19 results about "Respiratory care" patented technology

The invention relates to the technical field of breathing assisting devices, in particular to an intelligent temperature-control humidifying breathing critical patient assisting breathing nursing device which comprises a global perception fusion central system used for constructing a high-frequency biological characteristic thermodynamic map analysis layer and generating a particulate matter deposition energy level distribution model; forming a composite feature matrix; the self-adaptive airflow modulation matrix system is used for implanting a multi-order recursive calibration engine on the basis of a composite characteristic matrix, a spanning compensation strategy is generated through vectorization processing of a clinical characteristic curve, and a viscous resistance spectrum variation value of an expiratory phase triggers a self-consistent conversion mechanism every time; a dynamic balance point of an aerosol dispersion speed and a water molecule phase change threshold value is autonomously balanced, and a nanoscale lubricating interface of a gas transmission channel is maintained in real time; and the hierarchical response execution network system is used for designing a three-phase interlocking decision tree structure based on a thermodynamic energy level envelope line output by the compensation strategy. According to the invention, a brand new clinical response form exceeding linear control is constructed.

Described herein is a respiratory care apparatus capable of performing multitude of therapy for secretion management and breath assistance therapy. The respiratory care apparatus comprises an electromechanical air router assembly (EARA) and an interfacing assembly. The EARA includes independent first and second pressure generating sources for assisted inhalation / insufflation and assisted exhalation / exsufflation process. The interfacing assembly includes a patient interface port and a patient interface tube. The interfacing assembly forms two pneumatically separate paths. The respiratory care apparatus is configured to generate alternate positive and negative pressure at the patient interface port for assisted inhalation / insufflation and assisted exhalation / exsufflation processes respectively. The assisted inhalation / insufflation and assisted exhalation / exsufflation processes are carried out independently through separate conduits / passages to reduce contamination and infection. Further, the respiratory care apparatus comprises a garment which oscillates due to alternate positive and negative pressure generation and provides therapy to the patient.

The present invention relates to the technical field of medical equipment, and in particular to an infection-preventing respiratory care device, comprising: a ventilator provided with an output pipe and a recovery pipe; a humidifier connected to the output pipe, and provided with an air supply pipe; a channel switching mechanism connected to the recovery pipe and the air supply pipe; a flow guide, comprising a No. 1 flow guide pipe and a No. 2 flow guide pipe connected to the channel switching mechanism; the channel switching mechanism can switch the connection between the recovery pipe and the air supply pipe and the No. 1 flow guide pipe and the No. 2 flow guide pipe. The present invention can disinfect the exhalation pipe by spraying alcohol into the pipe, and can facilitate the disinfection of the exhalation and oxygen supply pipes by cooperating with the switching of the gas channel by the channel switching mechanism, and can effectively reduce the presence of internal bacteria, thereby reducing the risk of infection in patients.

A respiratory care system includes a user interface. A flow indicator is moveable in response to inhalation and / or exhalation, or both, by a user through the user interface. An electronic indicator is operable in response to an electronic signal transmitted in response to the movement of the flow indicator. Methods of use and assembly are also provided.

The present invention relates to a cleaning device (1, 1′) for nasal cavities comprising a hollow main body (2) comprising an air inlet (11) and defining a housing space (4), at least one respiratory care device (5, 35) for the upper or lower respiratory tracts, removably coupled to the main body (2) and an activation element (16). The device (1, 1′) further comprises a compressor unit (13) adapted to be inserted in said housing space (4) and comprising a hollow motor support (14) adapted to contain a compressor (15) and defined between a bottom (3) and an upper end (16) close to the housing of the respiratory care device (5, 35). The main body (2), the compressor unit (13), and the at least one respiratory care device (5, 35), when assembled, define an inner suction chamber (17) comprising a flow inlet (18), a compressor flow inlet (20), and a flow outlet (19). The motor support (14) comprises a channel (21), preferably longitudinal, along an outer wall (22) of the motor support (14) defined between the air inlet (11) and the flow inlet (18) of the suction chamber (17).

The utility model discloses sputum suction nursing equipment for breathing, particularly relates to the technical field of sputum suction, and comprises a shell, and one side of the shell is fixedly connected with a stable connecting mechanism; the stable connecting mechanism comprises a connecting pipe, one end of the connecting pipe is fixedly connected with one side of the shell, a first spring is movably connected to the outer side of the connecting pipe, a push ring is fixedly connected to one side of the first spring, and a plurality of clamping grooves are formed in the outer side of the push ring. A gasket is fixedly connected to the outer side of the connecting pipe, a suction pipe is arranged on one side of the connecting pipe, an insertion pipe is arranged on the outer side of the suction pipe, a fixing ring is fixedly connected to the outer side of the insertion pipe, multiple insertion rods are fixedly installed on the front side of the fixing ring, and positioning plates are fixedly connected into the insertion rods. By arranging the stable connecting mechanism, the suction pipe and the connecting pipe can be rapidly disassembled and assembled, the suction pipe can be conveniently cleaned and replaced, meanwhile, the stable air tightness of the connecting position of the suction pipe and the connecting pipe is kept, the suction pipe is kept stable in the sputum suction process, and the cleaning efficiency of the suction pipe is improved.

1. Name of the product in this design: Respiratory Care Device. 2. Purpose of this design: To assist patients in breathing. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention belongs to the technical field of respiratory medicine, and discloses an airway humidifying and heating device for respiratory medicine nursing, which comprises an oxygen heating and humidifying assembly, the output end of the oxygen heating and humidifying assembly is fixedly communicated with a first three-way valve, and the right end of the first three-way valve is fixedly communicated with a second three-way valve. The right end of the outer side face of the first three-way valve is fixedly sleeved with a locking frame. The risk that condensed water is mistakenly inhaled into the respiratory tract by a patient after being accumulated is avoided, the collected condensed water uniformly enters the condensed water collecting tank below through the flow guide structure, centralized treatment is facilitated, a breathing pipeline at the patient end does not need to be disconnected in the whole process, online cleaning is achieved, the working intensity of nursing personnel is greatly relieved, and the working efficiency is improved. Compared with the prior art, complicated manual operation is avoided, more importantly, pipeline pollution and cross infection possibly caused by manual pouring of condensate water are eradicated, and safety and convenience in the oxygen therapy process are remarkably improved.

To provide an apparatus for respiratory health care and for training and improvement of a respiratory function.SOLUTION: Provided is an apparatus including a first flow path, a second flow path and a body part having an internal volume. A first space in the internal volume is configured to be filled with liquid, and a second space in the internal volume is disposed so as to receive steam. The apparatus further includes means for transporting gas flow from a stream space in the internal volume to the outside of the apparatus through the first flow path during inspiration, and means for transporting expiratory flow from the outside of the apparatus to the first space in the internal volume through the second flow path. The apparatus further includes means for measuring a flow rate and a temperature of air flow, and means for mechanically and / or automatically adjusting the flow rate of the air flow. Further provided are a method and a system.SELECTED DRAWING: Figure 2

A respiratory delivery care system is characterized by comprising: a mechanical flow indicator movable in response to a user's inhalation and / or exhalation, and an electronic indicator operable in response to an electronic signal transmitted in response to the movement of the flow indicator. The flow indicator is an inspiratory valve, an expiratory valve, or an axially movable actuator. The delivery device includes a retaining chamber wound with a coil and at least one magnet disposed at the center of the coil, the at least one magnet being reciprocating to sense current and store the current in a supercapacitor connected to the circuitry and the electronic indicator. A respiratory delivery device is characterized by comprising: a flow indicator configured to transmit a first input signal, a metered-dose inhaler in communication with the retaining chamber, a lever for actuating the inhaler and having a sensor to transmit a second input signal, and a processor for receiving these signals to generate an output signal.

The invention belongs to the technical field of respiratory nursing, and particularly relates to a medical rehabilitation respiratory training device which comprises an air blowing box with a vent groove formed in the top and an air suction box welded to the bottom of the air blowing box. A doctor can flexibly adjust the blowing resistance according to the specific condition of a patient through the blowing damping adjusting unit, the inspiration value adjusting unit can set and lock the inspiration target value, the pertinence and effectiveness of training are ensured, meanwhile, the counting unit accurately records the blowing amount through fan blades and a counting roller, and the training efficiency is improved. Objective data support is provided for doctors, the display displays respiratory training data in real time, the doctors can conveniently evaluate the training effect and adjust the training plan in time, the vibration unit drives a rotating disc to rotate through a driving motor, then a rectangular strip is driven to swing, a beating block on a T-shaped toothed plate is driven to impact an inspiration box at high frequency, and the vibration effect is generated; the patient is stimulated, and the training interestingness and the participation degree of the patient are increased, so that the practicability of the trainer and the rehabilitation effect of the patient are improved.

This invention relates to the field of respiratory care technology and discloses a pre-operative respiratory function trainer for respiratory endoscopy, comprising a base and a mouthpiece. A mounting base is fixedly connected to the top of the base, and an air cylinder is fixedly connected to the top of the mounting base. A float is disposed within the inner cavity of the air cylinder, and a training component is disposed within the inner cavity of the mounting base. This invention integrates respiratory training, air filtration, real-time monitoring, and data display functions into a compact structure, specifically designed for patients before respiratory endoscopy. It effectively trains the patient's respiratory muscle strength and vital capacity. Through the monitoring component, particularly the pressure sensor and pressure value display screen, the patient's blowing force can be converted into specific numerical values ​​in real time and displayed, making the training effect measurable and recordable. Simultaneously, the range scale on the surface of the air cylinder and the rising height of the float provide the user with direct visual feedback, helping to maintain and enhance training motivation.

The application discloses a respiratory nursing device for sterilizing inhaled air, and particularly relates to the technical field of nursing. The application provides a respiratory nursing device which can sufficiently sterilize air and avoid inhaling unsterilized air. The respiratory nursing device for sterilizing inhaled air comprises a shell, a breathing mask fixed to the shell, an irradiation lamp fixed to the shell, an air pump fixed to the shell, and a refining rod rotationally connected to the shell. After the breathing mask is worn by a patient, the irradiation lamp is started, and the air pump is started. The air pump drives the blade to rotate the refining rod, and air flows out from the air pipes distributed circumferentially on the refining rod and is uniformly sprayed on the irradiation lamp, so that the air sufficiently contacts the irradiation lamp and bacteria contained in the air are sufficiently killed, thereby preventing unsterilized air from flowing out of the breathing mask, ensuring that the air flowing out of the breathing mask is sterile, and preventing the patient from inhaling uncompletely sterilized air and being harmed.

The breathing nursing puncture auxiliary device structurally comprises a connecting block, a support, a puncture device, a mounting seat, an adjusting belt and a protective pillow, when the breathing nursing puncture auxiliary device is used, the protective pillow is placed on the back side of the head of a patient, the adjusting belt moves along with the protective pillow to limit the position of the mounting seat, and a movable sliding piece is inserted into the mounting seat in a penetrating mode; the chuck is fixed and clamped at the middle position of the bracket, and the puncture tube extends into the movable sliding piece through the chuck, so that the puncture tube can be stably moved and adjusted up and down in the movable sliding piece, and the puncture head can be moved outwards to perform injection treatment and sample extraction on a patient.

The present invention relates to a Continuous Positive Airway Pressure (CPAP) mask with integrated End-Tidal Carbon Dioxide (ETCO2) monitoring for use in emergency medical services (EMS) and other healthcare settings. This device enables healthcare providers to simultaneously administer CPAP therapy while continuously monitoring ETCO2 levels in patients experiencing respiratory distress. The integrated design eliminates the need for multiple masks and oxygen sources, streamlining the delivery of respiratory care and improving patient comfort. The CPAP mask that captures exhaled carbon dioxide, providing real-time data transmission to an external monitoring system. By combining both respiratory therapy and carbon dioxide monitoring in a single device, this invention simplifies application, enhances treatment efficiency, and reduces equipment complexity, making it ideal for use in pre-hospital and non-clinical environments. The system further optimizes patient care through improved mask seal integrity, easier provider training, and cost savings for healthcare providers.

The invention relates to the technical field of medical breathing, and discloses a breathing machine for breathing severe illness, which comprises a base, the top of the base is fixedly connected with a box body, the inner wall of the box body is fixedly connected with an air pipe I, the inner wall of the box body is fixedly connected with an air pipe II, the surface of the air pipe I is fixedly connected with an air valve I, and the surface of the air pipe II is fixedly connected with an air valve II. When a patient breathes autonomously, a medical worker can observe the stretching amplitude of the air bag through the glass window, the breathing condition of the patient can be known in time, the time that a doctor evaluates the patient to be offline is increased, the breathing amplitude frequency of the patient is too low, and the breathing difficulty of the patient is confirmed by observing the amplitude of the air bag; movement of the first push plate can adapt to the respiratory rate of the patient, the respiratory rate of the patient is further simulated, the comfort level of the patient is improved, respiratory muscles are protected, gas exchange is improved, and the barotrauma risk is reduced.

The invention relates to the technical field of medical waste disinfection, in particular to waste treatment equipment and method for respiratory medicine nursing, the equipment comprises a movable cabinet body, and the interior of the movable cabinet body is divided into a disinfection room and an equipment room; the disinfection room is provided with a water containing disc and an electric heating pipe for generating high-temperature steam, and a bearing disc with steam holes is arranged above the disinfection room for placing wastes; a water tank and a water pump are arranged in the equipment room to realize water circulation; the cabinet side is provided with a heat exchange fan for rapid cooling; universal wheels and a push rod are arranged at the bottom to facilitate movement; the case is integrated with an intelligent control system, and the method comprises the steps of loading waste, sealing a disinfection room, setting sterilization parameters (such as 110 DEG C and 25 minutes), automatically executing heating sterilization, forcibly cooling, recycling condensate water and taking out harmless waste. According to the invention, on-site, instant and efficient sterilization of infectious wastes is realized, the killing rate is greater than or equal to 99.99%, the system has the advantages of flexible movement, safe operation, energy and water saving, traceability and the like, and hospital infection risk and medical waste disposal cost are effectively reduced.

The invention relates to the technical field of control systems, in particular to an atomization device for respiratory nursing and an atomization control system.The atomization control system comprises a terminal module, a response execution module, a supervision module, a data collection module and a screening module, and characteristic parameters in the atomization treatment process are collected in real time; identifying abnormal features in the feature parameters; and when an abnormal feature is identified, sending a warning signal according to the parameter information corresponding to the abnormal feature. According to the intelligent atomization system and the cough monitoring method, the problem that a supervision blind area exists in the atomization process is solved, effective supervision of the whole atomization process is comprehensively guaranteed, meanwhile, atomization state parameters of a patient can be objectively recorded, later-stage traceability is facilitated, and through an innovative multi-mode sensing fusion framework and a hierarchical dynamic response mechanism, the system can be used for monitoring the atomization state of the patient. The three technical defects that an existing atomization device is high in false alarm rate, delayed in response and lack of active intervention in sudden cough monitoring are effectively overcome.

This invention provides a lung-moistening lotion and its application in the preparation of products for preventing lung injury caused by environmental pollutants. The invention uses loquat leaf extract and bamboo culm extract as active ingredients, employing a low-temperature treatment and mild water extraction process, and compounding them in a specific ratio. The synergistic effect of these two ingredients significantly reduces intracellular reactive oxygen species levels, restores antioxidant defense capabilities, inhibits abnormal expression of inflammatory factors, and improves lung function-related indicators. The product of this invention has high safety, is suitable for long-term consumption, and can be used to prepare functional foods, health foods, or respiratory care products. It also shows promising application prospects in the prevention of lung injury related to nanoplastics.