22 results about "Respiratory control" patented technology

The invention provides a small animal breathing machine and a control method, the small animal breathing machine comprises an air pump set, a breathing control valve, a breathing machine controller and a touch screen displayer, the air pump set comprises a plurality of air pump units arranged in parallel and a silica gel pipeline, the multiple air pump units are connected in parallel, and the air pump units with different flows can be freely combined according to different animal and tidal volume requirements; the air flow of each air pump unit is accurately distributed, meanwhile, the high-precision and large-flow requirements of the breathing machine are met, a three-way pipeline and a valve element are arranged in the breathing control valve, and the pulmonary alveolar connecting end, the three-way pipeline and the air outlet pipeline form an air inlet path; the alveolar connecting end, the three-way pipeline and the waste collecting end form an exhaust gas path, and the valve element can switch the direction of an internal gas path of the three-way pipeline. The breathing control valve controls the airflow direction only through the action of the valve element, so that the air pump unit can operate continuously, frequent starting and stopping are not needed, the service life of the air pump unit is remarkably prolonged, and the response speed is increased.

The application provides a radiotherapy breathing control threshold adaptive adjustment method based on image feedback, which comprises the following steps: before any fraction treatment, guiding a patient to perform deep inhalation breath holding, and acquiring chest three-dimensional image data of the patient through an image acquisition device; determining whether a breathing control threshold optimization condition is met based on the chest three-dimensional image data; when the breathing control threshold optimization condition is met, optimizing the breathing control threshold, and determining a new breathing control threshold for triggering radiotherapy beam output. The application uses the real lung volume calculated by three-dimensional image as a feedback variable to adaptively correct the control threshold based on inhaled gas volume in the traditional ABC system, so as to establish a closed-loop breathing control mechanism based on internal anatomical state.

The invention is entitled "Breath control during cardiac ablation." The invention discloses a method for invasive cardiac treatment, the method comprising inserting a catheter into a beating heart of a patient who is anesthetically paralyzed and intubated for ventilation via a transvascular path, and temporarily stopping ventilation of the patient after the catheter is inserted. The method comprises moving the catheter between a plurality of locations of myocardial tissue of the heart with the ventilation stopped, and ablating the myocardial tissue of the heart at the plurality of locations with the ventilation stopped.

The utility model relates to the technical field of rescue equipment, and discloses a snowfield rescue breathing control device which comprises an oxygen mask, an oxygen pipe and an oxygen bottle, a flexible heating film is arranged on the inner surface of the oxygen mask, and a first controller and a GPS positioning module are arranged in the oxygen mask. A collecting shell is further arranged at the bottom of the oxygen mask body, absorption cotton is arranged in the collecting shell, two elastic bands are arranged on the rear side of the oxygen mask body, an oxygen spraying opening is further formed in the outer side of the oxygen mask body, and two micro fans are further arranged on the outer surface of the oxygen mask body. Wherein the two miniature fans are used for air inlet and air outlet respectively. According to the oxygen supply system, multiple anti-freezing design and the flexible solar panel power supply technology are adopted, stable operation of oxygen conveying in the low-temperature environment is guaranteed, meanwhile, long-time endurance is achieved, and compared with the prior art, the problems that an oxygen supply system is insufficient in reliability and endurance are solved.

A fluid dynamic valve passively allows fluid flow out of a moving stream in one flow direction and not in the reverse. This allows the collection of fluid from a single direction of an AC fluid flow. The siphoned portion of the flow has a flow rate proportional to the mainstream flow. This device can collect exhaled breath or selective entrenchment during inhale. In one orientation, it can meter aerosolized particles into an inhale breath stream for pulmonary delivery, without complicated breath timing or drug loss due to drug adsorption to the back of the throat. Alternatively, a user can breathe through the device and a proportional amount, relative to the volumetric flow rate, of each exhale can flow into an auxiliary chamber for analysis. In addition, the device has a low respiratory burden and is comfortable to use.

A novel and useful respiratory monitoring system and related methods that can interact with an opioid user and initiate a lifesaving drug injection process to mitigate opioid induced respiratory depression in an opioid user when opioid induced respiratory depression is detected. The system and methods include a wearable device that acquires physiological and other information from an opioid user during an opioid use session, analyzes the information to detect the presence of opioid induced respiratory depression in the opioid user, and initiates a lifesaving drug injection process when the presence of opioid induced respiratory depression is detected. Several methods are disclosed including self-monitoring and remote monitoring schemes that present a challenge to the opioid user with post injection stimulation of the opioid user and notification of caregivers and medical personnel.

Disclosed herein are example methods of assessing sleep disorders by detecting and tracking respiratory control instability by self-similarity analysis. A method of assessing sleep disorders of a patient includes receiving signals from the patient over a period of time while the patient is asleep, identifying a complex within the received signals, determining a ratio of a maximum envelope height to a minimum envelope height within the complex, determining a duration between a maximum envelope height of the complex and a subsequent maximum envelope of a subsequent complex, computing a convolution of a positive envelope and a rotated negative envelope of the complex, assessing a time location of a maximum distance between the positive envelope and the negative envelope, and determining a self-similarity of the received signals.

The utility model discloses a temperature and humidity self-adaptive adjusting respirator for respiratory therapy, and relates to the technical field of medical instruments. Comprising a breathing machine body, a temperature and humidity machine body is installed at the top of the breathing machine body, an air suction pipe is communicated with the top of the outer wall of the breathing machine body, and an expiration pipe is communicated with the top of the outer wall of the temperature and humidity machine body; the breathing control structure comprises a lower fixing frame, an upper fixing frame, two connecting pipe heads, a mask pipe head, two inner groove frames, a hemispherical valve body and a rotating rod, the lower fixing frame and the upper fixing frame are fixed together, and the two inner groove frames are fixed together and fixedly embedded between the lower fixing frame and the upper fixing frame. Through the upper fixing frame, the connecting pipe head, the mask pipe head, the inner groove frame, the hemispherical valve body and the rotating rod, one valve body can be used for controlling circulation of the expiration pipe and the inspiration pipe, air circulation is improved, and meanwhile control is more convenient.

A novel and useful respiratory monitoring system and related methods that can interact with an opioid user and initiate a lifesaving drug injection process to mitigate opioid induced respiratory depression in an opioid user when opioid induced respiratory depression is detected. The system and methods include a wearable device that acquires physiological and other information from an opioid user during an opioid use session, analyzes the information to detect the presence of opioid induced respiratory depression in the opioid user, and initiates a lifesaving drug injection process when the presence of opioid induced respiratory depression is detected. Several methods are disclosed including self-monitoring and remote monitoring schemes that present a challenge to the opioid user with post injection stimulation of the opioid user and notification of caregivers and medical personnel.

A novel and useful respiratory monitoring system and related methods that can interact with an opioid user and initiate a lifesaving drug injection process to mitigate opioid induced respiratory depression in an opioid user when opioid induced respiratory depression is detected. The system and methods include a wearable device that acquires physiological and other information from an opioid user during an opioid use session, analyzes the information to detect the presence of opioid induced respiratory depression in the opioid user, and initiates a lifesaving drug injection process when the presence of opioid induced respiratory depression is detected. Several methods are disclosed including self-monitoring and remote monitoring schemes that present a challenge to the opioid user with post injection stimulation of the opioid user and notification of caregivers and medical personnel.

The utility model discloses a breathing control device, which comprises a shell, a gas inlet, a gas outlet, a gas inlet pipe, a gas outlet pipe, a gas inlet pipe, a gas outlet pipe, a gas outlet pipe, a gas outlet pipe and a gas outlet pipe, and is characterized in that the shell is internally provided with a columnar cavity; the pipe body comprises a first pipe part and a second pipe part, the first pipe part is located in the columnar cavity, a valve port is formed in a port of the first pipe part, the second pipe part transversely extends out of the shell, and an air outlet is formed in a port of the second pipe part; an annular exhaust gap is defined by the first pipe part and the shell; the oxygen supply hose is connected to the air inlet, and the air outlet is connected to the breathing mask; the flexible diaphragm is configured to be of a folded structure, the flexible diaphragm is transversely arranged above the valve port, and the edge of the flexible diaphragm is connected to the inner wall of the shell; the valve plate is arranged in the middle of the flexible diaphragm, and after the valve plate moves downwards, the valve plate covers the valve port; and the first valve component is arranged on the valve plate and allows the air flow to flow towards the valve port through the valve plate so as to be stopped in the reverse direction.

The present application relates to the field of medical devices, in particular to a multifunctional chronic obstructive pulmonary rehabilitation training device and a training method thereof. The present application does not require the patient to remove the breathing mask during training, can quickly recover normal ventilation, and can make the training intensity more intuitive by controlling the swing of the pointer with each breath of the patient, making it easier for the patient to adjust the training intensity. At the same time, it is convenient for patients with different recovery degrees to perform training of different intensities, and is more convenient and practical to use. The present application comprises a flow guide frame one, a connecting pipe and a flow guide frame two; the connecting pipe is fixedly connected to the flow guide frame one, the flow guide frame two is fixedly connected to the other end of the connecting pipe, and the flow guide frame one is communicated with the flow guide frame two through the connecting pipe. When the patient needs normal breathing, the breathing mask does not need to be removed, only the support frame needs to be pressed downward, so that the air outlet pipe of the flow guide pipe is communicated with the air outside, and then the patient can breathe normally through the air outlet pipe of the flow guide pipe, which is convenient to use.

Methods, apparatuses, and systems for mechanically releasing a predetermined amount of supplemental oxygen to a user via a mechanical initiator are disclosed with the release of the amount of supplemental oxygen based on and in response to the combined factors of a user's determined oxygen consumption based on sensing a user's inhalation combined with determining the ambient pressure in the area of the user.

The invention relates to an experimental rat fixing device, which comprises a fixed bed main body, which is provided with an accommodating cavity with an upward opening and is used for supporting an anesthetized experimental rat; the positioning unit is used for positioning the head and four limbs of the experimental rat; the abdomen pressurizing system is used for applying pressure to the abdomen of the experimental rat so as to control the breathing amplitude of the experimental rat; the abdomen pressurizing system comprises a pressure adjusting unit, a pressure conduction unit and a breathing amplitude indicating unit; the pressure conduction unit is used for being attached to the trunk part right above the abdomen of the experimental rat and fluctuates up and down along with breathing of the experimental rat; the pressure adjusting unit is used for adjusting the upper limit of movement of the pressure conduction unit in the vertical direction, so that the pressure applied to the trunk part by the pressure conduction unit is adjusted; the breathing amplitude indicating unit is provided with a pointer and a distance dial gauge, and the pointer is connected with the pressure conduction unit and moves along the distance dial gauge along with fluctuation of the pressure conduction unit. According to the device, effective restraint and breathing control on the rat are achieved.

The application relates to the technical field of anesthesia monitoring, and discloses a data processing method for anesthesia respiratory control, which comprises the following steps: obtaining respiratory data and individual data of a target patient, establishing a respiratory database, forming prediction data according to the respiratory database and the individual data of the target patient, forming judgment data according to the prediction data and the respiratory frequency of the target patient, forming adjustment data according to the judgment data, forming analysis data according to the respiratory data, and forming comparison conclusions according to the analysis data. The data processing method for anesthesia respiratory control can predict whether the patient will change from mechanical ventilation to autonomous respiration due to insufficient anesthesia depth during the operation process, adjust the collection frequency of the respiratory detection equipment on the patient's respiration during the operation process, judge whether the patient changes from mechanical ventilation to autonomous respiration, timely adjust the anesthesia depth of the patient, and actively judge whether the patient can leave the respiratory equipment after anesthesia recovery.

The present application relates to the field of medical devices, and specifically provides an intelligent respiratory control sickbed, aiming at solving the problem that the air from the lateral air outlet of the existing sickbed blows directly to the face of the patient lying on the side, causing discomfort to the patient. For this purpose, the sickbed comprises a bed body, the bed body comprises a bed head part, the bed head part is provided with at least one first side air outlet and at least one second side air outlet, the first side air outlet and the second side air outlet are respectively adapted to supply air to both sides of the lying area of the bed body, the sickbed further comprises a sleep posture detection module and a control module, the sleep posture detection module is connected with the control module, the sleep posture detection module is used to detect the sleep posture of the human body on the bed body, and the control module is configured to selectively adjust the opening and closing state and / or air supply parameter of the first side air outlet and the second side air outlet based on the sleep posture detection result of the sleep posture detection module.

Disclosed herein are systems and methods for respiration-controlled virtual experiences. In an embodiment, a controller presents a virtual experience via a user interface that is perceptible to a user. The controller receives a respiration-data stream from a respiration device with which the user is operably engaged. The respiration-data stream includes one or more respiration-parameter values of one or more respiration parameters associated with ongoing respiration of the user. The controller updates the virtual experience based at least in part on the one or more respiration-parameter values in the respiration-data stream. The virtual experience includes a plurality of sequential phases that have an associated phase sequence. Among the sequential phases is an active-induction phase that corresponds in time to the user receiving anesthetic induction via the respiration device, as well as one or more phases that each precede the active-induction phase.

The utility model provides a breather valve, which is mounted in a breathing tube pipeline of a water dispenser and comprises a valve body, a piston and a valve core, the piston is arranged in an inner cavity of the valve body, and the valve element is arranged in a through center hole of the piston in a penetrating mode. The bottom end of the valve element extends out of the position below the piston, a cylinder at the bottom end of the valve element is blocked by the piston, and limiting of the valve element is achieved. The breathing valve is simple and reasonable in structure, high in integrity and suitable for breathing control of the water tank of the water dispenser, and when water is supplemented to the water tank, air pressure in the water tank rises to push the piston in the breathing valve to exhaust air in the water tank; when the water dispenser takes water, the water tank pumps water to form negative pressure, a valve element in the breather valve is sucked, and steam generated by heating is mixed with outside air to enter the water tank; when the water dispenser is not used, the breather valve is in a closed state, so that the water tank of the water dispenser can be effectively prevented from being polluted by pollution sources in ambient air; the breather valve is simple in production and assembly process, convenient to operate and convenient to popularize and apply in production and life.

The invention belongs to the technical field of respiratory training assistance, and particularly discloses a respiratory training system based on breast cancer patient recovery, which comprises a presentation layer, a business logic layer, a data access layer and an interface layer which are respectively arranged from top to bottom and are in communication connection, controlling hardware equipment of the respiratory training system to assist a user in training; the chest breathing training system has the advantages that the chest breathing training system based on the augmented reality technology and the pressure sensor capacitance principle can monitor and feed back the breathing and obturation process of a patient in real time, and the patient is helped to conduct DIBH technology effective exercise in the home environment. Training data is fed back to a hospital doctor to assist in reasonable arrangement of a subsequent treatment scheme, so that the breathing control ability of a patient is improved, the workload of a hospital is reduced, the radiotherapy efficiency and quality are improved, and personalized and precise treatment of breast cancer postoperative radiotherapy is promoted.

Methods of respiration compensation including detecting a position of a catheter proximate a target within a patient, performing a local registration to update a displayed relative position and orientation of the catheter and the target in a three-dimensional model, detecting movement of a plurality of sensors, determining a respiration waveform from the detected movement of the plurality of sensors, and indicating on a user-interface a period during which advancement of a biopsy or therapy tool from the catheter is most likely to intersect the target, wherein the period corresponds to a portion of the respiration waveform during which the movement of the plurality of sensors is within a desired range.

High flow therapy is used to treat Cheyne-Stokes respiration and other types of periodic respiration disorders by periodic application of high flow therapy, adjustment of high flow therapy flow rates and / or periodic additions of CO2 or O2 into the air flow provided to the patient.