45 results about "Physical Stimulation" patented technology

The invention discloses a portable acupuncture point area synchronous stimulator integrating a multi-mode physiotherapy function. The portable acupuncture point area synchronous stimulator comprises an instrument main body, an acupuncture fixing structure clamp and an integrated acupuncture point area physiotherapy disc, a control circuit and a power supply circuit are integrated in the instrument main body, a central touch screen and a lead bundle are arranged on the surface, and a lead connector plug is arranged at the tail end of the lead bundle; the acupuncture fixing structure clamp comprises a clamping mechanism main body, a power supply connecting line and a sensor interface; the integrated acupoint region physiotherapy disc is of a three-layer stacked structure of a top layer protective shell, a PCB and a contact bottom plate, a coaxial needle hole is formed in the center, and a standard acupuncture needle is allowed to vertically pierce into an acupoint to achieve coincidence of acupuncture and physiotherapy space; the PCB is integrated with four physical therapy modules including an LED phototherapy module, a magnetic therapy magnet, a heating coil and an electrical stimulation electrode, and can synchronously output four physical stimulations including light, magnetism, heat and electricity.

The present application relates to the field of mental fatigue model, and aims to solve the problems of long cycle and complex detection method in establishing mental fatigue model, and provides a method for constructing zebrafish mental fatigue model and application thereof.The method for constructing zebrafish mental fatigue model is as follows: 2-5 dpf zebrafish is given 100% white light and dark alternating stroboscopic cycle stimulation for 0-24 h; then cognitive response behavior analysis is carried out on the zebrafish.The present application constructs a zebrafish model of mental (brain) fatigue induced by white light stroboscopic stimulation, and explores a mental (brain) fatigue model induced by physical stimulation to simulate the environment and life and learning pressure in life.The present application also provides application of the zebrafish mental fatigue model constructed by the method, which is used for evaluating the anti-mental fatigue efficacy of drugs, health foods, foods or medical devices; and is used for mental (brain) fatigue cognitive test, memory test, learning test, reaction ability test and motor ability test of zebrafish.

The utility model discloses a soluble slow-release acupuncture needle, which relates to the field of medical instruments and comprises a needle handle and a needle body, a clamping mechanism is arranged at the bottom of the needle handle, and the root of the needle body is inserted into the bottom of the needle handle and is fixed by the clamping mechanism; the needle body comprises a fish glue layer, a net-shaped medicine storage layer and an agarose layer, the fish glue layer, the net-shaped medicine storage layer and the agarose layer are sequentially arranged from outside to inside, a cavity is formed in the agarose layer, and the cavity is of a centipede-shaped structure; step-by-step release of the medicine is achieved, and the medicine and physical stimulation of the needle body jointly play a role; the dual curative effects of needle and medicine combination are achieved in the treatment process, and the treatment effect and the patient experience are greatly improved; based on the reusable design of the needle handle, the economical efficiency and practicability of the acupuncture needle are further optimized; the problems that in the traditional acupuncture treatment process, medicine release is not uniform, and the medicine effect maintaining time is insufficient are effectively solved, and the more accurate and continuous treatment effect is provided for patients.

The objective is to provide a novel method for improving the efficiency of osteogenic differentiation induction based on immobilized BMP-2. [Solution] A method for stimulating cells with ligand molecules, comprising a stimulation step of applying physical stimulation to the cells and / or ligand molecules, wherein the ligand molecule is bound to or interacts with a receptor protein expressed on the cells and is immobilized on a culture substrate and / or matrix molecule used for culturing the cells, the receptor protein mediates the transmission of extracellular signals to the cells based on its binding to the ligand molecule, and the extracellular signals are enhanced by the physical stimulation.

The utility model belongs to the technical field of medical experiment auxiliary equipment, and provides a resuscitation device for small animals after anesthesia, which comprises a control base, a touch screen arranged on one side of the control base, a box body fixedly mounted at the top end of the control base, a support frame fixedly mounted in the box body, and a sponge cushion layer arranged at the top end of the support frame; the multiple sets of massage rollers are arranged in the supporting frame, blood circulation and drug metabolism of the small animals are promoted, hard contact with the bodies of the small animals is avoided through slow rotation of the massage rollers and the buffering effect of the damping springs, blood circulation and lymphatic reflux are accelerated through mild physical stimulation, and the small animals are prevented from being injured. By means of the design, the recovery speed is increased, and side effects caused by medicine residues are reduced.

The invention belongs to the technical field of medical atomizers, and provides atomization type hand and foot skin rehabilitation equipment. The rehabilitation glove comprises an atomization box and a rehabilitation glove body of at least two layers of composite structures, a net-shaped attaching layer is arranged on the inner layer of the glove body, a pressure sensor is arranged on the side, close to the glove body, of the net-shaped attaching layer, the glove body is provided with a pressure relief structure, and the pressure relief structure comprises pressure relief holes. The pressure relief holes are first through holes located in the outer side of the hand back of the glove body and second through holes located in the tail ends of the fingers of the glove body. The rehabilitation glove body is attached to the hand and generates micro-positive pressure, and absorption of atomized medicine is promoted. The disassembly and butt joint mechanism of the multi-layer composite glove body and the atomization box realizes portable and fixed services in the atomization treatment process; medicine absorption is accelerated through physical stimulation, fingers are allowed to move slightly through the massage balls and the first protruding parts and the second protruding parts of the elastic supports, and joint stiffness caused by long-time fixation is avoided.

The invention discloses a vascular access monitoring system and method based on electrical tomography, and belongs to the technical field of medical monitoring. The method comprises the following steps: generating an equipment native sensitivity matrix corresponding to a physical structure of a flexible sensing interface unit on line; in response to one-time standardized physical stimulation applied to the target monitoring area, collecting multi-frame boundary voltage to obtain dynamic response of the boundary voltage; based on the dynamic response of the device native sensitivity matrix and the boundary voltage, an inverse problem is solved to generate a binary blood vessel position mask representing the actual position of the blood vessel; collecting boundary voltage monitored in real time; and based on the blood vessel position mask, performing targeted analysis on a conductivity distribution image reconstructed according to the boundary voltage monitored in real time so as to monitor the blood vessel state. According to the method, the problem of model mismatching caused by individual anatomical differences is solved, and high-reliability individual monitoring is realized.

The application discloses a somatosensory simulation platform rehabilitation effect driving control method based on a reverse generation model, belongs to the technical field of medical robots and rehabilitation training equipment, and constructs a single / multimodal somatosensory stimulation-response database; a golden sample set with a peak value of neural activation is screened; a neural-physical reverse mapping model based on a probability generation mechanism is established, a conditional probability distribution from a neural activation feature space to a physical stimulation parameter feature space is learned; a target neural activation is set, and an expected physical stimulation parameter is generated by using the trained model; a kinetic safety filter is constructed to generate a final safety control instruction; and the safety control instruction is used to drive the somatosensory simulation platform to move. The application further provides a somatosensory simulation platform rehabilitation effect driving control system based on a reverse generation model, which comprises a data acquisition and screening module, a reverse reasoning calculation module, a safety control module and a collaborative execution module. The application improves the effect, accuracy and safety of somatosensory simulation training.

The invention relates to an electromagnetic synchronous stimulation control device and method, equipment, a medium and a program product, and the device comprises a target spot information generation module which is used for generating target spot position information; the stimulation parameter configuration module is used for generating a combined stimulation scheme data packet based on the stimulation parameter template and the target position information; the synchronous control instruction generation module is used for analyzing the combined stimulation scheme data packet and generating a first time sequence control signal and a second time sequence control signal; and the stimulation execution and feedback module is used for driving the transcranial direct current stimulation unit and the repeated transcranial magnetic stimulation unit to synchronously apply physical stimulation to the target spot position through the first time sequence control signal and the second time sequence control signal, collecting an electroencephalogram signal of the target object in real time and generating a stimulation execution log. Electromagnetic synchronous stimulation is applied to the same target spot at the same time, and the physiological addition and synergistic effect of an electric field and a magnetic field are utilized, so that the effect on reducing the epileptic seizure frequency and electroencephalogram epilepsy-like discharge is remarkable.

The application discloses a computer vision-based facial image intelligent recognition analysis method and system, belongs to the technical field of traditional Chinese medicine facial recognition, and comprises the following steps: applying physical stimulation with predetermined parameters to the face of a subject, and acquiring a facial hyperspectral image sequence in a stimulation response period; based on the facial hyperspectral image sequence, constructing a time-series intensity curve of each pixel point at a preset wave band, and extracting a relaxation characteristic parameter from the time-series intensity curve; deducing the static spectral reflection characteristics of each pixel point according to the relaxation characteristic parameter and the end data of the time-series intensity curve, and forming a facial static optical base map; and respectively calculating the facial static optical base map and a baseline frame in the facial hyperspectral image sequence; the computer vision technology is combined with the hyperspectral image analysis, the objective extraction and quantification of facial features are realized, the technical pain points that the traditional Chinese medicine facial diagnosis relies on artificial experience and is highly subjective are solved, and the objectivity and reliability of the diagnosis are improved.

A body care device capable of massaging a user's body by physical stimulation is provided. A body care device according to one aspect of the present invention comprises: a base part; a main rod portion allowing rotation about a rod rotation axis along a lateral direction of the base portion; an eccentric cam portion, a cross section of which is not parallel to an imaginary line orthogonal to the lever rotation axis, and which is attached to the main lever portion to communicate with and rotate together with the main lever portion; a massage arm coupled to the eccentric cam portion so as to be constrained so as not to do other displacements except for rotation with the eccentric cam portion; a continuous ball guide groove provided in the base portion in a lateral direction; and a ball joint, one rod-shaped end portion of which is attached to the massage arm and the other spherical end portion of which is inserted into the ball guide groove.

The application belongs to the field of biomedical materials and bone tissue engineering technology, and discloses a preparation and application of a self-piezoelectric aluminum nitride film / cavity assembly structure for promoting repair of large segment critical bone defects. The film is based on the piezoelectric properties of AlN, and through optimization of the cavity structure, self-power generation capability under a physiological vibration environment is realized, and the surface current density of AlN is significantly improved. The film can continuously provide stable bioelectric signals without polarization treatment and external physical stimulation, thereby promoting adhesion, proliferation and differentiation of osteoblasts. In vivo experiments show that the film / cavity assembly structure can effectively repair rabbit femoral critical bone defects without a scaffold, and is superior to existing piezoelectric materials. The application breaks through the limitations of traditional piezoelectric bone repair materials which depend on external stimulation and scaffolds, and provides an innovative strategy with high clinical conversion potential for bone tissue repair.

The utility model discloses a flexible dosing device with a physical defecation inducing function, which comprises a bottle body for storing liquid medicine and a bottle rod for conveying the liquid medicine, a step is arranged on the bottle rod, the bottle rod is divided into two sections by the step, and the two sections comprise a front rod section and a rear rod section; a rubber coating layer is coated on the front rod section; a through groove is formed in the rubber coating layer, and the through groove and the outer wall of the front rod section form a groove; the inner wall of the through groove is in an irregular shape. The rubber coating layer is made of a soft material; in the daily use process, due to the arrangement of the rubber coating layer and the through groove, when glycerine enema is inserted, the local part of the rectum wall can be squeezed into a groove formed by the through groove and the outer wall of the front rod section, when the front rod section moves, the rectum wall can be reversely squeezed by the inner wall of the through groove, the intestinal wall is physically stimulated, and therefore the rectum wall can be prevented from being damaged. The effect of inducing defecation reflex is achieved, so that defecation meaning is generated, and defecation is promoted.

The invention relates to a circuit system for medical treatment and a control method thereof. The circuit system comprises a control circuit and at least one flexible patch circuit, the flexible patch circuit comprises an image acquisition module and a physical stimulation module, and the image acquisition module is used for acquiring image information of a coverage area of the flexible patch circuit; the control circuit is used for judging whether the coverage area is a wound area according to the image information. According to the invention, image acquisition is carried out on the area covered by the flexible patch circuit through the image acquisition module, whether the wound exists in the covered area is determined through the control circuit, and physical stimulation capable of promoting wound healing is provided for the covered area through the physical stimulation module under the condition of determining that the wound exists, so that wound healing is promoted. And under the condition that the control circuit determines that the wound is healed according to the acquired image information, the physical stimulation module can be controlled to stop applying physical stimulation, so that an uninjured area is prevented from being injured due to continuous physical stimulation.

The invention discloses a single-crystal magnesium alloy wire for acupoint catgut embedding and weight losing and a preparation method of the single-crystal magnesium alloy wire, the chemical composition expression of the single-crystal magnesium alloy wire is Mg-yM-zR, in the formula, y and z represent the mass fraction of M and the mass fraction of R in magnesium alloy respectively, y is larger than or equal to 1.2 and smaller than or equal to 1.7, z is larger than or equal to 0.3 and smaller than or equal to 0.8, and the balance is Mg; m is one of Sr, Ce and Co, and R is one of Ge, Sm and Dy; the wire is prepared through the processes of smelting and casting, homogenizing treatment, hot extrusion, multi-pass cold drawing, intermediate annealing and zone smelting and directional solidification, and has uniform and controllable degradation rate, excellent mechanical property and biocompatibility; after the catgut embedding slimming agent is embedded into the acupuncture point of a human body, fat metabolism is promoted through mild and lasting physical stimulation and chemical ion regulation, intergranular corrosion and premature fracture caused by a polycrystalline structure are avoided, and the safety and durability of a catgut embedding slimming therapy are improved.

The present application relates to the technical field of medical devices, in particular to a kind of external device for treating male erectile dysfunction, including outer tube, and the negative pressure pump and internal inner tube of the internal inside being arranged at the front end of outer tube,It also includes ball hinge seat, movably connected at the rear end of outer tube, and there is silica gel sealing ring at the opening of its rear end;Control center, installed at the front end inside outer tube, and installed at the output end of negative pressure pump, control center is connected with temperature control sensing device, temperature control sensing device is installed on the I-shaped connecting seat at the rear end of inner tube, solve the single negative pressure control mode of existing device, manually cannot be accurate control pressure and cause tissue damage or affect erection effect, the pressure program of automatic version is fixed, complex structure, poor portability, and cannot be adapted to the angle change after penis erection, easily cause compression pain, air leakage pressure loss;Lack of auxiliary physical stimulation, limited efficacy;In addition, local hypothermia under negative pressure causes body discomfort, also can contract blood vessels, hinder blood perfusion and erection maintenance problem.

The application provides a stoma irrigation device, belonging to the field of stoma irrigation, and used for solving the problem of limited physical stimulation to the intestinal tract during stoma irrigation operation; the device comprises an insertion unit, a first liquid injection unit and a second liquid injection unit; the insertion unit comprises a first expansion piece, a second expansion piece and a flow rate adjusting piece arranged in sequence along an insertion direction; the first expansion piece is arranged, and the first liquid injection unit is used to inject gas or liquid into the first expansion piece, so that the first expansion piece is expanded, thereby fixing the insertion unit in the intestinal tract and avoiding leakage of the irrigation liquid; the second liquid injection unit is used to inject the irrigation liquid into the second expansion piece, so that the second expansion piece is expanded to actively induce intestinal peristalsis, change the traditional passive flushing mode, make the intestinal contents more easily softened and removed by peristalsis, shorten the cleaning time and improve the cleanliness; and the irrigation liquid enters the intestinal tract at a slow speed after being adjusted by the flow rate adjusting piece, so that the intestinal mucosa is protected and the discomfort of the patient is reduced.

This invention relates to the field of blood drawing nursing technology, specifically a blood drawing nursing device to reduce psychological resistance. It includes a partition with a display screen embedded inside. An airbag A is installed inside the partition, and an air pump is connected to one side of airbag A. A support plate is connected to one side of the partition, and a grip ring is fixedly connected to the upper end of the support plate. Guide grooves are installed on both sides of the support plate, and cooling plates slide inside both sets of guide grooves. An airbag B is fixedly connected to the outside of the grip ring. This invention generates continuous tactile stimulation by the reciprocating motion of the cooling plates on both sides of the arm. This physical stimulation, through nerve conduction, distracts the brain's attention, reducing the pain of needle insertion and lowering the patient's sensitivity to pain. Simultaneously, the partition and the display screen block the patient's direct line of sight to the needle and puncture site, preventing fainting and tension caused by visual stimulation, thus keeping the patient relaxed during the blood drawing process.

The present invention relates to a hyaluronic acid-based cell spheroid containing iron oxide and a manufacturing method therefor. By introducing hyaluronic acid particles containing magnetic iron oxide and inducing physical stimulation thereto, vascularization and osteogenic differentiation ability of the cell spheroid can be improved.

The application discloses a kind of sensation nerve quantitative detection method and system based on electroencephalogram characteristics, it is related to electroencephalogram measurement technical field, including: establishing and corresponding detection file of user;Respectively current stimulation module and electroencephalogram detection module are worn in the wrist of user and head;By current stimulation module, current stimulation is gradually applied to user, and gamma wave in the electroencephalogram signal of user is collected in real time by electroencephalogram detection module;Analysis gamma wave in the electroencephalogram signal of user, whether the current intensity that current stimulation module applies to user exceeds the physical stimulation perception threshold of subject is judged;Analysis sensation disorder severity classification.The application has the advantages that: detection is carried out by electroencephalogram signal, does not depend on the subjective feedback of patient, avoids the interference of emotion, psychology and other factors, even if special patient cannot carry out self-perception report, sensation nerve quantitative detection can also be completed by objective physiological response of electroencephalogram.

The invention relates to the technical field of digital psychotherapy, and discloses a digital meta-cognitive insomnia treatment and intervention method, which comprises the following steps of: receiving initial scale data, calculating a physical interactive wake-up baseline threshold value and initializing a main control state machine; obtaining user interaction data, executing bottom layer isolation packaging, and distributing an initial locking time parameter; collecting multi-dimensional terminal behavior characteristics, calculating a monitoring wake-up parameter, and when the parameter is greater than a threshold value, prolonging a locking parameter and accumulating a state machine rollback mark; outputting a cross-modal physical stimulation control signal according to the mark; and executing one-way sliding rendering on the unlocking data when the countdown returns to zero, and performing a circulation stage when the variable quantity returns to zero. According to the method, data asynchronous isolation is executed by bypassing semantic analysis, and physical stimulation and locking parameters are dynamically output in combination with physical behavior characteristics, so that abnormal cognitive rumination migration is converted into bottom hardware redirection intervention, sleep wake-up overshoot fluctuation can be suppressed, and the regulation recovery time of a biological clock steady state is shortened.

This invention relates to a cosmetic material composition with a flexible, enhanced liquid crystal structure containing elliptical or amorphous oil particles, formed from any one or more of olive oil esters and oleate surfactants, higher alcohols, and liquid crystal forming surfactants. The cosmetic material composition of this invention exhibits enhanced five-layer deep moisturizing function, instant moisturizing elasticity, soothing effect on skin damage under physical stimulation, and moisture retention compared to existing liquid crystal emulsions, through the synergistic effect between liquid crystals similar to intercellular lipids of the skin and flexible oil particles. It also possesses excellent moisture-protective film formation efficacy.

This invention relates to the field of cognitive data processing technology, and more particularly to a method and system for physical stimulation-driven lymphatic circulation and cognitive enhancement. The system includes a physical stimulation frequency impact assessment module, a stimulation mechanical vibration analysis module, a lymphatic circulation vibration calibration module, and a stimulation frequency drive adjustment module. It utilizes pressure and temperature sensors to monitor the corresponding physical stimulation pressure and the surface temperature of the stimulated skin in real time, performing stimulation frequency impact assessment and stimulation mechanical vibration analysis to generate a physical stimulation mechanical vibration effect. It also acquires lymphatic fluid flow velocity and EEG neural activity signals, performing neurocognitive level analysis and vibration response calibration. Simultaneously, it performs lymphatic circulation cognitive regression analysis and stimulation frequency drive adjustment to generate a physical stimulation frequency drive adjustment scheme corresponding to lymphatic circulation cognitive enhancement. This invention can accurately analyze the correlation between physical stimulation and lymphatic circulation and cognitive enhancement.

The invention provides a multi-mode physical stimulation regulation and control system based on a biological interface, which can be applied to the technical field of nerve regulation and control. The multi-mode physical stimulation regulation and control system can comprise a living interface acquisition unit and a plurality of stimulation modules, the processor is used for obtaining Nth multi-modal electromechanical information of the target object through the electromechanical interface acquisition unit after the (N-1) th multi-modal stimulation is carried out on the target object through the stimulation module; determining Nth multi-mode regulation and control demand information for the target object according to the Nth multi-mode vitality feature mapping model according to the Nth multi-mode vitality feature mapping information; outputting an Nth multi-mode stimulation parameter by using a multi-mode stimulation parameter decision model according to the Nth multi-mode regulation and control demand information; and according to the state information of the target object after the (N-1) th multi-mode stimulation, correcting the Nth multi-mode stimulation parameter, and according to the corrected Nth multi-mode stimulation parameter, controlling the plurality of stimulation modules to perform the Nth multi-mode stimulation on the target object.

Methods and systems for cross-domain controlled stimulation of biological dynamics by AI iterative optimization physical patterns for migrating structured patterns (including crystals, semiconductors, and related processes) from physical or mineral systems to target biological systems to guide their measurable dynamic processes, such as growth, migration, proliferation, branching, and self-organization. The present application generates a defect and anisotropy mapping or descriptor delta (x) from a physical source and converts a derived stimulation pattern or stimulation recipe under constrained conditions into an executable stimulation protocol, which may include electrical stimulation or electro-physical stimulation, light stimulation, chemical stimulation, thermal stimulation or mechanical stimulation, or may be in a multi-modal form, meanwhile, the biological constraint and the executable and safety constraint of the experimental device are met; applying the stimulation protocol to a target biological system and obtaining observation data through a sensor and / or visual means (photo, video, time-lapse photography) to extract quantitative features and calculate a result indicator that can be compared to a baseline; subsequent tests are selected under constraint conditions by an artificial intelligence assisted decision engine to maximize information utility and achieve improvements while using stop rules to limit low-yield experimental activities and maintain comparability and repeatability between different runs.

A body stimulation band that can be worn comfortably during daily activities and that provides physical stimulation beyond mere pressure, and a health care system using same, are provided. The body stimulation band is a body stimulation device including a base having a shape extending in a first direction and having one side and the other side, wherein the body stimulation device defines, in sequence from one side to the other side in the first direction, a first region, a second region, a third region, and a fourth region. The body stimulation device further comprises: a loop-forming ring coupled to one end of the first region; a piezoelectric element disposed in the second region; a first coupling means disposed on the other side of the third region; and a second coupling means disposed on the one side of the fourth region and forming a reversible fastening structure with the first coupling means.

This invention discloses a three-layered functional hydrogel material for osteochondral repair that promotes chondrogenesis through traditional Chinese medicine and physical stimulation, and its preparation method. Specifically, the method includes: 1) preparing a PCL electrospun membrane using electrospinning technology, and forming an HA coating on its surface using a hydrothermal method with biomimetic mineralization; 2) constructing the HA coating on the surface of black phosphorus sheets and preparing cryptotanshinone nanopowder using in-situ mineralization and spraying methods, and mixing it with BMSCs in a porous GelMA solution; 3) preparing MCSN nanoparticles loaded with baicalein using a hydrothermal template method and ultrasonic impregnation process; 4) dispersing barium titanate nanowires, drug-loaded MCSN, and BMSCs in a SilMA / HAMA solution; 5) pouring the GelMA mixture into a mold and pre-curing it, placing a plasma-treated mineralized electrospun membrane on top, then pouring the SilMA / HAMA mixture and completely curing it to obtain the desired hydrogel. This composite material has a three-layer structure, matching the needs of osteochondral repair.

The utility model relates to an animal experiment device. The utility model discloses a gastroesophageal reflux chest pain modeling and treatment combined animal experiment device. The animal experiment device comprises a centralized sleeve, a fixed gastric sac assembly, an esophageal physical stimulation balloon assembly and a medicine stimulation assembly, the fixed gastric sac assembly comprises a first fixed balloon and a first fixed pipeline; the esophagus physical stimulation balloon assembly comprises a second stimulation balloon and a second stimulation pipeline; the medicine stimulation assembly comprises a medicine injection pipe, the medicine injection pipe and the concentration sleeve are arranged inside and outside, and the lower end of the medicine injection pipe is provided with a medicine injection opening which extends outwards and is in butt joint with the outer side of the concentration sleeve. And the lower end part of the concentration sleeve is sequentially provided with an injection part which is butted and communicated with the medicine injection port, a second fixing part for fixing the second stimulation balloon and a first fixing part for fixing the first fixing balloon from top to bottom. By means of the medicine stimulation assembly and the esophagus physical stimulation balloon assembly, switching use or combined use of chemical stimulation and physical stimulation is achieved for modeling.

This invention discloses a wearable multimodal physical stimulation control method and device for chronic pain management, belonging to the field of wearable stimulation device technology. It includes setting intensity levels for different stimulation modes; collecting feedback data and establishing an optimal stimulation mode through a mode determination method; prioritizing stimulation modes other than the dominant stimulation mode under the optimal stimulation mode and determining stimulation parameters; during stimulation, adjusting different stimulation modes based on feedback data and priority ranking, and updating stimulation parameters; when the user adjusts the intensity level of the dominant stimulation mode, first determining temporary stimulation parameters, using these temporary parameters for stimulation while updating the stimulation parameters through feedback adjustment. This invention produces the most direct pain management effect on different causes of pain through different dominant stimulation modes, and achieves multimodal fusion stimulation by employing multiple different auxiliary stimulation modes, improving analgesic effects and relieving discomfort symptoms.