JP2002078772A - Remote computer diagnostic image method and laser acupuncture therapeutic instrument using muscle tonus or muscle potential sensor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide physical therapy based on Japanese superior traditional medicine to a patient at a distance place disadvantageous of medical environments by executing Western medical diagnosis and Eastern medical laser acupuncture therapy on a personal computer screen through the Internet on the basis of muscle tonus diagnosis. SOLUTION: A video camera is installed on a terminal placed in front of the patient at the distant place so that the muscle tonus diagnosis is executed by a sensor added to a personal computer by collating Western medical materials and related image materials called from the personal computer on the picture while viewing the audio and biological images of the patient transmitted by the Internet. At the same time, the physical therapy based on remotely controlled laser acupuncture induced by a CCR zoom camera connected to the terminal in front of the patient can be executed remotely.

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention
Muscle Tonus Diagnosis by Using Computer-Sound Image Information
And a laser acupuncture device. [0002] Medical technology handed down from the ancient times to the Orient
There is acupuncture and moxibustion. In addition, muscle toe response to external biophysical stimulation
Applied key to the application of the change
Nesiology, Bi. digital O-Ring
Tests are known. Also, using color
Stimulation therapy has also been practiced in the private sector. Nearby
In the year, laser applications and research in the medical field were made.
Pain relief effect by weak stimulation and wound healing improvement effect are expected.
I have been waiting. Alternative medical doctors in the field of international medical assistance
Despite its high biological effectiveness and health economic value,
It is difficult to learn techniques and general awareness of the effects of treatment
Acupuncture has not spread because it was so low
Was. [0003] Problems of Oriental Medicine Treatment
Acupuncture and moxibustion have recently become medically effective in Europe and the United States.
Is re-recognized, and basic and clinical research is actively conducted.
Yes. However, for the acquisition of the treatment technology and clinical diagnosis
Requires years of skill. Therefore, a unified diagnosis
Procedures for abdominal treatment have not been established.
The method of is conveyed and practiced for each school. Acupuncture
The treatment technician, over time,
It is learned empirically while comparing it with your own compatibility.
Many of them for daily practice while arranging them in their own way
I have. So, due to the nature of the technology, it was quite subjective
There are inevitable parts, and hundreds and hundreds of treatments can be made
It goes up. This is what Western medicine objective theory understands
It is also a bad part. [0004] For the above reasons, excellent treatment technicians
Equal, based on a unified methodology as in Western medicine
In addition, it is often difficult to train many. Only
However, there are many good acupuncture and moxibustion with limited learning at the individual level.
The methodology of the computer as information, and
And call it experimentally based on objective evaluation
Follow the video on the computer, try it again, and train
If successful, its clinical value would increase. [0005] At present, orthopedic surgery and pain clinic
Pain relief, improved wound healing,
Useful application of laser for epidemiological activation, useful clinical report
Has been made. The amount of stimulation is quantitative in Oriental medicine
Conventional acupuncture because it is easy to grasp
Based on the same procedure as above, under the name of laser acupuncture,
-Stimulation by point irradiation with rent light
Tissue deepening, and also has a thermal effect similar to moxibustion stimulation
At the same time, this promising method is attracting attention. this
As described above, the use as a laser acupuncture, but the amount of stimulation
Computerized as data because it can be
Can be stored on the
Is it easy to take delicate treatments similar to acupuncture?
And so on, stocking the methodologies of many acupuncture schools as information,
Call it up as necessary and use it as a reference when selecting and treating holes.
It can also expand the quality and breadth of the practitioner's clinical practice
You. [0006] Conventionally applied kinesiology and O
-Muscle tonus diagnostic methods such as the ring test
Degraded accuracy due to muscle fatigue despite high effectiveness
And evaluation is divided into objective diagnosis due to differences in muscle strength
I could not deny that. Information noise due to electromagnetic waves
It is said that it is necessary to eliminate the intervention. Also, actually
The operator directly or indirectly touches the specimen in front of the
When the operator spreads his / her fingers with both fingers,
In order for the operator to subjectively judge the difference in muscle strength taken,
It was difficult to keep a record of the diagnostic results. thumb
To make a ring with your fingers and pull it apart
A device that mechanically measures and numerically measures changes has also been devised.
However, the muscle strength test of the above O-ring test
It has been mechanized as the operating principle. In addition, conventional O-
Test subjects, practitioners,
The problem of consciousness in the potential of the human
Inspection method has a large influence as well as electromagnetic noise
Have to take into account the power of the system design
Must. One simple example is to some extent
At the time of training, it resonates with the practitioner's "thought",
Nonlinear forced oscillations occur through the space,
Experience changing the state of Tonus
Is known. This is a maze in subjective judgment
This is one of the reasons
This is why observability and the possibility of additional testing by third parties are required.
You. SUMMARY OF THE INVENTION The above-mentioned problems of the muscle diagnosis method are discussed below.
Detects subtle changes in fingertip momentum to overcome
To reduce muscle fatigue as much as possible.
There are many subjects projected as computer images
Withstands fast and efficient diagnosis over time
A new type of sensor has been devised. Special
In addition, according to the sensor attached to the skin surface, the operator's measurement
There is no room for subjectivity in. Also, electromagnetic noise
Disturbance of the information system due to noise
Through training such as learning, it is strong against noise and
Establish roads to stay within pre-ignition acceptance thresholds
Is also possible. To do so, the consciousness and knowledge of the practitioner and subject
Advanced feedback learning machine that takes into account the sense of sensation
It was necessary to build a system that maintained the functions in principle. First, a muscle tonus sensor of finger movement,
Repeatedly outputs the results from the myoelectric potential sensor to the computer
(E.g., neuronet) by repeating feedback
Training to save measurement data and help operators
Can determine the threshold value, and can judge and eliminate external noise.
That is what we did. [0009] In addition, related image and audio materials are provided to the subject.
A method of attaching a phone monitor and listening to it
This made inspection easier and faster. Operator
Is the necessary image material (audio material) on the computer screen
Select the same image (audio) on the Internet
Transfer to the tester's terminal and use the built-in headphone monitor.
Let them watch. The subject was the headphone monitor
Counter to external physical stimuli caused by visual and auditory
In response, a resonating discomfort occurs in the biologically relevant part. This
Equipped with a terminal with a whole body image of the subject showing
Take a video with the attached video camera, look at the video,
Operators operating their own finger sensors
To graphically draw the discomfort reaction site on the subject's body surface
It is drawn on the surface. All test materials are
Or by software in the form of voice,
Can be increased as much as possible. Conventionally, prep
Rad materials, drugs, etc., with the subject in front of the actual subject
And directly or indirectly contact by hand.
A ring test was conducted, but as described later,
Even with media such as images and sounds, the training
Ability to extract sensitive electromagnetic information
I have as much brain as I can on my computer
By setting to incorporate materials, you can also use headphones
With a monitor (or a hand-held small monitor described later)
By using the muscle sensor described above, many biological
It is possible to quickly conduct a test check for discomfort reactions.
Was. Next, connecting a terminal to the Internet
This allows remote operation diagnosis and remote control operation.
Wide-wavelength semiconductor laser irradiator with motor operation
Can be connected to a remote terminal,
Laser to subject's body by video camera video
-Irradiation and diagnostic checks with sensors are possible. [0011] Thereby, the laser acupuncture of Oriental medicine
Treatment and muscle tonus diagnosis can be performed on the same computer
Noh. Return the course of these treatments and diagnoses to the center
To provide feedback and analysis to the neuronet.
And there are things like empirical treatment rules for individuals and groups
Emergently derived. [0012] Oriental medical application of laser in this instrument
As for the method, it follows the fine acupuncture stimulation method in Japanese acupuncture and moxibustion.
Small, low-power, mass-produced semiconductor laser
-Or He-Ne laser can cope well. That
Therefore, even if a malfunction occurs, the headphone / mo
If you protect both eyes with a glove,
The danger that it affects can be minimized. [0013] Pain relief, improvement of blood circulation, wound healing in living body
As a physiotherapy use of laser with the expectation of promoting healing
The lower the irradiation output as the amount of stimulation, the better the effect.
Has been reported in many literatures. Attached to this device
Laser acupuncture has a slight irritation effect.
Influence on the living body even by remote operation via the Internet
The danger is very low. The standard of the irradiation stimulus (dose) is
Based on the response of the muscle tonus sensor and EMG sensor
Conventionally, it is performed directly using the patient's finger muscles.
Unlike the muscle tonus diagnostic method that was often
Many checks over a long period of time
Being able to do so while giving feedback to the department provides objective solutions
You can now have. [0015] Sensors appearing at multiple locations on the patient's body surface
When the 'disappearance' of the reaction site due to
The stimulus dose is appropriate. Dozens of seconds to a few minutes
Again, a strange reaction appears in the same place, but the number of times (cool)
As you follow, the time to reappear increases. Likewise
Each day, the number of irradiation courses also decreases. This
Quickly based on very subtle and simple operations, like
Proper diagnosis and treatment are made. Patient computer drawings
Diagnosis of disease condition by image, selection of related audiovisual materials, and above
Most of the above, such as determining the appropriate dose of laser acupuncture
In all cases, external physical punctures in the surgeon's or patient's own brain
A weak muscle sensor as a nonlinear information response system to the intense
-The determination based on the reaction
It is. Next, the effect of acupuncture and moxibustion is the weakness of the semiconductor laser.
Can be expected even in a wide output range.
Adjusts the wavelength in the visible light range as oriental medical light color therapy.
And check with the sensor according to the classic five rules
Change the color tone and irradiate the appropriate reaction acupoint
Can be used. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS
Patient from a remote patient (Figure 2)
Practitioner based on video image (1) and audio (2)
(A) Applied. Kinesiology (AK) muscle
Tonus diagnosis is performed by the sensor (3) on the personal computer.
Or directly on several places on the subject's body
Obtained with the EMG sensor (Fig. 9-32, 33, 34)
Display the response data on the terminal @ spray (1)
And at the same time, through the neuro network (4)
Materials (5, 6) and appropriate treatment site required
Select (16), Terminal @ spray (with left eye) (7)
And a monocular miniature monitor equipped with headphones (right eye)
At (2), the treatment site and multiple materials are projected separately
After having different visual recognition between the left and right eyes,
Sir (3) confirms the resonance reaction between visual information in the brain,
Based on the result, the laser guide lever (8) is remoco
And remotely set it in the terminal (11) in front of the patient.
From the mounted motor-guided laser gun (14)
The coherent light with a large amount of stimulus
Zoom the target again with the camera camera (15) and check the details
And a corresponding part on the patient's body surface
Or the reaction hole of the sensor) (16)
In this, physical therapy like 'laser acupuncture' is performed. Similarly, it was attached to the patient's head.
Glasses-type headphones. From the monitor (13), the operator
Selected by computer or neuronet computer
Related images (dissection, pathological tissue, bacterial virus)
Photographs, pharmacology / biochemistry, meridian model photo images etc. )
But also projected separately on the left and right eyeglass screens
In each case, the resonance response that appears on the patient's surface
Check the chronological change of the site and save it as a movie (1)
It will be used as reference for understanding the condition and determining the treatment site. Further, from the headphones (13), the operation
Oriental medicine energies such as site or 'meridians'
Pre-selected to activate the airflow of the
The operator (A) transmits sound waves in the frequency band
And let them listen. The laser beam is a small-scale mass-produced
Oscillated by a semiconductor laser irradiator, within the visible light range
Is the light of the wavelength that activates the (meridian)
(A) selected based on sensor response (3)
Laser gun (14) attached to the terminal in front of (B)
To irradiate the appropriate treatment hole (16) with the optimal output
Thus, laser acupuncture can be combined with color phototherapy. During laser irradiation, the sensor
In (3), the patient intermittently displayed on the monitor
Changes in related acupoints on the body surface and discomfort in the reaction zone (10)
To determine the appropriate amount of stimulation by confirming and eliminating
Can be. This record is stored as data on a computer.
The critical irradiation dose can be set. In response to external physical biostimulation,
Check for subtle changes in muscle tone and minimize muscle fatigue
So that everyone can easily do so depending on the training (Fig.
We devised a finger-moving sensor as in 3). Inside
Touch the rotating ball (17) with the resistance with your fingers
Changes in finger momentum due to rotation and changes in muscle tone
When there is a difference in the amount of rotation as
At that point, the green display of the graph will turn red
(FIG. 1-9). At the same time, sensors on the patient's body surface
-The reaction site is colored with a graphic (Fig. 1-10).
Set so that Even if there is a difference in muscle strength between people,
Subtle rotation resistance of sir ball with external knob (18)
Or by connecting to the neuronet (4)
Prepare some amount of obvious material,
By repeatedly checking the threshold of the sensor response
Computer (4) to learn and set the threshold value to 0
It is. At the same time, electromagnetic wave information as noise from outside
Can also be eliminated as much as possible through analysis of its properties. As the sensor, the above-mentioned rotary ball type is used.
In addition, pull the spring resistance lever (20) using three fingers.
In some cases, the relative accuracy is improved (Figs. 4 and 5).
Conceivable. Alternatively, a silicon thin film (fig.
6-22) The degree of physical deformation is measured using a laser
The reflected image is analyzed by illuminating (23) from below (24, 2).
5) Check the subtle changes in the motor range by doing
A model as shown in Fig. 6 was also devised. Next, a small monitor of the palm contact type of the patient will be described.
-(Fig. 7) shows a headphone monitor (Fig. 1-2,
Same image as in Fig. 2-13) or headphone-type monitor
When the living body shows a strange reaction to the image data from the
(28) in the frequency band that cancels the reaction of
Selection based on sir reaction>. F
The glasses of the headphones monitor (Figure 2-13) are for the left and right eyes.
The same inspection can be performed by projecting different images
Wear. In addition, a handheld monitor (Fig. 7) alone
It is also possible to substitute a type monitor. This is the power of the video projected on the monitor.
Magnetic information is transmitted to another micro-
Considered to be converted to a non-linear vibration system and propagated to the brain
available. Therefore, a medium that can convert and record electromagnetic wave information
If so, through training (learning by the brain),
Nonlinear electromagnetic wave information on the body cells such as palms
Gaining the ability to pick up
System can be developed. In the diagnostic and therapeutic device, the operator
From outside by visual and auditory input to both patient and patient
After replacing the wave signal system with a nonlinear internal biological information system,
Information on biological reactions appearing as a result of its information analysis in the brain
Is stocked through the neuronet, and the perceptual system
By feeding back the effective information to
An associative memory circuit of the brain is formed, and effective self-organized diagnosis
Is done naturally. Therefore, the brain and d
A feedback loop is formed with the
As a result of the exchange of in-vivo information (Fig. 13),
Disconnection and treatment become faster and more accurate. Observing the subject's body surface visually from a distance
Just to turn your muscle tonus at a specific site on the body surface
Clinical experience of finding sites that show discomfort
And a video camera (Fig. 2-12)
Video recording, at the pathological reaction site on the living body (Fig. 1-10)
Objectivity and reproducibility of diagnosis by enabling sequential analysis
It is what was asked. Also, by telephone from a patient from a remote location
Envision the whole picture of the person in front of the receiver using only voice information
By doing so, the same discomfort reaction as that obtained visually at that particular site
Based on the experience obtained by the diagnostic method using muscle tonus,
I guessed the following. That is, the moment the external information is received
In the meantime, the associative memory circuit in the practitioner's brain
Collective biometric information is mobilized, and furthermore,
By nonlinear 'pull-in' using vibration information system as a medium
Integration of personal information from outside is made, and conditions here
Subtle changes in muscle tone as an information response to
It is considered to have appeared. The above-mentioned clinical experience on human visual and auditory abilities
Therefore, the following model was devised. That is, for image processing
Graphic image of living body based on more average measured values (da
Me doll) on the monitor
Or local biometric information (for example,
Partial information such as a tooth plaster model)
In the brain of the operator (practitioner),
The whole body of the patient using the biological image of the Fick Dummy (nucleus)
The pathological image is holographically projected onto the dummy,
Detected as a reaction by the sensor. The reaction site
The graphic is printed on me. 'Retract
'Or in a nonlinear forced vibration system,
It is said that resonance is likely to occur as the number is closer. The dummy is
As 'inviting water' in a form that can be easily analyzed in the brain
Biological information that plays a role and includes genetic information contained in the brain
Draws a human image that is close to the average measured value even in the sense of approaching
Is good. The brain has considerable fuzzy inference ability
, But we need repeatability by multiple
And non-local, global attractors within the normal perceptual range
Think about how to converge the information in this way
It seems to be significant. Next, for the purpose of diagnosis,
Diagrams (This is a healthy person tomographically scanned by CT scan.
A three-dimensional reconstructed image in which the whole body image is superimposed by image processing
Good to be. ), Specimen copy of histopathology and bacterial virus
Photo book of Shin, Biochemistry, and Pharmacological data. These are used as image information
Embedded in the software and, if necessary,
By fuzzy inference, depending on sensor response (Fig. 1-3)
It is designed to call (Figs. 1-5, 6). (FIG. 12)
Some photographic images contain electromagnetic waves of wavelengths other than the visible light range (immediate
In addition, high-frequency high-frequency electromagnetic waves that reflect in-vivo information
Wave) information is also included invisibly, and the entity is in front of you
Even if it does not exist, the three-dimensional
A sensor that can detect and transmit negotiation images as a vibration system
Present in microscopic cells on superficial skin including cells
It seems to be. God, at least the biological information pathway
Transcellular system, microcapillary <microfiber>, in cytoskeleton
Is transmitted to a nonlinear physical signal system,
Itinerary of chaos or subtle fractals between three-dimensional structures
Differences are recognized through dimensional analysis, etc.
-Or global attractor yield due to structural resonance
It is believed that a bunch occurs. That the entity is not in front of me
Also, the test materials (dissection, pathological tissue, bacteria photos, etc.)
Etc.) (Fig. 1-5, 6) or from the monitor
Of the extracted subject's plane image (Fig.
That's why we can get a lot of information. Outside
Muscle tonus as a biological response system to physical information stimuli
Displacement reflects this nonlinear resonant system by the brain
It is. Therefore, it was obtained through the sensor (Fig. 1-3).
Information on muscle tonus displacement is based on brain resonance
You can think of it as a faithful representation of the reaction. The whole body image of the subject is displayed at several index positions.
Based on (triangular mark), subdivide into grids with blocks
(Figure 11), the approximate positional relationship on the body surface is counted
Value (address), and the three-dimensional anatomical structure of the corresponding part
Search out from image materials by neuronet. Immediately
In the deeper than the surface layer, the anatomical photograph (or CT-
(SCAN image) translucent image processing, changing colors and overlaying
Call them in order. This is because the front and side surfaces of the body
Extending the reaction point of discomfort caused by the sir vertically to connect the intersections
It is possible to identify the disease state inside the three-dimensional living body
It is inspired by clinical experience. At this time, there
What kind of organ is actually located in the indicated three-dimensional positional relationship
It is important to say that you are doing it,
A three-dimensional anatomical photograph as a reference
In the examinee's brain, the specific site of the organ
The test subject's in vivo discomfort reaction site is close to the fractal dimension
It is analyzed that it is a body structure, and as mentioned above,
In forced vibration, similar structures, that is, those with similar frequencies
Analogy to be susceptible to 'linear retraction'
And expressed as a sensor response. According to this principle, the ontogeny and phylogeny
Structural approximation in the image of the ontogeny using a scanner
By taking in time series, using sensor (3)
Various valuable answers from thought experiments through analysis in the brain
Can be derived by the present system. What to prepare as materials and the information
How abundant cognitive operator for information
Depending on whether (A) operates the sensor, basic medicine or
A wide range of thought experiments is possible biologically. As a molecular structure, since the birth of life
Information as an open system,
After that, it is folded into a gene and becomes a place of information exchange called the brain
And the required amount of
The internal information resonates and appears in the open system. Next, the application of the diagnostic treatment device to oriental medicine
Is described. First, a model of the healthy body of men and women
And collect them on each body surface using sensors.
Plot the important acupuncture points, connect them,
Drawing 12 oriental medical meridians, a bioenergy line
put out. The plot may be made on a photograph. In addition, the sensor
Related organs that show resonance response in the
Setting by software so that it can be called more quickly
I do. This is the electromagnetic wave information of the energy line
Image processing as it is translucent or graphic,
De-individualization of model image <Toward visual body information of model individuals
Convergence of the informational attractor of the operator's brain
To make it harder to save.
To use. The abnormal meridian of the patient displayed on the monitor and
When identifying an abnormal acupoint, measure the position of the abnormal site on the body surface.
Calculation (Fig. 11), translucent image of the called meridian line
By superimposing it roughly fuzzy inference,
Obtain resonance reaction area on meridian line of abnormal part with sensor
Diagnosis of oriental medical conditions and treatment based on them.
Treatment becomes possible. Similarly, the site of pulse diagnosis in Oriental classical medicine and the hand
Geometrical arrangement at palm holes, ear acupuncture holes, and various parts of the body surface
The pathological reaction point that represents the internal organs is the so-called electromagnetic wave signal.
It is empirically known among clinicians that it exists
Have been. These image data are additionally grouped as materials.
The scope of diagnosis and treatment in this system.
I can do it. Depending on the amount of information and experience of the operator,
The result of appearing on the sensor (due to the 'learning' process of the analysis system)
The results may vary, and
The reliability and reproducibility of materials created based on empirical data
To make sure, many third parties use the same material and the same
It is also necessary to perform additional trial sampling with the sensor (3)
Conceivable. This system has such objective reproducibility
ing. From the information response of the open system, accumulated since the beginning
Genetic information has been released in a form that is adapted to the internal and external environment.
To be structured as a biomolecule,
We keep sending and receiving information to the outside while maintaining.
At the same time, neurons in the brain differentiate and an information network is formed.
In the process, gene information expression and fine structuring of biomolecules
Is recognized and stored in the brain. Anatomy, physiology, pathology, biochemistry, and other biological structures
Sources of information on energy and energy levels are known to the brain
This includes fractal dimension structural analysis and nonlinear vibration analysis.
It is easy to distinguish differences and commonality in dynamic form
It is believed that there is. In addition to the above materials,
And repeat 'learning' through sensor (3)
By doing so, the analysis ability and speed in the operator's brain
Increased value can be created as new information materials
Sex is also considered. In addition, through the sensor and the biological reaction system
With feedback from Neuronet Computer
The learning process progresses, and the system is compatible with the operator.
This system is expected to be developed
Has. An unusual reaction point on the body surface on the monitor screen
The operator's brain to visually identify the area
For this purpose, create a frame on the image that can be scaled and deformed,
If the other parts are shaded lightly,
By moving the frame on the body surface
Follow them visually and find the reaction point with the sensor. Reaction zone
Once is confirmed, save the frame as an image,
It is possible to look at the chronological changes in the reaction zone when re-examined later.
Can be done. Changes in the reaction zone on the body in response to each material
If you leave the graphic as a graphic, it will be played back as a movie
This allows a third party to use the sensor (3) on the monitor screen.
You can visually retest the transition
You. This system allows for the elaboration of sensitive reaction zones by multiple parties.
Visual reproducibility of transfer and objective of diagnosis and treatment method by follow-up test
It is one that seeks sex. Change to a finger-movement type sensor (FIG. 9).
Multiple EMG sensors directly with conductive adhesive gel
On the main examination muscles of the back (back neck muscle, sternocleidomastoid muscle, valley)
2,33,34) and simultaneously obtained electromyogram
By analyzing the change in shape (Fig. 10),
Muscle tonus and neurons as biological response systems to physical stimulation
You can see subtle changes in the position. As shown in FIG. 10, the surface on a plurality of muscles
Evaluate the waveform obtained from the electrodes (32, 33, 34)
At this time, three muscles start oscillating at the same
(T1, t) only when the process ends at the time (FIG. 10-36).
2), input is turned on, ① graphic on spray
Set so that the green graph changes to red (Fig. 1-9).
It is. By doing so, potential changes due to voluntary movement of individual muscles
(35). Also, a sensor is provided on the body surface reflected on the spray.
-If a discomfort is recognized, at the same time,
Set the area of the area to be filled with graphics
(Fig. 1-10) to save the record
In this way, time-series analysis of pathological reactions can be visually
Verification is also possible. Next, an automatic material search by this system will be described.
I will describe. (Figure 12) Neuronet and fuzzy reasoning
Theory, expert systems, etc.
From the positional relationship of multiple reaction points on the
In addition, related anatomical materials, pathological and bacterial virus materials, etc. (5,
6) is changed based on the resonance response of the sensor (3).
Link and call, and also extract
Related basic medicine is also added, including interrogative information from the part system.
Search for medical and clinical medical knowledge from a medical dictionary
Reconfirm the peripheral knowledge in the memory circuit of Iter
And the pattern of lateral connection of various pathophysiological and etiological relationships
Feedback by sensor and integrated brain learning
Through a wide range of complex reaction patterns
To be displayed on the screen. In parallel, neurone
By automatically adjusting the synapse load,
Fee selection will be more accurate and faster. Further, apart from image information, biochemical and pharmacological
If you have the relevant materials at hand, make sure the materials and patient images
Operators use sensors to mediate their vision.
You can also check the resonance response as a body. Further, the aforementioned Oriental medical image data is
Confirmation of sensor resonance by superimposing on basic medical data
Introducing modern medical knowledge and traditional empirical medical methodologies
A useful contact with the network through the network,
Eventually, treatment methods that can complement each other organically will become apparent. Visual information input which is a feature of this system
Force system and the depth of the internal information network by the operator's brain learning
Is promoting self-organizing evolution of the system itself and
Further expand the width. When visual information is captured as morphological information,
Fractal differences in energy status of subtle pathological structures within
The brain recognizes nonlinearly as the difference in the dimensions of the file structure
It is considered something. Also, in terms of brain physiology, it is called a diagnosis or treatment.
Of the thalamus-
Judgment of value as information through the cerebral cortex
The brain is activated by firing many neurons.
At the same time, information from the outside becomes a trigger,
A check is made of the existing information accumulation in a form that is issued.
Logical analysis from these networks leads to parietal temporal of neocortex
Done in the association field, through learning and memory verification work,
Multi-layered feedback loop with high energy level
Information is exchanged with the outside as a nonlinear vibration system.
It is considered that it has been replaced. According to the present invention, a computer
A huge amount of East and West medical image and information materials software
From a remote patient's audio image
Muscle Tonus with a quick and objective diagnosis of a computer
This can be done by a sensor and
Limited to the treatment range such as oriental medical therapy with acupuncture
Diagnostic approach from a wide range of adjacent medical fields
Becomes possible. With this, brain and computer neuro
Organic non-linearity between other domains with the net, unconsciously
Formal information exchange and learning are repeated. laser
Clinical practice such as physical stimulation therapy for appropriate reaction sites using acupuncture
Computer with visual media and sensors
This system enables thought experiment research on voice and images
It is expected that useful results will be obtained. Oriental tradition
Integrate medical methods into new computer information devices
To improve the health of disadvantaged people in remote medical settings.
This device can be widely used.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 Remote computer image diagnosis and remote laser acupuncture irradiation guiding device with muscle tonus sensor FIG. 2 Computer terminal in front of patient and remote guiding motor-operated laser acupuncture irradiation provided [Fig. 3] Rotating ball type finger muscle tonus sensor [Fig. 4] Three finger manual lever type muscle tonus sensor [Fig. 5] Usage of the sensor [Fig. 6] Finger muscle tonus sensor using laser light reflective silicon thin film [ Fig. 7 Hand-held small monitor. Fig. 8 Direction and output laser acupuncture irradiator with zoom camera. Fig. 9 Surface-attached myoelectric potential sensor with conductive adhesive gel and automatic diagnosis and treatment model with neuronet. FIG. 10: Myoelectric potential waveform FIG. 11: Anatomical position identification method of resonance reaction site on patient's body surface and neuronet via sensor response Schematic diagram of material selection and irradiation position determination [Figure 12] [Figure 11] Flow chart [Figure 13] Feedback loop of biological information system and neuronet computer information system via sensor [Explanation of reference numerals] 1. Patient image 2. Monitor monocular projection type monitor Sensor 4. Neuro network5. Anatomical material 6. 6. Pathological tissue data Terminal @ spray8. Laser guide lever 9. Muscle tonus change graph10. 10. Coloring of the sensor reaction site by graphic Remote patient terminal 12. Video camera13. 13. Patient headphone monitor Laser gun15. Zoom camera 16. Treatment irradiation site 17. Rotating ball 18. Rotational resistance adjustment knob 19. Spring resistance 20. Spring resistant lever 21. Spring resistance adjusting screw 22. Silicon thin film 23. Laser light irradiator 24. Reflected light detector 25. Computer 26. Palm-contact small monitor 27.ヂ Spray image 28. Image materials 29. Laser camera direction guide panel

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) G06F 17/60 126 G06N 3/08 Z G06N 3/08 A61B 5/04 330

Claims (1)

(1) A laser transmitting device with a personal computer terminal capable of performing laser treatment guided by the Internet unattended in a remote location. (B) A video camera capable of capturing a full-body image of a patient is attached to the terminal. (C) A direction control type laser transmission device operated by remote control via the Internet will be installed. (D) A zoomable video camera capable of enlarging and projecting the laser beam irradiation area in conjunction with the motor-operated laser gun is attached to the laser transmission device. (E) The patient wears a glasses-type image monitor with headphones and a microphone so that the operator can transmit and receive the voice image selected by the operator or the voice of the patient himself via the Internet. (F) Select different images from both the left and right screens of the spectacle monitor so that they can be transmitted and projected via the Internet. (G) The terminal of the practitioner, that is, the operator, is provided with a finger muscle tonus sensor operated while watching audio / images via the Internet, and a remote control azimuth guidance type laser emission / output adjustment control stick via the Internet. (H) A headphone and a single-lens close-up monitor with a microphone, which can be attached to the operator's head and can transmit and receive, can be connected to the terminal. (I) In addition, the monitor screen allows a large number of pre-stored test materials to be called up as needed, and the video image of a remote patient transmitted via the Internet to be displayed on the terminal monitor. I do. A computer image diagnosis / treatment device based on Internet information means using two types of remote computer terminals having the above-described configurations. (A) By touching a rotating ball with a spring resistance inside with a finger, a change in finger muscle tonus appears as a change in the amount of rotation, and the change is displayed in a graph on a computer screen. When the muscle tonus exceeds the threshold as an incongruity reaction area, the color is set to change to red. (B) At the same time, it is set so that the sensor reaction site and the area on the patient's body surface projected on the screen are colored by a graphic. (C) In order to reflect the difference in muscular strength between persons, the threshold value is set to zero by changing the spring resistance with an external screw. (D) By connecting to the neural network and repeatedly checking the threshold value for the operator's response to the sensor response based on some obvious information materials, let the computer learn and set the threshold value to zero. At the same time, it is possible to automatically eliminate electromagnetic wave information as external noise. A computer diagnostic imaging device according to claim 1, comprising a muscle tonus diagnostic sensor having the above structure. 3. The sensor according to claim 2, wherein: the index finger, the middle finger, and the third finger;
The threshold value is determined by pulling a lever with a built-in spring resistance with a finger to determine the average value of the change in muscle tonus of each finger, and at the same time, the structure of (b) and (c) is provided. A computer imaging diagnostic treatment device according to claim 1, comprising a muscle tonus sensor. 4. A sensor according to claim 2, wherein the physical deformation degree of the light-reflective silicon thin film pointed by a finger is reflected on a lower screen by irradiating a laser beam from below. 2. The computer diagnostic imaging and treatment apparatus according to claim 1, further comprising a muscle tonus sensor for confirming a delicate change in the amount of movement of the muscle by analyzing the muscle through a detector and a neuronet. 5. Simultaneous firing and simultaneous convergence of a plurality of types of myoelectric potentials obtained from a surface-attached adhesive sensor attached at several locations on the main muscle of the body surface are input to the computer as ON in the sensor reaction, 2. The computer diagnostic imaging apparatus according to claim 1, further comprising a myoelectric potential sensor set in the patient computer terminal so as to be distinguished from a myoelectric potential change caused by voluntary movement. (6) An autopsy photograph, a photograph of a pathological tissue specimen, a photograph of a virus / bacteria microscope, a photograph of an immunological tissue and a molecular structure, and other related image data are stored in a computer, and the results of the muscle sensor reaction are stored. By feeding back to the neural network and changing the synapse load,
By making the neuro learn and automatically select and call out the required materials one after another, emergent automatic diagnosis becomes possible. (B) The thinking / operation pattern of the operator who operates the sensor and the pattern of the pathological response of the patient to which the myoelectric potential sensor is attached are accumulated in the feedback to the neuronet, and the calling of the related materials is accelerated.
In addition, the transition of the sensor response on the body surface due to laser irradiation is also fed back to the neuronet, and by linking with the above-mentioned neuron, the appropriate treatment site and critical dose common to a certain disease state pattern can be empirically derived. And are stocked as empirical treatment rules for each operator. Based on conventional Oriental medical treatment rules, subtle arrangements based on the experience of the practitioner can be added to the treatment, and emergent treatment rules will be completed. (C) As information feedback via the sensor is repeated, a non-linear memory loop is created in the brain of the practitioner through learning, and the information response from the information loop is accelerated due to the accelerated extraction of the information system from the memory loop. Faster,
The unconscious exchange of information with the computer's neuronet becomes smoother. (2) By inserting a medical dictionary into the software and automatically searching for relevant clinical items according to the sensor response, calling it as necessary to sort out the medical knowledge of the practitioner, The convergence of the information system is accelerated, and the response by the sensor is also accelerated. Interviews with patients using an expert system and fuzzy inference are also conducted on the Internet. (E) Using image processing, a dummy whole body image based on the average measured value for each age is graphically drawn, and the images of organs and tissues in the patient's body transferred to the Internet via the Internet are reduced, enlarged, and superimposed. By that
The appearance of the pathological reaction appearing in a wide area of the graphic whole body image is similarly displayed graphically and stored as a record. (F) Approximate anatomical positional relationship is calculated by fuzzy inference by subdividing the whole body image of the subject transferred via the Internet into a grid pattern based on the index positions on the body surface and substituting addresses. Based on the information, the anatomical image data from the shallow layer to the deep layer at the same position is set to be automatically called from the information software and displayed. It checks the sensor's resonance response with the patient's pathological reaction site and identifies the detailed three-dimensional anatomical positional relationship. (G) Next, the meridian model image obtained by searching and plotting the acupuncture points on the male and female healthy body model images with the sensor and connecting them is converted into a painting-like and translucent shape by image processing and disintegrated. And recall it as necessary, and superimpose several representative acupoint reaction sites on the patient image by scaling the image vertically and horizontally to resonate the oriental medical meridian positional relationship of the patient's pathological reaction site The response is checked, and the related treatment holes and treatment orders are searched and displayed from the information software. (H) By making a deformable round frame that freely moves on the patient's body surface image and shading the other parts to make it difficult to visually recognize it, the sensor can visually identify the pathologically unusual reaction site by the sensor. To make it easier. A computer image diagnosis / treatment device according to claim 1, wherein a neural network and information software having the above functions are attached to and incorporated in a computer. 7. As a computer automatic diagnosis and treatment model using a myoelectric potential sensor attached to several places on the body surface according to claim 5, the operator basically manages information and corrects the trajectory at the center, basically. Remotely, in response to the patient's own myoelectric potential change information from the myoelectric potential sensor attached to the patient's living body, related necessary materials are called through a neuronet installed in the center, and they are viewed again on the headphone monitor, From the repetition of feeding back the response of the potential sensor to the computer, empirical data automatic selection by learning, diagnosis, and empirical treatment rules are constructed in the neuronet, and automatic diagnosis and treatment become possible. A computer image diagnostic treatment apparatus according to claim 1 having the above configuration.