CN101564573B - Bioelectricity-simulating instrument and method for conditioning human body function - Google Patents
Bioelectricity-simulating instrument and method for conditioning human body function Download PDFInfo
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- CN101564573B CN101564573B CN2008101048341A CN200810104834A CN101564573B CN 101564573 B CN101564573 B CN 101564573B CN 2008101048341 A CN2008101048341 A CN 2008101048341A CN 200810104834 A CN200810104834 A CN 200810104834A CN 101564573 B CN101564573 B CN 101564573B
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Abstract
The invention provides a bioelectricity-simulating instrument and a method for conditioning human body function, wherein the instrument comprises a microprocessor control unit (MCU) control circuit, abooster circuit and an output circuit, as well as an input module and an industrial control board; the input module inputs user instructions to the industrial control board; the industrial control bo ard selects a first conditioning proposal from saved conditioning proposals according to the user instructions; the MCU control circuit receives and saves the first conditioning proposal, and generates control signals for the booster circuit and the output circuit according to target parameters of electrical conditioning signals; the booster circuit and the output circuit are processed according to the control signals respectively; and the electrical conditioning signals in accordance with the first conditioning proposal are output through output channel circuits of the output circuit. The invention has the advantages that the invention utilizes a high-capacity hard disk to store the conditioning proposals of different combination and can improve sub-health and resist aging; pulse width varies with frequency; each set of output channels can be individually regulated; current proposal and the other proposal can be queried in real time; the arrangement of a detection circuit ensures moreuse safety; and telemedicine function can also be achieved through networks.
Description
Technical field
The present invention relates to electronic machine, relate in particular to a kind of imitative bio electricity instrument and method of regulating body function.
Background technology
Two big command systems of human body are hypophysis cerebri and hypothalamus; Wherein, the biological clock that a little string neurocyte of hypophysis cerebri below is being regulated human body, and the bio electricity command system that hypothalamus sends; Command intravital action through nerve, hypothalamus also has the function pituitary of adjusting simultaneously.Nerve conduction depends on living body electric current faint in the human body, and with advancing age, living body electric current is more and more littler, thereby makes the signal of conversing between cell viability reduction, metabolic disturbance and the cell degenerate, and then has caused skin aging.
Be damaged and the more and more serious current era of atmospheric pollution at the nature environment; Nature voltage fades away; Body current is caused very bad influence; Simultaneously, in the malnutrition, body some element not enough or exceed standard, contact for a long time some harmful substance, wound, operation sequela, take medicine for a long time, electromagnetic radiation, hypomotility or excessive, do not have enough sleep or long, factors such as psychentonia, anger have also influenced the normal circulation of living body electric current.Destroyed in case give birth to the body electric current, will be caused the information conductive obstruction, cause human body constitution to descend, make human body be in sub-health state.If the untimely sub-health state that improves just real disease might occur.
In order to recover bioelectric current impaired in the human body, normally imitative at present intravital bioelectric current utilizes instrument to be applied to human body from the outside with bionical thing electric current, activates neurocyte with this, recovers its conduction function.The operation principle of the instrument of the regulating body function that adopts at present is as shown in Figure 1, stores coordinating program in the single-chip microcomputer, and single chip machine controlling circuit sends control command to booster circuit and output circuit; After this control command process booster circuit and output circuit are handled; Produce required pulse strength, width and pulse frequency, and output to human body, through stimulating body through output circuit; Activate neurocyte, recover bioelectric balance in the human body.
But, receiving the restriction of single-chip microcomputer fixed routine, the pulse width of the instrument output of existing regulating body function all is constant, pulse frequency also is constant in several fixed numeric values.
Summary of the invention
Export the pulse width and the constant defective of pulse frequency of bionical thing electric wave for the instrument that solves existing regulating body function; The invention provides a kind of imitative bioelectric instrument of regulating body function; Comprise: single chip machine controlling circuit, booster circuit, output circuit also comprise:
Input module is used for to industrial control board input user instruction;
Industrial control board comprises:
First preserves module, is used to preserve a plurality of coordinating programs that comprise electric conditioned signal target component; With
Select module, from said a plurality of coordinating programs, select one first coordinating program and transmission according to user instruction;
Said single chip machine controlling circuit comprises:
Second preserves module, is used for receiving and preserving said first coordinating program; With
Processing module is used for producing respectively according to the said electric conditioned signal target component of said first coordinating program control signal of booster circuit and output circuit;
Said booster circuit and output circuit are respectively applied for according to the control signal of the correspondence of said single chip machine controlling circuit output and handle, and are met the electric conditioned signal of said first coordinating program by each output channel circuit output of said output circuit.
The instrument of said regulating body function also comprises:
Current detection circuit, the electric conditioned signal that is used to obtain after said electric conditioned signal is handled and will be handled feeds back to said single chip machine controlling circuit;
Said single chip machine controlling circuit also comprises:
Second processing module, the electric conditioned signal that is used to gather after the processing of said current detection circuit feedback obtains equivalent output current;
Control module is used for closing said booster circuit and output circuit during less than the predetermined current value at equivalent output current.
Said user instruction comprises channel number, running time, electric conditioned signal target component.
Said electric conditioned signal target component comprises pulse strength, width and frequency.
Said width changes with the variation of frequency.
Said electric conditioned signal target component is the parameter of the biological electric wave of apery body.
Said electric conditioned signal is constant current output.
Said electric conditioned signal is imitative brain wave signal.
Said output channel circuit is controlled separately.
Said coordinating program makes up each other.
The instrument of described regulating body function also comprises display module, the status information of the said coordinating program that is used for showing that single-chip microcomputer is preserved.
The present invention also provides a kind of method of regulating body function, comprising:
Input module is imported user instruction to industrial control board;
Industrial control board is selected one first coordinating program according to user instruction and is sent from a plurality of coordinating programs that comprise electric conditioned signal target component of preserving;
Single chip machine controlling circuit receives and preserves said first coordinating program that said industrial control board sends;
Produce the control signal of booster circuit and output circuit respectively according to the said electric conditioned signal target component in said first coordinating program;
Booster circuit and output circuit are handled according to the control signal of the correspondence of said single chip machine controlling circuit output respectively, are met the electric conditioned signal of said first coordinating program by said output circuit output.
Said booster circuit and output circuit are handled according to the control signal of the correspondence of said single chip machine controlling circuit output respectively, also comprise met the step of electric conditioned signal of said first coordinating program by said output circuit output after:
The electric conditioned signal of obtaining after said electric conditioned signal is handled and will be handled feeds back to said single chip machine controlling circuit;
The electric conditioned signal that said single chip machine controlling circuit is gathered after the processing of said current detection circuit feedback obtains equivalent output current;
Close said booster circuit and output circuit during less than the predetermined current value at equivalent output current.
Said user instruction comprises channel number, running time, electric conditioned signal target component.
Said electric conditioned signal target component comprises pulse strength, width and frequency.
Said width changes with the variation of frequency.
Said electric conditioned signal target component is the parameter of the biological electric wave of apery body.
Said electric conditioned signal is constant current output.
Said electric conditioned signal is imitative brain wave signal.
Said output channel circuit is controlled separately.
Said coordinating program makes up each other.
Said input module also comprised before the step of industrial control board input user instruction:
Upgrade coordinating program and be saved to local hard drive through network.
Compared with prior art, the present invention has following beneficial effect:
(1) the present invention adopts advanced industry control technology; Utilize bigger hard-disc storage space; The scheme that the different pulse widths that pre-set and pulse frequency and pulse strength are made up is stored in the hard disk; According to the combination of different schemes, come effective active cell, thereby improve human body sub-health status and effective defying age;
(2) pulsewidth changes with the variation of frequency automatically, before avoiding because frequency change and pulsewidth immobilize the user's that causes discomfort;
(3) every group of output channel of every instrument can be regulated and control separately, do not disturb mutually;
(4) utilize the interface of its man-machine interaction, the scheme of the real-time current employing of inquiry and import other different scheme has improved the scope of application;
(5) set up testing circuit, safer during use, owing to loose contacts such as lead or paster make the patient intensive sensation of pricking is arranged before avoiding;
(6) the present invention also can realize the tele-medicine function through network, thereby more effectively service is provided for the user.
Description of drawings
Fig. 1 is the operation principle sketch map of the imitative bioelectric instrument of existing regulating body function;
Fig. 2 is a fundamental diagram of the present invention;
Fig. 3 is the control circuit figure of functional circuit part of the present invention;
Fig. 4 is the booster circuit figure of functional circuit part of the present invention;
Fig. 5 is the output circuit figure of functional circuit part of the present invention;
Fig. 6 is the circuit diagram of current detection circuit of the present invention;
Fig. 7 is a method flow diagram of the present invention.
The specific embodiment
The present invention in conjunction with existing sophisticated industrial control technology and remote control technology, has proposed a kind of be used to nurse one's health human-body sub-health and antidotal imitative bio electricity instrument on the basis of the instrument advantage of having summed up existing regulating body function.The present invention utilizes the big capacity hard disk of industrial control board to store more coordinating program, and utilizes input equipment mouse and keyboard to change the scheme of input at any time.
The present invention can produce 35 kinds of somatic biological electric waves of apery; Replace eeg signal to stimulate the brain peripheral nerve with bionical thing electric wave signal; What make that hypophysis cerebri and hypothalamus in the human body send restores balance because of people's weak gradually signal of interest of growing up; And come the penetrating rate of regulating cell film and the function of cell through mediator's somatic cell transmembrane potential, play and regulate human-body sub-health and antidotal effect.
Do further explain below in conjunction with the accompanying drawing specific embodiments of the invention.
As shown in Figure 2, Fig. 2 is a fundamental diagram of the present invention, comprises among Fig. 2: I and II part, and wherein I partly is the main control part, this part comprises:
Work in industrial control board, keyboard, mouse, display of standard x 86 platforms etc.II is the functional circuit part partly, comprising: single chip machine controlling circuit, booster circuit and output circuit wherein comprise CPU and buffer memory in the single-chip microcomputer.Booster circuit comprises 8 tunnel output channel V0～V7; The outfan of the output channel V0 of booster circuit～V7 is connected with the input of 8 tunnel output channel V0～V7 of output circuit, and the outfan of every paths of output circuit is connected compound E.E.G paster through lead respectively with the specific part of human body skin.
Industrial control board is connected with buffer memory through Asynchronous Serial Interface.Be provided with coordinating program in the mainboard of industrial control board in advance, comprise the target component of the electric conditioned signal of output in each coordinating program: intensity, pulse width and pulse frequency.(intensity, pulse width, pulse frequency) constitutes a coordinating program.Operator pass through input module; For example keyboard and mouse are imported coordinating program and corresponding channel number and running time; Then this coordinating program and corresponding channel number and the instruction of running time are sent to buffer memory and preservation by industrial control board through Asynchronous Serial Interface; CPU in the single-chip microcomputer obtains the parameter and the corresponding channel number and the running time of this coordinating program from buffer memory; And according to parameter generating corresponding strength signal and frequency control signal in this coordinating program; Export strength signal and frequency control signal the respective channel of booster circuit and output circuit to respectively according to channel number then, after handling through booster circuit and output circuit, from the electric conditioned signal arrival human body skin of the imitative brain wave of output port output of output circuit.
Because the CPU in the single-chip microcomputer is channel number generation corresponding strength signal and frequency control signal according to each passage; Therefore, can control each passage separately, the strength signal on each passage can be identical with frequency control signal; Also can be different; Strength signal on some passages and frequency control signal can all be same signals from start to finish, also can be a plurality of signal alternate, the i.e. combination of a plurality of coordinating programs.Change strength signal and frequency control signal on some passages, can not have influence on the normal operating conditions of other passages.
Single-chip microcomputer sends the information of current running status in real time through Asynchronous Serial Interface to control terminal, and shows through display, in time grasps the situation that current coordinating program carries out with the handled easily personnel.
With reference to figure 3～Fig. 5, specify the operation principle of each ingredient among Fig. 2 below.
The strength control of each passage all is identical with pulse controlled principle in 8 output channels, therefore, is that example is explained operation principle with passage V0.
Need to prove that the circuit among Fig. 3～Fig. 5 all is to split the expression of coming, when connecting, corresponding input is connected with the corresponding labelling of outfan and gets final product.
As shown in Figure 3, Fig. 3 is the control circuit figure of functional circuit part of the present invention, and the model of single-chip microcomputer is ATMEGA128.After utilizing keyboard, mouse input user instruction, industrial control board sends to buffer memory with user instruction and user instruction is kept in the buffer memory, comprises information such as channel number, output intensity, pulse width, pulse frequency and running time in the instruction.CPU in the single-chip microcomputer obtains user instruction from buffer memory, and produces output intensity, pulse width, pulse frequency and send to booster circuit and the respective channel of output circuit according to user instruction.CPU in the single-chip microcomputer is serial ports realization RS-232 universal serial bus and the industrial control board communication of MAX232 through model simultaneously; CPU in the single-chip microcomputer sends to mainboard with the status information of the respective channel of preserving in the buffer memory, and the main control part shows the operation information of correspondence through display in real time intuitively.
CPU in the single-chip microcomputer obtains the target component of electric conditioned signal from buffer memory after; According to the strength information in the parameter is the D/A (Digital/Analog of ad53 * 8 to model; D/A) write the correspondent voltage value among the conversion chip U2, as shown in Figure 4, suppose to write the 5V voltage of intensity 100%.Simultaneously, be that to be processed into width be the 6ms voltage signal for the crystal oscillator chip of MAX6192_EUK40-T through model.This voltage signal boosts through the amplifying circuit maximum and is 12V, and delivers to the input U10 of the analog switch CD4066 among Fig. 5.Only provided the circuit diagram of passage 0 among Fig. 5, the circuit diagram of other passages is the same with the circuit diagram of passage 0, therefore, does not illustrate among the figure.
Each road output among Fig. 5 all has positive anti-phase two cover pulse control amplifying circuits, and the control mode of each passage is identical, specifies the work process of pulse control amplifying circuit below.Analog switch U10-I1, amplifier U11-I6, audion Q1 and transformator TR1 constitute the positive pulse control circuit; Analog switch U10-I2, amplifier U11-I10, audion Q2 and transformator TR2 constitute the negative pulse control circuit.The strength signal of passage 0 outputs to the input of analog switch U10-I1 and U10-I2.CPU in the single-chip microcomputer according to the control information of the passage of storing in the buffer memory 0 produce corresponding width and frequency just/bear the pulse control signal sequence of Transistor-Transistor Logic level.The positive pulse control signal sends to the break-make of the Enable Pin control strength signal of analog switch U10-I1; So just produced the control signal of respective intensities, width and frequency in the base stage of triode Q1, the signal that after transformator amplifies, outputs to port just is the bi-directional symmetrical spike ripple signal of intensity 400V, width 6ms.The principle that negative pulse produces is identical; The break-make of the negative pulse control signal control U10-I2 that CPU produces; Produced the control signal of respective intensities, width and frequency on the base stage of audion Q2, the signal that after transformator amplifies, outputs to port just is the signal of intensity 400V, width 6ms.
In the scope of the parameter and standard of the medical apparatus and instruments of national regulation, can be according to intensity, width and the frequency parameter of user situation independent assortment signal.Thereby can output intensity scope 0～± 400V, width range 0～6ms and pulse combined time are the electric conditioned signal of the constant current output of 0～30min.
Certainly, the number of passage also can be two or other, is provided with as required to get final product.
Pulsewidth is along with corresponding the narrowing down of rising meeting of frequency, so that the change of the adaptation frequency of people's physical ability nature in addition.
Imitative brain wave through the output of compound E.E.G paster can stimulate hypothalamus to make it to send signal specific, commander's hypophysis cerebri, and mediator's somatic nerves chemical substance, balance endocrine, but dredge the meridian passage also, the balance lymphsystem, thus improve sub-health status.Simultaneously, the signal of mediator's somatic nerves that hypophysis cerebri sends can the commander human muscle move, level and smooth fat deposit, and the adjustment profile plays the effect of anti-aging beauty-care.The wave mode of brain wave comprises: can loosen, the α ripple of storage power; Can inspire enthusiasm, fire the β ripple of fat; Can make muscle energetically, the γ ripple that shrinks; Can hypnotic, the δ ripple of rest, activation abr cell; Can make the people dream, purify gene, happy PGO (pon-genicular occipital, bridge knee joint pillow) ripple or the like.
In order to alleviate when high frequency is exported continuously because poor wire connection and the electric current of output sensation of pricking that skin is produced off and on; The present invention has further increased a current detection circuit; Through detect with outfan that human body skin is connected between electric current judge whether that cut-out exports; As shown in Figure 6, current detection circuit is connected with the passage of the outfan of output circuit.Because the current detecting principle of each passage is identical, therefore in Fig. 6, only listed the circuit diagram of passage 0, also a current detecting principle to passage 0 describes below.U1 is a current sensor; The electric signal streams of passage 0 output is through this pick off; Become the analogue signal (in the voltage range of 0～5V, 0～2.5V representative is negative to flow to electric current, and 2.5～5V represents forward current) of 5V after the adder of the differential signal of pick off output through operational amplifier U2-I1 amplification, U2-I7 and U2-I13 formation; This signal is sent to AC/DC (Alternating Direct, AD) the collection port MADC < 0>of CPU among Fig. 3.The collection current value of cpu cycle property is also done average calculating operation and is obtained equivalent output current, and judges whether to open circuit through the size of equivalent output current.When equivalent output current during less than the predetermined current value (this situation mostly occurs insecure at the paster contacting skin), close booster circuit and output circuit, in time cut off output.Like this, just, avoid because of paster and skin adhesive is insecure, time connects when disconnected the patient is got a fright because of intensive electric shock sensation.In the current range that equivalent current is being preset, explain that paster is normal with being connected of skin, keep the existing situation of passage to continue the electric conditioned signal of output.
In order further to improve effect of the present invention, can also increase the network communication function at main control part, utilize existing network technology, download more coordinating program from the Internet and come better to be user's service.
In industrial control board, pre-set under the prerequisite of coordinating program of pulse combined, it is as shown in Figure 7 that the instrument of the regulating body function in the preceding text is exported the method for electric conditioned signal, comprises among Fig. 7:
Input module is imported user instruction to industrial control board;
User instruction comprises channel number, running time, electric conditioned signal target component, and electric conditioned signal target component comprises pulse strength, width and frequency.
Industrial control board is selected one first coordinating program according to user instruction and is sent from a plurality of coordinating programs that comprise electric conditioned signal target component of preserving;
Single chip machine controlling circuit receives and preserves said first coordinating program that said industrial control board sends;
Produce the control signal of booster circuit and output circuit respectively according to the said electric conditioned signal target component in said first coordinating program;
CPU in the single-chip microcomputer produces intensity control signal and sends to booster circuit according to pulse strength, and for example, the voltage signal of 5v becomes 12v after boosting through booster circuit, is transported to output circuit then.Simultaneously, the CPU in the single-chip microcomputer produces pulse control signal and sends to output circuit according to pulse width and frequency parameter.Output circuit comprises 8 output channel V0～V7, and the operation principle of each passage is identical, therefore, is that example describes with passage 0 only.
Booster circuit and output circuit are handled according to the control signal of the correspondence of said single chip machine controlling circuit output respectively, are met the electric conditioned signal of said first coordinating program by said output circuit output.
Booster circuit and output circuit can be described in the preceding text with reference to figure 4, Fig. 5 the Signal Processing process, repeat no more at this.
In order to alleviate when high frequency is exported continuously because poor wire connection and the electric current of output sensation of pricking that skin is produced off and on; The electric conditioned signal that current detection circuit is exported passage 0 is processed into the analogue signal of 5V, and the AD that this signal is sent to CPU among Fig. 3 gathers port MADC < 0 >.The collection current value of cpu cycle property is also done average calculating operation and is obtained equivalent output current, and judges whether to open circuit through the size of equivalent output current.When the equivalent current between output channel 0 and the outfan that skin is connected during less than preset constant (this situation mostly occurs insecure at the paster contacting skin), in time cut off output.Simultaneously, send the information of cutting off passage 0 to industrial control board, and through the man machine interface alert.
In order to obtain more coordinating program,, before industrial control board input user instruction, also comprise at the step input module better for the user provides service:
Upgrade coordinating program and be saved to local hard drive through network.
The present invention is for effectively utilizing network function, also integrated tele-medicine function, the instrumentation personnel can through this function in time and the technical support personnels of general headquarters get in touch and deal with problems, with better, more effective be that the user provides service.
The present invention change at present in the list marketing instrument conservative way-fixing several coordinating programs can't increase on instrument; Utilize industry control technology and IT technology; Make instrument taking into account the new coordinating program of existing sophisticated coordinating program also renewable download simultaneously, enlarge scope the function of human body conditioning.
The above only is a preferred implementation of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; Can also make some improvement and retouching, these improvement and retouching also should be regarded as protection scope of the present invention.
Claims (20)
1. the imitative bio electricity instrument of a regulating body function comprises: single chip machine controlling circuit, booster circuit, output circuit, it is characterized in that, and also comprise:
Input module is used for to industrial control board input user instruction;
Industrial control board comprises:
First preserves module, is used to preserve a plurality of coordinating programs that comprise electric conditioned signal target component; With
Select module, from said a plurality of coordinating programs, select one first coordinating program and transmission according to user instruction;
Current detection circuit, the electric conditioned signal that is used to obtain after said electric conditioned signal is handled and will be handled feeds back to said single chip machine controlling circuit;
Said single chip machine controlling circuit comprises:
Second preserves module, is used for receiving and preserving said first coordinating program;
Processing module is used for producing respectively according to the said electric conditioned signal target component of said first coordinating program control signal of booster circuit and output circuit;
Second processing module, the electric conditioned signal that is used to gather after the processing of said current detection circuit feedback obtains equivalent output current; With
Control module is used for closing said booster circuit and output circuit during less than the predetermined current value at said equivalent output current;
Said booster circuit and output circuit are respectively applied for according to the control signal of the correspondence of said single chip machine controlling circuit output and handle, and are met the electric conditioned signal of said first coordinating program by each output channel circuit output of said output circuit.
2. the imitative bio electricity instrument of regulating body function as claimed in claim 1 is characterized in that, said user instruction comprises channel number, running time, electric conditioned signal target component.
3. the imitative bio electricity instrument of regulating body function as claimed in claim 2 is characterized in that, said electric conditioned signal target component comprises pulse strength, width and frequency.
4. the imitative bio electricity instrument of regulating body function as claimed in claim 3 is characterized in that said width changes with the variation of frequency.
5. the imitative bio electricity instrument of regulating body function as claimed in claim 3 is characterized in that, said electric conditioned signal target component is the parameter of the biological electric wave of apery body.
6. the imitative bio electricity instrument of regulating body function as claimed in claim 1 is characterized in that, said electric conditioned signal is constant current output.
7. the imitative bio electricity instrument of regulating body function as claimed in claim 1 is characterized in that, said electric conditioned signal is imitative brain wave signal.
8. the imitative bio electricity instrument of regulating body function as claimed in claim 1 is characterized in that, said output channel circuit is controlled separately.
9. the imitative bio electricity instrument of regulating body function as claimed in claim 8 is characterized in that said coordinating program makes up each other.
10. the imitative bio electricity instrument of regulating body function as claimed in claim 1 is characterized in that, also comprises display module, the status information of the said coordinating program that is used for showing that single-chip microcomputer is preserved and the status information of work at present passage.
11. the method for a regulating body function is characterized in that, comprising:
Input module is imported user instruction to industrial control board;
Industrial control board is selected one first coordinating program according to user instruction and is sent from a plurality of coordinating programs that comprise electric conditioned signal target component of preserving;
Single chip machine controlling circuit receives and preserves said first coordinating program that said industrial control board sends;
Produce the control signal of booster circuit and output circuit respectively according to the said electric conditioned signal target component in said first coordinating program;
Booster circuit and output circuit are handled according to the control signal of the correspondence of said single chip machine controlling circuit output respectively, are met the electric conditioned signal of said first coordinating program by said output circuit output;
The electric conditioned signal of obtaining after said electric conditioned signal is handled and will be handled feeds back to said single chip machine controlling circuit;
The electric conditioned signal that said single chip machine controlling circuit is gathered after the processing of said current detection circuit feedback obtains equivalent output current;
Close said booster circuit and output circuit during less than the predetermined current value at equivalent output current.
12. the method for regulating body function as claimed in claim 11 is characterized in that, said user instruction comprises channel number, running time, electric conditioned signal target component.
13. the method for regulating body function as claimed in claim 11 is characterized in that, said electric conditioned signal target component comprises pulse strength, width and frequency.
14. the method for regulating body function as claimed in claim 13 is characterized in that, said width changes with the variation of frequency.
15. the method for regulating body function as claimed in claim 11 is characterized in that, said electric conditioned signal target component is the parameter of the biological electric wave of apery body.
16. the method for regulating body function as claimed in claim 11 is characterized in that, said electric conditioned signal is constant current output.
17. the method for regulating body function as claimed in claim 11 is characterized in that, said electric conditioned signal is imitative brain wave signal.
18. the method for regulating body function as claimed in claim 11 is characterized in that, said output channel circuit is controlled separately.
19. the method for regulating body function as claimed in claim 11 is characterized in that, said coordinating program makes up each other.
20. the method for regulating body function as claimed in claim 11 is characterized in that, said input module also comprised before the step of industrial control board input user instruction:
Upgrade coordinating program and be saved to local hard drive through network.
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| CN2008101048341A CN101564573B (en) | 2008-04-24 | 2008-04-24 | Bioelectricity-simulating instrument and method for conditioning human body function |
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| CN2008101048341A CN101564573B (en) | 2008-04-24 | 2008-04-24 | Bioelectricity-simulating instrument and method for conditioning human body function |
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| CN101564573B true CN101564573B (en) | 2012-04-18 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1151898A (en) * | 1995-12-13 | 1997-06-18 | 刘伯林 | Computerized wide-freq band cure instrument |
| CN1272798A (en) * | 1998-06-03 | 2000-11-08 | 神经调节公司 | Percutaneous intramuscular stimulation system |
| CN2623265Y (en) * | 2003-04-15 | 2004-07-07 | 黄涵 | Intelligent body shaping device |
| CN1954896A (en) * | 2005-10-28 | 2007-05-02 | 上海塔瑞莎健康科技有限公司 | Low frequency therapeutical device for promoting nerve recovery and musclar movement |
-
2008
- 2008-04-24 CN CN2008101048341A patent/CN101564573B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1151898A (en) * | 1995-12-13 | 1997-06-18 | 刘伯林 | Computerized wide-freq band cure instrument |
| CN1272798A (en) * | 1998-06-03 | 2000-11-08 | 神经调节公司 | Percutaneous intramuscular stimulation system |
| CN2623265Y (en) * | 2003-04-15 | 2004-07-07 | 黄涵 | Intelligent body shaping device |
| CN1954896A (en) * | 2005-10-28 | 2007-05-02 | 上海塔瑞莎健康科技有限公司 | Low frequency therapeutical device for promoting nerve recovery and musclar movement |
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| Publication number | Publication date |
|---|---|
| CN101564573A (en) | 2009-10-28 |
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