21 results about "Breathing control" patented technology

Provided is a system and technique configured to aid in training a patient's breathing in preparation for a radiotherapy treatment. The system includes a mobile device configured to prompt, by an application running on the mobile device, the patient to perform a breathing exercise. The breathing exercise is directed to improving breath control. The mobile device is further configured to determine, by the application running on the mobile device and based on input data, one or more values indicating a training progress. The training of the patient's breathing includes one or more of: training the patient to create a breath pattern so as to match a predetermined breath pattern; training the patient to reproduce a prior breath pattern of the patient; and / or training breath-hold in preparation for breath-hold during radiotherapy treatment.

The invention discloses a bionic robot respiration control method, system and device and a robot. The bionic robot breathing control method comprises the steps that external multi-mode sensing data, internal state data and voice data to be output are obtained; generating a first breathing control parameter based on the multi-modal sensing data and the internal state data; based on the to-be-output voice data, basic breathing parameters after voice coordination are generated; on the basis of the multi-modal sensing data, a second respiration control parameter is generated through an emotion decision path; fusing the basic breathing parameter after voice coordination with the second breathing control parameter to generate a breathing control instruction for the robot; and driving the respiration execution device to work according to the respiration control instruction. The bionic robot breathing control device comprises a deformation generating device, an airflow device, at least one bionic air outlet and an air channel. The method has the advantages that the simulation degree of robot breathing simulation is improved, and the like.

The invention relates to the technical field of medical equipment, in particular to a sleep breathing control method, device, system, equipment and medium, and aims to obtain sleep-related data of a monitored object in a sleep period, judge whether the monitored object needs breathing control or not according to the sleep-related data, and control breathing of the monitored object if the monitored object needs breathing control. If yes, mode setting information of the breathing control system is determined, the mode setting information is used for indicating working modes of the breathing control system, the working modes comprise a CPAP ventilation mode, a BiPAP-T ventilation mode and an Auto BiPAP ventilation mode, and corresponding different control strategies are adopted for the monitored object according to the mode setting information of the breathing control system. It can be seen that according to the sleep related data, whether the monitored object needs to be subjected to breathing control or not is determined, and when the monitored object needs to be subjected to breathing control, accurate sleep breathing control can be conducted on the monitored object according to the mode setting information of the breathing control system, so that the treatment effect becomes better.

The present invention relates to the technical field of breathing machines. Specifically disclosed are a high-frequency breathing control system and method for harmonic control of positive and negative pressure ventilation, and a breathing machine. The system comprises an inspiration pipe section and an expiration pipe section, an inlet A of the inspiration pipe section being connected to an air source, an outlet B of the expiration pipe section being connected to a vacuum source, and an outlet C of the inspiration pipe section and an inlet D of the expiration pipe section being both connected to an air supply end by means of a third flowmeter and a pressure gauge; and a control module, used for controlling the inspiration pipe section and the expiration pipe section to be alternately switched on and off to provide high-frequency air supply to a patient. The present invention adopts the vacuum source as negative pressure input, so that the expiration amount can be effectively controlled in an expiration stage, and carbon dioxide can be effectively emitted and prevented from retention; the structure can be simplified, the size of the breathing machine can be reduced, and the inspiration pipe section and the expiration pipe section are controlled to be alternately switched on and off, so that ventilation control logic can be simplified. The present invention has no other interference factors in a ventilation process, thus enabling precise control of the tidal volume.

The invention relates to the technical field of anesthesia monitoring, and discloses an anesthesia breathing control method based on breathing monitoring, which comprises the following steps: acquiring breathing data and individual data of a target patient, establishing a breathing database, forming prediction data according to the breathing database and the individual data of the target patient, and determining the breathing rate of the target patient according to the prediction data and the breathing rate of the target patient. According to the anesthesia respiration control method based on respiration monitoring, whether mechanical ventilation of a patient is converted into autonomous respiration or not due to insufficient anesthesia depth in the operation process of the patient is predicted; adjusting the acquisition frequency of the respiration detection equipment on the respiration of the patient in the operation process, judging whether the patient is converted from mechanical ventilation to autonomous respiration or not, adjusting the anesthesia depth of the patient in time, and actively judging whether the patient can evacuate from the respiration equipment or not after the patient wakes up after anesthesia.

This invention discloses a biomimetic robot breathing control method, system, device, and robot. The biomimetic robot breathing control method includes: acquiring external multimodal sensing data, internal state data, and voice data to be output; generating first breathing control parameters based on the multimodal sensing data and internal state data; generating basic breathing parameters after voice coordination based on the voice data to be output; generating second breathing control parameters through an emotion decision path based on the multimodal sensing data; fusing the basic breathing parameters after voice coordination with the second breathing control parameters to generate a breathing control command for the robot; and driving the breathing actuator to operate according to the breathing control command. The biomimetic robot breathing control device includes a deformation generating device, an airflow device, at least one biomimetic air outlet, and a gas passage. This invention has advantages such as improving the realism of robot breathing simulation.

Systems and methods for detecting biological characteristics of a wearer of a biometric sensor unit and converting the biological characteristics into simulated gaming control signals. These simulated control signals can correspond to any type of conventional gaming controller input. By providing video game control seeking to teach breathing control and heart rate lowering techniques, physiological stress indicators of the wearer can be reduced.

The invention discloses an automatic breathing control device for tuberculosis patients, comprising a left side shell, a skin-friendly pad is installed on the left side of the left side shell, and air intake pipes are plugged and installed near the bottom of the front and rear sides of the left side shell, a check valve is installed in the inner cavity of the air intake pipe, and an air intake fan is fixedly installed in the inner cavity of the air intake pipe, a wearing component is arranged on the outer side of the left side shell, and relates to the technical field of medical devices. By arranging the air intake pipe, the ventilation pipe and the air intake fan, when the tuberculosis patient wears the device, preliminary air intake and air exhaust ventilation can be achieved by using a plurality of ventilation pipes, and during this period, the two air intake fans can be driven by power supply of a battery, so that the two air intake fans draw outside air, and send the outside air into the space composed of the left side shell, the connecting shell and the right side shell along the air intake pipe, so as to provide sufficient oxygen to the tuberculosis patient, ensure the unobstructed breathing of the tuberculosis patient, and the gas exhaled by the patient is discharged along the plurality of ventilation pipes.

The application provides an insomnia psychological behavior treatment cabin, which comprises a cabin body, a massage assembly, a driving assembly, a breathing control assembly and an airflow control assembly. A user lies flat on the cabin body, and a belt is fastened on the abdomen. A motor is started, and the user adjusts the breathing rhythm according to the pressure on the abdomen. The working principle of the whole treatment cabin is that when the belt loosens the abdomen of the user, the airflow control assembly blows air to the face of the user; when the belt tightens the abdomen of the user, the airflow control assembly stops blowing air to the face of the user. The coordination is realized through the synchronous rotation of the first rotating shaft and the second rotating shaft. Due to the design of the special-shaped sliding groove and the arrangement of the pushing rod, the breathing control and the airflow control can form opposite working states, which help the user to establish a correct abdominal breathing mode, and cooperate with the massage function and the action of the sleep aid to effectively improve the insomnia symptoms.

The invention discloses a method for controlling breathing self-adaptive training in the atomization process and a related device, and relates to the technical field of breathing control. The method comprises the steps that after atomization is started, a user role is recognized; configuring a breathing training mode for the user based on the user role, wherein the breathing training mode comprises breathing duration and breathing matching parameters under the breathing duration; reminding a user to perform respiratory training operation based on the respiratory training mode; identifying expiration parameters output by the user under the breathing training operation; judging whether respiratory training reaches the standard or not based on the expiration parameters; if it is judged that the respiratory training reaches the standard, the respiratory training process is ended. According to the invention, the respiratory rhythm of children can be more effectively regularized, and the medicine dissipation is reduced, so that the aerosol inhalation treatment effect is effectively improved.

The application discloses a breathing lamp control circuit and method, a breathing response module and an electronic device. The control circuit comprises a frequency division module for accessing a source clock, and obtaining a first clock and a second clock through frequency division; a breathing module comprising a plurality of groups of light emitting devices corresponding to breathing channels, respectively, for outputting breathing control signals of each group according to the second clock; a calibration module for calibrating breathing control signals of each breathing channel respectively according to a breathing channel selection signal in time, obtaining a calibration signal, and transmitting the calibration signal to a sampling module; a channel selection module for selecting one breathing channel according to the first clock, transmitting the breathing channel selection signal to the calibration module, generating a sampling clock, and sending the sampling clock to the sampling module; and the sampling module for sampling the corresponding calibration signal by using the sampling clock, obtaining a sampling signal, outputting the sampling signal to the corresponding group of light emitting devices, and driving the corresponding light emitting devices to perform breathing response.

The present disclosure relates to a breathing monitoring method, apparatus, wearable device, and storage medium. The method includes: obtaining the state of a target object, where the state of the target object includes a first state and a second state; determining a sampling frequency according to the state of the target object; and collecting first breathing data of the target object based on the determined sampling frequency. The breathing monitoring method of the present disclosure collects the breathing data of the target object in different states through a wearable device, making the collected data more accurate, and generating an analysis result after processing the data, which can provide guidance for the breathing control of the target object.

This invention discloses a method for mind-body integration and emotional empowerment based on vocal training, belonging to the field of mind-body healing and personal growth technology. This method uses vocal production, breath control, and singing expression as its core medium, integrating positive psychology, developmental educational psychology, and neuroscience theories of neuroregulation. Through breath preparation, step-by-step vocal training, emotional anchoring, immersive singing expression, and periodic review, it achieves emotional relief, stress release, enhanced self-awareness, and increased inner energy in users. This method is repeatable, easy to teach and implement, and applicable to various scenarios of self-growth, emotional management, and mind-body healing. It can systematically help individuals gain self-insight, heal their inner selves, and enhance life energy through vocal music, possessing strong practicality and promotional value.

The invention provides a pipeline-free integrated coreless brushless axial-flow full-face mask breathing machine, and belongs to the technical field of breathing machines, the pipeline-free integrated coreless brushless axial-flow full-face mask breathing machine comprises a mask body, a disposable latex mask, an air supply shell and an air supply assembly, head-mounted rings on the two sides of the mask body can be provided with elastic bandages in a penetrating mode, and the whole breathing machine is fixed to the face of a patient; the disposable latex mask can be tightly attached to the face of a patient, and the air supply shell is fixed to the side, away from the face of the patient, of the mask body. The air supply assembly comprises a hollow cup brushless axial flow fan, a control module and a power supply module, the hollow cup brushless axial flow fan is installed in an installation cavity of the air supply shell, the control module and the power supply module are integrated in the breathing control box, and the power supply module is an embedded rechargeable medical lithium battery and can provide electric power support for electric components of the whole equipment; the control module is electrically connected with the hollow cup brushless axial flow fan through a cable, so that the air supply volume and air pressure are controlled, and the breathing requirements of different patients are met.

The invention provides a respiration control method and device and an intelligent respirator, and relates to the technical field of respiration protection and auxiliary equipment.The method comprises the steps that an air exhaust assembly is controlled to inflate an air bag; determining a breathing stage of the user according to the collected breathing data; the breathing data comprises inspiration flow data and expiration pressure data, and the breathing stage comprises an inspiration stage and an expiration stage; in the inspiration stage, the air outlet valve of the airbag is opened, and the air outlet valve of the respirator body is closed; an air outlet valve of the airbag communicates with the inner side of the intelligent respirator; in the expiration stage, the air outlet valve of the air bag is closed, and the air outlet valve of the respirator body is opened. According to the technical scheme provided by the invention, breathing obstruction after the user wears the respirator can be reduced, the resource utilization rate and the operation safety of the user are improved, and then the user experience can be improved.

This invention belongs to the field of vacuum lamination technology and discloses a lamination breathing control method combined with vacuum extraction using a perforated plate. The lamination breathing control device includes a body with a movable push plate fixedly connected to it via a cylinder. The movable push plate is slidably connected to the middle of the body. Several guide plates slide against the outer side of the movable push plate, and both ends of the guide plates are fixed to the body. Through the cooperation of structures such as triangular plates, side plates, and rotating rods, the multi-layer chip components are conveniently and neatly arranged in the center. During the closing process, the side plates drive the triangular plates to automatically squeeze the four corners of the chip components, causing each layer of chip components to move synchronously and center. After the multi-layer chip components are neatly arranged, it facilitates balanced airflow during the breathing cycle. Furthermore, after the triangular plates rotate 180 degrees and retract into the side plates, the inner side of the side plates forms a flat surface, facilitating the next step of clamping and sealing.

The embodiment of the present application provides a kind of breathing control component and ventilation treatment equipment, wherein, breathing control component includes acquisition module, control module and gas delivery module, wherein, acquisition module is connected with control module, acquisition module includes acoustic wave detector, acoustic wave detector is used to collect the acoustic wave information of respiratory airflow, and acoustic wave information is sent to control module;Control module is connected with gas delivery module, control module is used to determine the open-close state of Eustachian tube according to acoustic wave information, and according to open-close state, the gas delivery state of gas delivery module is configured.Through the technical scheme of the present application, it can stop delivering airflow to the user when detecting that the user's Eustachian tube is open, and re-deliver gas when monitoring that the user's Eustachian tube is closed, to eliminate the health risks when the user uses the breathing control component.

Apparatus and associated methods relate to an adaptive breath controller (ABC) configured to select therapeutic digital assets in response to a user's breath input. In an illustrative example, the breath signal interface converts a breath input into a signal indicative of one or more breath parameters, and a therapeutic selection engine analyzes the signal and selects at least one therapeutic digital asset from a data store in response to the signal. Various embodiments may advantageously enable personalized delivery of therapeutic digital assets tailored to the user's realtime breath characteristics, thereby improving the effectiveness of digital therapy interventions.

A computer implemented method for processing position data indicating a position of a subject in a radiotherapy device, the method comprising receiving 3D position data for the subject (202), process

To provide a breathing circuit short-circuit protection circuit and a breathing apparatus which realizes self-protection of the breathing apparatus when a short circuit occurs in any two pins of the circuit, is easy to maintain, and improves safety during use. [Solution] The respiratory circuit short-circuit protection circuit and respiratory apparatus comprise a short-circuit protection module, a respiratory heating module, a heating control / short-circuit protection module, and a microcontroller, the heating control / short-circuit protection module is connected to the respiratory heating module, the respiratory heating module is electrically connected to the heating control / short-circuit protection module and the short-circuit protection module respectively, the current detection end and signal control end of the microcontroller are connected to the heating control / short-circuit protection module, and the temperature detection end of the microcontroller is connected to the output end of the short-circuit protection module, a recoverable fuse is used as a short-circuit protection device in the heating apparatus circuit, and a short-circuit protection module is designed in the temperature signal detection circuit.