CN103157166A - Brainwave inducing and pressure releasing device - Google Patents

Brainwave inducing and pressure releasing device Download PDF

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Publication number
CN103157166A
CN103157166A CN201110431495XA CN201110431495A CN103157166A CN 103157166 A CN103157166 A CN 103157166A CN 201110431495X A CN201110431495X A CN 201110431495XA CN 201110431495 A CN201110431495 A CN 201110431495A CN 103157166 A CN103157166 A CN 103157166A
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frequency
resonance
induced
pressure device
zone
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CN201110431495XA
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Chinese (zh)
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CN103157166B (en
Inventor
蔡淑慧
谢赐山
郭晋荣
廖宪正
林洪荣
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财团法人工业技术研究院
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Publication of CN103157166B publication Critical patent/CN103157166B/en

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Abstract

A brainwave inducing and pressure releasing device comprises a resonance wave generating module and a physiological signal measuring unit, wherein the resonance wave generating module comprises a plurality of resonant elements and is divided into a plurality of resonant zones, each of which independently generates or closes a changeable resonance wave, and the physiological signal measuring unit at least measures autonomic nervous sympathetic energy (LH) and autonomic nervous parasympathetic energy (HF) of a user, and outputs a set of feedback control signals to the resonance wave generating module to modulates the resonant elements.

Description

E.E.G is induced easypro pressure device

Technical field

The invention relates to that a kind of E.E.G induces easypro pressure device (PRESSURE RELIEF APPARATUS WITH BRAIN ENTRAINMENT), wherein also adopt Schumann ripple (Schuman Wave) to produce E.E.G and induce.

Background technology

Easypro pressure is loosened the instinct for the people.There have been many research and product in traditional easypro pressure aspect from five senses, but the factor that five senses activate operates with autonomic nerve and is still at present presenting of a complication system.But whether this part has and common body and mind operating mode, is the curious and discussion of everybody institute always.

After the research of E.E.G science and autonomic nerve occurs, begin to have product to attempt carrying out the guiding of high-order consciousness, thereby produced many new products and use, the pressure modes of relaxing are experienced in five senses in past, also with E.E.G resonate done one related.But relevant easypro pressure accessory is provided effectively to provide more by the parameter of corresponding body Diastolic pressure that can qualitative, quantitative, and the perceptual feedback that is used as relaxing and presses accessory and five senses to experience for example comprises that proprioceptive descriptive and people is because of the corresponding relation of the factor.In addition, also dynamically do not reach instantaneity feedback adjustment according to physiological status, press final effect and purpose to reach to relax.

The easypro pressure technology that how to provide efficient and instantaneity feedback physiological status is current important research and development problem.

Summary of the invention

For addressing the above problem, the invention provides a kind of E.E.G and induce easypro pressure device, it can rely on the different parts to human body to apply the Schumann ripple to produce resonance, to reach the effect of relaxing and pressing.

The invention provides a kind of E.E.G and induce easypro pressure device, comprise a resonance wave generation module and a physiology signal measurement unit.The resonance wave generation module comprises a plurality of resonant elements, is distinguished into a plurality of resonance zones, but each of these resonance zones can produce individually a resonance wave of modulation or close.Physiological signal measures a sympathetic energy LH of autonomic nerve and the autonomic nerve parasympathetic energy HF that the unit measures a user at least, according to instantly one in a predefined set condition, export one group of feedback control signal to this resonance wave generation module, to modulate these resonant elements.

For above-mentioned feature and advantage of the present invention can be become apparent, embodiment cited below particularly, and coordinate appended graphic being described in detail below.

Description of drawings

Fig. 1 illustrates the general frequency of Schumann ripple and the schematic diagram that concerns of E.E.G;

Fig. 2 illustrates according to one embodiment of the invention, resonance wave generation module block schematic diagram;

Fig. 3 illustrates according to one embodiment of the invention, and a kind of E.E.G is induced the circuit box schematic diagram of the pressure device that relaxes;

Fig. 4 illustrates according to one embodiment of the invention, the structural representation of resonant element;

Fig. 5 illustrates according to one embodiment of the invention, the schematic diagram of channel signal;

Fig. 6 A illustrates according to one embodiment of the invention, and corresponding human body separates schematic diagram;

Fig. 6 B illustrates according to one embodiment of the invention, the human body of corresponding diagram 6A, the configuration schematic diagram of the resonance zone of resonance wave generation module;

Fig. 7 illustrates according to one embodiment of the invention, and E.E.G is induced the operating process schematic diagram of the pressure device that relaxes;

Fig. 8 illustrates according to one embodiment of the invention, the variation schematic diagram of sensorimotor rhythm (SMR) (SMR) energy;

Fig. 9 illustrates according to one embodiment of the invention, and corresponding table one is inspected schematic flow sheet;

Figure 10 illustrates according to one embodiment of the invention, the time evolution schematic diagram of the multichannel Schumann wave frequency spatial distribution of corresponding human body from the initial value to the end point values;

Figure 11 illustrates the embodiment according to the present invention's one setting designing, with the situation interface configuration diagram of autonomic nerve physiological signal in conjunction with control Google's starry sky (Google SKY);

Figure 12 illustrates the embodiment according to the present invention's one setting designing, take Google's starry sky as background, shows the physiological status schematic diagram;

Figure 13 A-13C illustrates according to another setting designing of the present invention embodiment, is grown to background with flower, shows the physiological status schematic diagram.

Reference numeral

90: the resonance wave generation module

100: the frequency pulse width modulated unit

102: mnemon

104: microprocessor

105: modulation module

106: the frequency source module

108: the vacant module of carrier wave pulsewidth

110: multiplier

120: resonant element

122: power amplifier

124: output interface unit

126: the Schumann ripple is induced generation unit

150: physiological signal measures the unit

152: control unit

200: power line

202: motor

204: retaining element

206: sheet shakes

208: rotating shaft

210: damping element

220: fixing substrate

224: the control area

300: the idea system of roaming

302: the sensing signal sampling unit

304: the arithmetic operation program unit

306: the numerical response mould shows the unit

308: the feedback control picture display unit

310: the system dynamics control unit

312: display

400: soil

402: flower

404: the flower sheet

406: branch

S100-S110: step

S200-S218: step

The specific embodiment

Below in conjunction with accompanying drawing, the present invention is described in further detail.

The invention provides one is embedded with the individual physiological signal and is used as relax pressing the mode of feedback for the basis.Can rely on the objective amount of commenting mode to get rid of the subjective feeling of user, and the physiological status that measures according to reality is as feedback, reaching relaxes presses effect.Again, the present invention also can have the set model of individuation impression, and specific guided mode, meets the demand of body and mind impression.

Traditional major part die pressing product that relaxes carries out mainly with the flow process that has set.Yet the feedback that the present invention can utilize physiological signal being controlled as the pressure mode of relaxing, wherein more relies on E.E.G (Brain Entrainment) mode of inducing to express pressure.Everyone body constitution was from physiological status was different at that time, and relied on individual's physiological status instantly, taked the corresponded manner pressure of relaxing to have better effect.

The invention relates to the E.E.G that contains the physiology feedback and induce easypro pressure device, particularly utilize the heart rate variability parameter signal of autonomic nerve output, control and produce the interface that E.E.G is induced, and in conjunction with Schumann ripple resonance wave, reach the experience of loosening completely.The heart rate variability parameter signal that the E.E.G that contains the physiology feedback of the present invention induces the pressure device that relaxes instantly to measure with human body is controlled multichannel Schumann ripple resonance wave generator to reach various E.E.G induction state.Wherein the easypro pressure condition of health can utilize the heart rate variability parameter signal, and for example instant autonomic nerve energy height, comprise the autonomic nerve total energy, sympathetic energy, parasympathetic energy etc. represents nervous degree of correlation with loosening, with the feedback as physical and mental statuse.Implement in aspect in one, again with the detection of sympathetic and the parasympathetic factor amount of the commenting foundation as the degree of feedback.Again, these parameters also can be used for handling the situation picture that relaxes and press, and the perception interdynamic of situation formula is provided.The array type multichannel Schumann baud generator of various different frequency ranges and spatial distribution, be used for according to each one body constitution and reach in the daytime night and auxiliary fit matter isotype difference, little frequency of vibration of multichannel Schumann ripple and people's resonance body coupling, the guiding E.E.G induces phenomenon to produce, and provides more the feedback of adaptive to induce.This E.E.G that contains the physiology feedback is induced the pressure device device that relaxes, and can be embedded in bed, or chair, or in the floor, the interaction sense that provides a kind of generation to come personally.

Below for some embodiment, the present invention is described, but the present invention be not limited only to for some embodiment, and also suitable combination can be arranged between embodiment.

The invention provides E.E.G and induce easypro pressure device, it for example can induce module with the multichannel Schumann ripple E.E.G of physiological signal feedback, again in conjunction with the output signal of physiological signal, the parameters such as sympathetic and parasympathetic such as autonomic nerve, thereby can meet the human body immediate feedback adjustment that the Different Dynamic scope stimulates when relaxing pressure, and feed back by this physiological signal of exporting and control the pattern output that multichannel Schumann ripple E.E.G is induced module, and set the situation variation when relaxing pressure.

Physiological signal output comprises the autonomic nerve coherent signal, it comprises Nonlinear Dynamic and the statistical parameters such as the sympathetic energy LH of instant autonomic nerve, parasympathetic energy HF, eartbeat interval (R-R interval, RRI), heart rate variability coefficient (SDNN), autonomic nerve gross activity (TP).Wherein the heart beating of human body is not to beat with fixing speed, is commonly referred to as heart rate variability (Heart Rate Variability, HRV).Even at health at the stable state of calmness, also can be because of the different relaxed condition of health, and the variation of certain degree is arranged.Heart rate variability is controlled by autonomic nervous system (Automatic Nervous System, ANS), uses the balance of keeping body and mind.

In addition, the multichannel Schumann ripple that the invention provides an array formula is induced feedback, and the E.E.G that is used for strengthening the experiencer is induced (Brain Entrainment), produces interaction sense when participating in the cintest, and provides more the feedback of adaptive to induce.The E.E.G that contains the physiology feedback is induced the module of relaxing and pressing, and can be embedded into bed, chair, or in the floor, the interaction sense that provides a kind of generation to come personally.

Multichannel Schumann ripple E.E.G is induced module, can induce feedback in conjunction with physiological signal output signal and Schumann ripple, having with data such as its signal combination animation, setting designing, network application software (APP) and high in the clouds, can provide more when participating in the cintest and can open the easypro situation of pressing of experience of expansion type.

E.E.G of the present invention is induced easypro pressure device, for example comprises a resonance wave generation module and a physiology signal measurement unit.The resonance wave generation module comprises a plurality of resonant elements, is distinguished into a plurality of resonance zones, but each of these resonance zones can produce individually a resonance wave of modulation or close.Physiological signal measures a sympathetic energy LH of autonomic nerve and the autonomic nerve parasympathetic energy HF that the unit measures a user at least, according to instantly one in a predefined set condition, export one group of feedback control signal to this resonance wave generation module, to modulate these resonant elements.

Again, E.E.G induces the pressure device that relaxes also can comprise display, and links with application software and the information bank of network.

The Schumann ripple is because overhead approximately 100 miles, a ring ionosphere (Ionosphere) is had in the sky in vain, it changes along with the daylight power, just forming a hole with earth surface and compose the device (Cavity resonator) that shakes, just looks like that the effect of beating a drum is the same.The Schumann wave frequency is extremely low, can penetrate any material, comprises ground people.Human brain has α wave band, β 1 wave band and β 2 wave bands, and is corresponding with the Schumann ripple.Existing research points out that the Schumann ripple can exert an influence to organism, if wherein human body often is subject to exciting of Schumann ripple, just may produce resonance, is conducive to the physical and mental development.

Point out according to the Coherence resonance phenomenal research, a plurality of resonance bodies that chaotic phase/frequency was arranged for the starting stage, if applied the vibration wave source of a fixed frequency by the outside, after after a while, these resonance cognition reach the vibration wave source that applies with the outside identical phase place and frequency.The present invention utilizes to add the Schumann ripple and be in harmonious proportion resonance to carry out the body Diastolic pressure.

The present invention proposes to utilize multichannel Schumann ripple induction frequency to reach " E.E.G is induced phenomenon " (Brain Entrainment) as the compound vibration resonance that declines, so to reach the effect of relaxing and pressing.Wherein, rely on the feedback of physiological signal, can export physiological signal in conjunction with autonomic nerve, regulate and control different easypro die pressing types.Thereby can meet the various psychological needs of the mankind when relax pressing, export by this physiological signal and regulate and control system relax when pressing required E.E.G induction frequency amplitude and frequency distribution system.Fig. 1 illustrates the general frequency of Schumann ripple and the schematic diagram that concerns of E.E.G.Consult Fig. 1, the spike of the general frequency of the α wave band of the E.E.G of human brain, β 1 wave band and β 2 wave bands and Schumann ripple take 7.83Hz, 14.1Hz, 20.3Hz as representative, has its corresponding relation.The present invention is according to the spectral characteristic of Schumann ripple, providing is for example the wave source of inducing that is equivalent to the Schumann ripple, induces and the pressure of relaxing so that human body is produced, and coordinates the physiological signal that measures, reflect the coherent signal that measurement is instantly arrived, determine and meet the day and night physiology nature rhythm and pace of moving things die pressing type that relaxes of the mankind.

Fig. 2 illustrates according to one embodiment of the invention, resonance wave generation module block schematic diagram.Consult Fig. 2, resonance wave generation module 90 comprises frequency pulse width modulated unit 100 and resonant element 120.Frequency pulse width modulated unit 100 for example comprises mnemon 102, microprocessor 104 and modulation module 105.Modulation module 105 for example can be comprised of frequency source module 106, the vacant module 108 of carrier wave pulsewidth and multiplier 110.Frequency pulse width modulated unit 100 can produce the frequency pulse width modulated output signal, in order to input to resonant element 120 to produce resonance wave, it is for example artificial Schumann ripple, be namely that corresponding Schumann wave frequency spike wave band is artificially to produce resonance wave, can simulate at least a portion wave band of actual Schumann ripple after combination.Modulation module 105 is subjected to the control of microprocessor 104 can produce the frequency pulse width modulated output signal.Mnemon 102 is shown provides waveform, and for example the waveform of square wave is modulated to microprocessor 104.Can there be the circuit design of various ways frequency pulse width modulated unit 100, is not limited to particular electrical circuit.

Resonant element 120 for example comprises a power amplifier 122, output interface unit 124, Schumann ripple resonance generation unit 126.Resonant element 120 converts resonance wave to according to needed frequency and frequency range.Power amplifier 122 amplifies input signal, with driver output interface unit 124, induces generation unit 126 with generation Schumann wave source as controlled the Schumann ripple by signals such as magnetic, sound, light, electricity the conversion of signals precedent.Resonant element 120 is for example that the vibrating motor of integrating can be in aftermentioned.Resonant element 120 is indicated according to the frequency of input, to produce the resonance wave source.The resonant element 120 that in other words, can reach identical function gets final product.

As a complete unit, based on coordinating multichannel design, can adopt a plurality of resonant element 120 components to become zones of different, each zone is controlled by a modulation module 105, controls respectively to reach multichannel.

Fig. 3 illustrates according to one embodiment of the invention, and a kind of E.E.G is induced the circuit box schematic diagram of the pressure device that relaxes.Consult Fig. 3, can be designed to multichannelly be configured to consist of E.E.G and induce easypro pressure device according to the elementary cell of Fig. 2.E.E.G induces the pressure device that relaxes can comprise that resonance wave generation module and physiological signal measure the unit.The resonance wave generation module comprises frequency pulse width modulated unit 100 and a plurality of resonant element 120, is distinguished into a plurality of resonance zones, for example is divided into output module _ 1 to N the resonance zone of output module _ N.But each resonance zone can produce individually a resonance wave of modulation or be closed.Resonant element 120 was controlled on variable frequency by a plurality of modulation modules of frequency pulse width modulated unit 100 in 105 minutes.This frequency is to belong to Schumann wave frequency scope.

Physiological signal measures unit 150 and measures the physiology feedback parameter, and it for example measures a sympathetic energy LH of autonomic nerve and an autonomic nerve parasympathetic energy HF of a user at least.The sympathetic energy of autonomic nerve is generally that the composition that belongs to low frequency represents with LH, and autonomic nerve parasympathetic energy is generally that the composition that belongs to high frequency represents with HF.Control unit 152 is for example PC, and picture is arranged, and the software of control and computing.

Control unit 152, the physiology feedback parameter that reception measures from user, according to instantly one in a predefined set condition, exporting one group of feedback control signal to the frequency pulse width modulated unit 100 of resonance wave generation module, and then control respectively resonant element 120.From broader angle, control unit 152 can be also a function square that is incorporated in frequency pulse width modulated unit 100.So, to induce the pressure device that relaxes can be to measure unit 150 by resonance wave generation module 90 and physiological signal to be consisted of to E.E.G.

Scrutable is that under identical function, its actual circuit design is to have different the variation to need not to limit.Below only describe for some embodiment.

Fig. 4 illustrates according to one embodiment of the invention, the structural representation of resonant element.Consult Fig. 4, resonant element 120 for example is comprised of a plurality of vibrating motor, comprises that motor 202 relies on the signal of power line 200 input preset frequencies, and for example pulse voltage signal such as back is shown in Figure 5.Motor 202 can rotate according to the pulse voltage signal that has predetermined pulse width after amplifying, and its rotating shaft 208 can be rotated an angle according to pulsewidth.Motor 202 relies on retaining element 204 to arrange on needed base material.Base material can be rigid flexible material, the agent set that coordinates required down to enter.Damping element 210 is for example spring, rotating shaft 208 can be rotated back into original position when voltage is zero, and therefore reaching rotating shaft 208 comes back rotation according to frequency.When the sheet 206 that shakes is fixed on rotating shaft 208, because rotating shaft 208 comes back rotation, promotes air thereby produce resonance wave.This resonance wave frequency can be controlled in Schumann wave frequency spike place, or near it, the wave band of corresponding E.E.G.The frequency that so E.E.G can be given is induced.

Just generally speaking, the mode that produce resonance wave can have alternate manner, and the present embodiment is only lifted the mode of motor and implemented, but is not limited only to this kind mode.

Fig. 5 illustrates according to one embodiment of the invention, the schematic diagram of channel signal.Consult Fig. 5, the voltage signal of modulation motor, corresponding different passage can be controlled respectively, the frequency of its operation.Diverse location due to the different corresponding user of passage meeting.Rely on minute other control, can reach better easypro pressure effect.The relevant position of passage and position is plotted in rear description.

In the present embodiment, the frequency of passage 1 is for example 7.8Hz near a spike place of Schumann ripple, and pulsewidth is for example 6ms, and it determines the rotation amplitude of motor.The frequency of passage 2 is for example 14.2Hz, and near a spike place of Schumann ripple, pulsewidth is for example 10ms, and it determines the rotation amplitude of motor, and phase place can have difference.The frequency of passage 3 is for example also 14.2Hz, and with passage 2, phase contrast is arranged.The frequency of passage N is for example 20Hz, and its pulsewidth and phase place also can be adjusted.In the operation of reality, each passage can individual operation or is closed.

Fig. 6 A illustrates according to one embodiment of the invention, and corresponding human body separates schematic diagram.Fig. 6 B illustrates according to one embodiment of the invention, the human body of corresponding diagram 6A, the configuration schematic diagram of the resonance zone of resonance wave generation module.Consult Fig. 6 A, for example consider with the height of average general male body such as left side human body, for example can be distinguished into a plurality of resonance zones according to different positions, it is more for example six resonance zone I-VI.The human body on the right is the zone of corresponding female body height.In the present embodiment, its six resonance zone I-VI are for example:

One first area I is positioned between s plantar region;

One second area II is positioned between ankle zone;

One the 3rd regional III is positioned between lower leg region;

One the 4th regional IV is positioned at the knee interval;

One the 5th regional V is positioned at the thigh interval; And

One the 6th regional VI is positioned between abdomen part.

Consult at the same time Fig. 6 B, aforesaid a plurality of can vibrative resonant element 120 take motor 202 as representative, it is arranged on fixing substrate 220.At the array region 222 of fixing substrate 220, motor 202 is with the array way of strip, and corresponding resonance zone I-VI arranges.The control area 224 of fixing substrate 220 is provided with power supply supply and panel etc. and controls original paper.Fixing substrate 220 can be hard material or flexible material, and wherein flexible material can coordinate the structure of agent set, and for example massage armchair or other easypro pressure device, produce the Schumann ripple with close human body.

For example shown in Figure 7 on operating process.Fig. 7 illustrates according to one embodiment of the invention, and E.E.G is induced the operating process schematic diagram of the pressure device that relaxes.In step S100, begin operation.In step S102, it carries out an initial flow process, and downloads needed basic document (default data).Initial flow process is for example set the communication format with the PC end.In step S104, set service condition, for example set service time, condition of interruption etc.In step S106, inspect instruction and whether really send.If instruction is not sent, inspect and whether jump out and finish or continue the input of wait instruction, namely check the instruction that whether has the PC end to assign always.In step S108, if instruction is arranged, decipher instruction and carry out corresponding parameter setting, its switching/frequency/phase such as each passage/amplitude condition etc.In step S110, edit instruction becomes the strings of commands, and confirms response to the PC end.Afterwards, whether flow process continues again to inspect and jumps out and finish or continue the input of wait instruction.

From the test of reality, use this case E.E.G to induce easypro pressure device really can promote condition.Fig. 8 illustrates according to one embodiment of the invention, the variation schematic diagram of sensorimotor rhythm (SMR) (sensorimotor rhythm, SMR) energy.Consult Fig. 8, the sensorimotor rhythm (SMR) energy can be raised after using E.E.G to induce easypro pressure device.When the sensorimotor rhythm (SMR) energy increases, can increase the absorbed power of user, also show clinically the outbreak that slows down epilepsy, or as the lifting of old people's cognitive competence, press effect and reach to relax.

How below describe the resonance wave generation module of inducing the pressure device that relaxes produces related with physiological signal.Physiological signal is to measure unit measuring by physiological signal to obtain, and it measures a sympathetic energy LH of autonomic nerve and an autonomic nerve parasympathetic energy HF of a user at least.Through the analysis of PC or microprocessor etc., according to instantly one in a predefined set condition, export one group of feedback control signal to the resonance wave generation module, with the modulation resonant element.

The mode that measures the sympathetic energy LH of autonomic nerve and autonomic nerve parasympathetic energy HF can adopt the conducting shell known to general Electrocardiographic mensuration, or any mode applicatory, and need not to be particularly limited.First consult the upper figure of Figure 10, take the corresponding human body of three resonance zones of one-shot as example, the difference of energy LH sympathetic according to autonomic nerve and autonomic nerve parasympathetic energy HF can change according to user condition instantly.

Table one is the difference degree of energy LH sympathetic according to autonomic nerve and autonomic nerve parasympathetic energy HF, the easypro die pressing type that starts.

Table one

Fig. 9 illustrates according to one embodiment of the invention, and corresponding table one is inspected schematic flow sheet.Consult Fig. 9, in step S200, just enter step S202 after setting the monitoring period interval.In step S202, measure the value of autonomic nerve sympathetic energy LH (%) and autonomic nerve parasympathetic energy HF (%).In step S204, inspect no LH (%)-HF (%)≤10% and HF (%)>LH (%), result be "Yes" just in step S206, the easypro die pressing type of entry condition 1; Result be "No" just in step S208, inspect the no symbol condition 2 that begins, be namely the condition of 10%<LH (%)-HF (%)≤20%.Its result be "Yes" just in step S210, the easypro die pressing type of entry condition 2; Result be "No" just in step S212, inspect the no symbol condition 3 that begins, be namely the condition of 20%<LH (%)-HF (%)≤30%.Its result be "Yes" just in step S214, the easypro die pressing type of entry condition 3; Result be "No" just in step S216, inspect the no symbol condition 4 that begins, be namely the condition of 30%<LH (%)-HF (%)≤40%.This flow process proceeds to step S218, the content of executive condition 10.

Figure 10 illustrates according to one embodiment of the invention, the time evolution schematic diagram of the multichannel Schumann wave frequency spatial distribution of corresponding human body from the initial value to the end point values.Consult Figure 10, upper diagram represents the enable position of the relative human body of Schumann ripple.Bottom graph represents that human body produces the change of body state through the effect of Schumann ripple and is in different conditional Sections.In other words, body state may be in the state of non-easypro pressure in when beginning, need to be go to lead near the Schumann ripple of frequency, and adjust near resonance zone VI, so human body first obtains relaxing and puts.After after a while, body state can change and enter another condition, and complies with the pattern that also changes the Schumann ripple.At last, the people knows from experience the state that relaxes and press that reaches.

The present invention more for example can utilize the output signal that contains physiological status to control the physiology feedback of multichannel Schumann ripple resonant frequency, and then the situation interface framework with guiding physiological status.

It is the effect that physiology feedback guiding E.E.G is induced that the multichannel Schumann ripple E.E.G that contains the physiology feedback of the present invention is induced the principle of the pressure device that relaxes, utilize the physiological signal of detecting to go the guided procedure that reflects that the present physiology of people produces, and then help the experiencer that physical and mental statuse is adjusted to specific target.This physiology feedback guiding is main to be quantized physiological signal and drives the multichannel Schumann ripple induction frequency that presets according to the feedback message except comprising, further can comprise the results conversion that will quantize and become the scrutable pattern of common people or the suitable setting designing of corresponding its cooperation, taking advantage of so that the experiencer has more telepresenc or adds the pressure effect of relaxing.Therefore this situation interface is except studying the interpretation of autonomic nerve physiological signal, not limiting the autonomic nerve physiological signal is unique input signal, particularly electromyographic signal described above, gravity center of human body, posture etc., will study and integrate according to the demand that instinct type is controlled.That is to say, the guiding of situation interface of the present invention also can make in conjunction with different input information user can with physiological signal intuition guiding type control the physiology of multichannel Schumann ripple induction frequency feedback.

Figure 11 illustrates the embodiment according to the present invention's one setting designing, with the situation interface configuration diagram of autonomic nerve physiological signal in conjunction with control Google's starry sky (Google SKY).Consult Figure 11, the idea that the state of autonomic nerve physiological signal coordinates idea the to roam system 300 of roaming comprises that sensing signal sampling unit 302, arithmetic operation program unit 304, the numerical response mould of autonomic nerve physiological signal show unit 306, feedback control picture display unit 308 and system dynamics control unit 310.

Sensing signal sampling unit 302 receives physiological signal, for example eartbeat interval (R-R interval, RRI).Arithmetic operation program unit 304 carries out instant (real time) arithmetic operation and instant the processing, output multi-signal, for example heart rate variability coefficient (SDNN), the sympathetic energy of autonomic nerve (LH), autonomic nerve parasympathetic energy (HF).System dynamics control unit 310 can be according to changing various states by arithmetic operation program unit 304, for example Display Category and changing according to looking into list-directed action.Feedback control picture display unit 308 display modes corresponding to output are with the display frame of control display device 312.System dynamics control unit 310 also receives the output signal that the numerical response mould shows unit 306, to adjust the physiological status of user.

Aforesaid arithmetic operation program unit 304 and system dynamics control unit 310 for example see through signal characteristic classified filtering judgement treatment element, and the roam situation of pattern of the correlation energy that calculates instant autonomic nerve and starry sky is controlled and demonstration, and it as shown in figure 12.

Figure 12 illustrates the embodiment according to the present invention's one setting designing, take Google's starry sky as background, shows the physiological status schematic diagram.Consult Figure 12, after E.E.G of the present invention induces the pressure device that relaxes connected to the network through the situation interface, can obtain the information on network, for example Google's stellar map, coordinating the physiological status instantly measure, the situation that coordinates Google's starry sky is update displayed corresponding state position at present at any time.The mode of its demonstration can have multiple consideration, for example following mode.

The autonomic nerve state that shows present individuality with the relative autonomic nerve gross activity (TP) of heart rate variability coefficient (SDNN) is namely starlight body size.The physiological signal track that starry sky is roamed (Conscious Trajectory) is the ratio by the eartbeat interval (RRI) of user and the sympathetic energy of autonomic nerve (LH) and autonomic nerve parasympathetic energy (HF), decides the path point of trajectory.

That is to say, autonomic nerve physiological signal feature for example shows with a characteristic starlight body, and it has the variation of the kinds such as color, size, and overlapped on Google's stellar map, the starlight body according to trajectory move to different empty/the time etc.User can be embodied in to relax and press in the space, and in different starry sky was roamed situation, the experiencer was along with the mental state (physiological signal) of pressing temporal evolution to change of relaxing shows with a relative LH/HF correlogram of RRI.

Again, the another kind of situation meter meter of similar Figure 12 can adopt the plant growth state to show.Figure 13 A-13C illustrates the embodiment according to another setting designing of the present invention, is grown to background with flower, shows the physiological status schematic diagram.

Consult Figure 13 A, the physiological status legend is as comprising soil 400 and flower 402.Physiological status in beginning is for example to be in the state of tightening, and is that the situation of placing into the soil in 400 shows with branch 406 and the flower sheet 404 of flower 402.Consult Figure 13 B, relax pressure device after a period of time through using E.E.G to induce, physiological status begins to unfold, and flower 402 begins to grow up, branch 406 soil 400 of emerging, but flower sheet 404 does not rise yet.Consult Figure 13 C, more after after a while, the physiological status of user has been in easypro pressure condition, and the colored sheet 404 of flower 402 presented the state of blooming and showed situation this moment.The ways of presentation of flower 402 can be adjusted according to actual design.

In other words, E.E.G of the present invention is induced easypro pressure device, when feedback changes the die pressing type that relaxes, also rely on the situation interface to be connected the pattern that situation shows that obtains with network or outside information, also can change the contextual status of demonstration when rely on analyzing physiological status, allow the variation of physiological status instantly of user understanding itself.System architecture and pattern analysis as for thin section can design according to actual needs.

Technology contents of the present invention and technical characterstic are as above open; in the situation that do not deviate from spirit of the present invention and essence thereof; those of ordinary skill in the art can make according to the present invention various corresponding changes and distortion, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the present invention.

Claims (17)

1. an E.E.G is induced easypro pressure device, it is characterized in that, comprising:
One resonance wave generation module comprises a plurality of resonant elements, is distinguished into a plurality of resonance zones, but each of these resonance zones can produce individually a resonance wave of modulation or close; And
One physiology signal measurement unit, at least measure a sympathetic energy LH of autonomic nerve and an autonomic nerve parasympathetic energy HF of a user, according to instantly one in a predefined set condition, export one group of feedback control signal to this resonance wave generation module, to modulate these resonant elements.
2. E.E.G as claimed in claim 1 is induced easypro pressure device, it is characterized in that, this resonance wave comprises a switchable first frequency, a second frequency and one the 3rd frequency, and is corresponding to the α of E.E.G wave band, β 1 wave band and β 2 wave bands.
3. E.E.G as claimed in claim 2 is induced easypro pressure device, it is characterized in that, these resonance zones of this resonance wave generation module are the position settings according to average human body.
4. E.E.G as claimed in claim 3 is induced easypro pressure device, it is characterized in that this resonance wave generation module, variation according to this group feedback control signal, according to the one that meets in this set condition, start at least one of these resonance zones, and control respectively this resonance wave.
5. E.E.G as claimed in claim 4 is induced easypro pressure device, it is characterized in that, these resonance zones comprise:
One first area is positioned between s plantar region;
One second area is positioned between ankle zone;
One the 3rd zone is positioned between lower leg region;
One the 4th zone is positioned at the knee interval;
One the 5th zone is positioned at the thigh interval; And
One the 6th zone is positioned between abdomen part.
6. E.E.G as claimed in claim 5 is induced easypro pressure device, it is characterized in that, the sympathetic energy LH of this autonomic nerve obtains a difference after deducting this autonomic nerve parasympathetic energy HF, decide in this set condition instantly one according to this difference with respect to the position of ascending a plurality of marginal values, to produce this group feedback control signal to control these resonance zones.
7. E.E.G as claimed in claim 6 is induced easypro pressure device, it is characterized in that, the condition of controlling these resonance zones comprises:
When this difference is less than or equal to 10%, start this first area in this first frequency;
Greater than 10%, and be less than or equal to 20% when this difference, start this first area and this second area, respectively at this first frequency and this second frequency;
Greater than 20%, and be less than or equal to 30% when this difference, start this first area and the 3rd zone, respectively at this first frequency and this second frequency;
Greater than 30%, and be less than or equal to 40% when this difference, start this first area, this second area and the 3rd zone, respectively at this first frequency, this second frequency and the 3rd frequency;
Greater than 40%, and be less than or equal to 50% when this difference, start this second area and the 3rd zone, respectively at this first frequency and this second frequency;
Greater than 50%, and be less than or equal to 60% when this difference, start this second area, the 3rd zone and the 4th zone, respectively at this first frequency, this second frequency and the 3rd frequency;
Greater than 60%, and be less than or equal to 70% when this difference, start the 3rd zone, the 4th zone and the 5th zone, respectively at this first frequency, this second frequency and the 3rd frequency;
Greater than 70%, and be less than or equal to 80% when this difference, start the 4th zone, the 5th zone and the 6th zone, respectively at this first frequency, this second frequency and the 3rd frequency;
Greater than 80%, and be less than or equal to 90% when this difference, start the 4th zone, the 5th zone and the 6th zone, respectively at this first frequency, this second frequency and the 3rd frequency; And
Greater than 90%, and be less than or equal to 100% when this difference, start the 4th zone, the 5th zone and the 6th zone, respectively at this first frequency, this second frequency and the 3rd frequency.
8. E.E.G as claimed in claim 7 is induced easypro pressure device, it is characterized in that, this first frequency is 7.83Hz, and this second frequency is 14Hz, and the 3rd frequency is more than 20Hz.
9. E.E.G as claimed in claim 1 is induced easypro pressure device, it is characterized in that, this resonance wave comprises a plurality of resonant frequencies of the corresponding Schumann ripple of switchable a plurality of frequency.
10. E.E.G as claimed in claim 9 is induced easypro pressure device, it is characterized in that, these resonance zones of this resonance wave generation module are the position settings according to average human body.
11. E.E.G as claimed in claim 10 is induced easypro pressure device, it is characterized in that, this resonance wave generation module is according to the variation of this group feedback control signal, according to the one that meets in this set condition, start at least one of these resonance zones, and control respectively this resonance wave.
12. E.E.G as claimed in claim 1 is induced easypro pressure device, also comprises:
One display unit; And
One interface unit receives this group feedback control signal and exports an image state control signal to this display unit, and wherein this display unit changes the content of a show image according to this image state control signal.
13. E.E.G as claimed in claim 12 is induced easypro pressure device, it is characterized in that this display unit and a stellar map change being presented at corresponding demonstration one index location that changes on this stellar map according to this image state control signal.
14. E.E.G as claimed in claim 12 is induced easypro pressure device, it is characterized in that, this display unit shows a biological active state figure, according to corresponding this biological activity state diagram that shows variation of the variation of this image state control signal.
15. E.E.G as claimed in claim 1 is induced easypro pressure device, it is characterized in that, this resonant element comprises:
One motor rotates according to a pulse voltage signal that has with this resonance wave same frequency;
One damping element couples and this motor, gets back to original position after making the rotation of this motor; And
One sheet that shakes is arranged at the rotating shaft of this motor, produces this resonance wave with this frequency.
16. E.E.G as claimed in claim 1 is induced easypro pressure device, it is characterized in that, these resonant elements are scattered in a plurality of bar elements, and the adjacent a plurality of of these bar elements are one group of one that consists of these resonance zones.
17. E.E.G as claimed in claim 1 is induced easypro pressure device, it is characterized in that, this physiological signal measures the unit and also comprises the measurement cardiac rate, the cardiac rate coefficient of variation and autonomic nerve gross activity.
CN201110431495.XA 2011-12-14 2011-12-21 Brainwave inducing and pressure releasing device CN103157166B (en)

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