A multi-terminal acoustic stimulation neural regulation treatment rehabilitation management system and method

Abstract

The present invention discloses a multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management system and method, including: acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, acoustic stimulation therapy rehabilitation management host equipment and N independent non-invasive acoustic stimulation therapy terminals, the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment and the acoustic stimulation therapy rehabilitation management host equipment are bidirectionally connected by wire or wireless means, the acoustic stimulation therapy rehabilitation management host equipment and N independent non-invasive acoustic stimulation therapy terminals are bidirectionally connected by wire or wireless means, forming a closed-loop management of inspection, diagnosis, treatment and rehabilitation. Through the above-mentioned methods, the multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management system and method described in the present invention can synchronously or asynchronously realize individualized multi-course acoustic stimulation non-invasive neuromodulation therapy rehabilitation management for multiple patients with neurological and cognitive dysfunctions.

Description

Technical Field

[0001] The present invention relates to the field of diagnosis and treatment of neurological and cognitive dysfunction, and in particular to a multi-terminal acoustic stimulation neuromodulation treatment rehabilitation management system and method. Background Art

[0002] Neurological and cognitive dysfunctions include tinnitus, deafness, hearing loss, sleep disorders, anxiety, depression, vertigo, Meniere's disease, migraine, mental fatigue, memory loss, slow reaction, inattention, Parkinson's disease and Alzheimer's disease, etc., involving the interaction and vicious cycle of objective physiological and pathological factors and subjective cognitive psychology from central nuclei to cortex and multiple brain functional areas. The main clinical symptoms are personalization, psychological emotions and neurological chronic diseases.

[0003] Central pathogenesis is the academic mainstream of neurological and cognitive dysfunction. The cause of neurological and cognitive dysfunction is due to the absence or disorder of electrophysiological signals in the brain neural network system. The safety, effectiveness and advancement of acoustic stimulation non-invasive neuromodulation treatment technology based on brain nerve electrophysiological principles have been proven by a large number of clinical practices.

[0004] The patent application with application number ZL201310152231.X discloses a tinnitus diagnosis and testing device, and the patent application with application number ZL201310151686.X discloses a tinnitus treatment device. These two patent applications propose a method for formulating a tinnitus acoustic stimulation treatment plan based on the pure tone hearing threshold curve of tinnitus patients and carrying out clinical treatment implementation. The preparation and implementation of this treatment plan are completely done manually by the equipment operating technicians, resulting in differences in treatment effects from person to person, and one technician for one piece of equipment can only diagnose and treat one patient at a time, resulting in relatively low work efficiency.

[0005] Medical institutions are in urgent need of a technology and equipment that can synchronously or asynchronously provide personalized multi-course acoustic stimulation non-invasive neuromodulation therapy and rehabilitation for multiple patients, in order to meet the rigid demand for chronic disease management for the large number of patients with neurological and cognitive dysfunction in hospitals and personalized multi-course therapy and rehabilitation. Summary of the invention

[0006] The main technical problem solved by the present invention is to provide a multi-terminal acoustic stimulation neuromodulation treatment and rehabilitation management system and method, which can perform acoustic stimulation non-invasive neuromodulation for multiple patients at the same time, and realize individualized multi-course treatment and rehabilitation management.

[0007] In order to solve the above technical problems, a technical solution adopted by the present invention is: to provide a multi-terminal acoustic stimulation neuroregulation treatment rehabilitation management system, including: acoustic stimulation non-invasive neuroregulation diagnosis and treatment equipment, acoustic stimulation treatment rehabilitation management host equipment and N independent non-invasive acoustic stimulation treatment terminals, the acoustic stimulation non-invasive neuroregulation diagnosis and treatment equipment and the acoustic stimulation treatment rehabilitation management host equipment are bidirectionally connected through wired or wireless means, and the acoustic stimulation treatment rehabilitation management host equipment and the N independent non-invasive acoustic stimulation treatment terminals are bidirectionally connected through wired or wireless means.

[0008] In a preferred embodiment of the present invention, N is an integer with a maximum value of 256, and the acoustic stimulation non-invasive neural regulation diagnosis and treatment equipment, the acoustic stimulation treatment rehabilitation management host device and N independent non-invasive acoustic stimulation treatment terminals are placed in the same or different places.

[0009] In a preferred embodiment of the present invention, the acoustic stimulation non-invasive neuromodulation diagnosis and treatment device includes: a psychoacoustic detection unit, a digital otoscope unit, an inquiry unit, a scale unit, a first central processing unit and a logic operation processor unit, a memory unit, an acoustic signal generating unit, an acoustic signal processing unit, a multi-channel multi-modal acoustic signal synthesis unit, an acoustic stimulation non-invasive neuromodulation treatment program storage unit, a first database unit, a first hearing aid fitting unit, a plurality of first USB interface units, a biofeedback detection and evaluation unit, an acoustic stimulation earphone unit, a first monitoring earphone unit, a first display unit, a diagnosis and treatment device operation unit, a first network connection unit and a first power supply unit. The psychoacoustic detection unit, the digital otoscope unit, the inquiry unit and the scale unit are respectively connected to the first central processing unit and the logic operation processor unit. The first central processing unit and the logic operation processor unit are respectively connected to the sound signal generating unit, the memory unit and the multi-channel multi-modal sound signal synthesis unit; the sound signal processing unit is connected in series between the sound signal generating unit and the multi-channel multi-modal sound signal synthesis unit; the acoustic stimulation earphone unit, the first monitoring earphone unit, the multi-channel multi-modal sound signal synthesis unit, the biofeedback detection and evaluation unit and the first database unit are respectively connected to the sound stimulation non-invasive neural regulation treatment program storage unit; the first hearing aid fitting unit and the multiple first USB interface units are respectively connected to the first database unit; the first display screen unit, the diagnosis and treatment equipment operation unit and the first power supply unit are respectively connected to the first central processing unit and the logic operation processor unit; and the first network connection unit is connected to the diagnosis and treatment equipment operation unit.

[0010] In a preferred embodiment of the present invention, the acoustic stimulation therapy rehabilitation management host device includes: a port unit for connecting to diagnostic and treatment equipment, multiple second USB interface units, a second central processing unit and a logic operation processor unit, a patient efficacy feedback scale unit, an individualized acoustic stimulation therapy plan adjustment unit, a multi-course treatment plan making unit, an efficacy tracking and analysis unit, a chronic disease digital management and analysis unit, a second database unit, a telemedicine control unit, a second hearing aid fitting unit, a switch unit for connecting to a treatment terminal, multiple audio connection ports for the treatment terminal, a second monitoring earphone unit, a first call intercom unit, a first sound and light prompt unit, a second display unit, a host device operation unit, a second network connection unit and a second power supply unit. The port unit for connecting to diagnostic and treatment equipment is connected to multiple second USB interface units, and the second central processing unit and the logic operation processor unit are respectively connected to the individualized acoustic stimulation therapy plan adjustment unit, the multi-course treatment plan The patient efficacy feedback scale unit is connected to the individualized acoustic stimulation treatment plan adjustment unit, the efficacy tracking and analysis unit is connected between the individualized acoustic stimulation treatment plan adjustment unit and the second database unit, the chronic disease digital management and analysis unit is connected between the multi-course treatment plan making unit and the second database unit, the remote medical control unit, the second hearing aid fitting unit and the treatment terminal connection switch unit are respectively connected to the second database unit, the treatment terminal connection switch unit is respectively connected to multiple treatment terminal audio connection ports and the second monitoring headphone unit, the second display screen unit, the host device operation unit and the second power supply unit are respectively connected to the second central processing unit and the logic operation processor unit, and the first call intercom unit, the first sound and light prompt unit and the second network connection unit are respectively connected to the host device operation unit.

[0011] In a preferred embodiment of the present invention, the N independent non-invasive acoustic stimulation treatment terminals respectively include: a port unit connected to a management host device, a secret command and IP address and a service port login unit, a data storage unit, a patient efficacy feedback scale filling unit, a treatment terminal central processor, a logic operation processor, a patient information management unit, a second call intercom unit, a second sound and light prompt unit, a touch screen display unit, a treatment terminal operation unit, a third network connection unit, a third power supply unit and a treatment earphone unit. The port unit connected to the management host device, the logic operation processor, the patient information management unit and the treatment earphone unit are respectively connected to the treatment terminal central processor, the secret command and IP address and the service port login unit are connected between the port unit connected to the management host device and the patient information management unit, the patient efficacy feedback scale filling unit is connected to the logic operation processor, the data storage unit is connected between the port unit connected to the management host device and the patient efficacy feedback scale filling unit, the touch screen display unit, the treatment terminal operation unit and the third power supply unit are respectively connected to the treatment terminal central processor, and the second call intercom unit, the second sound and light prompt unit and the third network connection unit are respectively connected to the treatment terminal operation unit.

[0012] In order to solve the above technical problems, a technical solution adopted by the present invention is to provide a multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management method, comprising the following steps:

[0013] Acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment set in the same or different places are connected with acoustic stimulation therapy rehabilitation management host equipment through wired or wireless networks, and acoustic stimulation therapy rehabilitation management host equipment set in the same or different places are connected with multiple independent noninvasive acoustic stimulation therapy terminals through wired or wireless networks to form a closed-loop management of inspection, diagnosis, treatment and rehabilitation, and two-way patient data transmission is carried out between acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment, acoustic stimulation therapy rehabilitation management host equipment and multiple independent noninvasive acoustic stimulation therapy terminals to synchronously or asynchronously realize individualized multi-course acoustic stimulation noninvasive neuromodulation therapy rehabilitation management for multiple patients with neurological and cognitive dysfunctions.

[0014] In a preferred embodiment of the present invention, the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment is operated by an expert to provide offline individualized examination, diagnosis, formulation of individualized acoustic stimulation treatment plan and medical advice for one patient at a time. The individualized acoustic stimulation treatment plan for each ear is based on the patient's individualized psychoacoustic detection and / or tinnitus sound matching, through a single or multi-channel multimodal acoustic stimulation signal combination, and then through trigonometric function signal modulation processing of amplitude or frequency or amplitude and frequency combination, and then multiple waveform transformations and / or background sound superposition. The individualized acoustic stimulation parameters can be adjusted and optimized according to biofeedback detection evaluation and / or patient treatment experience feedback to match or be compatible with the frequency, amplitude and rhythm of unique self-generated electrophysiological signals of multiple different brain regions related to neurological and cognitive dysfunction, so as to obtain better neuromodulation effect.

[0015] In a preferred embodiment of the present invention, the acoustic stimulation therapy rehabilitation management host device is operated by full-time medical staff, and through intelligent logic algorithms and patient database machine deep learning functions, the acoustic stimulation therapy plans of all patients are centrally managed, multiple independent non-invasive acoustic stimulation therapy terminals are connected, and multiple patients are synchronously or asynchronously subjected to multi-course acoustic stimulation non-invasive neuromodulation therapy rehabilitation. The acoustic stimulation therapy rehabilitation management host device software can view the patient treatment information of each independent non-invasive acoustic stimulation therapy terminal in real time on the management interface according to the setting of the treatment plan, automatically start or manually implement the acoustic stimulation therapy plan on time according to the plan setting, and can adjust the stimulation intensity, rhythm, waveform and duration parameters of the treatment plan, including: intelligent operation of doctor-patient interaction, one patient with one treatment terminal, multiple terminals working synchronously or asynchronously independently, patient feedback scale efficacy evaluation, unified management of patient database, efficacy tracking Tracking analysis, adjustment and optimization of individualized multi-course treatment plans, full digital management of chronic neurological diseases, designation of patients with cognitive ability and experience in using treatment terminals to participate in the operation of treatment terminals, uploading data to the Internet, and calling and intercom to contact patients. Medical staff operating the acoustic stimulation treatment and rehabilitation management host device use proprietary passwords, IP addresses and service ports to log in, and connect the acoustic stimulation treatment and rehabilitation management host device with the corresponding independent non-invasive acoustic stimulation treatment terminal through the local area network. After logging in to the software, the patient's digital case file pushed by the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment is received and reviewed in real time, including the patient's chief complaint, various diagnosis and treatment reports, acoustic treatment plans and medical orders. According to the doctor's orders, the acoustic treatment terminal, treatment period, acoustic treatment plan, treatment duration and number of treatments used by each patient are set, and pushed to the designated independent non-invasive acoustic stimulation treatment terminals placed in different places through the local area network.

[0016] In a preferred embodiment of the present invention, the independent non-invasive acoustic stimulation treatment terminal is connected to the acoustic stimulation treatment rehabilitation management host device through a secret command, an IP address, and a dedicated service port under the control of the full-time medical staff and / or authorized patients of the acoustic stimulation treatment rehabilitation management host device. The bed number or the treatment seat number is defined when logging in. When the independent non-invasive acoustic stimulation treatment terminal detects that the acoustic stimulation treatment rehabilitation management host device software has logged in, it automatically connects to the acoustic stimulation treatment rehabilitation management host device, automatically receives the treatment plan pushed by the acoustic stimulation treatment rehabilitation management host device software, executes the individualized treatment rehabilitation instructions issued by the acoustic stimulation treatment rehabilitation management host device through the treatment terminal central processing unit and the logic operation processor, and requires the patient to wear the treatment earphone unit to start treatment through a flashing sound and light reminder or through a second call intercom unit. The medical staff operating the acoustic stimulation treatment rehabilitation management host device remotely controls the transmission of the patient's individualized acoustic stimulation treatment plan to the treatment earphone unit, and the treatment earphone unit transmits the acoustic stimulation signal into the external auditory canal, vibrates the tympanic membrane and the ossicular chain, promotes the fluctuation of the endolymph fluid in the cochlea, and drives the cochlear hairs The cells generate electrical signals. The electrical signals collected by the cochlear nerve enter the central nucleus and cortex along the auditory pathway, stimulating neurons to generate electrical impulse discharges to make up for the lack of electrical signals in the corresponding brain area or desynchronize the disordered electrical signals, so as to achieve the purpose of neuromodulation treatment of neurological and cognitive dysfunction. After each acoustic stimulation treatment, a request for efficacy evaluation or treatment experience of this treatment will pop up on the touch screen display unit. After the patient completes various neurological, psychological and cognitive evaluation scales on the touch screen display unit, the feedback information of multiple courses of treatment is accumulated. After this acoustic treatment is over, in the idle time between treatments, according to the settings of the acoustic stimulation treatment rehabilitation management host device, the idle acoustic assisted treatment plan or cognitive psychology training or popular science materials, including videos, games, broadcasts and texts, are played in a loop. The medical staff operating the acoustic stimulation treatment rehabilitation management host device authorizes patients with cognitive ability and experience in using independent non-invasive acoustic stimulation treatment terminals to operate the independent non-invasive acoustic stimulation treatment terminals themselves. In an emergency, the patient can use the second call intercom unit to actively contact the medical staff operating the acoustic stimulation treatment rehabilitation management host device for help.

[0017] In a preferred embodiment of the present invention, the medical staff operating the acoustic stimulation therapy rehabilitation management host device is a link between the upper and lower levels: the medical staff operates the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment to conduct two-way communication, execute and adjust the doctor's orders, and push the patient's treatment evaluation information to the expert operating the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment in real time, check the progress of acoustic treatment, formulate and implement further diagnosis and treatment plans; at the same time, the medical staff operating the acoustic stimulation therapy rehabilitation management host device can implement hearing aid fitting and debugging according to the doctor's orders, and implement hearing aid and hearing aid + tinnitus treatment interventions for patients; the medical staff operating the acoustic stimulation therapy rehabilitation management host device conducts two-way communication with patients of multiple independent non-invasive acoustic stimulation therapy terminals, and timely adjusts and optimizes individualized multi-course treatment plans according to the actual effect of the patient's treatment and rehabilitation or changes in the patient's condition, so as to improve the effectiveness and quality of treatment and rehabilitation.

[0018] The beneficial effects of the present invention are: a multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management system and method pointed out by the present invention forms a closed-loop management of neurological and cognitive dysfunction examination, diagnosis, treatment and rehabilitation, and can synchronously or asynchronously realize individualized multi-course acoustic stimulation non-invasive neuromodulation therapy rehabilitation management for multiple patients with neurological and cognitive dysfunction. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the following briefly introduces the drawings required for describing the embodiments. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on these drawings without creative work, among which:

[0020] Figure 1 It is a structural schematic diagram of a preferred embodiment of a multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management system of the present invention;

[0021] Figure 2 yes Figure 1 Workflow diagram of the multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management system;

[0022] Figure 3 yes Figure 1 Schematic diagram of the structure of the acoustic stimulation non-invasive neuromodulation diagnosis and treatment device;

[0023] Figure 4 yes Figure 1 Schematic diagram of the structure of the host device for acoustic stimulation therapy and rehabilitation management;

[0024] Figure 5 yes Figure 1 A schematic diagram of the structure of an independent non-invasive acoustic stimulation treatment terminal;

[0025] Figure 6 This is a schematic diagram of a functional division system of a multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management method of the present invention;

[0026] Figure 7 is to use Figure 6 The functional division system of the multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management method shown is a schematic diagram of the closed-loop management process of outpatient examinations and ward or treatment room treatments. Implementation

[0027] The technical solutions in the embodiments of the present invention are described clearly and completely below. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0028] See also Figure 1 to Figure 7 , the embodiment of the present invention includes:

[0029] like Figure 1 and Figure 2 The multi-terminal acoustic stimulation neuromodulation treatment and rehabilitation management system shown includes: acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, acoustic stimulation treatment and rehabilitation management host equipment and N independent non-invasive acoustic stimulation treatment terminals. The acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment is bidirectionally connected to the acoustic stimulation treatment and rehabilitation management host equipment through wired or wireless means, and the acoustic stimulation treatment and rehabilitation management host equipment is bidirectionally connected to N independent non-invasive acoustic stimulation treatment terminals through wired or wireless means, forming a closed-loop management of synchronous or asynchronous neurological and cognitive dysfunction examination, diagnosis, treatment and rehabilitation of multiple patients.

[0030] In this embodiment, N takes an integer of up to 256, and neurological and cognitive dysfunction regulation treatment and rehabilitation management can be performed synchronously or asynchronously for 256 patients. Acoustic stimulation non-invasive neuroregulation diagnosis and treatment equipment, acoustic stimulation treatment rehabilitation management host equipment and N independent non-invasive acoustic stimulation treatment terminals are placed in the same or different places. For example, the acoustic stimulation non-invasive neuroregulation diagnosis and treatment equipment is placed in the outpatient clinic and operated by medical experts, the acoustic stimulation treatment rehabilitation management host equipment is placed in the ward doctor's office or outpatient treatment room and operated by medical staff, and the independent non-invasive acoustic stimulation treatment terminal is placed next to multiple beds in different or the same wards or next to multiple treatment chairs in the treatment room, so as to conduct multi-person centralized, synchronous or asynchronous individualized multi-course acoustic stimulation non-invasive neuroregulation treatment rehabilitation.

[0031] like Figure 3As shown, the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment includes: a psychoacoustic detection unit, a digital otoscope unit, a consultation unit, a scale unit, a first central processing unit and a logic operation processor unit, a memory unit, an acoustic signal generating unit, an acoustic signal processing unit, a multi-channel multi-modal acoustic signal synthesis unit, an acoustic stimulation non-invasive neuromodulation treatment plan storage unit, a first database unit, a first hearing aid fitting unit, a plurality of first USB interface units, a biofeedback detection and evaluation unit, an acoustic stimulation earphone unit, a first monitoring earphone unit, a first display unit, a diagnosis and treatment equipment operation unit, a first network connection unit and a first power supply unit. Each unit is arranged according to function and process, and is logically connected and / or physically connected through wires.

[0032] In this embodiment, the first display screen unit, the diagnosis and treatment equipment operation unit and the first power supply unit are respectively connected to the first central processing unit and the logic operation processor unit, so as to facilitate power supply, display and expert operation. The psychoacoustic detection unit, the digital otoscope unit, the consultation unit and the scale unit are respectively connected to the first central processing unit and the logic operation processor unit, the first central processing unit and the logic operation processor unit are respectively connected to the sound signal generating unit, the memory unit and the multi-channel multi-modal sound signal synthesis unit, the sound signal processing unit is connected in series between the sound signal generating unit and the multi-channel multi-modal sound signal synthesis unit, the acoustic stimulation earphone unit, the first monitoring earphone unit, the multi-channel multi-modal sound signal synthesis unit, the biofeedback detection and evaluation unit and the first database unit are respectively connected to the sound stimulation non-invasive neural regulation treatment program storage unit, the first hearing aid fitting unit and the plurality of first USB interface units are respectively connected to the first database unit, and the first network connection unit is connected to the diagnosis and treatment equipment operation unit, so as to facilitate experts to conduct individualized examinations, diagnoses, formulate treatment plans and write medical advice for patients.

[0033] During the diagnosis and treatment process, the patient's digital file is first established through the consultation unit to collect basic information about the patient, such as the consultation ID, name, gender, age, height, weight, occupation, dominant hand, address, contact information, chief complaint, and past medical history;

[0034] Based on the patient's complaints, the scale units are used to conduct personalized scale assessments on the patient, including the Tinnitus Disability Inventory (THI), the Pittsburgh Sleep Index, the Acoustic Hypersensitivity Scale, the Anxiety Scale, the Depression Scale, and the Cognitive Scale, etc., to assess the patient's tinnitus and other accompanying neurological dysfunctions in multiple dimensions, providing sufficient basis for diagnosis and treatment;

[0035] The digital otoscope in the digital otoscope unit is connected to the acoustic stimulation non-invasive neuromodulation diagnosis and treatment device through a USB interface, providing a 10-50 times adjustable focal length, a built-in light source, and the ability to take photos / videos and archive them. The digital otoscope is equipped with different-sized collection ports (2-5mm) according to the size of the patient's ear canal, and is placed in the external auditory canal to check for subtle lesions or injuries that are not noticeable to the naked eye, and to exclude secondary tinnitus caused by external auditory canal injuries, lesions, or cerumen embolism in patients;

[0036] Through the psychoacoustic detection unit, the patient is subjected to conventional subjective and objective audiological examinations of pure tone threshold, high-frequency pure tone threshold, speech discrimination, otoacoustic emission (OAE), event-related potential (ERP), and brainstem evoked potential (ABR). The patient's tinnitus sound is restored by using multi-channel and multi-sound sources, with a frequency range of 20Hz--20KHz and a loudness range of 0-120dB HL, in combination with melody and rhythm. That is, the main working principle of psychoacoustic detection is to restore the sound perceived by the patient's unilateral or bilateral ears, providing a basis for acoustic stimulation non-invasive neuromodulation treatment;

[0037] In addition, psychoacoustic testing of tinnitus is one of the main testing items for tinnitus, which is used to comprehensively evaluate the nature, characteristics, and severity of tinnitus. Psychoacoustic testing is based on the patient's subjective perception and judgment of tinnitus, and can basically reflect the general situation of tinnitus and provide some basic information about tinnitus. However, due to the complexity and variability of tinnitus perception, the test results will be highly subjective and uncertain, so when interpreting the results, a comprehensive analysis should be made in combination with the patient's clinical manifestations and other test items.

[0038] The acoustic signal generating unit, acoustic signal processing unit and multi-channel multi-modal acoustic signal synthesis unit are the core hardware units of this device. The operator needs these three units to work when performing psychoacoustic detection, acoustic stimulation program formulation and acoustic stimulation non-invasive neuromodulation treatment on the software, so as to realize the conversion of digital signals into analog signals, and finally transmit them to the acoustic stimulation earphone unit. In the specific implementation method, the software instructs the acoustic signal generating unit to generate the corresponding sound source (pure tone (sine wave), triangle wave, square wave, noise, random noise, pulse, speech noise, warbling), frequency (20Hz--20KHz) and amplitude (loudness 0-120dBHL) digital signals as required; the multi-channel multi-modal acoustic signal synthesis unit will stack the digital signals of multiple acoustic signal generating units, and process the melody and rhythm of the stacked digital signals according to the software instructions, complete the optimization processing of the digital signals in layers, and finally enter the acoustic signal processing unit to optimize the digital signals and convert them into analog signals for output to the acoustic stimulation earphone unit.

[0039] The acoustic stimulation non-invasive neuromodulation treatment program storage unit is used by the operator to issue a single or multiple acoustic stimulation non-invasive neuromodulation program that is personalized for the patient after the scale unit evaluation and the psychoacoustic detection unit have conducted a comprehensive test and diagnosis on the patient. After verifying the effectiveness of the program through short-term treatment, the operator records the single or multiple acoustic stimulation non-invasive neuromodulation programs into encrypted audio files and stores them in the logical space specified by the software. An encrypted folder is established in the logical space according to the patient name and medical ID. While storing the patient's stimulation non-invasive neuromodulation program, there are also the doctor's medical instructions and various diagnosis and treatment reports for the patient. After the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment and the acoustic stimulation treatment rehabilitation management host device form a local area network connection, the acoustic stimulation treatment rehabilitation management host device can automatically obtain the encrypted diagnosis and treatment information of all patients in the logical space, perform parsing and restoration processing, and use it for multi-terminal diagnosis and treatment.

[0040] When the operator performs acoustic treatment on the patient, the biofeedback detection / treatment (non-invasive and non-intrusive) is implemented simultaneously through the biofeedback detection and evaluation unit. The biofeedback detection / treatment of the biofeedback detection and evaluation unit mainly has the following functions: transcranial microcurrent stimulation, transcranial magnetic stimulation, transcranial near-infrared photobiomodulation, EEG monitoring and near-infrared brain functional imaging combined with acoustic stimulation. Acoustic stimulation is converted into electrical stimulation signals through the cochlea, and the electrical stimulation signals are transmitted to the deep brain and superficial brain nervous systems; transcranial microcurrent stimulation and transcranial near-infrared photobiomodulation are superficial cerebral cortex stimulation treatments for tinnitus-related head sites; EEG monitoring and near-infrared brain functional imaging collect data before, during and after treatment of head sites related to tinnitus stimulation treatment, and use objective data to reflect the treatment effect and differences of patients' tinnitus, helping operators to improve personalized treatment plans.

[0041] More than half of tinnitus patients have hearing loss. The First Hearing Aid Fitting Unit adjusts and solidifies the hearing aid data through software and hearing aid compilers. It adjusts the compensatory hearing gain range, tinnitus intervention frequency band, maximum output, wide dynamic compression ratio, dynamic noise reduction level, and hearing aid working mode and data recording according to the patient's psychoacoustic test results. During the fitting process, the operator communicates with the patient uninterruptedly and conducts real ear analysis tests to finally solidify the data of the current treatment intervention stage. The operator can adjust the hearing aid intervention plan for the consenting patient multiple times.

[0042] like Figure 4As shown, the acoustic stimulation therapy rehabilitation management host device includes: a port unit for connecting to diagnostic and treatment equipment, multiple second USB interface units, a second central processing unit and a logic operation processor unit, a patient efficacy feedback scale unit, an individualized acoustic stimulation therapy program adjustment unit, a multi-course therapy program making unit, an efficacy tracking and analysis unit, a chronic disease digital management and analysis unit, a second database unit (storing patient information, acoustic stimulation therapy programs, background sounds, psychological training and popular science learning materials), a telemedicine control unit, a second hearing aid fitting unit, a switcher unit for connecting to a treatment terminal, multiple audio connection ports for a treatment terminal, a second monitoring earphone unit, a first call intercom unit, and a first sound and light The prompt unit, the second display screen unit, the host device operating unit, the second network connection unit and the second power supply unit are connected to the diagnosis and treatment equipment connection port unit and multiple second USB interface units. The second display screen unit, the host device operating unit and the second power supply unit are respectively connected to the second central processing unit and the logic operation processor unit. The first call intercom unit, the first sound and light prompt unit and the second network connection unit are respectively connected to the host device operating unit, which is convenient for medical staff to operate, assign patients to use independent non-invasive acoustic stimulation treatment terminals according to patient diagnosis and treatment plans, implement multiple treatment management, adjust and optimize treatment plans, communicate with patients, evaluate effects and manage treatment record data.

[0043] In this embodiment, the second central processing unit and the logic operation processor unit are respectively connected to the individualized acoustic stimulation treatment plan adjustment unit, the multi-course treatment plan making unit, the diagnosis and treatment equipment connection port unit and the second database unit; the patient efficacy feedback scale unit is connected to the individualized acoustic stimulation treatment plan adjustment unit; the efficacy tracking and analysis unit is connected between the individualized acoustic stimulation treatment plan adjustment unit and the second database unit; the chronic disease digital management and analysis unit is connected between the multi-course treatment plan making unit and the second database unit; the telemedicine control unit, the second hearing aid fitting unit and the treatment terminal connection switch unit are respectively connected to the second database unit; the treatment terminal connection switch unit is respectively connected to multiple treatment terminal audio connection ports and the second monitoring headphone unit, and can communicate with multiple independent non-invasive acoustic stimulation treatment terminals at the same time.

[0044] like Figure 4As shown, the second database unit stores patient information, acoustic stimulation treatment plans, background sounds, psychological training and popular science learning materials. The unit is divided into patient diagnosis and treatment data and public resources provided by the device, such as background sounds, psychological training and popular science learning materials. The patient diagnosis and treatment data is based on the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment and the acoustic stimulation treatment rehabilitation management host device. After forming a local area network connection, the acoustic stimulation treatment rehabilitation management host device automatically obtains the encrypted diagnosis and treatment information of all patients in the logical space or encrypts the patient diagnosis and treatment data in the logical space exported by the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, and stores the encrypted patient diagnosis and treatment data in the portable storage device through the first USB interface unit of the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, and then imports the encrypted patient diagnosis and treatment data through the second USB interface unit of the acoustic stimulation treatment rehabilitation management host device for parsing into the second database unit.

[0045] The multi-course treatment plan making unit is used for the operator to set the patient's multi-course treatment plan according to the patient's doctor's orders, retrieve the patient's diagnosis and treatment data in the database unit, set the multi-course treatment plan type, treatment period, treatment duration, number of treatments, idle background sound, psychological training and popular science learning materials, etc. The patient does not need to frequently set the treatment plan during the treatment.

[0046] The patient efficacy feedback scale unit is for the patient to send the treatment effect of the current treatment to the acoustic stimulation non-invasive neuromodulation diagnosis and treatment device through the treatment terminal after each treatment. The efficacy tracking and analysis unit is a unit for tracking and analyzing the patient efficacy feedback scale in stages to determine the effectiveness of acoustic stimulation treatment.

[0047] When the individualized acoustic stimulation treatment plan adjustment unit finds through the efficacy tracking and analysis unit that the effectiveness of the acoustic stimulation treatment does not achieve the expected effect, the acoustic stimulation treatment plan can be individually adjusted, and the treatment plan can be reset through the multi-course treatment plan making unit. The effectiveness of the plan adjustment can be analyzed by collecting the patient's efficacy feedback scale. If it is effective, the treatment will continue according to the current settings. If it is ineffective, the ineffectiveness information of the treatment will be fed back to the acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment, and the patient can be notified by the call intercom unit to go to the acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment for re-diagnosis and treatment and issue new patient diagnosis and treatment data.

[0048] In addition, tinnitus and its accompanying symptoms belong to the category of chronic neurological diseases. The chronic disease digital management and analysis unit can effectively conduct systematic analysis and summary of the data of the re-treatment terminals of the patients involved in the treatment. The telemedicine control unit is a two-way application software system. In the local area network, the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment and the acoustic stimulation treatment rehabilitation management host equipment can remotely control each other.

[0049] The switcher unit connected to the treatment terminal is a treatment terminal management unit. If the patient has a non-fixed bed / position in the ward or treatment room, the acoustic stimulation treatment rehabilitation management host device can adjust the treatment terminal and set the treatment terminal login password without changing the patient's program settings. The first sound and light prompt unit of the acoustic stimulation treatment rehabilitation management host device is when the patient at the treatment terminal uses the call intercom unit, the host immediately generates a sound and light prompt instruction, effectively informing the host operator to handle the patient's abnormal information in a timely manner.

[0050] like Figure 5 As shown, N independent non-invasive acoustic stimulation treatment terminals respectively include: a port unit connected to a management host device, a secret command and IP address and a service port login unit, a data storage unit, a patient efficacy feedback scale filling unit, a treatment terminal central processor, a logic operation processor, a patient information management unit, a second call intercom unit, a second sound and light prompt unit, a touch screen display unit, a treatment terminal operation unit, a third network connection unit, a third power supply unit and a treatment earphone unit. The port unit connected to the management host device, the logic operation processor, the patient information management unit and the treatment earphone unit are respectively connected to the treatment terminal central processor, and the secret command and IP address and service port login unit are connected between the port unit connected to the management host device and the patient information management unit to facilitate login management.

[0051] In this embodiment, the patient efficacy feedback scale filling unit is connected to the logic operation processor, the data storage unit is connected between the management host device connection port unit and the patient efficacy feedback scale filling unit, the touch screen display unit, the treatment terminal operation unit and the third power supply unit are respectively connected to the treatment terminal central processor, the second call intercom unit, the second sound and light prompt unit and the third network connection unit are respectively connected to the treatment terminal operation unit, which is convenient for medical staff or patients with experience in using independent non-invasive acoustic stimulation treatment terminals to operate.

[0052] like Figure 6 and Figure 7 As shown, a multi-terminal acoustic stimulation neural regulation treatment rehabilitation management method includes the following steps:

[0053] Acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment set in the same or different places are connected with acoustic stimulation therapy rehabilitation management host equipment through wired or wireless networks, and acoustic stimulation therapy rehabilitation management host equipment set in the same or different places are connected with multiple independent noninvasive acoustic stimulation therapy terminals through wired or wireless networks to form a closed-loop management of inspection, diagnosis, treatment and rehabilitation, and two-way patient data transmission is carried out between acoustic stimulation noninvasive neuromodulation diagnosis and treatment equipment, acoustic stimulation therapy rehabilitation management host equipment and multiple independent noninvasive acoustic stimulation therapy terminals to synchronously or asynchronously realize individualized multi-course acoustic stimulation noninvasive neuromodulation therapy rehabilitation management for multiple patients with neurological and cognitive dysfunctions.

[0054] Specific:

[0055] 1. The acoustic stimulation non-invasive neuromodulation diagnostic and treatment equipment is operated by experts, providing offline individualized examination, diagnosis, formulation of individualized acoustic stimulation treatment plan and medical advice for one patient at a time. The individualized acoustic stimulation treatment plan for each ear is based on the patient's individualized psychoacoustic detection and / or tinnitus sound matching, through a combination of single or multi-channel multimodal acoustic stimulation signals, and then through trigonometric function signal modulation processing of amplitude or frequency or amplitude and frequency combination, and then multiple waveform transformations and / or background sound superposition. The individualized acoustic stimulation parameters can be adjusted and optimized according to biofeedback detection evaluation and / or patient treatment experience feedback to match or be compatible with the frequency, amplitude and rhythm of unique self-generated electrophysiological signals of multiple different brain regions related to neurological and cognitive dysfunction, so as to obtain better neuromodulation effects;

[0056] 2. The main acoustic stimulation therapy and rehabilitation management device is operated by full-time medical staff. Through intelligent logic algorithms and deep learning functions of patient database machines, it centrally manages the acoustic stimulation therapy plans of all patients, connects multiple independent non-invasive acoustic stimulation therapy terminals, and synchronously or asynchronously implements multiple courses of acoustic stimulation non-invasive neuromodulation therapy and rehabilitation for multiple patients. The main acoustic stimulation therapy and rehabilitation management device software can view the treatment information of each independent non-invasive acoustic stimulation therapy terminal in real time on the management interface according to the settings of the treatment plan, automatically start or manually implement the acoustic stimulation therapy plan according to the plan settings, and can adjust the stimulation intensity, rhythm, waveform and duration parameters of the treatment plan, including: intelligent operation of doctor-patient interaction, one patient with one treatment terminal, multiple terminals working synchronously or asynchronously independently, patient feedback scale efficacy evaluation, unified management of patient database, efficacy tracking analysis, individual Adjust and optimize multi-course treatment plans, digitally manage chronic neurological diseases throughout the entire process, designate patients with cognitive abilities and experience in using treatment terminals to participate in the operation of treatment terminals, upload data to the Internet, and call and intercom to contact patients. Medical staff operating the acoustic stimulation therapy and rehabilitation management host device use proprietary passwords, IP addresses, and service ports to log in, and connect the acoustic stimulation therapy and rehabilitation management host device with the corresponding independent non-invasive acoustic stimulation therapy terminal through the local area network. After logging in to the software, the patient's digital case file pushed by the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment is received and reviewed in real time. The file includes the patient's chief complaint, various diagnosis and treatment reports, acoustic treatment plans, and medical orders. According to the doctor's orders, the acoustic treatment terminal, treatment period, acoustic treatment plan, treatment duration, and number of treatments used by each patient are set, and the files are pushed to the designated independent non-invasive acoustic stimulation therapy terminals placed in different locations through the local area network.

[0057] In this embodiment, the acoustic stimulation therapy rehabilitation management host device can be operated by one or more full-time medical staff in shifts, online 24 hours a day, and connected to up to 256 treatment terminals through a local area network. It can synchronously or asynchronously implement acoustic stimulation non-invasive neuromodulation therapy for up to 256 outpatients and / or inpatients 3 to 10 times a day, each time for 15 to 50 minutes.

[0058] 3. The independent non-invasive acoustic stimulation treatment terminal is operated by medical staff or patients who have experience in using the independent non-invasive acoustic stimulation treatment terminal. The independent non-invasive acoustic stimulation treatment terminal is connected to the acoustic stimulation treatment rehabilitation management host device through a secret command, an IP address, and a dedicated service port. The bed number or the treatment seat number is defined when logging in. When the independent non-invasive acoustic stimulation treatment terminal detects that the acoustic stimulation treatment rehabilitation management host device software has logged in, it automatically connects to the acoustic stimulation treatment rehabilitation management host device, automatically receives the treatment plan pushed by the acoustic stimulation treatment rehabilitation management host device software, and executes the individualized treatment rehabilitation instructions issued by the acoustic stimulation treatment rehabilitation management host device through the treatment terminal central processor and the logic operation processor. Through the sound and light flashing reminder or through the second call intercom unit, the patient is required to wear the treatment earphone unit to start the treatment. The medical staff who operate the acoustic stimulation treatment rehabilitation management host device remotely controls the transmission of the patient's individualized acoustic stimulation treatment plan to the treatment earphone unit. The treatment earphone unit transmits the acoustic stimulation signal into the external auditory canal, vibrates the tympanic membrane and the ossicular chain, promotes the fluctuation of the endolymph fluid in the cochlea, and drives the cochlear hair cells Generate electrical signals. The electrical signals collected by the cochlear nerve enter the central nucleus and cortex along the auditory pathway, stimulating neurons to generate electrical impulse discharges to make up for the lack of electrical signals in the corresponding brain area or desynchronize the disordered electrical signals, so as to achieve the purpose of neuromodulation treatment of neurological and cognitive dysfunctions. After each acoustic stimulation treatment, a request for efficacy evaluation or treatment experience of this treatment will pop up on the touch screen display unit. After the patient completes various neurological, psychological and cognitive evaluation scales on the touch screen display unit, the feedback information of multiple courses of treatment is accumulated. After this acoustic treatment is completed, in the idle time between treatments, according to the settings of the acoustic stimulation treatment rehabilitation management host device, the idle acoustic assisted treatment plan or cognitive psychology training or popular science materials, including videos, games, broadcasts and texts, are played in a loop. The medical staff operating the acoustic stimulation treatment rehabilitation management host device authorizes patients with cognitive ability and experience in using independent non-invasive acoustic stimulation treatment terminals to operate the independent non-invasive acoustic stimulation treatment terminals themselves. In an emergency, the patient can use the second call intercom unit to actively contact the medical staff operating the acoustic stimulation treatment rehabilitation management host device for help.

[0059] In this embodiment, the medical staff operating the acoustic stimulation therapy rehabilitation management host device is a link between the upper and lower levels: the medical staff has two-way communication with the experts operating the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, executes and adjusts the doctor's orders, and pushes the patient's treatment evaluation information to the experts operating the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment in real time, checks the progress of acoustic treatment, and formulates and implements further diagnosis and treatment plans. At the same time, the medical staff operating the acoustic stimulation therapy rehabilitation management host device can implement hearing aid fitting and debugging according to the doctor's orders, and implement hearing aid and hearing aid + tinnitus treatment interventions for patients; the medical staff operating the acoustic stimulation therapy rehabilitation management host device has two-way communication with patients of multiple independent non-invasive acoustic stimulation therapy terminals, and timely adjusts and optimizes individualized multi-course treatment plans according to the actual effect of the patient's treatment and rehabilitation or changes in the patient's condition, so as to improve the effectiveness and quality of treatment and rehabilitation.

[0060] In summary, the multi-terminal acoustic stimulation neuromodulation therapy rehabilitation management system and method pointed out in the present invention forms a closed-loop management of neurological and cognitive dysfunction examination, diagnosis, treatment and rehabilitation between experts, medical staff and patients, and can synchronously or asynchronously realize personalized multi-course acoustic stimulation non-invasive neuromodulation therapy rehabilitation management for multiple patients with neurological and cognitive dysfunction, thereby improving the work efficiency of experts and medical staff and facilitating the rehabilitation of patients with neurological and cognitive dysfunction.

[0061] The above are only embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process transformation made using the contents of the present invention specification, or directly or indirectly applied in other related technical fields, are also included in the patent protection scope of the present invention.

Claims

1. A multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management system, characterized in that: include: Acoustic stimulation non-invasive nerve regulation diagnosis and treatment equipment, acoustic stimulation treatment rehabilitation management host equipment and N independent non-invasive acoustic stimulation treatment terminals, the acoustic stimulation non-invasive nerve regulation diagnosis and treatment equipment and the acoustic stimulation treatment rehabilitation management host equipment are bidirectionally connected by wire or wireless means, the acoustic stimulation treatment rehabilitation management host equipment and the N independent non-invasive acoustic stimulation treatment terminals are bidirectionally connected by wire or wireless means, the acoustic stimulation treatment rehabilitation management host equipment includes: a port unit connected to the diagnosis and treatment equipment, a plurality of second USB interface units, a second central processing unit and a logic operation processor unit, a patient efficacy feedback scale Unit, individualized acoustic stimulation treatment plan adjustment unit, multi-course treatment plan making unit, efficacy tracking analysis unit, chronic disease digital management analysis unit, second database unit, remote medical control unit, second hearing aid fitting unit, switcher unit connected to treatment terminal, multiple audio connection ports with treatment terminal, second monitoring earphone unit, first call intercom unit, first sound and light prompt unit, second display unit, host device operation unit, second network connection unit and second power supply unit. The second database unit stores patient information, acoustic stimulation treatment plan, background sound, psychological training and popular science learning materials. This unit is divided into Patient diagnosis and treatment data and equipment are public resources. Patient diagnosis and treatment data are based on the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment and the acoustic stimulation therapy rehabilitation management host device. After forming a local area network connection, the acoustic stimulation therapy rehabilitation management host device automatically obtains the encrypted diagnosis and treatment information of all patients in the logical space or encrypts the patient diagnosis and treatment data in the logical space exported by the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, and stores the encrypted patient diagnosis and treatment data in the portable storage device through the first USB interface unit of the acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment, and then imports the encrypted patient diagnosis and treatment data into the portable storage device through the second USB interface unit of the acoustic stimulation therapy rehabilitation management host device. The diagnosis and treatment data are parsed to the second database unit, the chronic disease digital management and analysis unit can effectively and systematically analyze and summarize the data of the re-treatment terminals of the patients participating in the treatment, and the switch unit connected to the treatment terminal is when the patient has a non-fixed bed / position in the ward or treatment room. The acoustic stimulation treatment and rehabilitation management host device can adjust the treatment terminal and set the treatment terminal login password without changing the patient's plan settings. The first sound and light prompt unit of the acoustic stimulation treatment and rehabilitation management host device is when the patient at the treatment terminal uses the call intercom unit, the host immediately generates a sound and light prompt instruction, which effectively informs the host operator to deal with the patient's abnormal information in time.

2. The multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management system according to claim 1, characterized in that: The N is an integer with a maximum value of 256, and the acoustic stimulation non-invasive neural regulation diagnosis and treatment equipment, the acoustic stimulation treatment rehabilitation management host equipment and N independent non-invasive acoustic stimulation treatment terminals are placed in the same or different places.

3. The multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management system according to claim 1, characterized in that: The acoustic stimulation non-invasive neuromodulation diagnosis and treatment equipment includes: a psychoacoustic detection unit, a digital otoscope unit, a consultation unit, a scale unit, a first central processing unit and a logic operation processor unit, a memory unit, an acoustic signal generating unit, an acoustic signal processing unit, a multi-channel multi-modal acoustic signal synthesis unit, an acoustic stimulation non-invasive neuromodulation treatment plan storage unit, a first database unit, a first hearing aid fitting unit, a plurality of first USB interface units, a biofeedback detection and evaluation unit, an acoustic stimulation earphone unit, a first monitoring earphone unit, a first display unit, a diagnosis and treatment equipment operation unit, a first network connection unit and a first power supply unit. The psychoacoustic detection unit, the digital otoscope unit, the consultation unit and the scale unit are respectively connected to the first central processing unit and the logic operation processor unit. The first central processing unit The processor and the logic operation processor unit are respectively connected to the sound signal generating unit, the memory unit and the multi-channel multi-modal sound signal synthesis unit; the sound signal processing unit is connected in series between the sound signal generating unit and the multi-channel multi-modal sound signal synthesis unit; the acoustic stimulation earphone unit, the first monitoring earphone unit, the multi-channel multi-modal sound signal synthesis unit, the biofeedback detection and evaluation unit and the first database unit are respectively connected to the sound stimulation non-invasive neural regulation treatment program storage unit; the first hearing aid fitting unit and the multiple first USB interface units are respectively connected to the first database unit; the first display screen unit, the diagnosis and treatment equipment operation unit and the first power supply unit are respectively connected to the first central processing unit and the logic operation processor unit; and the first network connection unit is connected to the diagnosis and treatment equipment operation unit.

4. The multi-terminal acoustic stimulation nerve regulation treatment rehabilitation management system according to claim 1, characterized in that: The N independent non-invasive acoustic stimulation treatment terminals respectively include: a port unit connected to a management host device, a secret command and IP address and a service port login unit, a data storage unit, a patient efficacy feedback scale filling unit, a treatment terminal central processor, a logic operation processor, a patient information management unit, a second call intercom unit, a second sound and light prompt unit, a touch screen display unit, a treatment terminal operation unit, a third network connection unit, a third power supply unit and a treatment earphone unit. The port unit connected to the management host device, the logic operation processor, the patient information management unit and the treatment earphone unit are respectively connected to the treatment terminal central processor, the secret command and IP address and the service port login unit are connected between the port unit connected to the management host device and the patient information management unit, the patient efficacy feedback scale filling unit is connected to the logic operation processor, the data storage unit is connected between the port unit connected to the management host device and the patient efficacy feedback scale filling unit, the touch screen display unit, the treatment terminal operation unit and the third power supply unit are respectively connected to the treatment terminal central processor, the second call intercom unit, the second sound and light prompt unit and the third network connection unit are respectively connected to the treatment terminal operation unit.

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