized sheet function in the controller is to utilize on the wireless remote control emitter telecommand and receive a steering order of decoding chip output in the controller along separate routes and the standard-sized sheet circuit (13) that is connected in the control circuit (10) is finished, and realizes unified standard-sized sheet remote control control.
4, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: telecommand and the software of burning in decoding chip (programmable single chip computer) realize that burning has the corresponding decoding program of standard-sized sheet function in decoding chip on the described standard-sized sheet function available wireless remote control transmitter.
5, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: have in the controller the complete shut-down function except that receiving along separate routes, also have independent complete shut-down controller (3) at each.
6, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: segmentation wireless remote control emitter and shunt controller are cased, and the control button is arranged on the outer casing frontispiece, and control button and respective point are electrically connected.
7, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: receive along separate routes in each segmentation wireless remote control emitter or each and also have selectable unit to respond to noctilucence circuit (16) automatically in the controller.Inductive head is connected to 14 pin by IC102, IC102, R112-R123 and C108-C114 form signal processing circuit, the induced signal that inductive head is sent here is handled, to the Q103 base stage, be connected with the illuminating lamp that R111 and LED101-LED104 form from 2 pin output control signal corresponding on the collector of Q103.
8, by described many many light fixtures of the control wireless remote-control systems of claim 1, it is characterized in that: also have selectable unit voice recognition control circuit (17) in the receiver along separate routes at each segmentation wireless remote control emitter or each.IC701 is circumscribed with the K701-K704 action button, the K703 two ends also are connected to automatically continuous identification circuit of the night of being made up of Q701, R700 and R707, be connected with the sound pick-up circuit of being made up of MIC, R701-R705 and C701-C703 between the 22-27 pin of IC701, each output terminal of IC701 is connected on the button.
9, a kind of method of using the described system of claim 1 to carry out wireless remote control is characterized in that described method may further comprise the steps:
A plurality of control bits are weaved into segmenting unit, and each segmenting unit takies 1～30 control bit along separate routes;
Corresponding control routine and program are weaved in this distribution utilization, complete shut-down/standard-sized sheet function code and corresponding program thereof are arranged in code, store into respectively and do coding chip and decoding chip in the programmable single chip computer;
The coding and decoding chip well of according to said method programming is applied to wireless remote control emitter respectively and receives in the controller along separate routes, form the coding and decoding circuit, thereby receive realization remote control coding and decoding function in the controller along separate routes in each wireless remote control emitter and each;
When wireless remote control emitter sends the remote control steering order, when each receives along separate routes decoding circuit in the controller and receives this steering order, check earlier whether address information mates, if address bit coupling, then continue to check corresponding control routine or the program of whether prestoring in the chip, if there is this corresponding relation to exist, then produce the control corresponding instruction, controlled circuit is carried out open and close, complete shut-down, standard-sized sheet control;
The if there is no corresponding relation between wireless launcher and the controlled circuit, decoding circuit is not handled signal so.
10, by described many many light fixtures of the control wireless remote-control systems of claim 9, it is characterized in that: described second step complete shut-down/standard-sized sheet function can replace with external circuits.
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| CN 200610032747 CN1996414A (en) | 2006-01-05 | 2006-01-05 | Multi-control multi-remote control system and method therefor |
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| CN 200610032747 CN1996414A (en) | 2006-01-05 | 2006-01-05 | Multi-control multi-remote control system and method therefor |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101184353B (en) * | 2007-10-24 | 2011-05-11 | 李舒 | Radio remote address programmable two-way communication digital light control system |
| CN102186131A (en) * | 2011-05-25 | 2011-09-14 | 张洪海 | Audio-to-photoelectric coupling multi-stage remote control and local control technical method |
| CN102722974A (en) * | 2011-03-30 | 2012-10-10 | 上海军远通信设备有限公司 | Remote control unit for naval vessels |
| CN102800181A (en) * | 2012-02-27 | 2012-11-28 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN103067842A (en) * | 2011-10-20 | 2013-04-24 | 上海飞乐音响股份有限公司 | Parade float synchronous public address system |
| CN103794955A (en) * | 2012-10-29 | 2014-05-14 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and intelligent strip thereof, and intelligent power supply method |
| TWI462652B (en) * | 2010-06-22 | 2014-11-21 | Hugewin Electronics Co Ltd | Remote control and adjustment apparatus disposed in an energy saving lighting apparatus and a control system of the same |
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2006
- 2006-01-05 CN CN 200610032747 patent/CN1996414A/en active Pending
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101184353B (en) * | 2007-10-24 | 2011-05-11 | 李舒 | Radio remote address programmable two-way communication digital light control system |
| TWI462652B (en) * | 2010-06-22 | 2014-11-21 | Hugewin Electronics Co Ltd | Remote control and adjustment apparatus disposed in an energy saving lighting apparatus and a control system of the same |
| CN102722974A (en) * | 2011-03-30 | 2012-10-10 | 上海军远通信设备有限公司 | Remote control unit for naval vessels |
| CN102186131A (en) * | 2011-05-25 | 2011-09-14 | 张洪海 | Audio-to-photoelectric coupling multi-stage remote control and local control technical method |
| CN103067842A (en) * | 2011-10-20 | 2013-04-24 | 上海飞乐音响股份有限公司 | Parade float synchronous public address system |
| CN102800181A (en) * | 2012-02-27 | 2012-11-28 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN102800181B (en) * | 2012-02-27 | 2015-02-18 | 深圳市宝安区耀标玩具制品厂 | Wireless remote controlled socket assembly, remote controlled socket and remote controller for controlling socket |
| CN103794955A (en) * | 2012-10-29 | 2014-05-14 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and intelligent strip thereof, and intelligent power supply method |
| CN103794955B (en) * | 2012-10-29 | 2016-06-29 | 鸿富锦精密工业（深圳）有限公司 | Intelligent power supply system and Intelligent socket thereof and intelligent power supply method |
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