CN101693137A - Method for electric wave massage by utilizing music player and electric wave massage device - Google Patents
Method for electric wave massage by utilizing music player and electric wave massage device Download PDFInfo
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- CN101693137A CN101693137A CN200910175186A CN200910175186A CN101693137A CN 101693137 A CN101693137 A CN 101693137A CN 200910175186 A CN200910175186 A CN 200910175186A CN 200910175186 A CN200910175186 A CN 200910175186A CN 101693137 A CN101693137 A CN 101693137A
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Abstract
The invention discloses a method for electric wave massage by utilizing a music player and an electric wave massage device. The method comprises the following steps: arranging an electrode input port and an electrode output port in the music player; storing audio signals, waveform signals or pulse signals in the music player; collecting human body bioelectricity signals by utilizing a sampling electrode, and sending the collected human body bioelectricity signals to the music player through the electrode input port; selecting the stored audio signals, waveform signals or pulse signals after the music player receives a massage trigger command, regulating the selected signals by utilizing the collected human body bioelectricity signals, converting the regulated signals to analog signals, and then outputting the analog signals from electrode output port to a massage electrode; and outputting massage electric waves to a user through the massage electrode. In the invention, the user can utilize the music player capable of being carried about for massage.
Description
Technical field
The present invention relates to the player technology, particularly relate to a kind of method and wave massage device of utilizing music player to carry out electric wave massage.
Background technology
Music player is the equipment that is used to play music, because it can be carried, therefore is extensive use of by people.
Present music player mainly is to be used for playing music to the user, thereby makes being in a cheerful frame of mind of user, and body and mind loosens.Yet the common entertainment way of this broadcast music is limited to the effect of people's mental relaxation, and fully mind at rest needs better approach.
At present, in order better to mind at rest, people often utilize special-purpose massage apparatus to massage.But at present common special-purpose massage apparatus often not only costs an arm and a leg, and volume is often very big, can't carry, thereby makes the user can't utilize the equipment of carrying to massage, and user's use is caused very big inconvenience.
Summary of the invention
The user the present invention proposes a kind of method and wave massage device of utilizing music player to carry out electric wave massage, so that can utilize the music player of carrying to massage.
In order to achieve the above object, technical scheme of the present invention is achieved in that
A kind of method of utilizing music player to carry out electric wave massage, this method comprises:
Electrode input port and electrode delivery outlet are set in music player;
Audio signal, waveshape signal or pulse signal are kept in the music player;
Utilize the sampling electrode to gather the human biological signal, the human biological signal who collects is sent in the music player by the electrode input port;
After music player receives the massage triggering command, choose audio signal, waveshape signal or the pulse signal of preservation, the human biological signal that utilization collects adjusts this signal of choosing, with adjusted conversion of signals is analogue signal, exports massage electrode to from described electrode delivery outlet then;
Export this signal by massage electrode to the user as massage electric waves.
Described music player is mobile phone or PDA(Personal Digital Assistant);
The described step that shape information or pulse information are kept in the music player comprises: produce shape information or pulse information by mobile phone or PDA, shape information or the pulse information that produces is kept in the music player.
The described bioelectrical signals that utilizes comprises the step of the signal adjustment chosen:
Music player uses audio signal, waveshape signal or the pulse signal chosen as carrier wave, utilizes the human biological signal in the memorizer, and the amplitude of choosing signal is modulated, and obtains the waveshape signal similar to human biological signal's waveform envelope.
The described step that the electrode delivery outlet is set in music player comprises: the electrode delivery outlet in parallel with earphone interface is set in music player;
When choose be audio signal the time, this audio signal is converted to analogue signal and by massage electrode when human body is exported, this method further comprises: duplicate selected audio signal, export the audio signal of the duplicating earphone interface by music player to earphone, play this music to the user by earphone.
The step that described utilization sampling electrode is gathered the human biological signal comprises: the sampling electrode receives the bioelectrical signals of human body, utilize built-in preposition differential amplifier circuit that the bioelectrical signals of the human body that receives is amplified, obtain collecting the human biological signal;
The described step of exporting massage electric waves to human body by massage electrode comprises: the signal of massage electrode collecting electrode delivery outlet output, and utilize built-in booster transformer that this voltage of signals is converted to body voltages, export massage electric waves to the user then.
A kind of wave massage device, this wave massage device comprise music player, sampling electrode and massage electrode, comprise electrode input port, electrode delivery outlet, memorizer, controller, signal generator and signal picker in the described music player, wherein,
Memorizer is used to preserve audio signal, waveshape signal or pulse signal, and preserves the human body bio signal;
The sampling electrode, the human biological signal who is used for gathering exports the electrode input port to;
The electrode input port is used for exporting the human biological signal to signal picker;
Signal picker after the human biological signal who is used for receiving is converted to digital signal, is kept in the memorizer by the human-body biological signal of controller with this digital signal form;
Controller, be used for after receiving the massage triggering command, from memorizer, choose audio signal, waveshape signal or pulse signal, the audio signal that use is chosen, waveshape signal or pulse signal are as carrier wave, utilize the human biological signal in the memorizer, the amplitude of choosing signal is modulated, obtain the waveshape signal similar, export the signal that obtains to signal generator to human biological signal's waveform envelope;
Signal generator, the conversion of signals that is used for receiving is an analogue signal, then by described electrode delivery outlet output;
Massage electrode is used for the signal that the collecting electrode delivery outlet is exported, and exports the signal of this analog signal form to the user by massage electrode.
Earphone interface on described electrode input port and electrode delivery outlet and the music player is multiplexed with same interface;
Perhaps,
Described electrode input port and electrode delivery outlet are in parallel with the earphone interface in the music player respectively.
When the electrode delivery outlet is in parallel with the earphone interface in the music player;
Described controller when having chosen audio signal, further duplicates selected audio signal, exports the audio signal of duplicating to signal generator;
Described signal generator further is converted to analogue signal with described audio signal of duplicating, and the earphone interface by music player exports earphone to, triggers earphone and plays this music to the user.
Be provided with preposition differential amplifier circuit in the described sampling electrode, be used for the bioelectrical signals of the human body that receives is amplified;
Be provided with booster transformer in the described massage electrode, be used for the voltage of signals of electrode delivery outlet output is converted to body voltages.
Described music player is portable sets such as MP3, MP4, mobile phone or PDA(Personal Digital Assistant).
By above description as can be seen, in the present invention, owing in music player, be provided with electrode input port and electrode delivery outlet, like this, in subsequent process, use music player as storage and generation media, utilize the electrode input port to obtain the human biological electricity mechanics, with the audio signal of preserving in advance, waveshape signal or pulse signal are adjusted into the massage electric waves that meets the human-body biological mechanics, utilize the electrode delivery outlet to export this massage electric waves to human body, thereby realized effective massage to human body, because music player is easy to carry, therefore, for user's use brings great convenience, make the user can utilize the music player body and mind relaxing at any time, reach excitor nerve muscular tissue, carry out the effect of local blood circulation and eliminate pain.
Description of drawings
Fig. 1 utilizes music player to carry out the flow chart of electric wave massage in one embodiment of the invention;
Fig. 2 is a kind of circuit structure diagram of sampling electrode and inner preposition differential amplifier circuit in one embodiment of the invention;
Fig. 3 is a kind of circuit structure diagram of massage electrode in one embodiment of the invention;
Fig. 4 is the basic block diagram of wave massage device in one embodiment of the invention.
The specific embodiment
In order to make the purpose, technical solutions and advantages of the present invention clearer, describe the present invention below in conjunction with the drawings and specific embodiments.
The present invention proposes a kind of method of utilizing music player to carry out electric wave massage, the core concept of this method comprises: electrode input port and electrode delivery outlet are set in music player; Audio signal, waveshape signal or pulse signal are kept in the music player; Utilize the sampling electrode to gather the human biological signal, the human biological signal who collects is sent in the music player by the electrode input port; After music player receives the massage triggering command, choose audio signal, waveshape signal or the pulse signal of preservation, the human biological signal that utilization collects adjusts this signal of choosing, with adjusted conversion of signals is analogue signal, exports massage electrode to from described electrode delivery outlet then; Export this signal by massage electrode to the user as massage electric waves.
Fig. 1 utilizes music player to carry out the flow chart of electric wave massage in one embodiment of the invention.Referring to Fig. 1, in one embodiment of the invention, the process of utilizing music player to carry out electric wave massage specifically may further comprise the steps:
Step 101: electrode input port and electrode delivery outlet are set in music player.
In this step, the electrode input port is set is in order can be connected, thereby in subsequent process, make music player receive the human biological signal that the sampling electrode is gathered with the sampling electrode of outside; The electrode delivery outlet is set is in order can be connected, thereby in subsequent process, make music player outwards export massage electric waves with the massage electrode of outside.
In this step, can electrode input port and electrode delivery outlet be set with multiplexing mode or special-purpose mode.When adopting multiplexing mode, specifically be with multiplexing electrode input port and the electrode delivery outlet of being set to of the earphone interface on the music player; When adopting special-purpose mode, specifically be that electrode input port and the electrode delivery outlet in parallel with the earphone interface in the music player are set respectively.
Step 102: audio signal, waveshape signal or pulse signal are kept in the memorizer of music player.
In this step, audio signal is exactly the music that music player can be play usually; Waveshape signal can be the signal of any one waveform, such as, sine wave, square wave, sawtooth waveforms, triangular wave etc.
Audio signal in this step, waveshape signal or pulse signal can be to download the signal that obtains from computer or network.
In addition, when music player is that mobile phone or PDA(Personal Digital Assistant) etc. are when having the equipment of the information processing function, waveshape signal in this step or pulse signal can be to produce software by the waveform analysis that is provided with among mobile phone or the PDA to produce, like this, in this step, be directly to produce waveshape signal or pulse signal, and directly waveshape signal or the pulse signal that self produces be kept in the memorizer of this mobile phone or PDA by mobile phone or PDA.
Step 103: the connecting line of the electrode of will sampling is connected to the electrode input port of music player, and the electrode of will sampling is placed on the human acupoint.
Step 104: the sampling electrode receives the bioelectrical signals of human body, utilizes built-in preposition differential amplifier circuit that the bioelectrical signals of the human body that receives is amplified, and sends to music player by the electrode input port then.
In this step, because the bioelectrical signals of human body is normally very faint, in order to obtain more efficiently bioelectrical signals, in the present invention, can be provided with preposition differential amplifier circuit in the sampling electrode, such as, the circuit diagram of this preposition differential amplifier circuit can be referring to shown in Figure 2, U1, U3, U8 adopts high-accuracy low ripple operational amplifier to constitute differential amplifier circuit, adjust enlargement ratio by regulating resistance, be traditionally arranged to be about 100 times, signal after the amplification is sent into the main amplifier U4 that is made of instrument amplifier, general enlargement ratio also is set to 100 times, therefore utilizes whole preposition differential amplifier circuit to amplify about 10000 times the human biological signal, can satisfy the requirement of sample circuit.
Step 105: music player is converted to digital signal form with the human biological signal who receives, and is saved in the memorizer.
In the above-mentioned steps, gathering the human biological signal is in order to obtain the biological rhythm information of human body, so that in subsequent step, massage electric waves can be adjusted into the electric wave that meets human boby biorhythm, be fit to human body more and use.
Step 106: when needs utilized music player to carry out electric wave massage, the user massaged triggering command by the human-computer interaction interface of music player to the music player input.
Step 107: music player is chosen audio signal, waveshape signal or pulse signal after receiving the massage triggering command from memorizer.
Step 108: music player uses audio signal, waveshape signal or the pulse signal chosen as carrier wave, utilize the human biological signal in the memorizer, the amplitude of choosing signal is modulated, obtain the waveshape signal similar to human biological signal's waveform envelope.
Step 109: music player is converted to analogue signal with the waveshape signal that obtains, and exports outside massage electrode to from the electrode delivery outlet then.
Step 110: massage electrode utilizes built-in booster transformer that the voltage of the waveshape signal that receives is boosted, and is converted near body voltages, exports this waveshape signal then, thereby provides massage electric waves to the user.
In this step, because music player is very little usually from the voltage of signals of electrode delivery outlet output, is the voltage of several volts, is generally 3.7V as the mobile phone supply voltage, massage effect is bad when acting on human body, therefore, in order to promote massage effect greatly, built-in booster transformer in massage electrode, with voltage transitions is voltage near human body, and electric current is very little, is the uA magnitude, can not cause any harm to human body.
In this step, the circuit structure of massage electrode can be referring to shown in Figure 3, and the massage waveform at first is amplified to the amplitude that satisfies the booster transformer requirement through an operational amplifier, and the voltage that rises to human comfort through booster transformer carries out electric wave massage again.
In the present invention, the user can also enjoy when listening to music with this music same frequency, with the electric wave massage of rhythm, in conjunction with above-mentioned flow process shown in Figure 1, its concrete implementation procedure comprises: in step 101, be to set up an electrode delivery outlet in parallel with earphone interface in music player; What choose in step 107 is audio signal, such as a first song, in execution in step 108 in step 110, music player further duplicates selected audio signal, export the audio signal of the duplicating earphone interface by music player to earphone, play this music by earphone to the user, like this, owing to both audio signal directly can be exported to the user by earphone, promptly play this music to the user, the massage electric waves that can utilize step 108 to the process of step 110 to provide this audio signal to convert to again to the user, and this massage electric waves signal is owing to utilize same audio signal to convert to, so the frequency of massage electric waves and rhythm are identical with the frequency and the rhythm of the music of broadcast, like this, have then increased user's experience greatly.
In addition, the invention allows for a kind of wave massage device.Fig. 4 is the basic block diagram of wave massage device in one embodiment of the invention.Referring to Fig. 4, in the present invention, wave massage device comprises: comprise music player, sampling electrode and massage electrode, comprise electrode input port, electrode delivery outlet, memorizer, controller, signal generator and signal picker in the described music player, wherein
Memorizer is used to preserve audio signal, waveshape signal or pulse signal, and preserves the human body bio signal;
The sampling electrode, the human biological signal who is used for gathering exports the electrode input port to;
The electrode input port is used for exporting the human biological signal to signal picker;
Signal picker after the human biological signal who is used for receiving is converted to digital signal, is kept in the memorizer by the human-body biological signal of controller with this digital signal form;
Controller, be used for after receiving the massage triggering command, from memorizer, choose audio signal, waveshape signal or pulse signal, the audio signal that use is chosen, waveshape signal or pulse signal are as carrier wave, utilize the human biological signal in the memorizer, the amplitude of choosing signal is modulated, obtain the waveshape signal similar, export the signal that obtains to signal generator to human biological signal's waveform envelope;
Signal generator, the conversion of signals that is used for receiving is an analogue signal, then by described electrode delivery outlet output;
Massage electrode is used for the signal that the collecting electrode delivery outlet is exported, and exports the massage electric waves of described analog signal form to the user by massage electrode.
Alternatively, in wave massage device of the present invention, the earphone interface on electrode input port and electrode delivery outlet and the music player can be multiplexed with same interface;
Alternatively, in wave massage device of the present invention, electrode input port and electrode delivery outlet can also be special-purpose interface respectively, and be in parallel with the earphone interface in the music player respectively.
In order to realize that the user enjoys with this music same frequency, with the function of the electric wave massage of rhythm when listening to music, in a preferred embodiment of the invention, the electrode delivery outlet is in parallel with the earphone interface in the music player; And,
Described controller when having chosen audio signal, further duplicates selected audio signal, exports the audio signal of duplicating to signal generator;
Described signal generator further is converted to analogue signal with described audio signal of duplicating, and the earphone interface by music player exports earphone to, triggers earphone and plays this music to the user.Like this, then realized playing music, by massage electrode output and the function of music same frequency with the massage electric waves of rhythm by earphone.
In order to make that the human biological signal collect can effectively be discerned and handle, in one embodiment of the invention, be provided with preposition differential amplifier circuit in the above-mentioned sampling electrode, be used for the bioelectrical signals of the human body that receives is amplified;
And, in one embodiment of the invention, be provided with booster transformer in the above-mentioned massage electrode in order to make massage electric waves to be strengthened massage effect by the effective perception of human body, be used for the voltage of signals of electrode delivery outlet output is converted to body voltages.
Need to prove that the music player among the present invention can be any one portable set that can play music, such as, portable sets such as MP3, MP4, mobile phone or PDA(Personal Digital Assistant).
In sum, the present invention has following beneficial effect at least:
1, in the present invention, owing in music player, be provided with electrode input port and electrode delivery outlet, like this, in subsequent process, use music player as storage and generation media, utilize the electrode input port to obtain the human biological electricity mechanics, with the audio signal of preserving in advance, waveshape signal or pulse signal are adjusted into the massage electric waves that meets the human-body biological mechanics, utilize the electrode delivery outlet to export this massage electric waves to human body, thereby realized effective massage to human body, because music player is easy to carry, therefore, for user's use brings great convenience, make the user can utilize the music player body and mind relaxing at any time, reach excitor nerve muscular tissue, carry out the effect of local blood circulation and eliminate pain.
2, in the present invention, when the electrode delivery outlet that is provided with in the music player is in parallel with earphone interface, audio signal in the music player can be converted to simultaneously music of appreciating for the user and the massage electric waves that the user is massaged, like this, the user is in music appreciating, just can experience with the music same frequency, with the electric wave massage of rhythm, thereby increase sense of experience of users greatly, can more effectively loosen user's body and mind.
3, in the present invention, utilize the pre-amplification circuit in the sampling electrode the faint bioelectrical signals that collects from human body effectively can be amplified, thereby can guarantee the follow-up effectiveness that uses signal, it is follow-up according to the selected signal that is used to massage of this bioelectrical signals adjustment to be convenient to music player; In addition, the voltage of the signal of telecommunication that is used to massage that the booster transformer in the sampling massage electrode can be exported music player effectively amplifies, and near body voltages, thereby makes massage electric waves be applicable to human body more, more effectively loosens user's body and mind.
4, in the present invention, because music player can be audio signal, pulse signal or any one waveshape signal as the signal of massage, such as, sine wave, square wave, sawtooth waveforms, triangular wave, like this, the electric wave massage of various different feeling then can be provided for the user, increase user's experience, more effectively loosen the user body and mind.
The above only is preferred embodiment of the present invention, and is in order to restriction the present invention, within the spirit and principles in the present invention not all, any modification of being made, is equal to replacement, improvement etc., all should be included within the scope of protection of the invention.
Claims (10)
1. a method of utilizing music player to carry out electric wave massage is characterized in that, this method comprises:
Electrode input port and electrode delivery outlet are set in music player;
Audio signal, waveshape signal or pulse signal are kept in the music player;
Utilize the sampling electrode to gather the human biological signal, the human biological signal who collects is sent in the music player by the electrode input port;
After music player receives the massage triggering command, choose audio signal, waveshape signal or the pulse signal of preservation, the human biological signal that utilization collects adjusts this signal of choosing, with adjusted conversion of signals is analogue signal, exports massage electrode to from described electrode delivery outlet then;
Export this signal by massage electrode to the user as massage electric waves.
2. method according to claim 1 is characterized in that, described music player is mobile phone or PDA(Personal Digital Assistant);
The described step that shape information or pulse information are kept in the music player comprises: produce shape information or pulse information by mobile phone or PDA, shape information or the pulse information that produces is kept in the music player.
3. method according to claim 1 is characterized in that, the described bioelectrical signals that utilizes comprises the step of the signal adjustment chosen:
Music player uses audio signal, waveshape signal or the pulse signal chosen as carrier wave, utilizes the human biological signal in the memorizer, and the amplitude of choosing signal is modulated, and obtains the waveshape signal similar to human biological signal's waveform envelope.
4. according to claim 1,2 or 3 described methods, it is characterized in that the described step that the electrode delivery outlet is set comprises in music player: the electrode delivery outlet in parallel with earphone interface is set in music player;
When choose be audio signal the time, this audio signal is converted to analogue signal and by massage electrode when human body is exported, this method further comprises: duplicate selected audio signal, export the audio signal of the duplicating earphone interface by music player to earphone, play this music to the user by earphone.
5. according to any described method in the claim 1 to 4, it is characterized in that, the step that described utilization sampling electrode is gathered the human biological signal comprises: the sampling electrode receives the bioelectrical signals of human body, utilize built-in preposition differential amplifier circuit that the bioelectrical signals of the human body that receives is amplified, obtain collecting the human biological signal;
The described step of exporting massage electric waves to human body by massage electrode comprises: the signal of massage electrode collecting electrode delivery outlet output, and utilize built-in booster transformer that this voltage of signals is converted to body voltages, export massage electric waves to the user then.
6. wave massage device, it is characterized in that this wave massage device comprises music player, sampling electrode and massage electrode, comprises electrode input port, electrode delivery outlet, memorizer, controller, signal generator and signal picker in the described music player, wherein
Memorizer is used to preserve audio signal, waveshape signal or pulse signal, and preserves the human body bio signal;
The sampling electrode, the human biological signal who is used for gathering exports the electrode input port to;
The electrode input port is used for exporting the human biological signal to signal picker;
Signal picker after the human biological signal who is used for receiving is converted to digital signal, is kept in the memorizer by the human-body biological signal of controller with this digital signal form;
Controller, be used for after receiving the massage triggering command, from memorizer, choose audio signal, waveshape signal or pulse signal, the audio signal that use is chosen, waveshape signal or pulse signal are as carrier wave, utilize the human biological signal in the memorizer, the amplitude of choosing signal is modulated, obtain the waveshape signal similar, export the signal that obtains to signal generator to human biological signal's waveform envelope;
Signal generator, the conversion of signals that is used for receiving is an analogue signal, then by described electrode delivery outlet output;
Massage electrode is used for the signal that the collecting electrode delivery outlet is exported, and exports the signal of this analog signal form to the user by massage electrode.
7. wave massage device according to claim 6 is characterized in that, the earphone interface on described electrode input port and electrode delivery outlet and the music player is multiplexed with same interface;
Perhaps,
Described electrode input port and electrode delivery outlet are in parallel with the earphone interface in the music player respectively.
8. wave massage device according to claim 6 is characterized in that, when the electrode delivery outlet is in parallel with the earphone interface in the music player;
Described controller when having chosen audio signal, further duplicates selected audio signal, exports the audio signal of duplicating to signal generator;
Described signal generator further is converted to analogue signal with described audio signal of duplicating, and the earphone interface by music player exports earphone to, triggers earphone and plays this music to the user.
9. according to any described method in the claim 6 to 8, it is characterized in that, be provided with preposition differential amplifier circuit in the described sampling electrode, be used for the bioelectrical signals of the human body that receives is amplified;
Be provided with booster transformer in the described massage electrode, be used for the voltage of signals of electrode delivery outlet output is converted to body voltages.
10. according to any described method in the claim 6 to 8, it is characterized in that described music player is portable sets such as MP3, MP4, mobile phone or PDA(Personal Digital Assistant).
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Application publication date: 20100414 |