CN101038482A - Language learning machine and controlling method thereof - Google Patents
Language learning machine and controlling method thereof Download PDFInfo
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- CN101038482A CN101038482A CN 200610067783 CN200610067783A CN101038482A CN 101038482 A CN101038482 A CN 101038482A CN 200610067783 CN200610067783 CN 200610067783 CN 200610067783 A CN200610067783 A CN 200610067783A CN 101038482 A CN101038482 A CN 101038482A
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Abstract
A language learning machine and its control method, including: microprocessor, information memory, broadcasting circuit, or button circuit, or state switch circuit in power supply circuit, characterized in that it may still include the timing control circuit for output the timing signal and induction control circuit for output the induction signal, the microprocessor may control the ON/OFF according to the working states of timing control circuit and the induction control circuit. Within the preset duration, the learning machine may automatically broadcast when a person within the induction range of the learning machine, after the person left, it may automatically stop, no operation required; no matter when the learner remember or forget, the learning machine may automatically provide a timed language environment to the learner for the hearing and tongue training; and at any time, it may be turned on/off manually and after the person left the induction range of the learning machine, it may automatically stop.
Description
Technical field
The present invention relates to a kind of language learner and control method thereof, especially at this learning machine in the predefined time, in the people enters this learning machine induction range, can play the audio-visual apparatus of voice, literal or image automatically, do not need the people to operate, and after manually switching on and shutting down and people leave this learning machine induction range at any time, can stop the device of playing automatically.
Background technology
As shown in Figure 1, at present, the playback learning machine of learning foreign languages all, putting learning machine, the re-reading learning machine of magnetic tape type, magnetic tape type recording playback sound learning machine etc. as learning machine, magnetic tape type list all has an identical defective: the switch learning machine needs the people to operate.When the learner begins to listen, must drive learning machine with hand.Study finishes, and close learning machine with hand.The learner adheres to foreign language studying every day, will adhere to forgetting and remove the switch learning machine at every turn, brings very big inconvenience to the learner, and the voice content of tape is difficult for changing.
The circuit block diagram of its realization of language learner at present is respectively as Fig. 2, Fig. 3, shown in Figure 4, comprise microprocessor 1, storage medium 2, playing circuit 3, power circuit 4 or also comprise key circuit 6, perhaps also comprise the status switch circuit 7 in the power circuit; Microprocessor 1 reads the audio frequency in the storage medium 2 (or phonotape and videotape) information according to runs program instructions control entire equipment work operation, delivers to playing circuit 3, by playing circuit 3 audio frequency (or phonotape and videotape) information is carried out playing after the respective handling.
At present, by the hand control switch machine three approach is arranged:
As shown in Figure 2, in pin 5 (can be the I/O interface) input high level or the low level of microprocessor 1, microprocessor 1 comes the gauge tap machine according to the high or low level of pin 5; Come switching on and shutting down as switch high and low level with hand switch.
As shown in Figure 3, key circuit 6 connects the pin of microprocessors 1, and microprocessor 1 is switched on or switched off the gauge tap machine according to key circuit 6; As use keyswitch.
As shown in Figure 4, the power supply that switches on or off circuit of the status switch circuit 7 by power circuit 4 comes the gauge tap machine; As use the self-locking keyswitch.
Summary of the invention
In order to overcome the deficiency that all audiovisual learning machine switching on and shutting down of existing foreign language studying need the people to operate, the invention provides a kind of language learner, and a kind of method of controlling described language learner.
This learning machine in the people enters this learning machine induction range, can be play in the predefined time automatically, after the people leaves this learning machine induction range, can stop automatically playing, and does not need the people to operate; No matter the learner remembers or forget study, this learning machine can both carry out hearing and practice with spoken the accent automatically for the learner provides a regularly language environment of fixed point; This learning machine in the people enters this learning machine induction range, can not play outside the predefined time, to guarantee people's normal life and rest; And after manually switching on and shutting down and people leave this learning machine induction range at any time, can stop automatically playing.This learning machine is particularly suitable for the child and children learn to use, and the study teaching material can be changed easily by computer, network, tape.
According to an aspect of the present invention, the invention provides a kind of control method of language learner, comprising:
Judge whether in the timing start-up time period;
When during the time period, judging whether induction has the people at described timing start-up;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state;
When not at described timing start-up during the time period, described learning machine enters breaks state.
According to an aspect of the present invention, the invention provides the control method of another kind of language learner, comprising:
Judge whether induction start key is pressed;
When described induction start key is not pressed, judge whether in the timing start-up time period;
When during the time period, judging whether induction has the people at described timing start-up;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state;
When described induction start key is pressed, judge that whether described learning machine is at broadcast state;
When described learning machine at described broadcast state, learning machine enters breaks state;
When described learning machine not at broadcast state, judge whether induction has the people;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state;
When not at described timing start-up during the time period, described learning machine enters breaks state.
According to a further aspect in the invention, the invention provides a kind of language learner, comprise: microprocessor, storage medium, playing circuit or also comprise key circuit, perhaps also comprise the status switch circuit in the power circuit, it is characterized in that, also comprise the timing control circuit of exporting timing signal and the inductive control circuit of exporting induced signal, described microprocessor comes the gauge tap machine according to the duty of described timing control circuit and described inductive control circuit, or comes the gauge tap machine according to the duty of described inductive control circuit;
Described timing control circuit is connected with described single-chip microcomputer respectively with described inductive control circuit, and described single-chip microcomputer and described microprocessor or described key circuit or described status switch circuit are connected;
Described timing control circuit can be replaced by real time clock circuit, described real time clock circuit is connected with single-chip microcomputer, and whether the temporal information that described single-chip microcomputer provides according to predefined timed power on/off temporal information and described real time clock circuit is coincide and produced the signal of timing control switch machine;
Described inductive control circuit is connected with described microprocessor respectively with described timing control circuit;
Described timing control circuit can be replaced by real time clock circuit, described real time clock circuit connects microprocessor, and whether the temporal information that described microprocessor provides according to predefined timed power on/off temporal information and described real time clock circuit is coincide and produced the signal of timing control switch machine;
Also comprise the keyswitch circuit, be used for coming the gauge tap machine by artificial button operation,
If there is not single-chip microcomputer, described keyswitch circuit is connected with described microprocessor;
If single-chip microcomputer is arranged, described keyswitch circuit is connected with described single-chip microcomputer.
Described timing control circuit is meant: with sky or week or month be loop cycle control, in predefined on time section, automatically export starting-up signal (as high level), and in predefined unused time section, export off signal (as low level) automatically; Timing control circuit can be microcomputer timing circuit or single-chip microcomputer timing circuit or clock control circuit or the like
Described inductive control circuit is meant: when its sensor sensing to man-hour is arranged, export starting-up signal (as high level) automatically, and, export off signal (as low level) automatically when its sensor sensing during to nobody; Inductive control circuit can be human body infrared induction circuit or pyroelectricity human body infrared induction circuit or microwave Doppler sensor circuit or signal receiving circuit (carrying under the signal projector situation the people) or ultrasonic sensing circuit or the like.
Described real-time clock (RTC) circuit is meant: when providing for described single-chip microcomputer or described microprocessor, the circuit of minute, second, week, calendar equal time information; And whether the temporal information that described single-chip microcomputer or described microprocessor provide according to predefined timed power on/off temporal information and real-time clock (RTC) circuit the signal of the incompatible generation timing control switch of kissing machine; Real-time clock (RTC) circuit can be used the HT1380 chip
Described remote control circuit is meant: can be by the circuit of remote control output control switch machine signal; Remote control circuit can be infrared remote control circuit or RF remote-controlled circuit or speech recognition circuit etc.
Described keyswitch circuit is meant: can be by the circuit of button output control switch machine signal.
Described playing circuit is meant: audio frequency (or phonotape and videotape) signal is carried out the circuit play after the respective handling; Played data voice signal circuit comprises digital to analog converter, audio power amplifier circuit, loudspeaker; Play the audio-video signal circuit and comprise demoder, digital to analog converter, audio power amplifier circuit, display circuit, loudspeaker; Play the analog voice signal circuit and comprise audio power amplifier circuit, loudspeaker.
Described microprocessor is meant: the control learning machine is according to the integrated circuit of runs program instructions work.
Described storage medium is meant: the memory bank of storing audio (or phonotape and videotape) information; Storage medium can be FLASH or RAM or speech chip or many level direct modeling amount storage speech chip or expansion board or CD or information storage medias such as hard disk or tape.
Description of drawings
Following accompanying drawing can be used for providing to further understanding of the present invention, and constitutes the part with instructions, and it has described embodiments of the invention with instructions, can be used for illustrating principle of the present invention.
In the accompanying drawing:
Fig. 1 is the learning machine hand switch machine synoptic diagram of explanation according to prior art;
Fig. 2, Fig. 3, Fig. 4 are the circuit block diagrams of present language learner;
Fig. 5 is explanation according to one of circuit block diagram of the switching on and shutting down control circuit of the language learner of the embodiment of the invention;
Fig. 6 is explanation according to two of the circuit block diagram of the switching on and shutting down control circuit of the language learner of the embodiment of the invention;
Fig. 7 is the process flow diagram of explanation according to the control method of language learner of the present invention;
Fig. 8 is the process flow diagram of explanation according to the embodiment of the control method of language learner of the present invention;
Fig. 9 is explanation according to one of circuit block diagram of the language learner of the embodiment of the invention;
Figure 10 is explanation according to two of the circuit block diagram of the language learner of the embodiment of the invention;
Figure 11 is real-time clock (RTC) circuit and single-chip microcomputer or the microprocessor connecting circuit block diagram of explanation according to the language learner of the embodiment of the invention;
Embodiment:
Now with reference to accompanying drawing, the preferred embodiments of the present invention are described in detail.
As shown in Figure 5, the A key B key control line of the control line Y of the control line G of the control line T of timing control circuit 11, inductive control circuit 12, remote control circuit 10, keyswitch circuit 9 connects the pin (I/O) of single-chip microcomputer 8 respectively; The signal T of timing control circuit 11 output timing start-ups is that the signal T of 1 (high level), timing shutdown is 0 (low level); The signal G that inductive control circuit 12 output inductions have the people to start shooting is that the signal G of 1 (high level), the unmanned shutdown of induction is 0 (low level); The signal of remote control circuit 10 output switching on and shutting down is high level pulse or high-low level; Whether the A key B key of keyswitch circuit 9 presses closure, by single-chip microcomputer 8 identifications; Single-chip microcomputer 8 is according to the runs program instructions of control method, the control signal of each input is converted into corresponding switching on and shutting down signal (high or low level), from switching on and shutting down control signal output ends 14 outputs of single-chip microcomputer 8; The pin 5 of the microprocessor 1 among output terminal 14 and Fig. 2 or the input end of the key circuit 6 among Fig. 3 or the input end of the status switch circuit 7 among Fig. 4 are connected, and the conducting of the level of the pin 5 of control microprocessor 1 or the conducting of key circuit 6 or status switch circuit 7 comes the gauge tap machine; Described key circuit 6 can be optical coupled switch or switch triode or the like with status switch circuit 7.
As shown in Figure 6, real-time clock (RTC) circuit 13 replaces the timing control circuit 11 of Fig. 5, and the A key B key control line of the control line Y of the time information data line T of real-time clock (RTC) circuit 13, the control line G of inductive control circuit 12, remote control circuit 10, keyswitch circuit 9 connects the pin (I/O) of single-chip microcomputer 8 respectively; The signal T that produces timing start-up when the temporal information of single-chip microcomputer 8 predefined timing start-up temporal informations and 13 outputs of real-time clock (RTC) circuit matches is 1, and store for reading logical operation, the signal T that produces timing shutdown when misfitting is 0, and stores for reading logical operation; The signal G that inductive control circuit 12 output inductions have the people to start shooting is that the signal G of 1 (high level), the unmanned shutdown of induction is 0 (low level); The signal of remote control circuit 10 output switching on and shutting down is high level pulse or high-low level; Whether the A key B key of keyswitch circuit 9 presses closure, by single-chip microcomputer 8 identifications; Single-chip microcomputer 8 is according to the runs program instructions of control method, the control signal of each input is converted into corresponding switching on and shutting down signal (high or low level), from switching on and shutting down control signal output ends 14 outputs of single-chip microcomputer 8; The pin 5 of the microprocessor 1 among output terminal 14 and Fig. 2 or the input end of the key circuit 6 among Fig. 3 or the input end of the status switch circuit 7 among Fig. 4 are connected, and the conducting of the level of the pin 5 of control microprocessor 1 or the conducting of key circuit 6 or status switch circuit 7 comes the gauge tap machine; Described key circuit 6 can be optical coupled switch or switch triode or the like with status switch circuit 7; Single-chip microcomputer 8 and real-time clock (RTC) circuit 13 can be in chip piece, also can be separately independently in the chip, but it is identical to produce the principle of timed power on/off signal T.
With reference to Fig. 7 in detail, the control method of Fig. 5, Fig. 6, Fig. 9, Figure 10 language learner will be described.
Shown in step N10, judge whether start key A presses; When start key A presses, whether judge learning machine at broadcast state, step N70; If break state, just enter broadcast state; If broadcast state still is a broadcast state.Start key A has the button power up function, starts shooting to play with timing, induction to have nothing to do.
Shown in step N20, judge whether induction start key B presses; At any time, when induction start key B presses, whether judge learning machine at broadcast state, step N80; At broadcast state, learning machine just enters breaks state, step N60 as learning machine; Not at broadcast state, judge further whether induction has people, step N40 as learning machine; When induction has man-hour, learning machine enters broadcast state, step N50; Otherwise, enter and break state, step N60.Induction start key B has key induced power up function, and start plays with induction whether relating to persons is arranged, and has only the people in the learning machine induction range, could play; And, realize switching on and shutting down at any time.
Shown in step N30, judge whether in the timing start-up time period; As in the timing start-up time period, judge further whether induction has people, step N40; When induction has man-hour, learning machine enters broadcast state, step N50; Otherwise, enter and break state, step N60; As not in the timing start-up time period, enter and break state, step N60.At timing start-up in the time period, and the people could play in the learning machine induction range.
With reference to Fig. 9, will an embodiment of the control method of Fig. 5, Fig. 6, Fig. 9, Figure 10 language learner be described.
Shown in step S10, determine whether start key A presses; Start key A clicks, and is off-mode, and start is play, and is open state, still plays for start, as step S120.Start key A has the button power up function, starts shooting to play with timing, induction to have nothing to do.
Shown in step S20, S30, determine manually to respond to start key B or remote control induction start key B and whether press; At any time, B clicks when induction start key, and controlling value E is 0 o'clock, is changed to 1, and controlling value E is 1 o'clock, is changed to 0, and delivers to storage; Shown in step S130, S150.Induction start key B comes the gauge tap machine by the change of controlling value E, and induction start key B has key induced power up function, and it is relevant with induction that start is play, and has only the people in the learning machine induction range, the broadcast of could starting shooting.
Shown in step S40, determine regularly whether the open and close machine time period changes; When determining change, when changing to timing start-up during the time period from the timing shutdown time period, controlling value E is 0, is changed to 1, and controlling value E is 1, still is 1; When changing to timing shutdown during the time period from the timing start-up time period, controlling value E is 1, is changed to 0, and controlling value E is 0, still is 0; And deliver to storage; Shown in step S130, S150.Regularly the change of open and close machine time period comes the gauge tap machine by the change of controlling value E, and start is play and responded to relevantly, and only at timing start-up in the time period, and the people is in the learning machine induction range, the broadcast of could starting shooting.
Shown in step S50, determine that controlling value E puts 1 value time span or induction controlling value G and puts 0 value time span and whether reach delay time is set; Put 0 value time span and reach when delay time is set when controlling value E puts 1 value time span or induction controlling value G value, controlling value E is 1 o'clock, is changed to 0, and controlling value E is 0 o'clock, still is 0, and delivers to storage; Shown in step S140, S150.This step S50 effect is: when by the start of induction start key, the people leave the learning machine time reach delay time is set after, by controlling value E be changed to automatically 0 realize that the people returns again can the Auto Power On broadcast.
Shown in step S60, determine whether sense state changes; When determining change, when having sensed man-hour, induction controlling value G is changed to 1, and maybe when sensing nobody, induction controlling value G is changed to 0; Shown in step S70.
Above-mentioned steps S10 is to step S60 order and on-fixed, and the front and back order can be changed.
Shown in step S80, read controlling value E (0 or 1), induction controlling value G (0 or 1) and deliver to logical operation S90.
Shown in step S90, logical operation: C=(G﹠amp; E);
Shown in step S100, computing is 1 o'clock, enters broadcast state;
Shown in step S110, computing is 0 o'clock, enters and breaks state;
Logical operation is finished by single-chip microcomputer 8 or microprocessor 1.
Logical operation has three kinds of start modes:
1. at timing shutdown during the time period, with controlling value E and induction controlling value G " with " logical operation (G﹠amp; E), realize that manually induction is play, that is: make controlling value E put at 1 o'clock by induction start key B, and inductive control circuit has been when having sensed people's (induction controlling value G puts 1), the broadcast of could starting shooting; Realize that manually induction is play.
2. at timing start-up during the time period, with controlling value E and induction controlling value G " with " logical operation (G﹠amp; E), realize that regularly induction is play, realize that regularly induction is play, that is: at timing start-up in the time period, controlling value E is changed at 1 o'clock, and inductive control circuit has been when having sensed people's (induction controlling value G puts 1), the broadcast of could starting shooting; Realize that regularly induction is play.
3. at timing start-up in the time period, controlling value E is changed to 1, and senses people's (induction controlling value G puts 1) when carrying out broadcast state, by making controlling value E put 0 by induction start key B, learning machine is entered break state; Otherwise, by making controlling value E put 1, make learning machine enter broadcast state again again by induction start key B; Realize that manually induction is play, regularly induction is play and switching on and shutting down at any time.
As shown in Figure 9, the A key B key control line of the control line Y of the control line T of timing control circuit 11, the control line G of inductive control circuit 12, remote control circuit 10, keyswitch circuit 9 connects the pin (I/O) of microprocessor 1 respectively, and the signal T of timing control circuit 11 output timing start-ups is that the signal T of 1 (high level), timing shutdown is 0 (low level); The signal G that inductive control circuit 12 output inductions have the people to start shooting is that the signal G of 1 (high level), the unmanned shutdown of induction is 0 (low level); The signal of remote control circuit 10 output switching on and shutting down is high level pulse or high-low level; Whether the A key B key of keyswitch circuit 9 presses closure, by microprocessor 1 identification; Microprocessor 1 is converted into the control signal of each input the switching on and shutting down control of correspondence according to the runs program instructions of control method.
As shown in figure 10, real-time clock (RTC) circuit 13 replaces the timing control circuit 11 of Fig. 9, and the A key B key control line of the control line Y of the time information data line T of real-time clock (RTC) circuit 13, the control line G of inductive control circuit 12, remote control circuit 10, keyswitch circuit 9 connects the pin (I/O) of microprocessor 1 respectively; The signal T that produces timing start-up when the temporal information of microprocessor 1 predefined timing start-up temporal information and 13 outputs of real-time clock (RTC) circuit matches is 1, and store for reading logical operation, the signal T that produces timing shutdown when misfitting is 0, and stores for reading logical operation; The signal G that inductive control circuit 12 output inductions have the people to start shooting is that the signal G of 1 (high level), the unmanned shutdown of induction is 0 (low level); The signal of remote control circuit 10 output switching on and shutting down is high level pulse or high-low level; Whether the A key B key of keyswitch circuit 9 presses closure, by microprocessor 1 identification; Microprocessor 1 is converted into the control signal of each input the switching on and shutting down control of correspondence according to the runs program instructions of control method.
As shown in figure 11, REST, the I/O of real-time clock (RTC) circuit 13, SCLK three pins connect the I/O interface of single-chip microcomputer or microprocessor respectively; Real-time clock (RTC) circuit 13 also can be arranged on single-chip microcomputer or microprocessor internal, also belongs to the scope that real-time clock (RTC) circuit 13 connects single-chip microcomputer or microprocessor; When real-time clock (RTC) circuit 13 provides for the computing circuit of single-chip microcomputer or microprocessor, the circuit of branch, wonderful, week, calendar equal time information, and the temporal information that provides according to predefined timed power on/off temporal information and real-time clock (RTC) circuit 13 of the computing circuit signal of the incompatible generation timing control switch of kissing machine whether; In single-chip microcomputer or the microprocessor working procedure, comprise induction controlling value G and timing controlled value T " with " gate control instructs (G﹠amp; T), with timing start-up signal and induction starting-up signal with " with " logic control, real-time clock (RTC) circuit 13 and inductive control circuit 12 are constituted regularly induction start control circuits.
Can find out significantly that from foregoing description the invention provides a kind ofly has button start, key induced start, remote control induction start, regularly the induction start and the language learner of hand switch machine at any time, and the control method of described language learner.Automatically for the learner provides a regularly language environment of fixed point, carry out hearing and Oral Training.
Although for the purpose of example discloses preferred embodiments more of the present invention, yet under the situation that does not depart from disclosed scope of the present invention of additional claim and essence, it will be understood by those skilled in the art that also have various variations, increase and substitute.
Claims (12)
1. the control method of a language learner comprises:
Judge whether in the timing start-up time period;
When during the time period, judging whether induction has the people at described timing start-up;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state.
2. control method according to claim 2 further comprises:
When not at described timing start-up during the time period, described learning machine enters breaks state.
3. the control method of a language learner comprises:
Judge whether induction start key is pressed;
When described induction start key is not pressed, judge whether in the timing start-up time period;
When during the time period, judging whether induction has the people at described timing start-up;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state.
4. control method according to claim 3 further comprises:
When described induction start key is pressed, judge that whether described learning machine is at broadcast state;
When described learning machine at described broadcast state, learning machine enters breaks state.
5. control method according to claim 4 further comprises:
When described learning machine not at described broadcast state, judge whether induction has the people;
When described induction has man-hour, learning machine enters broadcast state; Otherwise, enter and break state.
6. control method according to claim 3 further comprises:
When not at described timing start-up during the time period, described learning machine enters breaks state.
7. language learner, comprise: microprocessor, storage medium, playing circuit or also comprise key circuit, perhaps also comprise the status switch circuit in the power circuit, it is characterized in that, also comprise the timing control circuit of exporting timing signal and the inductive control circuit of exporting induced signal, described microprocessor comes the gauge tap machine according to the duty of described timing control circuit and described inductive control circuit, or comes the gauge tap machine according to the duty of described inductive control circuit.
8. language learner according to claim 7, it is characterized in that, also comprise single-chip microcomputer, described timing control circuit is connected with described single-chip microcomputer respectively with described inductive control circuit, and described single-chip microcomputer and described microprocessor or described switch key circuit or described status switch circuit are connected.
9. language learner according to claim 8, it is characterized in that, described timing control circuit can be replaced by real time clock circuit, described real time clock circuit is connected with single-chip microcomputer, and whether the temporal information that described single-chip microcomputer provides according to predefined timed power on/off temporal information and described real time clock circuit is coincide and produced the signal of timing control switch machine.
10. language learner according to claim 7 is characterized in that, described inductive control circuit is connected with described microprocessor respectively with described timing control circuit.
11. language learner according to claim 10, it is characterized in that, described timing control circuit can be replaced by real time clock circuit, described real time clock circuit connects microprocessor, and whether the temporal information that described microprocessor provides according to predefined timed power on/off temporal information and described real time clock circuit is coincide and produced the signal of timing control switch machine.
12., it is characterized in that according to any described language learner of claim 7-11, also comprise the keyswitch circuit, be used for coming the gauge tap machine by artificial button operation,
If there is not single-chip microcomputer, described keyswitch circuit is connected with described microprocessor;
If single-chip microcomputer is arranged, described keyswitch circuit is connected with described single-chip microcomputer.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610067783 CN101038482A (en) | 2006-03-17 | 2006-03-17 | Language learning machine and controlling method thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200610067783 CN101038482A (en) | 2006-03-17 | 2006-03-17 | Language learning machine and controlling method thereof |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108324270A (en) * | 2017-12-29 | 2018-07-27 | 深圳市亮动科技开发有限公司 | A kind of cardioelectric monitor equipment, cardioelectric monitor apparatus control system and method |
| CN109243230A (en) * | 2018-11-21 | 2019-01-18 | 汕头市美致模型有限公司 | A kind of interactive teaching system based on toy robot |
-
2006
- 2006-03-17 CN CN 200610067783 patent/CN101038482A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108324270A (en) * | 2017-12-29 | 2018-07-27 | 深圳市亮动科技开发有限公司 | A kind of cardioelectric monitor equipment, cardioelectric monitor apparatus control system and method |
| CN108324270B (en) * | 2017-12-29 | 2021-08-20 | 深圳市亮动科技开发有限公司 | Electrocardio monitoring equipment, electrocardio monitoring equipment control system and method |
| CN109243230A (en) * | 2018-11-21 | 2019-01-18 | 汕头市美致模型有限公司 | A kind of interactive teaching system based on toy robot |
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