151 results about "Inhaler" patented technology

Systems, computer programs, devices, and methods that enable coordination across multiple devices of the mobile ecosystem. In one embodiment, smart glasses detect when a user is about to eat food or take a drink and capture the consumable and portion. The data is recorded in a "morsel track" for health activity analysis. Low-fidelity captures provide preliminary recognition, while higher-fidelity captures are selectively invoked for definitive classification. Machine-learning logic generates predicted metabolic responses, such as real-time glucose trends, based on the recorded events. Predicted responses may dynamically adjust the operation of continuous glucose monitors, heart-rate sensors, or other biomedical devices. In some embodiments, the system triggers a pharmaceutical dispenser, such as an insulin pump, inhaler, or transdermal patch, to provide closed-loop therapeutic intervention in real time.

The present invention relates to a method for evaluating the effectiveness of an aerosol (3) for pulmonary drug delivery, as well as inhaler devices (2, 2a, 2b, 2c, 2d), orally inhaled drugs (1), and drug / device combination products (7). [Solution] An inhaler device (2, 2a, 2b, 2c, 2d) can generate an aerosol (3), which contains aerosol particles (30) containing an orally inhaled drug (1). The method includes the steps of providing a computational lung model (Lmod) and a computational particle transport and deposition model (Pmod), calculating the spatial particle deposition distribution (Ddist) of discrete particles (30') based on a determined aerosol value (Aval) of an aerosol parameter (Apar), calculating the efficacy value (Eval) of an efficacy parameter (Epar) based on the spatial particle deposition distribution (Ddist), and using the efficacy value (Eval) to automatically evaluate the efficacy of the aerosol (3) for lung drug delivery.

The utility model discloses a counting device and an aerosol inhaler. In the counting device, a driving rod comprises a main body part, an extending part, a triggering part and an anti-falling part, and a counting gear assembly comprises a gear support, a gear cover plate and a counting gear; the gear support comprises an anti-disengagement matching part, the anti-disengagement matching part is of a boss structure extending in the vertical direction, the anti-disengagement matching part is inserted into a U-shaped limiting groove formed by the anti-disengagement part and the main body part, and the shape and the size of the anti-disengagement matching part are matched with those of the U-shaped limiting groove. The gear cover plate further comprises a rectangular assembling hole, and the extending part of the driving rod is inserted into the rectangular assembling hole and matched with the rectangular assembling hole in shape and size. The counting device is more stable in structure and more stable in operation.

The invention belongs to the technical field of medical supplies, and particularly relates to a handheld nanocrystallization sodium chloride inhaler and a nanocrystallization sodium chloride filling method.The handheld nanocrystallization sodium chloride inhaler comprises a box body, a box cover is arranged at the upper end of the box body in a clamped mode, and buckle mechanisms are fixed to the left side and the right side of the box body and the left side and the right side of the box cover correspondingly. If the condition that the sodium chloride particles are agglomerated is observed, the stirring rod can be driven to rotate through the rotating mechanism, and the electric heating rod in the stirring rod is started, so that the sodium chloride particles are continuously stirred and heated, internal moisture is removed, and the sodium chloride particles can be normally inhaled into the respiratory tract of a human body; when the inhaler is used, the inhaler is placed in the box body, the box cover at the upper end is closed, the disinfection cover at the lower end of the box cover is clamped outside the suction nozzle, and the suction nozzle is disinfected and sterilized through the ultraviolet germicidal lamp, so that the use safety is ensured.

1. The name of the design product: Ai smoke inhaler. 2. The use of the design product: Ai smoke inhaler for medical products. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a breath actuated inhaler. The inhaler comprises a main housing having a suction port at a distal end, a canister storing a drug solution and disposed axially within the main housing, and a force retention unit attached to the main housing and engaged with the canister, comprising an upper housing having an air intake structure disposed at a proximal end, the air inlet structure and the suction port form an air circulation path, so that the force maintaining unit responds to inhalation of a user to start the tank; wherein the air inlet structure comprises at least two holes with main openings, and the at least two holes are annularly arranged at the near end of the upper shell in an end-to-end connection mode, so that the main openings of all the holes cannot be completely covered when fingers are placed on the end face of the near end during inhalation of a user.

1. The name of the design product: portable vehicle-mounted hydrogen-oxygen inhaler (HO120). 2. The use of the design product: an instrument for producing high-purity hydrogen and oxygen and for inhalation therapy. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The flavor inhaler includes a housing and a lid assembly movable in a first direction, wherein: the lid assembly includes a push member and a movable member movable relative to the lid assembly; the push member and the movable member are configured to move integrally with the lid assembly; and the push member is configured to push the movable member in a second direction that intersects the first direction.

1. Name of the designed product: disposable inhaler. 2. Use of the designed product: the designed product is used for inhaler of medicine. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

1. The name of the design product: inhaler. 2. The use of the design product: the inhaler for inhaling substances such as fragrance, essential oil, etc. through the mouth and nose. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The invention relates to a method for estimating an inhaled dose of a medicament when delivered to a user by an inhaler (12, 52). A predicted inhaled dose (PID) of the medicament is estimated from at least one first type parameter and at least one second type parameter. The first type parameter is related to a breathing pattern of the user and the second type parameter is related to the inhaler (12, 52).

The present invention provides a pharmacological wearable cardioverter defibrillation system for conducting cough assisted pharmacological cardioverter defibrillation during onset of a sudden arrhythmia. The system comprises a WCD defibrillator worn by the patient, a drug mix contained either in a reservoir / pump or in an inhaler, and a miniature monitor. The drug mix in the reservoir / pump is equipped with a pump for pumping the drug mix via an indwelling catheter to the coronary sinus while the drug mix in the inhaler is inhaled directly to the lungs. When a sudden arrhythmia is detected by a sensing electrode of WCD, the following steps are carried out: prompting the patient to take the drug mix, prompting the patient to start forceful coughing, and delivering electric shock(s) under either one of the two circumstances that the patient is unable to start coughing or the arrhythmia is not terminated.

The utility model discloses a kind of anti-falling oxygen uptake tubes, including sleeve, the sleeve inner wall is the conical shape corresponding with the gas outlet pipe appearance of oxygen inhaler, locking rod is set through on the sleeve, the axis of locking rod and sleeve is perpendicular, the locking rod includes the sliding portion of cylindrical and the locking portion of cylindrical fixedly connected in the one end of sliding portion along axial direction, the sleeve is fixedly connected with the sealing gasket of center opening in its smaller one end, the end of oxygen delivery tube is fixedly connected with the one end of sleeve close to sealing gasket and is communicated with the hole of sealing gasket center, after the gas outlet pipe is inserted to sleeve, the locking portion is clamped on the flange on gas outlet pipe, the sealing gasket is pressed in the outer end of gas outlet pipe.The utility model can be operated by single hand, since sleeve and pipe body are connected by passing through groove and clamping locking portion on the flange of groove side, sleeve, pipe body and locking portion are all rigid components, even if oxygen delivery tube is subjected to tension, sleeve and pipe body also cannot be loose.

A preloaded inhaler comprises a spin chamber in which a primary recess is configured to receive air to mix with contents of a capsule. The primary recess has a curved wall configured to allow rotation of the capsule. A secondary recess is configured to hold the capsule and is located within a bottom surface of the primary recess. A curved inlet channel allows air to travel therethrough. The curved inlet channel defines a curved recess and comprises a tangential section and a funnel section. A capsule containing a dry powder formulation which comprises an antigen binding fragment of an anti-thymic stromal lymphopoietin (TSLP) antibody is held in the spin chamber.

Provided is a crimped flavor sheet strand having high bulkiness. This method for producing a crimped flavor sheet strand includes a step for producing a continuous flavor sheet having a moisture content of 15-40 mass %, and a step for crimping the continuous flavor sheet.

This utility model relates to the technical field of electronic atomizer bodies, and discloses an electronic atomizer with colored lights, including a housing, an end cap on the top of the housing, an end cap slidably connected to the outer wall of the end cap, a connecting seat fixedly connected to the top of the end cap, an inhaler head slidably connected inside the connecting seat, an LED strip wrapped around the outer wall of the housing, a battery at the bottom of the housing, and an electrical connection between the LED strip and the battery. A disassembly / assembly assembly is provided inside the connecting seat; the disassembly / assembly assembly includes a slide rod and a locking block, with the outer wall of the slide rod slidably connected inside the connecting seat. In this utility model, the LED strip is activated simultaneously with the atomizer, creating an atmospheric user experience and enhancing the product's fun factor. Furthermore, the ingenious linkage between the rotating sleeve, the arc-shaped push plate, and the slide rod greatly improves the efficiency of inhaler head disassembly and assembly, bringing great convenience to users in daily use.

An inhaler includes a housing including a mounting space to accommodate a cartridge storing target materials and a rupture portion including an airflow passage and configured to rupture the cartridge, wherein the rupture portion includes a first rupture portion and one or more second rupture portions, the first rupture portion extending in a first direction which is a longitudinal direction of the housing and having pointed one end protruding in the mounting space and the each of one or more second rupture portions extending in a second direction crossing the first direction and being movable in the second direction between a first position where the pointed one end protrudes in the mounting space and a second position spaced apart from the mounting space.

This flavor inhaler comprises a housing. The housing is provided with a wall. The wall is provided with a first wall part that is formed from a metal and defines a first outer surface, and a second wall part that is formed from a resin and defines a second outer surface. The first wall part is provided with a first connection part that is formed from a metal. The second wall part is provided with a second connection part that is connected to the first connection part. The first connection part is provided with at least one of a through-hole and a notch. The second connection part is provided with a plurality of connection surfaces that face the first connection part and are on mutually opposite sides, and a surface connection part that connects the plurality of connection surfaces through at least one of the through-hole and the notch.

This invention provides an intelligent oxygen administration management system based on oxygen flow sensing and automatic billing, including an oxygen flow sensing device, a router, and a backend server. The oxygen flow sensing device is installed on the humidification bottle of the oxygen inhaler and connected to the router via a wireless network. It is used to collect the sound signal of bubbles in the humidification bottle and send the bubble sound signal as front-end sensing data to the router. The router is connected to the backend server via a network and is used to aggregate the front-end sensing data uploaded by different oxygen flow sensing devices and send it to the backend server. The backend server is used to analyze the front-end sensing data using a deep learning algorithm to obtain oxygen flow data, calculate the oxygen administration fee based on the oxygen flow data, and generate and output the oxygen administration billing result by combining the patient information. This invention can realize real-time monitoring of the oxygen administration process, automatic duration statistics, and automatic cost calculation.

A method and system for guiding use of an inhaler is proposed. The method may include receiving, by a user terminal, from an auxiliary terminal worn on a part of the user's body and interlocking with the user terminal, a detection value obtained by detecting a user's action including at least one of motion or sound in association with the use of the inhaler. The method may also include analyzing the detection value by the user terminal. The method may further include determining, by the user terminal, a completion status of the user's action. The method may further include outputting, by the user terminal, result information regarding a result of the user's performing an action.

The utility model relates to the technical field of asthma treatment instruments, and discloses an asthma inhaler training detection device, which comprises an asthma inhaler, a test board and a dosage measuring structure, the dosage measuring structure is arranged on the test board, the asthma inhaler is placed on the dosage measuring structure, and the dosage of medicine in the asthma inhaler is measured through the dosage measuring structure; the respiration detection structure is arranged on the test board, and after the trainee uses the asthma inhaler, respiration is detected through the respiration detection structure; the controller is fixed on the test board and is used for recording and analyzing a detection result; and the storage structure is arranged below the test board. Compared with the prior art, the device has the advantages that the breathing frequency, rhythm and strength of a trainee can be analyzed and compared, so that the breathing mode of the trainee after using the asthma inhaler is effectively trained and improved, and the efficiency of using the asthma inhaler by the trainee is improved.

A pressurized inhalation composition includes tiotropium or its pharmaceutically acceptable salt thereof, ethanol, a stabilizer, and a propellant. The ethanol can be in an amount of from about 1% (w / w) to about 10% (w / w) based on the total weight of the pressurized inhalation composition. The composition can be pharmacokinetically bioequivalent to non-pressurized aqueous base inhalation formulation of tiotropium. An inhaler can include the composition contained in a canister fitted with metering valve, and an actuator optionally connected with a dose counter. A process of preparing the pressurized inhalation composition and using the pressurized inhalation composition in the treatment of Asthma and Chronic obstructive pulmonary disease (COPD) in a patient in need thereof by inhalation administration are also described.

This product is a nasal aroma aspirator that sprays a liquid aroma in a container by bringing the nozzle close to the nostril and inhaling air through the nostril.

An ARI Smart Respiratory Inhaler (herein referred to as a "Smart Inhaler") with an integrated mist canister is disclosed. The smart inhaler is an Internet of Things (IoT) inhaler that delivers a medicament and measures pulmonary conditions, including partial pressure; nitric oxide; oxygen; a peak flow rate; and the forced expiration amount. The data is collected and transmitted to mobile applications and web portals, which allow patients and healthcare providers to track and view respiratory system status in real time. Other aspects include software and cloud networks with algorithms that can predict any trends or problems and alert stakeholders before they are likely to appear. The intelligent inhaler also utilizes a block chain technology to enable stakeholders to know treatment and health status in real time. The aim of the invention is to help a patient maintain its medication regimen and to rapidly provide the respiratory system status of the patient to a healthcare worker.

The present invention prevents a pharmaceutical agent from being sprayed at a higher concentration even when a metered-dose spray inhaler is used without shaking before use. An aerosol container 3 includes: a container body 30 that contains a content liquid containing a pharmaceutical agent in a pressurized state; and a metered valve mechanism 40 having a valve stem 50 and an elastic member 41 that biases the valve stem 50, the valve stem 50 being held by a bottom wall 32a of the container body 30 and having a content liquid spray orifice 54 outside the container body 30. When the valve stem 50 is relatively pushed into the container body 30 against the biasing force of the elastic member 41, a prescribed amount of the content liquid is sprayed out from the spray orifice 54. The aerosol container 3 further includes a deposition suppression member 80 that is provided on the bottom wall 32a side in the container body 30 and suppresses deposition of the pharmaceutical agent contained in the content liquid.

The invention relates to a device for reducing interference respiration detection signals and a working method thereof. The device for reducing the interference respiration detection signals comprises an oxygen source, a three-way valve, a respiration pressure sensor, an oxygen inhaler, a single chip microcomputer and a driver. The three-way valve is connected with an oxygen source through a first connector, connected with an oxygen inhaler through a second connector and connected with a breathing pressure sensor through a third connector. The single chip microcomputer is electrically connected with the breathing pressure sensor and the driver, and the driver is electrically connected with the three-way valve; the breathing pressure sensor is used for sending a real-time breathing pressure value to the single chip microcomputer; the single chip microcomputer is used for sending a control instruction to the driver according to the real-time breathing pressure value; the driver is used for sending an interface switching instruction to the three-way valve according to the control instruction; the three-way valve is used for opening and closing the interface according to the interface switching instruction. According to the device for reducing the interference respiration detection signal, the working point of the respiration pressure sensor can be prevented from deviating, and the acquisition precision of the respiration detection signal is improved.

This item is a holder for detachable nasal aroma aspirators that sprays liquid aroma from the container by bringing the nozzle close to the nostril and drawing air through the nostril. For example, by attaching a neck strap or its accessories and wearing it around the neck, the nasal aroma aspirator can be used immediately anytime, anywhere. Furthermore, by attaching two types of nasal aroma aspirators, each containing a different liquid aroma, it is possible to enjoy a combination of scents.

This flavor inhaler comprises: a first housing that includes an accommodation part for accommodating a consumable and that has a first longitudinal axis; and a second housing that is connected to the first housing and has a second longitudinal axis. The first housing is configured to rotate about a rotational axis orthogonal to the second longitudinal axis, and to be movable between a first position in which the first longitudinal axis and the second longitudinal axis are parallel, and a second position in which the first longitudinal axis and the second longitudinal axis intersect. The flavor inhaler is configured to be able to heat the consumable when the first housing is in the first position and when the first housing is in the second position.

In alternative embodiments, manufactured products are provided that are made or manufactured as medical devices, such as inhalers, ionizers, asthma "blower-type" devices, nebulizers or nasal spray devices, respirators or respirators, warm air or hot air delivery devices, and / or CPAP (continuous positive air pressure) devices or equivalents, a drug delivery system for delivering a drug or one or combination of drugs, and optionally also warm or hot air, and optionally also ionized air. The manufactured product is used for treating, preventing and improving microbial infection, slowing down the progress of microbial infection, reducing the severity of microbial infection or preventing microbial infection. In alternative embodiments, a manufactured product as provided herein administers a combination or mixture of one or more drugs by inhalation, for example by using an aerosol, aerosol, liquid or powder formulation for inhalation.