63 results about "Abdominal respiration" patented technology

The present invention relates to an integrated dynamic physiological parameter delection and recording method and equipment. It is characterized by that the sensors for detecting dynamic physiological parameters of human body, including multi-lead electrocardioelectrode, thoracico-abdominal respiration sensors, body surface and axially temperature sensors, infrared sensor, acceleration sensor and microphone, main circuit board connected with sensors and connecting wire for connecting them, are inlaid in the interior of base body made of insulating flexible material, and said base body cna be chest band, sleeveless vest, short-sleeve garment or long-sleeve shirt. Said invention also provides its application method and range.

The invention discloses an abdominal respiration training device. A front fixed plate and a rear fixed plate of a pressure abdomen sleeve of the abdominal respiration training device are both arc-shaped hard plates, and the front fixed plate and the rear fixed plate are arranged oppositely. The front fixed plate, a left bandage, the rear fixed plate and a rear bandage are sequentially connected end to end and then form a hollow annular shape. An inflatable air bag is an arc-shaped soft air bag, the inflatable air bag and the front fixed plate are matched in size and shape, and the inflatable air bag is fixed to the inner side face of the front fixed plate. An air inlet valve and an exhaust valve are arranged on the inflatable air bag. A micro inflation pump is communicated with the air inlet valve on the inflatable air bag through an air conveying hose. The exhaust valve is communicated with the atmosphere directly. The input end of a host circuit is provided with a control switch. A frequency control circuit is connected to the input end of the host circuit. The output end of the host circuit is connected with the control end of the micro inflation pump, the control end of the air inlet valve and the control end of the exhaust valve. The abdominal respiration training device can help people carry out abdominal respiration training without being limited by places, and has the advantages of being simple in structure and low in cost.

An abdominal respiration training device comprises an inflatable abdominal belt, a breathing nose mask, an air pump, an air inlet valve, an air outlet valve and a host circuit. An air cushion is arranged in the inflatable abdominal belt and connected with the air inlet valve and the air outlet valve through an air conduction tube; the air inlet valve is connected with the air pump; the breathing nose mask is connected with an expiratory tube and an inspiratory tube; an expiratory sensing device and an inspiratory sensing device are arranged on the expiratory tube and the inspiratory tube respectively and feed detection signals back to the host circuit; and the host circuit opens and closes the air inlet valve and the air outlet valve according to the detection signals fed back by the expiratory sensing device and the inspiratory sensing device, and air inflation and air discharge of the air cushion can be switched through respiration are achieved. The abdominal respiration training device can help people perform abdominal respiration training, correct error respiration modes, and develop correct respiration modes; and plays an important role in increase of vital capacity and oxygen delivery capacity, improvement of a cardio-pulmonary function, removal of abdominal waste, improvement of abdominal blood circulation and prolonging of lives.

A respiration indication device for a spine reduction system is provided. The spine reduction system can treat muscle slight contracture and muscle muscular tension due to unhealthy living habits and diseases of modern peoples. Muscular tension tends to occur in muscle groups attached on or associated with two sides of a spine, and spine fatigue, overload and even deformation occur as time passes. In the field of spine recovery, a mechanical force and an electric field are applied to relieve muscular tension when spine traction and fixation is performed, which is an effective treatment means. The invention provides a plurality of treat means, electrotherapy and magnet therapy are combined effectively, discharging is induced by human body muscular tension relevant ganglia, and a plurality of muscle heath indexes can be effectively improved; and self adaptive adjustment is performed in real time with myoelectricity detection so as to acquire a better treatment effect. In the magnet therapy process, to achieve a good time, the respiration indication device can prompt a patient to perform abdominal respiration to match the magnet therapy under the management of a control device, and excess interference of evoked potentials and normal human body cardiac electricity can be avoided.

An abdominal respiration training aid comprises an inflatable abdominal belt, a nose cover, a respiration pipeline, an air pump, an extension-type air bag and a main machine circuit, wherein the extension-type air bag is connected with an air cushion in the inflatable abdominal belt through a first way air guide pipeline and a second way air guide pipeline, the air cushion in the inflatable abdominal belt is connected with the air pump through a third way air guide pipeline, at least the first way air guide pipeline and the second way air guide pipeline are provided with valves, the nose cover is connected with the respiration pipeline, the respiration pipeline is connected with a sensor, the sensor is used for detecting respiration frequency, the main machine circuit opens or closes the valves according to detection signals fed back by the sensor, and the air cushion in the inflatable abdominal belt can exhaust air into the extension-type air bag according to respiration rhythms, or the air cushion in the inflatable abdominal belt can store air from the extension-type air bag. The abdominal respiration training aid can help people to carry out abdominal respiration training and to develop an accurate respiration mode, and plays significant roles in increasing vital capacity, oxygen delivery capacity and a cardio-pulmonary function, discharging abdominal waste, improving abdominal blood circulation, and prolonging the life.

An automatic sleep staging method based on LSTM and using multiple physiological signals comprises the following steps: step 1, signal acquisition: acquiring an ECG (electrocardiogram) signal, a respiration signal and an acceleration signal of a testee; step 2, signal processing; step 3, classification feature extraction; step 4, model construction: inputting artificially extracted features in a first-layer LSTM model, taking an output probability of the first-layer LSTM model as new features, and inputting the new features into a second-layer LSTM model together with the artificially extracted features to construct classifiers for different classification tasks; and step 5, applying trained models to classification of sleep staging. Multiple physiological signals, including the ECG signal, the thoracic-abdominal respiration signal and a head acceleration signal but not including an EEG (electroencephalogram) signal, are adopted in the invention, and defects caused by application of EEG to sleep staging are overcome; and meanwhile, the LSTM models are adopted and suitable for big samples and big data, besides, the temporal correlation between sleep events is considered, and the accuracy and reliability of sleep staging are improved.

The invention discloses an abdominal respiration training system which comprises an intelligent terminal, an abdominal respiration movement monitoring sensor, a physiological parameter sensor, a communication module and a central controller. An elastic bellyband is arranged on the abdominal respiration movement monitoring sensor and is used for being fixed on the abdomen of a user and collecting an abdominal movement signal during respiration. The physiological parameter sensor is used for synchronously collecting physiological parameter signals of the user; after being processed by the central controller, the collected abdominal movement signals and physiological parameter signals are synchronously transmitted to the intelligent terminal through the communication module, and the abdominal movement information and the physiological parameter signals are displayed on the intelligent terminal in real time. The abdominal motion state and the physiological parameter signals of the user are synchronously monitored, the collected signals are synchronously fed back to the intelligent terminal in real time to be presented, the user is guided to conduct abdominal respiration training, abdominal respiration parameters are adjusted through biological feedback, the optimal autonomic nerve adjusting effect is obtained, and adjustment of the physical state of the user is better facilitated.

The invention relates to a formula of a medicament for treating swine high fever and a using method thereof. The medicament is prepared by dissolving 0.5 to 25 percent of Chinese angelica extract, 0.5 to 25 percent of rhubarb extract, 0.5 to 25 percent of Himalayan teasel root extract, 0.5 to 25 percent of common clubmoss herb extract, 0.5 to 25 percent of liquorice root extract, 0.5 to 25 percent of croton seed extract, 0.5 to 25 percent of toad venom, 0.5 to 25 percent of cicada slough extract, 0.5 to 25 percent of radix scutellariae extract, 0.5 to 25 percent of honeysuckle extract and 0.5 to 25 percent of common andrographis herb extract with solvent normal saline to obtain an injection, wherein the sum of the components and the balance is one hundred percent. The medicament has special effects on early and middle high fever, fulminant epidemic diseases from 2006 to 2009, mixed epidemic swine fever blue-eared disease of virus, pathogenic bacteria and worm, pseudorabies, blood worm, toxoplasmosis, lung plague, erysipelas, eircovims, streptococcus, haemophilus diseases, pneumonia, bronchitis and abdominal respiration and can relieve nose and mouth foaming in two hours.

The invention provides a sleep guide device and system and a using method of the system, belongs to the technical field of medical health care devices, and particularly relates to a system for guiding sleep and the using method of the system. The sleep guide system comprises a controller, a massage device, a VR display device, a distance measuring sensor, a tactile sensor, an eye tracker, a psychological pressure analyzer and a biological feedback detector. The VR display device can provide a virtual scene for a to-be-guided person to relax his / her mind; the distance measuring sensor can help judge whether the to-be-guided person carries out abdominal respiration or not; the massage device can perform targeted massage on the to-be-guided person when the to-be-guided person relaxes; the tactile sensor is used for monitoring whether various parts of the body of the to-be-guided person relax enough or not; the eye tracker, the psychological pressure analyzer, the biological feedback detector and the like can be used for judging whether the to-be-guided person enters a sleep state or a relaxation state; the control terminal can receive signals sent by other devices, and send a prompt message to guide the to-be-guided person in the sleep stage from the relaxation state.

The invention discloses a learning machine controlled by abdominal respiration, which comprises a display, an FLASH memory, a recording circuit and a microcomputer application system of a music playing circuit. The learning machine is characterized by also comprising an abdominal respiration sensor, wherein the signals of the abdominal respiration sensor are input into the microcomputer application system for providing inspiration ending and starting pulse signals, and the microcomputer application system controls the display and the music playing circuit to display and play learning contents according to the inspiration ending and starting pulse signals. The learning machine mainly has the characteristics that abdominal respiration signals are used for controlling the playing and the displaying of the learning contents of speech information and image-text information, and tender and slow music is played in a circular and mixed way, so that students relax in the whole learning and memorizing processes, and the brains are filled with alpha waves and in a high relaxed alertness state, thus the learning efficiency and the learning effect of people are improved.

The invention discloses an intelligent abdominal respiration trainer which comprises a waistband and an intelligent system connected to the middle position of the waistband. The intelligent system comprise a displacement sensor, a processor, a display module and a sound module, wherein the displacement sensor is located at the middle position, the processor is connected and interacted with the displacement sensor, the display module and the sound module. The intelligent abdominal respiration trainer detects abdominal respiration feeds corresponding information to a wearer through the intelligent system, senses abdominal displacement through the displacement sensor, detects the strength and frequency of the abdominal respiration, thus guides the wearer to perform respiration adjustment through voice, and can effectively interact with the wearer and improve a training effect. The intelligent abdominal respiration trainer adopts the displacement sensor to sense displacement, only producesslight abdominal compression during wearing, does not adopt an original scheme producing strong compression and effectively improves the wearing comfort.

The invention discloses an autonomous abdominal respiratory training assisting device which comprises a bed board used for supporting a user, the upper surface of the bed board is wrapped with a soft cushion, protruding strips are fixed to the front side and the rear side of the lower surface of the bed board, and two sliding ways are symmetrically formed in the left side of the soft cushion; a training belt which is installed in the middle of the bed board, one end of the training belt is fixed to the side edge of the bed board, and an adjusting assembly is installed at the other end of the training belt; a head limiting plate which is installed on the left side of the soft cushion, and an atomizer is arranged on the left side face of the head limiting plate; a leg limiting plate which is connected to the right side of the soft cushion, a foot limiting sleeve is installed below the leg limiting plate, and connecting assemblies are installed at the connecting positions of the leg limiting plate and the front side face and the rear side face of the foot limiting sleeve. The device is simple in structure and convenient to use, the trouble that medical staff assist in pressing is omitted, autonomous training is achieved, the burden of the medical staff can be relieved, and practicability is high.

The invention relates to a respiratory function training device, capable of effectively solving a problem that existing respiration training devices can be used for training inhalation amount and exhalation amount of user's thoracic respiration and are in lack of a capacity of training abdominal respiration. According to the technical scheme, the respiratory function training device comprises a seat which is placed on the ground, wherein a backrest is fixedly connected to the back end of the seat; the training device is characterized in that a shoulder pressing plate is connected to the upperend of the backrest in a mode of sliding up and down; an abdomen plate is connected to the lower end of the backrest in a mode of sliding back and forth; a driving structure is fixedly connected to the lower end of the seat; and the driving structure is connected to the shoulder pressing plate and the abdomen plate by virtue of a transmission structure. The respiratory function training device provided by the invention is concise in structure, easy to operate, strong in practicability, relatively low in manufacturing cost and convenient for promotion and popularization.

A sensor system is for determining a breathing type of a subject. It has first and second electromagnetic radiation (e.g. optical) sensors, for example PPG sensors. The sensors are for application to the skin of the subject at different sensor locations. The signals from the first and second sensors are analyzed to determine if there is predominantly a first breathing type (e.g. chest breathing) or predominantly a second breathing type (e.g. belly breathing), or a mixture of the first and second breathing types.

The invention belongs to health-care equipment, and discloses abdominal respiration auxiliary equipment. The abdominal respiration auxiliary equipment is bound to the abdomen, and performs automatic expansion and contraction and extrusion on the abdomen. The abdominal respiration auxiliary equipment is provided with an external binding structure and further comprises an expansion and contraction module arranged on the surface of a fixed structure, through limit by the binding structure with a fixed inner diameter range, the expansion and contraction module extrudes / releases the abdomen duringperiodic expansion and contraction, and the duration of the periodic expansion and contraction is within a single respiration time range. By arranging the automatic telescopic module on the binding structure, expansion and contraction adjustment can be performed according to the respiratory frequency of the human body, so that abdominal respiration auxiliary equipment is adapted to the respiratoryfrequency, the abdomen of a user is squeezed inwards or released outwards, and a guiding effect is provided for the user who practices abdominal respiration or reverse abdominal respiration; and besides, the pressing effect of a human hand can be simulated in the extrusion process, so that the phenomena of abdominal distension and the like are effectively relieved.

The invention relates to a cardiopulmonary resuscitator, in particular to a cardiopulmonary resuscitator capable of stimulating abdominal respiration, comprising a micro control unit (MCU), a first pressing unit and a second pressing unit, wherein the first pressing unit comprises a first motor driving circuit, a first motor, a first connecting rod and a first pressing head; the MCU outputs a first control signal to the first motor driving circuit; based on the first control signal, the first motor driving circuit drives the first motor to rotate in order to drive the first connecting rod and the first pressing head connected at the tail end of the first connecting rod to move in a reciprocating manner so as to press the breast of a patient; the second pressing unit comprises a second motor driving circuit, a second motor, a second connecting rod and a second pressing head, and the MCU outputs a second control signal to the second motor driving circuit; based on the second control signal, the second motor driving circuit drives the second motor to rotate to drive the second connecting rod and the second pressing head connected at the end part of the second connecting rod to move in a reciprocating manner so as to press the belly of the patient; the second pressing head is detachably attached at the abdomen of the patient; the first and second pressing units work asynchronously and collaboratively; when the first pressing head of the first pressing unit executes the pressing operation, the second pressing head of the second pressing unit executes the lifting operation; and when the first pressing head of the first pressing unit executes the lifting operation, the second pressing head of the second pressing unit executes the pressing operation. As the patient is stimulated to perform abdominal respiration while the breast is pressed, the cardiopulmonary resuscitator can be used for effectively improving the respiratory effect and increasing the treatment efficiency.

The invention discloses a multifunctional abdominal respiration auxiliary training device. The device comprises a waist and abdomen girdle, an electric control box and execution boxes. The device is characterized in that: the electric control box is fixedly installed in the center of the front side of the waist and abdomen girdle, and the execution boxes are fixedly installed in the centers of the left section and the right section of the front side of the waist and abdomen girdle; an air bag is fixedly mounted on the rear side of the waist and abdomen girdle, and a micro air pump in each execution box is communicated with the air bag; and the side wall of the electric control box is detachably connected to a gas flow sensor, a blood oxygen pulse meter and a respiration monitoring electrode through wires. The breathing monitoring electrode is arranged, so that the control unit controls the micro air pump and breathing to work at the same frequency, and the training effect is better; the air bag is adopted to extrude the abdomen of the patient, stress is dispersed, strength is mild, and injury is avoided; the heart rate and pulse of a user are monitored in real time, and the volume of inhaled and exhaled air of the user can be detected; and the device is light in structure and comfortable to wear, does not influence the motion state of a user, and can be suitable for various conditions such as supine, standing, walking and running.

The invention relates to a lung function physical therapy device for the respiratory medicine department. The problems that when existing patients enter lung function physical therapy, the physical therapy effect is poor, and the period is long are effectively solved. According to the technical scheme, the device can correspondingly adjust the expiration and inspiration intensity of a patient according to the requirements of the patient in different expiration and inspiration stages, so that the action essentials of assisting the patient in better completing abdominal respiration training under the condition that the breathing force with certain intensity can be achieved are met; therefore, lip contraction breathing training and abdominal breathing training are perfectly combined together, the lung function rehabilitation effect of a patient is improved, and the physical therapy period is shortened.

The invention relates to a respiratory function training device, capable of effectively solving a problem that existing respiration training devices can be used for training inhalation amount and exhalation amount of user's thoracic respiration and are in lack of a capacity of training abdominal respiration. According to the technical scheme, the respiratory function training device comprises a seat which is placed on the ground, wherein a backrest is fixedly connected to the back end of the seat; the training device is characterized in that a shoulder pressing plate is connected to the upperend of the backrest in a mode of sliding up and down; an abdomen plate is connected to the lower end of the backrest in a mode of sliding back and forth; a driving structure is fixedly connected to the lower end of the seat; and the driving structure is connected to the shoulder pressing plate and the abdomen plate by virtue of a transmission structure. The respiratory function training device provided by the invention is concise in structure, easy to operate, strong in practicability, relatively low in manufacturing cost and convenient for promotion and popularization.

The invention discloses a surface electromyography detecting device in a spine rehabilitation system. The spine rehabilitation system is used for treating muscle slight contracture and muscular tension caused by bad living habits, diseases and other reasons of modern people, and comprises multiple kinds of medicine for promoting bone forming and avoiding ectopic bone formation, and the medicine isselectively released in tissue gaps through a special wrapping layer and arranged on a wounded part for gathering through a magnetic field. In order to improve the activity of the medicine, a devicefor forming ganglion interference, a man-made slightly alkaline environment and others is further additionally arranged. According to the surface electromyography detecting device, inducing discharging is conducted through human body muscular tension related ganglions, muscle and nerve health indexes are effectively improved, and injury healing is promoted; meanwhile, in combination with electromyography detection, self-adaptation adjustment is conducted in real time to obtain a better treatment effect. During electromagnetic treatment, in order to realize a better breakthrough opportunity, under management of a control device, the indicating device indicates a patient to conduct abdominal respiration to be matched with magnetic treatment, and avoids excessive interference between evoked potentials and normal human body electrocardio.

The invention discloses an abdominal dialysis positioner for the nephrology department, which comprises a supporting tube taking a supporting effect on a human trunk model. Two symmetrical through holes are formed in the upper surface of the supporting tube; a first shaft is rotatably connected to the upper surface of the supporting tube in a limiting mode through the through holes; the surface of the first shaft is fixedly sleeved with a limiting ring; the first shaft is sleeved with a torsional spring; the two ends of the torsional spring are fixedly connected with the opposite faces of the supporting tube and the limiting ring; and a medical binding belt is wound and stored on the arc-shaped contour, located in the supporting tube, of the first shaft. Through cooperative use of the structures, the abdominal dialysis positioner for the nephrology department solves the problems that in the actual use process, traditional positioning equipment is difficult to carry out self-adaptive adjustment according to the size of the abdomen of a user, resulting in that the condition of unfirm fixing is liable to occur; and secondly, when the user is subjected to peritoneal dialysis, repeated abdominal respiration can further influence the fixing firmness degree of a peritoneal dialysis catheter, resulting in that inconvenience is brought to use.

The invention discloses a respiratory system health monitoring method and device, the device comprises a processing system, an analysis terminal and a plurality of voltage change type detection elements, the processing system comprises a signal amplifier, a low-pass filter and an A / D converter, and the voltage change type detection elements, the signal amplifier, the low-pass filter, the A / D converter and the analysis terminal are connected in sequence. The pressure change type detection element generates an electric signal, and the processing system processes the electric signal and outputs a chest breathing oscillogram and an abdominal breathing oscillogram; and the analysis terminal calculates the respiratory rate and the respiratory energy, and judges whether the patient has a high respiratory risk, a medium respiratory risk or a low respiratory risk according to a calculation result. According to the method, the respiratory rate and the respiratory energy of the patient are calculated, and the evaluation index of the respiratory risk is formulated, so that the patients with medium and high respiratory risks can be distinguished, the patients can be treated and prevented, and the situation that the illness state of the patients suddenly deteriorates and cannot be found and treated in time is prevented.

The invention relates to a rehabilitation training system based on respiratory electromyographic signals, and the system comprises an abdominal muscle signal detection module which detects the dynamically changing electromyographic signals of the diaphragm between the thoracic cavity and the abdominal cavity of a patient to obtain the dynamically changing electromyographic signal parameters of the diaphragm of the patient; a chest muscle signal detection module, the signal acquisition module is used for performing signal acquisition on the dynamic change of the intercostal muscle between two ribs on the basis of the dynamically changing electromyographic signal parameters of the diaphragm acquired by the abdominal muscle signal detection module and acquiring the dynamically changing electromyographic signal parameters of the intercostal muscle so as to form collaborative detection for judging the abdominal respiration exhalation action; and the resistance increasing module responds to respiratory action detection of the abdominal muscle signal detection module and the chest muscle signal detection module to provide resistance for inspiration and provide assistance for expiration in respiratory training of the patient. By means of the system, the posture of breathing exercise of the patient can be monitored, and therefore the patient can conduct correct rehabilitation training.

The invention discloses a multifunctional abdomen weight losing auxiliary waistband and method. The auxiliary waistband comprises a microprocessor, a respiration monitoring sensor and a motor. The respiration monitoring sensor is used for detecting the respiration frequency of a user. The microprocessor is connected with the respiration monitoring sensor and is used for receiving the respiration frequency sent by the respiration monitoring sensor. The motor is connected with the microprocessor, and the microprocessor controls vibratory contraction and release of the motor according to the respiration frequency. By adopting the auxiliary waistband or the weight losing method, training can be performed according to physiological respiration characteristics of the human body itself to achieveautonomous respiration of the abdomen, and the abdomen is exercised through abdominal respiration so as to achieve the purpose of losing weight by exercising.

The invention provides an abdominal respiration training belt and a wearable therapeutic apparatus. The abdominal respiration training belt comprises a length-adjustable binding belt, a group of sensors and an acquisition control module, wherein the length-adjustable binding belt comprises a non-elastic binding belt and a length-adjustable elastic binding belt connected with the non-elastic binding belt; the group of sensors are arranged on the non-elastic binding belt and comprise respiration sensors; the acquisition control module is arranged on the non-elastic binding belt, is electrically connected with the group of sensors and is used for enabling the group of sensors to acquire respiration parameters of the user in the abdominal respiration process; and a group of scales are arranged on the length-adjustable binding belt and are used for marking the wearing size matched with a training object so that the pressure state of the binding belt and a fixed part is converted into the length of the binding belt. By adjusting the length, proper pressure is kept between the binding belt and the human body, breathing parameters are collected on the basis, and the accuracy of collected data is guaranteed; furthermore, the binding belt pressure state matched with the training object is converted into the waistline size of the training object, and the waistline size is displayed through the scales so that the length of the binding belt can be quickly adjusted to a proper position for data acquisition in the use process, and the consistency of data acquisition can be kept.

The invention belongs to the technical field of information processing, and discloses a total uterus resection postoperative recovery information control training system, which comprises a Kegel training module used for performing Kegel movement after 3 days of the operation; a reverse abdominal respiration training module used for carrying out reverse abdominal respiration training under the condition that the wound is well healed after operation for one month; a practice module used for practicing the reverse abdominal respiration method to be matched with Kegel exercise and also can be matched with vagina dumbbell practice; an evaluation module used for carrying out PHENIX USB2 pelvic floor muscle evaluation; and a muscle training module used for carrying out passive training and active training on pelvic floor muscles through an 8-channel PHENIX USB4. A standard pelvic floor muscle training method is provided, FSD is prevented, long-term complication FDP caused by the total hysterectomy is further prevented, long-term monitoring and health care are carried out on the pelvic floor function of a woman through a long-term follow-up system, and data are provided for further research on the influence of pelvic floor muscle training on FDP.

The invention discloses an intelligent abdominal respiration training system based on big data, and relates to the technical field of abdominal respiration training, the system comprises a seat and a back plate, the bottom end of the back plate is fixed to the top of the seat, one side of the back plate is provided with an adjusting groove, and the back of the back plate is fixedly provided with a wireless network control box. According to the intelligent abdominal respiration practice system based on the big data, the back of a user is conveniently fixed and the abdomen of the user inspires and protrudes during abdominal respiration practice, the protruding state of the abdomen can be more obviously observed and recorded, and the induction pressing plate is pushed to synchronously move through the cover plate when the abdomen shrinks and stretches, when the induction pressing plate is in contact with the contact switch, the player is started to place a specific record so as to remind a user of reaching the standard degree of abdominal protrusion during abdominal respiration exercise, provide reference and examination of the degree of abdominal protrusion for the user, help the user to perform abdominal protrusion according to the standard during circulating abdominal respiration exercise, standardization of abdominal respiration exercise of the user is facilitated, and physical quality and physical ability of the user are enhanced.

The invention relates to the field of life body feature collection and calculation, in particular to a method for extracting and analyzing intra-abdominal pressure through an FMCW radar on the basis of deep learning. The life body feature signal, which contains an abdominal respiration signal, of a test object is collected through the FMCW radar; feature extraction is carried out on the life body feature signal, and the life body feature signal subjected to the feature extraction is input into a pre-built neural network to carry out calculation; an attention mechanism is introduced to carry out importance calculation on multi-channel abdominal respiration signals; features of different quantities are extracted from channels of different importance in a self-adaptive mode; the features are combined with hidden features extracted through discrete wavelet transformation to improve the capacity of a neural network algorithm; time domain information in more abdominal respiration signals is obtained; and the time domain information is associated with the intra-abdominal pressure of the body of the test object so as to reckon the intra-abdominal pressure of the body of the test object. Compared with a traditional intrusive or contact type intra-abdominal pressure measuring method, the method is a brand-new non-contact type intra-abdominal pressure measuring method.