Intelligent brain physiotherapy device for neurology department

A neurology, brain technology, applied in psychological devices, physiotherapy, positioning for physiotherapy, etc., can solve the problems of insufficient intelligence and limited physiotherapy effect, achieve accurate monitoring, good physiotherapy effect, and avoid blind stimulation.

Pending Publication Date: 2021-12-31

青岛市中医医院

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AI-Extracted Technical Summary

Problems solved by technology

[0005] The above schemes are not smart enough, and the physica...

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Abstract

The invention relates to an intelligent brain physiotherapy device for the neurology department. Based on brain wave detection and transcranial stimulation principles, head physiotherapy and physical pressing stimulation are combined with electromagnetic guidance; the brain wave and the transcranial data are analyzed in real time, and the physiotherapy method is intelligently selected according to an analysis result so as to be scientific, effective, good in intelligence and good in a physiotherapy effect; and a model is established by using existing excitation data, then, effective stimulation acupoints and stimulation electromagnetic waves are selected according to actual conditions during actual stimulation, so that blind stimulation is avoided, and stimulation effectiveness is improved. Based on the joint work and use of a helmet module and a neck ring module, monitoring data is more comprehensive, monitoring is more accurate, and a stimulation effect is better.

Application Domain

Blood flow measurement devicesDevices for pressing relfex points +4

Technology Topic

Monitoring dataPhysical therapy +6

Image

Examples

Experimental program(3)

Example Embodiment

[0039] Example 1:

[0040] Neurology with an intelligent brain physiotherapy apparatus, comprising a control module, collar module and a module helmet.

[0041] Module and the control module collar helmet module, the acquisition module is provided with a head, the head and the head pressing module transmitter module helmet module; collection module disposed sonic, sonic wave transmitter module and a transmitting module module within the collar;

[0042] Means for the helmet worn on the head, neck collar means for wear;

[0043] A head provided with a plurality of electrodes acquisition module for acquiring brain wave; head module is provided with a plurality of transmitting antennas for transmitting a radio wave; head pressing the movable module is provided with a plurality of the pressing head, the head for pressing;

[0044] The emission module is provided with a transducer for transmitting ultrasonic signals; acoustic acquisition module for acquiring ultrasonic signals reflected back, the radio wave transmitting means for emitting an electromagnetic wave;

[0045] The control module controls the pressing head to different positions of the head block is pressed, while the control module controls the transmitter module collar transcranial ultrasound, and echo acquisition, whereby blood flow to the brain to be checked; and simultaneously controls the head control module brain wave acquisition module unit, and transmits to a computer for analysis of brain waves.

[0046] The computer stores a plurality of the brain wave analysis model for brain waves to analyze the collected helmet module, determines the excited state of the brain;

[0047]The transcranial Doppler Analysis module is also stored in the computer, and the ultrasonic echo collected by the neck module is analyzed to determine the arterial blood flow of the brain.

[0048] The working step of the physiotherapy device is set to:

[0049] Step 1, the control module controls the head pressing module to press the different acupuncture points of the head, pressing an acupuncture point, while the head acquisition module collects the brain wave of the head in real time; the control module sends the brain wave to the computer; computer Enter the brain wave input analysis model to judge the excitement of the brain;

[0050] At the same time, the control module controls the jet module to transmit the intracranial ultrasonic wave, and collect echoes, and transmit the echoes to the computer; the computer is analyzed by the ultrasonic echo collected by the neck module, thereby judge the arterial blood flow of the brain;

[0051] Step 2, when the computer judges that the brain radio wave excitation is increased or judges that the arterial blood flow in the brain is improved, determine the corresponding pressing acupuncture points at the time, marked as excitement acupuncture, pressing multiple positions of the head, pressing each one Excited acupuncture points;

[0052] Step 3, the control module controls the helmet module to press each excitement acupuncture point;

[0053] Step 4, if there is no excitement acupuncture point after pressing, the control module downloads the stimulus data from the computer, and the stimulates the brain waveform signal when the brain preserved in the computer; the control module loads the brain waveform to the helmet module The antenna of the partial emission module, directly transmits the first electromagnetic wave signal in accordance with the brain waveform, stimulate the brain; simultaneously control the module to control the electromagnetic wave signal of the radio wave transmitting module of the neck module, the second electromagnetic wave signal, the second electromagnetic wave The signal is also an electromal wave waveform signal that the control module is excited from the computer from the computer;

[0054] Each time a electromagnetic wave signal is transmitted, the head collecting module collects the brain wave of the head; the control module sends the brain wave to the computer; the computer inputs the brain wave input analysis model to determine the excitement of the brain; simultaneously control the module to control the neck The circle module launches transcranial ultrasonic waves, and collects echoes, and sends the echo to the computer; the computer is analyzed by the ultrasonic echo collected by the neck module, thus judge the arterial blood flow of the brain;

[0055] Step 5, when the computer judges that the brain's brain radio wave is increased or determined when the brain is increased, it is determined that the corresponding electromagnetic wave signal at that time is an effective stimulation signal; transmitting the plurality of electromagnetic wave signals in sequence, record each effective stimulation signal ;

[0056] Step 6, the control module controls the helmet module and the neck module sequentially transmit multiple effective stimulus signals, stimulate the brain.

Example Embodiment

[0057] Example 2:

[0058] The establishment method of the brain wave analysis model is:

[0059] First collect the brain-wave data in different excitement, including smile, laughing, fear, anxiety, sad, crying, and anger, and each excited state from weak to strong Level;

[0060] Each of the excitatory states of the collected multiple people is then extracted, and then calculate the similarity of each brain wave and other brain waves under the same level of excitting state; will be with other brains Extravariance of electromalvators in the electromechanical similarity;

[0061] The neural network model is established by the remaining brain wave data, input to the brain wave data, and outputs different levels of different excitement states.

Example Embodiment

[0062] Example 3:

[0063] The working steps of the physiotherapy device also include:

[0064] Step 7, when transmitting an active electromagnetic wave signal, the control module controls the head pressing module to press the different acupuncture points of the head, pressing an acupuncture point, and simultaneously collecting the brain wave of the head in real time; control module The radio wave is sent to the computer; the computer inputs the brain wave input analysis model to determine the excitement of the brain;

[0065] At the same time, the control module controls the jet module to transmit the intracranial ultrasonic wave, and collect echoes, and transmit the echoes to the computer; the computer is analyzed by the ultrasonic echo collected by the neck module, thereby judge the arterial blood flow of the brain;

[0066] Step 8, when the computer determines that the brain radio wave excitation is increased or determined when the brain is improved, it is determined that the corresponding pressing acupuncture points at that time is marked as a excitement acupuncture point; pressing the plurality of positions in the head sequentially pressing each one. Excited acupuncture points;

[0067] Step 9. In the case where the corresponding active electromagnetic wave signal is transmitted, the control module controls the helmet module to press each excitement acupuncture.

[0068] When actually use, both the head acquisition module and the head transmitting module are installed on a soft net pocket, and the net can be set in the head, then adjust the position of each electrode and antenna; the head pressing module is installed on the helmet housing, helmet Set outside the net brocket; the doctor worn the physiotherapy device in the head and neck of the patient, the helmet is bonded to the binding binding, the neck is worn back the sound wave transmitting module and the acoustic wave acquisition module to the neck internal artery; open device The device automatically operates according to steps 1-9, and the current work step is displayed on the computer display and the excited acupuncture points and effective electromagnetic waves. After completing the physiotherapy doctor closing the device, and remove the device from the head, it is not necessary to manually interfere, intelligently complete the physiotherapy.

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Description & Claims & Application Information

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Classification and recommendation of technical efficacy words

Good physical therapy
Smart

Intelligent brain physiotherapy device for neurology department

A neurology, brain technology, applied in psychological devices, physiotherapy, positioning for physiotherapy, etc., can solve the problems of insufficient intelligence and limited physiotherapy effect, achieve accurate monitoring, good physiotherapy effect, and avoid blind stimulation.

AI-Extracted Technical Summary

Problems solved by technology

Abstract

Image

Examples

Example Embodiment

Example Embodiment

Example Embodiment

PUM

Description & Claims & Application Information

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