CN104587607A - Novel intelligent electroencephalogram stimulation device - Google Patents
Novel intelligent electroencephalogram stimulation device Download PDFInfo
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- CN104587607A CN104587607A CN201510038123.9A CN201510038123A CN104587607A CN 104587607 A CN104587607 A CN 104587607A CN 201510038123 A CN201510038123 A CN 201510038123A CN 104587607 A CN104587607 A CN 104587607A
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Abstract
The invention provides a novel intelligent electroencephalogram stimulation device. The novel intelligent electroencephalogram stimulation device comprises a signal wire, a controller device, a treating cap, a power supply, adjusting buckles, an electromagnetic generator, a camera, an anti-slipping line, a control chip, a display screen and an operation button, wherein the signal wire is arranged between the controller and the treating cap; the power supply is arranged at the lower end of the control device; the adjusting buckles are arranged at the left end and the middle part of the treating cap; the electromagnetic generator is arranged on the inner side face of the treating cap; the camera is arranged on the left side of the treating cap; the anti-slipping line is arranged on the inner side face of the treating cap; the control chip is arranged at the rear part of the display screen; the operation button is arranged at the lower end of the display screen. The intelligent electroencephalogram stimulation device has a simple structure and is convenient to operate, can be carry when people go out, is suitable for individuals and families to use and has wide application, namely the intelligent electroencephalogram stimulation device can be used for treating brain function diseases, and massaging and keeping health.
Description
Technical field
The present invention relates to electroencephalogram technical field, more specifically, relate to a kind of novel intelligent electroencephalogram excitation apparatus.
Background technology
Electroencephalogram (EEG) is the record of the activity of electricity, and it betides in the brain of live body (comprising the animal of the mankind), and occurs the various waveforms of such as α ripple, slow wave or sleep spindle according to cerebral activity state.In other words, by the measurement of brain wave, the active state of brain can be judged.In recent years, the measurement and exciting for brain wave conducts in-depth research, and by exciting thus bringing out desired brain wave, cerebral activity can be promoted or suppress, and such as, excitation energy is enough in the treatment of hypermnesia and mental sickness.
It is strongly professional that the brain wave excitation apparatus of current employing also exists operation, and be not easy to individual or family and perform brain wave and excite, device is complicated, and be not easy to carry with, range of application is confined to the problem for the treatment of some disease of brain.
Therefore, improve existing brain wave excitation apparatus and seem very necessary.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of novel intelligent electroencephalogram excitation apparatus, the operation of existing brain wave excitation apparatus can be solved strongly professional, be not easy to individual or family perform brain wave and excite, device is complicated, be not easy to carry with, range of application is confined to the problem for the treatment of some disease of brain.
For achieving the above object, the technical scheme that the present invention takes is: the invention provides a kind of novel intelligent electroencephalogram excitation apparatus, and this novel intelligent electroencephalogram excitation apparatus comprises holding wire, control device, treatment cap, power supply, adjusting button, electromagnetic generator, video camera, anti-slip veins, control chip, display screen and manipulation button;
Described holding wire is arranged between controller and treatment cap; Described power supply is arranged on the lower end of control device; Described adjusting button is arranged on left end and the middle part for the treatment of cap; Described electromagnetic generator is arranged on the medial surface for the treatment of cap; Described video camera is arranged on the left side for the treatment of cap; Described anti-slip veins is arranged on the inner surface for the treatment of cap; Described control chip is arranged on the rear portion of display screen; Described manipulation button is arranged on the lower end of display screen.
Preferably, described electromagnetic generator specifically adopts 13; Control chip specifically adopts model to be 8051 singlechip chips; Described adjusting button specifically adopts two; Described power supply specifically adopts lithium ion battery; Described video camera specifically adopts infrared ray night vision camera camera lens.
Preferably, video camera also comprises the Image Enhancement Processing System be made up of imageing sensor, synchronous receiver module, Installed System Memory, local cache and image processor, also comprise frame reconstructed module, for according to rear class disposal ability, the direction of one large scale original image frame according to row is split, forms some small size image frames; Whole small size image frames is processed according to preset algorithm by image processor successively, and the whole small size image frames handled well spell back a complete large scale enhancing picture frame by image processor.
Preferably, each small size image frames reconstruct synchronizing signal, obtains virtual frames; Each virtual frames downloads to local cache, carries out subsequent treatment to be supplied to image processor;
According to rear class disposal ability, the direction of a large scale original image frame according to row is split, forms some small size image frames; According to preset algorithm, process whole small size image frames successively; The whole small size image frames handled well are spelled back a complete large scale enhancing picture frame; Adjacent small size image frames partly overlaps;
To each small size image frames reconstruct synchronizing signal, form independently virtual frames;
Each virtual frames is downloaded among local cache, to carry out subsequent treatment;
For each virtual frames, each row data are downloaded among local cache, and successively get data line and cushion to carry out scroll process; Wherein, for when pre-treatment row data, according to pixels put and carry out successively;
In Installed System Memory, process whole small size image frames successively, and the whole small size image frames handled well are spelled back complete large scale enhancing picture frame.
Preferably, display screen adopts touching display screen, comprise: a upper substrate, this upper substrate comprises a touch screen, this touch screen comprises one first battery lead plate and one second battery lead plate that are oppositely arranged, and this first battery lead plate comprises one first matrix, and this first matrix has one towards the first surface of described second battery lead plate, this second battery lead plate comprises one second matrix, and this second matrix has one towards the second surface of described first battery lead plate, one infrabasal plate, this infrabasal plate and upper substrate are oppositely arranged, and this infrabasal plate comprises a thin-film transistor display panel, and a liquid crystal layer, be arranged between this upper substrate and infrabasal plate, this first battery lead plate comprises multiple first transparency electrode is disposed on the first matrix first surface along first direction further, this second battery lead plate comprises multiple second transparency electrode is disposed on the second matrix second surface along second direction further, this second direction is perpendicular to first direction, the plurality of first transparency electrode and multiple second transparency electrode are all arranged on the area pressed of this touch screen, for the pressing of sensing touch thing, the plurality of first transparency electrode and multiple second transparency electrode include a carbon nanotube layer, this carbon nanotube layer is made up of multiple CNT, CNT in the carbon nanotube layer that the plurality of first transparency electrode comprises is arranged of preferred orient along described first direction, CNT in the carbon nanotube layer that the plurality of second transparency electrode comprises is arranged of preferred orient along described second direction.
Preferably, comprise further: multiple first holding wire is electrically connected with described multiple first transparency electrode respectively; One insulating barrier, it is peripheral that this insulating barrier is arranged on this second battery lead plate upper surface, and this first battery lead plate is arranged on which insulating layer and described second battery lead plate interval; And multiple point-like spacer is arranged between described first battery lead plate and described second battery lead plate;
Carbon nanotube layer comprises a carbon nano-tube film or multiple carbon nano-tube film overlapped;
Described carbon nano-tube film is a CNT membrane structure, and the CNT of this CNT membrane structure is joined end to end and combined by Van der Waals force between CNT;
Described carbon nanotube layer comprises at least two CNT membrane structures overlapped, and the CNT shape in adjacent two-layer CNT membrane structure has angle α, and α is 0 °;
The thickness of described carbon nano-tube film is 0.5 nanometer ~ 100 micron.
Preferably, treatment cap, comprises cap body, magnetic therapy bodies, common-battery body, main control computer and related circuit, cap following on be provided with shade, shade adopts elastic telescopic belt carcass, shade has 4 ~ 9 magnetic therapy bodies, the running fix on shade of described magnetic therapy bodies; Each magnetic therapy bodies upper end wire is connected with the power supply body of crown, and described crown body of powering is connected with main control computer.
Preferably, described crown also has a magnetic therapy bodies; Described shade is two-layer up and down, and upper and lower two-layer shade connects through connecting band and crown, and magnetic therapy bodies is distributed on bilevel shade; Described levels shade is arranged altogether 9 magnetic therapy bodies, wherein: lower floor's shade is arranged 5, upper strata shade is arranged 3, crown arranges 1; Described magnetic therapy bodies comprises upper casing, mesochite, drain pan, iron core, coil and vibrating motor, and upper casing, mesochite and drain pan fasten as housing, and coil is arranged on the middle iron core of iron core, and described iron core, coil and vibrating motor are arranged in housing; Upper casing on described magnetic therapy bodies is provided with buckle, and described mesochite is provided with deck, and the bayonet socket that upper casing is provided with is contained in the deck on mesochite, and spring caps is along in the through hole be through between upper casing and mesochite; Drain pan is provided with buckle, is contained in the deck of mesochite by buckle.
Preferably, magnetic therapy bodies and common-battery body is had in described crown; Magnetic therapy bodies involving vibrations motor, iron core, coil, coil is arranged on the middle iron core of iron core, is connected with common-battery body; Vibrating motor is connected with common-battery body;
Described main control computer is by connection common-battery body, and common-battery body is an extension set box, and each magnetic therapy bodies is all in parallel; Main control computer exports the signal of telecommunication to panel, and the signal of telecommunication is respectively to coil and the vibrating motor of magnetic therapy bodies, and the signal of telecommunication comprises frequency, intensity, the time;
Described signal frequency selects 0.5 ~ 50Hz, and magnetic induction selects 7 ± 2mT ~ 14 ± 4mT, is provided with variable mode and fixed pattern frequently;
Described magnetic induction is divided into two grades: a prime time: 14mT ± 4mT; The weak shelves of b: 7mT ± 2mT; Within the scope of weak shelves, select treatment intensity: 1 ~ 7mT by toggle switch, the corresponding neutral gear that contains is at interior 8 gears respectively; Described variable mode is 6 frequencies, frequency conversion of automatically switching every 10 seconds; It is described that to determine frequency pattern be that 6 frequencies can be chosen any one kind of them frequency.
Compared with prior art, the present invention has following beneficial effect: the present invention's intelligence electroencephalogram excitation apparatus structure is simple, easy to operate, can go out to carry, and be suitable for individual and family's use, be widely used, can treat brain function disease also can health care massage.The people being applicable to different size head and neck uses, magnetic therapy bodies can mobile being convenient to being aimed at acupuncture point and be adjacent to position on spring caps edge, frequency, waveform and electromagnetism intensity can be changed as required, to increase therapeutic effect, compensate for abroad through cranium magnetic punctual stimulation and can not the shortcoming that stimulates of frequency conversion.Product treatment cap reaches 9 magnetic therapy bodies, and possess multiple location stimulates feature simultaneously; Particularly there is magnetic therapy bodies in crown, add a stimulation to Baihui acupoint, Sishengcong acupuncture point and cerebral cortex Xiang Ye, recover to promote that brain function is rebuild.Electromagnetism cap can stimulate feature to stimulate the prefrontal lobe of brain by multiple location simultaneously, center ditch, top, left and right brain temporal lobe, occipital lobe, cerebellum region and designing, (rTMS) can be carried out to these functional areas during treatment to stimulate simultaneously, faradic current can act directly on association region, corticocerebral front, Motion-Joint district, association region, the crown, association region, rear, head association region, side and cerebellum district, realize overall to brain, little cranial nerve function adjustment and the order ground improved, widen clinical application range, can be used for child's nerve injury, brain development is slow, cerebral palsy, the treatment such as epilepsy and depression, compensate for external through the not applicable crowd of cranium magnetic.
Structure of the present invention is simple, shows: its easy to operate, safety, has no side effect, and is a kind of ideal physiotherapy apparatus, can be widely used in clinical, and is convenient to patient's Heal Thyself in the family through on probation.
Accompanying drawing explanation
Fig. 1 is the structural representation of the novel intelligent electroencephalogram excitation apparatus that the embodiment of the present invention provides;
In figure: 1-holding wire, 2-control device, 3-treats cap, 4-power supply, 5-adjusting button, 6-electromagnetic generator, 7-video camera, 8-anti-slip veins, 9-control chip, 10-display screen, and 11-manipulates button;
Fig. 2 is the top view of the treatment cap that the embodiment of the present invention provides;
Fig. 3 is the profile perspective view that the embodiment of the present invention provides;
Fig. 4 is the cross-sectional schematic of the magnetic therapy bodies that the embodiment of the present invention provides.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Below in conjunction with drawings and the specific embodiments, application principle of the present invention is further described.
As shown in Figure 1, the invention provides a kind of novel intelligent electroencephalogram excitation apparatus, comprise holding wire 1, control device 2, treatment cap 3, power supply 4, adjusting button 5, electromagnetic generator 6, video camera 7, anti-slip veins 8, control chip 9, display screen 10 and manipulation button 11, described holding wire 1 is arranged between controller 2 and treatment cap 3; Described power supply 4 is arranged on the lower end of control device 2; Described adjusting button 5 is arranged on left end and the middle part for the treatment of cap 3; Described electromagnetic generator 6 is arranged on the medial surface for the treatment of cap 3; Described video camera 7 is arranged on the left side for the treatment of cap 3; Described anti-slip veins 8 is arranged on the inner surface for the treatment of cap 3; Described control chip 9 is arranged on the rear portion of display screen 10; Described manipulation button 11 is arranged on the lower end of display screen 10.
Video camera also comprises the Image Enhancement Processing System be made up of imageing sensor, synchronous receiver module, Installed System Memory, local cache and image processor, also comprise frame reconstructed module, for according to rear class disposal ability, the direction of one large scale original image frame according to row is split, forms some small size image frames; Whole small size image frames is processed according to preset algorithm by image processor successively, and the whole small size image frames handled well spell back a complete large scale enhancing picture frame by image processor.
Preferably, each small size image frames reconstruct synchronizing signal, obtains virtual frames; Each virtual frames downloads to local cache, carries out subsequent treatment to be supplied to image processor;
According to rear class disposal ability, the direction of a large scale original image frame according to row is split, forms some small size image frames; According to preset algorithm, process whole small size image frames successively; The whole small size image frames handled well are spelled back a complete large scale enhancing picture frame; Adjacent small size image frames partly overlaps;
To each small size image frames reconstruct synchronizing signal, form independently virtual frames;
Each virtual frames is downloaded among local cache, to carry out subsequent treatment;
For each virtual frames, each row data are downloaded among local cache, and successively get data line and cushion to carry out scroll process; Wherein, for when pre-treatment row data, according to pixels put and carry out successively;
In Installed System Memory, process whole small size image frames successively, and the whole small size image frames handled well are spelled back complete large scale enhancing picture frame.
Preferably, display screen adopts touching display screen, comprise: a upper substrate, this upper substrate comprises a touch screen, this touch screen comprises one first battery lead plate and one second battery lead plate that are oppositely arranged, and this first battery lead plate comprises one first matrix, and this first matrix has one towards the first surface of described second battery lead plate, this second battery lead plate comprises one second matrix, and this second matrix has one towards the second surface of described first battery lead plate, one infrabasal plate, this infrabasal plate and upper substrate are oppositely arranged, and this infrabasal plate comprises a thin-film transistor display panel, and a liquid crystal layer, be arranged between this upper substrate and infrabasal plate, this first battery lead plate comprises multiple first transparency electrode is disposed on the first matrix first surface along first direction further, this second battery lead plate comprises multiple second transparency electrode is disposed on the second matrix second surface along second direction further, this second direction is perpendicular to first direction, the plurality of first transparency electrode and multiple second transparency electrode are all arranged on the area pressed of this touch screen, for the pressing of sensing touch thing, the plurality of first transparency electrode and multiple second transparency electrode include a carbon nanotube layer, this carbon nanotube layer is made up of multiple CNT, CNT in the carbon nanotube layer that the plurality of first transparency electrode comprises is arranged of preferred orient along described first direction, CNT in the carbon nanotube layer that the plurality of second transparency electrode comprises is arranged of preferred orient along described second direction.
Preferably, comprise further: multiple first holding wire is electrically connected with described multiple first transparency electrode respectively; One insulating barrier, it is peripheral that this insulating barrier is arranged on this second battery lead plate upper surface, and this first battery lead plate is arranged on which insulating layer and described second battery lead plate interval; And multiple point-like spacer is arranged between described first battery lead plate and described second battery lead plate;
Carbon nanotube layer comprises a carbon nano-tube film or multiple carbon nano-tube film overlapped;
Described carbon nano-tube film is a CNT membrane structure, and the CNT of this CNT membrane structure is joined end to end and combined by Van der Waals force between CNT;
Described carbon nanotube layer comprises at least two CNT membrane structures overlapped, and the CNT shape in adjacent two-layer CNT membrane structure has angle α, and α is 0 °;
The thickness of described carbon nano-tube film is 0.5 nanometer ~ 100 micron.
Preferably, described electromagnetic generator 6 specifically adopts 13, forms cubes repeatability electromagnetic stimulation and frequency conversion head vibration massage function to cranium brain, has electromagnetic stimulation and massage double treatment function.
Preferably, described control chip 9 specifically adopts model to be 8051 singlechip chips, and capacity of resisting disturbance is strong, realizes intelligent, convenient individual's manipulation.
Preferably, described adjusting button 5 specifically adopts two, and the size of convenient adjustment treatment cap 3, is applicable to different head circumference, accurate positioning.
Preferably, described power supply 4 specifically adopts lithium ion battery, provides lasting electric energy, facilitates individual to go out to carry.
Preferably, described video camera 7 specifically adopts infrared ray night vision camera camera lens, and for disease of brain, patient gathers facial expression, provides treatment monitoring function.
As shown in Figure 2, Figure 3, Figure 4, it comprise main control computer, crown 6, spring caps along 2, magnetic therapy bodies 1 (or claiming treatment body) and body 5 of powering, described magnetic therapy bodies is 4 ~ 9, be connected in upper and lower two-layer spring caps and (also lower floor can be called shade along 2, upper strata is called hatband) on, crown 6 connects along 2 through connecting band 7 by upper and lower two-layer spring caps, and the lead-out wire 3 on magnetic therapy bodies 1 is connected with the power supply body on crown 6, and the extraction wire 4 on power supply body 5 is connected with main control computer.
Described magnetic therapy bodies 1 comprises upper casing 8, mesochite 9, drain pan 12, iron core 13, coil 14 and vibrating motor 15, upper casing 8, mesochite 9 and drain pan 12 fasten as housing, coil 14 is arranged on the middle iron core of iron core 13, and described iron core 13, coil 14 and vibrating motor are arranged in housing.
Upper casing 8 on described magnetic therapy bodies 1 is provided with buckle, and described mesochite 9 is provided with deck 10, and the bayonet socket that upper casing 8 is provided with is contained in the deck 10 on mesochite 9, and spring caps is through in the through hole between upper casing 8 and mesochite 9 along 2.Drain pan 12 is provided with buckle 11, is contained in the deck 10 of mesochite 9 by buckle 11.
Vibrating motor 15, iron core 13, coil 14 and common-battery body 5 is had in described crown 6.Coil 14 is arranged on the middle iron core of iron core 13, is connected with common-battery body 5; Vibrating motor 15 is connected with common-battery body 5.
Main control computer is by connection common-battery body 5, and common-battery body 5 is an extension set box, and each magnetic therapy bodies 1 is all in parallel, and coil 14 and vibrating motor 15 work separately.
Main control computer exports the signal of telecommunication to panel, and the signal of telecommunication is respectively to coil 14 and the vibrating motor 15 of magnetic therapy bodies 1, and the signal of telecommunication comprises frequency, intensity, the time; The frequency of generally acknowledging by current medical circle, intensity and action time are arranged, described signal frequency selects 0.5 ~ 50Hz, magnetic induction selects 7 ± 2mT (milli is special) ~ 14 ± 4mT, a) frequency conversion (B) pattern: frequency conversion of automatically switching (F1, F2, F3, F4, F5, F6) every 10 seconds; B) fixed (A) pattern frequently: (F1-F6) chooses any one kind of them frequency.(need select before treatment starts); Wherein, magnetic induction is divided into two grades: a prime time: 14mT ± 4mT; The weak shelves of b: 7mT ± 2mT; Within the scope of weak shelves, select treatment intensity: 1 ~ 7mT by toggle switch, the corresponding neutral gear that contains is at interior 8 gears respectively.The treatment time of the machine: a) scope is treatment time: 20min, 30min two keeps off.(treatment is selected before starting).B) treatment time error ± 1min; C) the initial default treatment time that main frame runs is 20min.
Magnetic therapy bodies of the present invention produces different frequencies under the effect of external equipment, different electromagnetism intensities, and different waveforms reaches the object of therapy rehabilitation.
Compared with prior art, the present invention has following beneficial effect: the present invention's intelligence electroencephalogram excitation apparatus structure is simple, easy to operate, can go out to carry, and be suitable for individual and family's use, be widely used, can treat brain function disease also can health care massage.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., be all included within protection scope of the present invention.
Claims (9)
1. a novel intelligent electroencephalogram excitation apparatus, is characterized in that, this novel intelligent electroencephalogram excitation apparatus comprises holding wire, control device, treatment cap, power supply, adjusting button, electromagnetic generator, video camera, anti-slip veins, control chip, display screen and manipulation button;
Described holding wire is arranged between controller and treatment cap; Described power supply is arranged on the lower end of control device; Described adjusting button is arranged on left end and the middle part for the treatment of cap; Described electromagnetic generator is arranged on the medial surface for the treatment of cap; Described video camera is arranged on the left side for the treatment of cap; Described anti-slip veins is arranged on the inner surface for the treatment of cap; Described control chip is arranged on the rear portion of display screen; Described manipulation button is arranged on the lower end of display screen.
2. novel intelligent electroencephalogram excitation apparatus according to claim 1, it is characterized in that, described electromagnetic generator specifically adopts 13; Control chip specifically adopts model to be 8051 singlechip chips; Described adjusting button specifically adopts two; Described power supply specifically adopts lithium ion battery; Described video camera specifically adopts infrared ray night vision camera camera lens.
3. novel intelligent electroencephalogram excitation apparatus according to claim 1, it is characterized in that, video camera also comprises the Image Enhancement Processing System be made up of imageing sensor, synchronous receiver module, Installed System Memory, local cache and image processor, also comprise frame reconstructed module, for according to rear class disposal ability, the direction of one large scale original image frame according to row is split, forms some small size image frames; Whole small size image frames is processed according to preset algorithm by image processor successively, and the whole small size image frames handled well spell back a complete large scale enhancing picture frame by image processor.
4. novel intelligent electroencephalogram excitation apparatus according to claim 3, is characterized in that, each small size image frames reconstruct synchronizing signal, obtains virtual frames; Each virtual frames downloads to local cache, carries out subsequent treatment to be supplied to image processor;
According to rear class disposal ability, the direction of a large scale original image frame according to row is split, forms some small size image frames; According to preset algorithm, process whole small size image frames successively; The whole small size image frames handled well are spelled back a complete large scale enhancing picture frame; Adjacent small size image frames partly overlaps;
To each small size image frames reconstruct synchronizing signal, form independently virtual frames;
Each virtual frames is downloaded among local cache, to carry out subsequent treatment;
For each virtual frames, each row data are downloaded among local cache, and successively get data line and cushion to carry out scroll process; Wherein, for when pre-treatment row data, according to pixels put and carry out successively;
In Installed System Memory, process whole small size image frames successively, and the whole small size image frames handled well are spelled back complete large scale enhancing picture frame.
5. novel intelligent electroencephalogram excitation apparatus according to claim 1, it is characterized in that, display screen adopts touching display screen, comprise: a upper substrate, this upper substrate comprises a touch screen, this touch screen comprises one first battery lead plate and one second battery lead plate that are oppositely arranged, this first battery lead plate comprises one first matrix, this first matrix has one towards the first surface of described second battery lead plate, this second battery lead plate comprises one second matrix, and this second matrix has one towards the second surface of described first battery lead plate, one infrabasal plate, this infrabasal plate and upper substrate are oppositely arranged, and this infrabasal plate comprises a thin-film transistor display panel, and a liquid crystal layer, be arranged between this upper substrate and infrabasal plate, this first battery lead plate comprises multiple first transparency electrode is disposed on the first matrix first surface along first direction further, this second battery lead plate comprises multiple second transparency electrode is disposed on the second matrix second surface along second direction further, this second direction is perpendicular to first direction, the plurality of first transparency electrode and multiple second transparency electrode are all arranged on the area pressed of this touch screen, for the pressing of sensing touch thing, the plurality of first transparency electrode and multiple second transparency electrode include a carbon nanotube layer, this carbon nanotube layer is made up of multiple CNT, CNT in the carbon nanotube layer that the plurality of first transparency electrode comprises is arranged of preferred orient along described first direction, CNT in the carbon nanotube layer that the plurality of second transparency electrode comprises is arranged of preferred orient along described second direction.
6. novel intelligent electroencephalogram excitation apparatus according to claim 5, is characterized in that, comprise further: multiple first holding wire is electrically connected with described multiple first transparency electrode respectively; One insulating barrier, it is peripheral that this insulating barrier is arranged on this second battery lead plate upper surface, and this first battery lead plate is arranged on which insulating layer and described second battery lead plate interval; And multiple point-like spacer is arranged between described first battery lead plate and described second battery lead plate;
Carbon nanotube layer comprises a carbon nano-tube film or multiple carbon nano-tube film overlapped;
Described carbon nano-tube film is a CNT membrane structure, and the CNT of this CNT membrane structure is joined end to end and combined by Van der Waals force between CNT;
Described carbon nanotube layer comprises at least two CNT membrane structures overlapped, and the CNT shape in adjacent two-layer CNT membrane structure has angle α, and α is 0 °;
The thickness of described carbon nano-tube film is 0.5 nanometer ~ 100 micron.
7. novel intelligent electroencephalogram excitation apparatus according to claim 1, it is characterized in that, treatment cap, comprises cap body, magnetic therapy bodies, common-battery body, main control computer and related circuit, cap following on be provided with shade, shade adopts elastic telescopic belt carcass, shade has 4 ~ 9 magnetic therapy bodies, the running fix on shade of described magnetic therapy bodies; Each magnetic therapy bodies upper end wire is connected with the power supply body of crown, and described crown body of powering is connected with main control computer.
8. novel intelligent electroencephalogram excitation apparatus according to claim 7, it is characterized in that, described crown also has a magnetic therapy bodies; Described shade is two-layer up and down, and upper and lower two-layer shade connects through connecting band and crown, and magnetic therapy bodies is distributed on bilevel shade; Described levels shade is arranged altogether 9 magnetic therapy bodies, wherein: lower floor's shade is arranged 5, upper strata shade is arranged 3, crown arranges 1; Described magnetic therapy bodies comprises upper casing, mesochite, drain pan, iron core, coil and vibrating motor, and upper casing, mesochite and drain pan fasten as housing, and coil is arranged on the middle iron core of iron core, and described iron core, coil and vibrating motor are arranged in housing; Upper casing on described magnetic therapy bodies is provided with buckle, and described mesochite is provided with deck, and the bayonet socket that upper casing is provided with is contained in the deck on mesochite, and spring caps is along in the through hole be through between upper casing and mesochite; Drain pan is provided with buckle, is contained in the deck of mesochite by buckle.
9. novel intelligent electroencephalogram excitation apparatus according to claim 7, is characterized in that, has magnetic therapy bodies and common-battery body in described crown; Magnetic therapy bodies involving vibrations motor, iron core, coil, coil is arranged on the middle iron core of iron core, is connected with common-battery body; Vibrating motor is connected with common-battery body;
Described main control computer is by connection common-battery body, and common-battery body is an extension set box, and each magnetic therapy bodies is all in parallel; Main control computer exports the signal of telecommunication to panel, and the signal of telecommunication is respectively to coil and the vibrating motor of magnetic therapy bodies, and the signal of telecommunication comprises frequency, intensity, the time;
Described signal frequency selects 0.5 ~ 50Hz, and magnetic induction selects 7 ± 2mT ~ 14 ± 4mT, is provided with variable mode and fixed pattern frequently;
Described magnetic induction is divided into two grades: a prime time: 14mT ± 4mT; The weak shelves of b: 7mT ± 2mT; Within the scope of weak shelves, select treatment intensity: 1 ~ 7mT by toggle switch, the corresponding neutral gear that contains is at interior 8 gears respectively; Described variable mode is 6 frequencies, frequency conversion of automatically switching every 10 seconds; It is described that to determine frequency pattern be that 6 frequencies can be chosen any one kind of them frequency.
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| CN105344013A (en) * | 2015-12-17 | 2016-02-24 | 齐敬东 | Neck-brain rehabilitation therapy apparatus |
| CN110522626A (en) * | 2019-02-17 | 2019-12-03 | 白杰 | A kind of Chinese medicine Subhealth treating rush dormancy pai n nursing system |
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