97 results about "Breathing circuits" patented technology

A combined system of a concealed closed tracheoscope and an artificial airway breathing circuit includes an artificial airway breathing tubing and a tracheoscope. The artificial airway breathing tubing includes an inhalation circuit and an exhalation circuit that are connected through a connecting tube. The tracheoscope includes a handle portion and an insertion portion connected to the handle portion. The tracheoscope handle portion wraps around a section of the exhalation circuit. The tracheoscope insertion portion is hidden in the extendable breathing circuit, which extends and retracts to make the tracheoscope insertion portion advance or retreat in a closed condition. The tracheoscope handle function assembly cleverly wraps around the surface of the breathing circuit tubing, organically combining the functions of the tracheoscope handle and the breathing circuit. Meanwhile, the tube interface can be cleaned to keep the tracheoscope clean and unobstructed, such that the service life of the tracheoscope can be extended.

A ball valve for a use in a respiration circuit, including a housing defining a ball chamber. The ball chamber communicating with a gas inlet and at least two gas outlets. A ball received in the ball chamber. The ball being configured for rotation about an axis of rotation within the ball chamber. The channel having a channel inlet configured for selective fluid communication with the gas inlet. The channel inlet being in fluid communication with a channel outlet configured for selective fluid communication with at least one of the at least two gas outlets.

The invention discloses an electric turbine anaesthesia machine with an automatic air supply function of an air storage bag and a method, and the anaesthesia machine comprises a turbine which is used as an active inspiration air source; a detachable air storage bag; an air supply one-way valve; the breathing circuit is connected between the turbine outlet and the patient end and comprises an inspiration branch provided with a flow diaphragm, an expiration branch provided with an expiration EV valve and an expiration flow diaphragm, and a patient breathing circuit tank assembly containing the air storage bag and the soda lime tank; a plurality of sensors; the control unit is electrically connected with and controls the turbine and the expiration EV valve, receives signals of the sensor and is used for achieving different breathing ventilation modes. According to the anesthesia machine and method, turbine driving is adopted, the tidal volume adjusting range is wide, and physical limitation of a folding bag is avoided; the air storage bag is externally arranged and replaceable, so that cleaning and maintenance are facilitated; a one-way valve automatic gas supply mechanism ensures continuous and stable gas supply; the device supports various breathing modes, and is suitable for various scenes such as anesthesia maintenance, postoperative awakening, oxygen therapy and the like.

There is provided a flexible, helically wound conduit for a breathing circuit comprising an inlet (1), an outlet (3), and an enclosing wall (2) defining a flow passage between said inlet and said outlet, wherein at least a region of said enclosing wall is permeable to water vapor and one or more of 02 and CO2, and wherein the axial tensile strength of the enclosing wall is greater than 40N. Further provided are limbs comprising the conduit, a method of manufacturing the conduit and the use of the conduit to remove water vapor and / or CO2 from gas exhaled by a patient.

The invention discloses a bidirectional locking device for a breathing circuit of an anaesthesia machine, the bidirectional locking device is fixed on the side surface of a circuit assembly, and the bidirectional locking device sequentially comprises a shell, a spring bolt, a lock cylinder, a pressing shaft, a spring and an end cover; the interior of the shell is divided into two grooves, and the groove in one side is used for containing the lock cylinder. The groove on the other side is used for arranging a spring bolt; the spring and the pressing shaft are sleeved on a shaft in the center of the shell from inside to outside; the end cover is mounted on the shell, and a hole is formed in the end cover and used for allowing the pressing shaft to penetrate through; a spring bolt of the bidirectional locking device is provided with two clamping points which correspond to locking grooves in the side faces of the loop assembly and the loop flip assembly respectively, so that the loop assembly and the loop flip assembly are locked at the same time. The device is convenient to operate, simple and compact in structure, small in occupied space and low in cost.

An example gas mixing device includes: a first inlet port for receiving a flow of nitrous oxide; a second inlet port for receiving a flow of oxygen, wherein the nitrous oxide and the oxygen are mixed to form a gas mixture; a breathing circuit port for providing the gas mixture to a patient; a user interface having a graphical user interface (GUI) displayed thereon, wherein the GUI comprises a touch-and-slide adjuster button configured to control a gas concentration of the nitrous oxide or the oxygen in the gas mixture; and a processor performing operations comprising: receiving information indicating that a user has touched and slid the touch-and-slide adjuster button along a gas concentration scale to a particular concentration setting, and responsively, change a concentration percentage of a respective gas in the gas mixture to correspond to the particular concentration setting.

The utility model discloses a kind of respiratory circuit and tracheal intubation connection fixer, including connection main part, the upper surface side of connection main part is fixedly provided with fixed plate one, the surface of fixed plate one is movably provided with fixed clamp, the bottom end of one side of fixed clamp is provided with fixed base plate, the surface of fixed base plate is provided with lower clamping block, fixed clamp is opened in the surface of fixed base plate side with sliding slot, the inside of sliding slot is movably provided with sliding block, the surface of sliding block is fixedly provided with upper clamping block, the surface of upper clamping block is threadedly connected with adjusting bolt, when facing different specifications pipeline clamping, adjusting bolt can be rotated cooperation sliding slot and sliding block to make upper clamping block adjust in the inside of sliding slot, cooperation lower fixed base plate and lower clamping block can be clamped Work, while the setting of sliding slot can play the role of limit sliding. The utility model has the characteristics of strong practicability and clamping different size pipelines according to actual use.

The utility model provides a double-cavity breathing circuit, which relates to the technical field of medical instruments and comprises an inspiration inner tube and an expiration outer tube which are coaxially mounted, a connecting mechanism is inserted and fixed at the front ends of the inspiration inner tube and the expiration outer tube, and the connecting mechanism comprises a mounting seat, a driving sleeve and a reset torsion spring. An inner ring sleeve and an outer ring sleeve are concentrically arranged on the upper side of the mounting seat, a plurality of fixing rib plates are integrally formed between the inner ring sleeve and the outer ring sleeve, the driving sleeve comprises a closed sleeve, a connecting ring and a plurality of inclined fan blades, the reset torsion spring is connected between the outer ring sleeve and the connecting ring, a plurality of vent holes are formed in the circumference of the inner ring sleeve, and the inner ring sleeve is provided with a plurality of air holes. Deflation holes are formed in the positions, corresponding to the height of the vent holes, of the closed sleeve at intervals, and the inner side of the inspiration inner pipe communicates with the expiration outer pipe through the vent holes and the deflation holes. According to the utility model, negative pressure suction is generated in the expiration outer pipe through airflow generated by expiration, so that CO2 waste gas is quickly exhausted.

The utility model relates to the technical field of medical instruments, and discloses a one-way valve for painless bronchofiberscope examination, which comprises a laryngeal mask and a connecting tube communicated with a ventilation catheter of the laryngeal mask, the side wall of the connecting tube is communicated with a breathing loop, and the front end of a bronchofiberscope body penetrates through the connecting tube and the laryngeal mask and extends into a human body. A valve sealing assembly is arranged at the air inlet end of the side, away from the laryngeal mask, of the connecting pipe and used for achieving sealing between the front end of the bronchofiberscope body and the connecting pipe, the valve sealing assembly comprises a valve connecting ring, and an outer-layer valve and an inner-layer valve which are tightly attached to each other are arranged in the valve connecting ring in the air inlet direction; according to the bronchofiberscope, the valve sealing assembly is arranged to replace a sealing cover in the prior art, the same valve sealing assembly can be matched with the front ends of bronchofiberscope bodies of various sizes, the use cost is reduced, meanwhile, the installation efficiency of the bronchofiberscope is improved, and the bronchofiberscope can rapidly enter a diagnosis state.

A near-patient humidification system provides vapor to a respiratory breathing circuit. The system includes an expiratory gas conduit and an inspiratory gas conduit. A patient coupling member is provided for coupling the expiratory and inspiratory gas conduits to a patient interface. A vapor injection unit is located at least partially within the housing of the patient coupling member. The vapor injection unit heats a supply of fluid into vapor and injects the vapor into the inspiratory gas passage of the patient coupling member at a vapor injection location for providing moisture to the inspiratory gas flow. A method of simultaneously and independently controlling the temperature and humidity of inspiratory gas in a respiratory breathing circuit is performed by injecting vapor having a temperature determined as a function of measured temperatures and measured humidities of the breathing gas at different locations along the breathing circuit.

The utility model relates to medical instrument technical field discloses a kind of breathing pipeline kits with humidification tank, including bottom plate, slidingly connected in wetting tank inner side wall;Connecting rod, one end is fixedly connected to bottom plate bottom end;Lead screw, rotationally connected between bracket;Threaded block, threaded connection is in the outside of lead screw, threaded block one side slidingly connected in wetting tank outer side wall, threaded block bottom and connecting rod other end fixed connection.When the wetting degree of oxygen needs to be improved, staff rotates hand wheel, hand wheel drives lead screw to rotate, threaded block that is screw-connected on lead screw moves upward, threaded block drives bottom plate to slide upward by connecting rod, bottom plate drives water level to rise, at this time, the longer the path of oxygen through water, the more sufficient humidification, on the contrary, when the wetting degree needs to be reduced, staff reverses hand wheel, threaded block drives bottom plate to move downward, water level drops, the depth of oxygen through water reduces, and the wetting degree reduces.

According to the breathing pipeline and the breathing machine, the heating wire is arranged in the breathing pipe body or on the outer wall of the breathing pipe body, and the single-wall pipe or the corrugated pipe is arranged on the outer side of the breathing pipe body in a sleeving mode to serve as a heat preservation pipe. The outer sides of the two ends of the breathing tube body and the inner sides of the two ends of the heat preservation tube are sealed through the sealing assemblies, and then an air heat preservation layer is formed between the outer wall of the breathing tube body and the inner wall of the heat preservation tube; compared with an existing heating breathing pipeline, the outer wall of the breathing pipe body can be prevented from making direct contact with the outside, heat loss of the pipe wall of the breathing pipe body is reduced, the temperature difference between the interior of the breathing pipe body and the pipe wall is reduced, and therefore the heating effect of the breathing pipeline is improved, and meanwhile condensate water is more effectively prevented or reduced.

The application belongs to the field of medical treatment, and provides a shell for installing a breathing circuit module, a breathing circuit module assembly and a medical device, the shell comprising: an upper shell, a first clamping groove being arranged on one end side wall of the upper shell, a second clamping groove being arranged on a side wall adjacent to the first clamping groove of the upper shell; a lower shell, a sliding channel being arranged in the lower shell; and a dismounting mechanism, the dismounting mechanism comprising: a rotating piece, a sliding rod and a reset piece. The shell provided by the application realizes the mounting cooperation and dismounting between the upper shell and the lower shell through the dismounting mechanism, which facilitates the dismounting and separation of the upper shell and the lower shell after each use of a breathing anesthetic, so as to perform a disinfection operation on the breathing circuit module in the shell and the shell itself, which is simple, convenient and fast, and has a high reuse efficiency.

The invention provides an anaesthesia evaporator and an anaesthesia machine, and the anaesthesia evaporator comprises an evaporator disc which is driven by an external force to rotate around the center of the evaporator disc; the N anesthetic evaporation containers are fixed to the evaporator disc around the center of the evaporator disc, anesthetics stored in the anesthetic evaporation containers are different in type, and N is a natural number larger than or equal to 2; by rotating the evaporator disc, the anesthetic evaporation containers to be used are driven to rotate to the same designated position, and the anesthetic evaporation containers at the designated position face a patient; when the to-be-used anesthetic evaporation container rotates to a designated position, the to-be-used anesthetic evaporation container is powered on, and the idle state is switched into the using state; two openings are formed in a shell of the evaporator disc, and one opening is communicated with the anesthetic evaporation container in a use state and is connected to a respiratory system of a patient through a respiratory loop; and the other opening is communicated with the anesthetic evaporation container in an idle state, leads to the outside and is provided with a sealing cover for updating anesthetic.

The invention relates to the field of medical instruments, in particular to a split type breathing circuit structure for an anesthesia machine and the anesthesia machine. The split type breathing circuit structure for the anaesthesia machine comprises a circuit main body (6), a flip cover assembly (7) and a breathing machine assembly (9), the loop body (6) comprises an electronic APL valve seat assembly (17), a sampling pipe (26) used for collecting gas path parameters, a heating assembly with automatic temperature control and overheating protection functions and an electric control exhalation valve (3). The flip assembly (7) is provided with an electronic APL valve (5); the breathing machine assembly (9) is connected with the loop main body (6) and cooperatively controls the electronic APL valve (5), the electric control driving component, the calibration component, the blowing component and the electric control switching component which are connected with the breathing machine assembly (9) through a control panel, and loop automatic ventilation control is achieved.

The utility model provides a rhinobyon assembly, nasal oxygen tube and ventilation treatment equipment, relates to medical instrument technical field, rhinobyon assembly includes rhinobyon main part and a pair of nasal fork tube, the rhinobyon main part is used for being connected with the intake tube, the pair of tubular nasal fork is connected with one side of the rhinobyon main part at interval so as to be communicated with the intake tube through the rhinobyon main part, the nasal plug assembly is characterized in that the nasal plug assembly is used for an open type air path, air resistance pieces are arranged on the two nasal fork tubes, and the air resistance pieces protrude in the radial direction of the nasal fork tubes and are used for blocking overflowing air between the nasal fork tubes and the nostrils of a wearer when the nasal plug assembly is worn. The nasal oxygen cannula comprises the nasal plug assembly. The ventilation treatment equipment comprises the nasal oxygen cannula. The air pressure change in a breathing loop between the expiration stage and the inspiration stage of a patient can be increased, the distinguishing capacity of the equipment for the breathing stage of the patient is improved, more accurate air supply control is achieved, more comfortable high-flow humidifying oxygen therapy experience is provided for the patient, and air is saved to a certain extent.

A connection for a humidification system is disclosed, the humidification system including a heater base, a humidification chamber, and a breathing circuit. A cradle is removably coupled to the heater base. The cradle includes various sensors, probes, sensor wire connectors, heater wire connectors, and / or other features. The cradle can include features configured to mate with corresponding features on the humidification chamber and the heater base. The cradle includes a memory, such as an EEPROM, or other suitable storage device. When the cradle is seated on the heater base, the memory is electrically connected to the processor and / or memory of the heater base. Different cradle models can be produced for use with different humidification chambers, breathing circuits, and / or therapies. A connector can be configured to connect an inspiratory conduit to a gas outlet port of the humidification chamber. The connector can provide a pneumatic connection to the gas outlet port and an electrical connection to the cradle.

An automatic inhalation system which includes a gas supply system which includes a high pressure system and a medium pressure system, a breathing loop; wherein gas enters the breathing loop from the gas supply system; and wherein the breathing loop further comprises an inhale limb and an exhale limb each comprising at least one flow sensor, at least one CO2 sensor, and at least one O2 sensor. The system further includes a controller, wherein the gas supply system and breathing loop are in digital communication with the controller via an I2C bus and a set of analog inputs; and a touchscreen, wherein the touchscreen displays the diagnostic information on a UI accessed through a password-protected user management system; wherein the system is used to administer gas treatments to patients based on a preset protocol that may be started by either an operator or administrator and edited only by an administrator.

The invention discloses a breathing machine for lung cancer treatment, and belongs to the technical field of medical instruments, the breathing machine comprises an oxygen supply pipe, an inspiration pipe and an expiration pipe, a secretion collection mechanism is arranged on the expiration pipe in series, the secretion collection mechanism comprises a first shell in a circular truncated cone shape, and an air inlet used for being communicated with the expiration pipe is formed in the first shell; a separation cavity for centrifugally separating secretion-containing gas entering from the gas inlet is formed in the shell I, and the axis of the gas inlet and the axis of the separation cavity are arranged in a tangential or approximately tangential manner; an exhaust port for guiding out separated clean gas is formed in the top of the separation cavity, a liquid outlet for discharging secretions is formed in the bottom of the separation cavity, and a collecting bottle for collecting the secretions is detachably connected to the liquid outlet. The breathing machine has the advantages that secretions generated by expiration of a patient can be conveniently recycled, so that the influence on the medical environment is reduced, and meanwhile, the influence on a breathing circuit of the breathing machine is reduced.

To provide a nitric oxide supply system.SOLUTION: The present invention generally relates to a system and a method for delivery of therapeutic gas to a patient in need thereof and the patient receives breathing gas from a high frequency ventilator by using at least an enhanced therapeutic gas (for example, nitric oxide, NO, and the like) flow measurement. At least some of these enhanced therapeutic gas flow measurements can be used to address some surprising phenomena that may, at times, occur when wild stream blends therapeutic gas into the breathing gas the patient receives from a breathing circuit affiliated with the high frequency ventilator. When at least some of these enhanced therapeutic gas flow measurements are used, the dose of the therapeutic gas wild stream blended into the breathing gas that the patient receives can be more accurate and / or being under delivery of therapeutic gas into the breathing gas can be avoided and / or reduced.SELECTED DRAWING: Figure 1

The invention relates to a breathing system (1) for assisting a gas exchange on a patient (2) by means of mechanical breathing, comprising a breathing device (3) for mechanically breathing the patient (2), which breathing device has a regulating device (5) for applying a gas and a breathing circuit (7). Furthermore, the respiratory system (1) has a dead space reduction device (4), which has a pump and reservoir unit (16) and a connection hose (17) to a pneumatic coupling point (18) at the patient interface (9). In order to provide a simpler structure, the invention proposes that the breathing system (1) is designed in such a way that a signal change, which is measurable by the breathing device (3) and is attributable to the activity of the dead space reduction device (4), for example a signal change for flow or pressure, is detected and / or calculated by the breathing device (3) as such a signal change, and is taken into account by the regulating device (5). As a result, the breathing device (3) can assist the dead space reduction device (4) and in this case can omit a second pump and reservoir unit (16).

The invention relates to the technical field of medical instruments, in particular to a breathing critical patient off-line-free closed microscopic examination sputum suction breathing circuit connector which comprises a novel connector body, a trachea cannula connector is fixedly connected to the outer side of the novel connector body, a connecting pipe is fixedly connected to the upper end of the novel connector body, and an adjusting assembly is arranged in the connecting pipe. A connecting opening is formed in the adjusting assembly, and a protection assembly is arranged on the outer side of the connecting pipe. Through the arrangement of the adjusting assembly, when a critical patient clinically needing tracheal intubation for breathing ventilation treatment is subjected to microscopic examination or sputum suction at any time according to clinical requirements, the adjusting ring is rotated to drive the pinion and the rotating shaft to rotate through the inner gear, so that the multiple sets of limiting blocks rotate synchronously, the inner diameter is adjusted to the corresponding size, ventilation does not need to be stopped, and operation is convenient. Microscopic examination or sputum suction operation can be carried out without pulling out a connector of the breathing machine, continuous ventilation treatment of the breathing machine is guaranteed, and the danger of oxygen deficit is avoided.

The utility model relates to a storage tank container technical field, more particularly, relate to a kind of breather on-line sterilization device and storage tank container.Breather on-line sterilization device includes filter, first pneumatic ball valve, second pneumatic ball valve, third pneumatic ball valve, fourth pneumatic ball valve, first pneumatic diaphragm valve, second pneumatic diaphragm valve, first drain valve and second drain valve;First pneumatic ball valve, filter and first pneumatic diaphragm valve constitute the breathing circuit of container, second pneumatic ball valve, filter, second pneumatic diaphragm valve and second drain valve constitute sterilization circuit, filter, third pneumatic ball valve and first drain valve constitute condensate circuit.The utility model is guaranteed by the setting of breathing circuit, tank body pressure balance;By the setting of sterilization circuit, it can be on-line sterilization after closing breathing circuit, avoids dismounting filter, improves sterilization efficiency.

The application relates to a breathing pipeline anti-pollution support, which comprises a protection mechanism, the protection mechanism comprises a support frame and a protection cap, the support frame is arranged on a sickbed or a breathing machine, the protection cap is arranged on the support frame, and the end of the breathing pipeline is located in the protection cap. The application has the effect of reducing cross infection of the breathing pipeline.

The application discloses an anesthetizer and a veterinary anesthetizer. The anesthetizer comprises a driving gas branch, a fresh gas branch and a breathing circuit. The fresh gas branch is used for sending fresh gas with anesthetic gas into the breathing circuit. The driving gas branch is used for pushing the fresh gas in the breathing circuit to a patient. The driving gas branch comprises a fan assembly. The fan assembly comprises a casing, a fan and a first heat dissipation member. The casing comprises a first inner cavity, a first air inlet communicating with the first inner cavity and a first air outlet communicating with the first inner cavity. The fan is arranged in the first inner cavity. The fan is used for driving air to enter the first inner cavity from the first air inlet and blow out from the first air outlet. The fan comprises a volute, an impeller and a motor. The impeller is rotatably arranged in the volute. The motor is arranged on the volute and connected with the impeller. The surface of the motor opposite to the first air inlet is a projection surface. The orthographic projection of the first air inlet and the surface of the motor at least partially overlap.

1. The name of the design product: breathing circuit mask (Y type). 2. The use of the design product: used in the process of general anesthesia breathing circuit. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: combination of use state reference figure 1. 5. The left view of component 2 has been shown in the submitted view; the right view of component 2 has been shown in the submitted view; the top view of component 2 has been shown in the submitted view; the bottom view of component 2 has been shown in the submitted view.

The application discloses an anesthesia machine, which comprises an anesthesia machine host, a machine body stand, a mounting platform, a breathing circuit with a volume exchange device and a driving module for providing driving gas to the volume exchange device; the breathing circuit is mounted on one side of the mounting platform; the mounting platform comprises a first mounting platform or a second mounting platform; the first mounting platform or the second mounting platform is mounted on the machine body stand; the anesthesia machine host is connected with the first mounting platform, the second mounting platform or the machine body stand and is located above the first mounting platform or the second mounting platform; wherein, the machine body stand is provided with a driving mounting portion; the driving module is mounted on the driving mounting portion; and the setting position of the driving module is not higher than the position where the breathing circuit is mounted on the machine body stand.

The present disclosure relates to a breathing circuit and a method for providing respiratory support to a patient. The breathing circuit and method can be used in any type of breathing therapy including, for example unsealed respiratory therapy such as high flow therapy, and scaled respiratory therapy such as continuous positive air(way) pressure (CPAP) therapy, and bilevel positive air pressure therapy where the inspiratory and expiratory pressures differ. The breathing circuit includes first and second passageways that can convey a breathing gas to a patient interface, wherein the first passageway is connectable to a first gas source to supply a first gas, and the second passageway is connectable to the first gas source and to a second gas source.

This invention provides an electronic vaporizer system comprising: an anesthetic reservoir containing an anesthetic; a vaporizer unit that vaporizes the anesthetic from the reservoir and delivers the vaporized reagent to a patient's breathing circuit; and a gas sensor configured to measure the end-tidal concentration of the anesthetic in the patient's exhaled breath. A control system is configured to receive the measured end-tidal concentration of the anesthetic and compare it with a desired end-tidal concentration that the patient wishes to maintain. Then, based on the comparison, the vaporizer unit is automatically controlled to deliver a predetermined amount of vaporized reagent to the patient.