85 results about "Breathing exercise" patented technology

A pursed lip breathing device includes a housing defining an air channel through which a user breathes. A mouthpiece is attached to the housing and includes an aperture generally aligned with the air channel so that when the user breathes through the aperture, an airflow is generated in the air channel. The mouthpiece has outer dimensions designed so that the user's lips are pursed during breathing. During breathing, the airflow in the air channel is restricted to include pressure on the user's pulmonary system. Information or feedback regarding the user's breathing may also be provided so that the user is motivated and encouraged during breathing exercises and may monitor the therapeutic effect of his or her breathing.

A breathing exerciser includes: a guide unit for guiding an exercise pattern of breathing to a user; a breathing sensor for detecting breathing of the user; a breathing index calculating unit for calculating, based on a signal from the breathing sensor, a breathing index at least one of before and after an exercise period during which the exercise pattern is guided, the breathing index representing a characteristic of a breathing state of the user; and an outcome index calculating unit for calculating an outcome index based on at least two breathing indices, the outcome index representing an outcome of breathing exercise; and an informing unit for informing the outcome index to the user.

This invention disclosed a method for monitoring the status of health by way of a belt which is integrated with stress sensing sensor and reaction output function. The user could follow its assistant to do breathing exercises, like belly breathing.

A breathing exerciser includes: a guide unit for guiding an exercise pattern of breathing to a user; a biological information detecting unit for detecting biological information on the user; a biological information detection control unit for controlling detection of the biological information at timing associated with an exercise period during which the exercise pattern is guided; a characteristic value calculating unit for calculating a characteristic value that reflects an exercise index, based on the biological information detected according to the control of the biological information detection control unit, the exercise index being a target of breathing exercise; an effect index calculating unit for calculating an effect index based on at least two characteristic values, the effect index representing an effect of the breathing exercise; and an informing unit for informing the effect index to the user.

The invention discloses an image guide and breathing exercise analysis method. According to the image guide and breathing exercise analysis method, on the basis of two patient positioning ways of a cross positioning two-dimensional X-ray image and a three-dimensional CBCT (Cone Beam Computed Tomography) image, patient positioning and adaptive radiotherapy analysis can be quickly and precisely performed before treatment by utilizing the three-dimensional CBCT image, and online monitoring of the patient posture change and real-time tracing of moving tissues can be performed under treatment by utilizing the cross positioning two-dimensional X-ray image. In addition, an individualized positioning method can be established aiming at different patients and different treatment positions.

A respiratory testing system comprises a fluid chamber enclosing a fluid medium and having a flexible membrane deflectable by the application of a respiratory gas flow, a pressure sensor configured to sense a pressure variation of the fluid medium in response to a deflection of the flexible membrane, and a processing circuit configured to compute a respiratory flow data from a pressure variation of the fluid medium. The respiratory testing system may additionally include a breathing exercise unit configurable to execute a software program responsive to an input of the respiratory flow data.

The invention discloses a lung function exercise rehabilitation device for thoracic surgery department, and solves the problems that the respiratory function is obviously weakened and lung complications are caused due to intensified limitation of lung function activities of a patient after a thoracic surgery. According to the lung function exercise rehabilitation device, the upper chest can be independently and actively trained and loosened and pectoral muscles can be stretched through a first rotating arm and a second rotating arm, so that the breathing exercise effect is achieved; the thoracic cavity on one side can be independently and actively trained and loosened through two sleeves on the left side and the right side to achieve the breathing exercise effect; the upper chest is actively trained and loosened and the pectoral muscles can be stretched through linkage of a clutch mechanism to drive the thoracic cavity on one side of the other patient to be passively trained and loosened; the thoracic cavity on one side can be actively trained and loosened through linkage of the clutch mechanism to drive the upper chest of the other patient to be passively trained and loosened andthe pectoral muscles of the other patient to be stretched; multiple exercise modes are provided, respiratory rehabilitation training can be comprehensively carried out, meanwhile, the device can be jointly used by two patients for exercise, the exercise enthusiasm can be improved, and a better exercise effect can be achieved.

The invention relates to a breathing function exerciser, which comprises an air blowing port, a resistance adjusting pipe and an exercise air blowing frame, wherein the air blowing port is formed in the lower end of the resistance adjusting pipe in a sleeved manner; and the upper end of the resistance adjusting pipe is connected with the exercise air blowing frame in a thread transmission manner.The exerciser can solve the problems that the exerciser is single in function, can only play the role of breathing exercise, cannot control the capacity of exhaled air of personnel, cannot correct theexhalation rate of personnel, and is difficult to clean after use, and the like; and the exerciser has the advantages that the exhalation volume of personnel is controlled by adjusting the exhalationvolume control mechanisms at different heights according to the front, middle and later stages of exercise; the exhalation rate of personnel is controlled by a uniform lifting plate through the sizeof resistance to change shallow and fast breathing into deep and slow effective breathing; the exerciser can be detached and cleaned independently after use, and is easy to clean, and the like.

The invention discloses a breathing exercise device. The device comprises a blowing portion and multistage air-operated portions, each air-operated portion is provided with an air inlet and an air outlet, the air inlet of the first-stage air-operated portion is connected with the blowing portion, and the air outlet of the front-stage air-operated portion is connected with the air inlet of the rear-stage air-operated portion; each air-operated portion is used for applying an acting force which is opposite to the flow direction of an air flow on the air flow entering from the air inlet and making the air flow be discharged from the air outlet when the pressure of the air flow reaches a set value. According to the technical scheme, by means of the breathing exercise device, when a patient is doing breathing exercise, the exercise intensity is enhanced step by step, so that the breathing exercise requirements of different patients are met, and the technical problem is solved that the exercise intensity of breathing exercise machines in the prior art is low.

A method of teaching language utilizing percussion instruments, an original repertoire of songs and specific body movements. Students unconsciously learn the structure and sound of words and complete phrases of the language by playing percussion instruments, speaking, chanting and singing specially composed songs combined with specific physical movements (auditive, kinesthetic and visual senses). The combined activities follow the natural pulse and dynamics of the language. Nonverbal communication (para linguistic) is used and follows the rhythm of the exercises. The students do basic music ear training exercises using percussion instruments to focus on the rhythm of sound and to develop listening and concentration skills. The method includes breathing exercises for relaxation combined with the vowel positions and sounds of the language, and vocal sound exercises to teach physical adaptation for pronunciation. Through repetition students retain the language by recalling a rhythmic pattern, a chant or melodic quality of a song, or a body movement. Focus is on the overall exercise and no linguistic corrections are made to keep the language learning process stress free and creative.

A combination spirometer and PEP breathing exercise device is described. The device includes a spirometer with a volumetric air chamber having an atmospheric opening, an exhaust port, and an indicator of inhalation rate or volume; a breathing tube having a proximal end in communication with the exhaust port, a distal end with a mouthpiece, and a conduit between the proximal and distal ends; a one-way check valve adjacent the exhaust port allowing air to flow from the spirometer through the breathing tube to the mouthpiece, but preventing air from being exhausted through the spirometer; and a PEP valve in communication with the breathing conduit, whereby expiration of air from the mouthpiece into the breathing tube above a preset pressure causes the valve to oscillate.

A highly-simulative fully-automatic thoracocentesis and closed drainage computer simulated standardized patient relates to the technical field of medical education equipment. The computer simulated standardized patient comprises a microcomputer controller, a simulated human body model, a simulated pneumothorax capsule, a simulated pleural effusion capsule, a breathing exercise simulator, a thorax closed drainage bottle transparent pipe water column fluctuation and fluctuation adjustment simulator, an automatic voice alarm device, a micro water pump, a water tank, a micro air pump, a half-lying bracket, and a fixed plate. The advantages are as follows: simulation is highly simulative and fully automatic; by operating the keyboard of the microcomputer controller, liquid and air can be injected into the thorax automatically, and simulated pleural effusion and simulated pneumothorax are formed automatically; breathing exercise is simulated automatically; the transparent pipe water column of the thorax closed drainage bottle can fluctuate up and down with the breathing rhythm, and the amplitude of fluctuation can be adjusted automatically; the alarm is raised by voice automatically when a thoracentesis needle is inserted at a wrong position; and the computer simulated standardized patient can be used to train and assess the thorax closed drainage and thoracocentesis skills of medical students and medical personnel, and can significantly improve the teaching effect.

A training device for diaphragmal breathing exercises, the device including (a) a beaker having a substantially cylindrical shape, with a bottom on one end and an opening on the other end; (b) an inner chamber within the beaker, the inner chamber having a bottom end and an open end on the same side as the open end of the beaker; (c) a lid having inner and outer circumferential ridges, wherein the lid fittingly mounts over the open end of beaker using an outer ridge and fittingly mounts over the inner chamber using the inner ridge; and (d) the lid further having a tubular coupling portion. A breathing tube is fittingly coupled to the tubular coupling portion on one end. A mouthpiece mounted on the other end of the breathing tube. The bottom end of the inner chamber has a stepped shape with a plurality of openings on each step. The lid has a plurality of openings.

The invention provides a breathing exercise correction method. The breathing exercise correction method comprises the steps that multiple groups of sample images including respiratory organs are obtained, a compound expirationdeformational field set and a compound inspirationdeformational field set are obtained according to the multiple groups of sample images; according to the compound expirationdeformational field set, an expirationanalog image set is obtained, and according to the compound inspirationdeformational field set, an inspirationanalog image set is obtained; according to the multiple groups of sample images, the expirationanalog image set and the inspirationanalog image set, a preset convolutional neural network is trained to obtain a trained convolutional neural network; images to be corrected are obtained, the trained convolutional neural network is utilized to correctbreathing exercises of the respiratory organs in the images to be corrected. By adopting the breathing exercise correction method and device, a computer device and a storage medium, the preset convolutional neural network is trained, accordingly the trained convolutional neural networkcan be utilized tocorrect thebreathing exercises of the respiratory organs in the images to be corrected, and the accuracy of correcting the breathing exercises is improved.

A breathing exerciser includes: a display unit for displaying information for guiding an exercise pattern of breathing to a user; and a state switch which is capable of detecting an operation by the user and which is for accepting an operation according to a breathing state. By this, the breathing exerciser distinguishes during an exercise period during which the exercise pattern is guided, whether it is an exhalation state or an inhalation state, based on a signal from the state switch.

The invention provides a breathing training device and application thereof. The breathing training device comprises a waistband, an inflating device; a main air pipe, wherein one end of the main air pipe is connected with the air charging device; a plurality of gas distribution pipes; and a plurality of inflatable bags which are arranged on the inner surface of the waistband, wherein each inflatable bag is connected with the other end of the main air pipe through one branch air pipe. By assisting a user in abdominal breathing exercise or assisting the user in inspiration training during chest breathing, the breathing function of the user is effectively enhanced.