42 results about "Inhalators" patented technology

In one aspect, apparatus is provided for generating an inhalable medium. The apparatus has a container for holding a liquid and a heater for volatilizing liquid held in the container. The apparatus further has a chamber for receiving a material. The apparatus has an outlet. In use liquid volatilized by the heater passes, in the form of at least one of a vapor and an aerosol, through material received in the chamber to thereby entrain one or more constituents from the material to produce the inhalable medium which passes out of the outlet.

A wand (1) for flavor inhalation, which is inserted into a flavor inhaler and thereby heated, the wand (1) comprising: a heated portion (10) to which heat is applied when the wand (1) is inserted into the flavor inhaler; and a plurality of capsules (50) that release the contents (51) therein upon rupture. One of the plurality of capsules (50) breaks the other capsules (50).

The invention provides an embedded oxygen inhalator placing box which comprises a placing box body, the interior of the placing box body is sequentially connected with a first-layer disinfection frame, a second-layer disinfection frame and a third-layer placing frame in a separated mode from bottom to top, and a disinfection box is arranged on the portion, located on the outer wall of the placing box body, of one side of the first-layer disinfection frame; disinfection pipes which are arranged at equal intervals are arranged under the second-layer disinfection frame, a disinfection opening in the bottom of the disinfection box is communicated with the disinfection pipes, and top spraying assemblies which are arranged at equal intervals are arranged in the disinfection pipes; by means of the design of the three layers of frame bodies in the containing box body, the embedded oxygen inhalator can be automatically disinfected and sterilized, meanwhile, comprehensive dead-corner-free disinfection and sterilization are achieved through ultraviolet rays and disinfectant spray, treatment of the oxygen inhalator can be rapidly completed, after cleaning is completed, the oxygen inhalator can be stored, and meanwhile the ventilation performance of storage is guaranteed.

To provide a flavor suction system in which limitations on the shape of a flavor generation material are reduced.SOLUTION: A flavor suction system includes a flavor generation material and a flavor sucker. The flavor generation material includes a flavor source. The flavor sucker includes a storage part with an opening for storing at least part of the flavor generation material inserted through the opening, a first electrode and a second electrode electrically grounded, a third electrode located inside the storage part, and arranged between the first electrode and the second electrode, and an oscillation part connected electrically to the third electrode and capable of oscillating a microwave. A minimum diameter of a cross section perpendicular to an insertion direction in the flavor generation material is greater than a minimum interval passing through a central axis of the storage part in the cross section perpendicular to the insertion direction of the storage part. The storage part is configured so that the cross section perpendicular to the insertion direction of the flavor generation material stored in the storage part becomes a shape other than a circle.SELECTED DRAWING: Figure 4

The utility model discloses an oxygen inhalator dismounting device, and relates to the field of medical tools. An oxygen inhaler detacher for assisting in detaching an oxygen inhaler inserted into an oxygen socket is provided. The oxygen inhalator disassembling device comprises a first top plate, a second top plate, a first operating rod, a second operating rod and a guide structure, the first top plate and the second top plate are arranged in parallel and at an interval, a first receding groove is formed in the first top plate, and a second receding groove is formed in the second top plate; the guide structure is perpendicular to and connected with the first top plate; the second top plate is matched with the guide structure; the front end of the second operating rod is connected with the second top plate, and the first operating rod is hinged to the second operating rod. When the rear ends of the first operating rod and the second operating rod are close, the front ends of the first operating rod and the second operating rod are separated, and the first operating rod pushes the first top plate to increase the distance between the first top plate and the second top plate.

Provided is a reconstituted tobacco enabling control of power consumption per one non-combustion-heating-type flavor inhaler during use. The reconstituted tobacco for a non-combustion-heating-type flavor inhaler contains a tobacco material and a tobacco component, wherein the tobacco material has a maximum absorbance of 0.40 or more in the wavelength range of 3200 to 3600 cm−1 in a FT-IR analysis, and the specific heat of the tobacco material is 5 mJ / mg·° C. or less.

A flavor inhalation system is provided. The flavor inhalation system includes: a flavor generating article having a flavor source that generates a flavor when heated; and a flavor inhaler having a housing portion that accommodates a flavor source and an antenna that emits microwaves. A first region including a region where the electric field intensity of the microwaves emitted from the antenna is strongest and a second region in which the electric field intensity is weaker than the electric field intensity in the first region are formed in the housing portion. The flavor source includes a first portion corresponding to the first region and a second portion corresponding to the second region when the flavor generating article is positioned in a desired position of the flavor inhaler. The first portion does not include a carbonizable substance that is readily carbonizable by heating, and the second portion includes a carbonizable substance.

Provided is a non-combustion heating flavor inhalation system capable of reducing the amount of secondary components generated during use. The non-combustion heated flavor inhalation system comprises: a non-combustion heated flavor inhaler comprising a section comprising an aerosol source and a section comprising a tobacco component disposed downstream of the section comprising the aerosol source; and a heating device comprising a heater for heating the section containing the aerosol source and avoiding heating the section containing the tobacco component.

Provided is a flavor inhaler. This flavor inhaler comprises: a replaceable battery; a battery accommodation part that has an opening and accommodates the battery via the opening; a removable battery cover that covers the opening; and a removable outer panel that covers the battery cover.

This flavor inhaler comprises: a housing; a receptacle that is disposed within the housing, contains a consumable material including a smokable substance and heats the consumable material by a heating section; and a heat storage portion disposed between the housing and the receptacle and containing a heat storage material, wherein the heat storage portion includes an inner support member disposed on the receptacle side and an outer support member disposed on the housing side, and the layer of the heat storage material is disposed between the inner support member and the outer support member.

A mist inhaler pod for use with a driver. The pod comprises a housing, a liquid barrier wall positioned within the housing having at least one liquid channel, and a liquid chamber defined by the liquid barrier wall and the housing. The pod further includes a spacer positioned within the housing, and a fluid flow manifold provided within the spacer. A sonication chamber is included within a cavity of the fluid flow manifold. An ultrasonic transducer is in communication with the sonication chamber, and a capillary conducts liquid from the liquid chamber to the sonication chamber. An air inlet conduit forms an air-tight channel for conducting air form an air inlet to the sonication chamber, and a mist outlet conduit conducts mist from the sonication chamber to the mist outlet port.

The present application discloses a crank-connecting rod-type breathing-synchronized inhalation apparatus, comprising a housing, wherein a suction mouthpiece is arranged at the bottom of the housing, and a medicine bottle is movably arranged inside the housing; an elastic assembly is arranged at the top of the medicine bottle and can push the medicine bottle to move, so that the bottle body compresses a nozzle, thereby causing the suction mouthpiece to spray medicine; a mounting assembly is fixedly arranged on the inner wall of the housing; two ends of a connecting rod assembly are hinged to the elastic assembly and the mounting assembly, respectively, and the connecting rod assembly has a first state and a second state; a toggle assembly can be deformed by a suction force generated when a person inhales by means of the suction mouthpiece, so that the connecting rod assembly is switched from the first state to the second state, thereby removing the restraint placed on the elastic assembly, so that the elastic assembly pushes the medicine bottle, thereby causing the nozzle to spray a drug agent; thus, the inhalation of air is synchronized with the inhalation of the drug agent, achieving high sensitivity and good stability; a counting assembly is arranged in an upper cover, and the counting assembly performs a count after the connecting rod assembly is switched from the second state to the first state, which allows a patient to conveniently track the number of remaining doses in the medicine bottle, so that the medicine bottle can be replaced in time.

In general, the present invention proposes a dose counter for recording counts of doses dispensed from an inhaler. In one embodiment, a dose counter includes a counter ring that includes a circumferential drive feature. The dose counter also includes a worm including a shaft and a gear extending along a helical path about an axis of the shaft to drive the counter ring. The gear includes recesses uniformly distributed along a helical path. The dose counter also includes a cylindrical body including an engagement feature for driving the gear, the engagement feature extending from the cylindrical body along a helical or spiraling path to engage the gear such that relative rotational movement between the cylindrical body and the worm rotates the worm about its axis.

The present invention relates to: a plant processing method for inhaling an inherent aroma of a plant as an aerosol; and a processed plant product for aroma inhalation obtained by the method. A plant processing method for inhaling an inherent aroma of a plant as an aerosol, according to the present invention, may comprise the steps of: preparing a mixed solution for immersing a plant to be processed for aroma inhalation; immersing, in the mixed solution, the plant to be processed; and drying the immersed plant to be processed. The processed plant product for inhaling an aroma, according to the present invention, can be applied for use for inhaling, through the mouth, an aerosol generated by inserting the processed plant product into a heating device and heating the processed plant product.

Substance chamber for an inhalator comprising the substance chamber and an evaporation chamber, wherein the substance chamber comprises a first cylindrical shell extending in a longitudinal axis from a first end to a second end, and having an inner diameter, an outer diameter, and a wall thickness being half of the difference between the inner diameter and the outer diameter. The substance chamber further comprising a first sealing body and a second sealing body movably arranged inside the first cylindrical shell, wherein the first cylindrical shell, the first sealing body and the second sealing body forms a substance compartment containing at least a primary substance, preferably a liquid substance. The first cylindrical shell is symmetrical about a line halfway between the first end and the second end.

The invention belongs to the technical field of medical instruments, and particularly relates to a dry powder inhalation instrument which is mainly used for administration in the form of a dry powder inhalant and mainly comprises a shell, a cavity, a suction tube and a suction tube, the capsule cabins are formed in the cavity; the driving part is provided with a first axis and is rotatably arranged in the cavity around the first axis, and at least one part of the driving part protrudes in the direction perpendicular to the first axis to form a protruding part; the puncturing structures are located in the cavity, each puncturing structure is connected with one capsule bin, and when the rotating part rotates, the protruding part applies force to the adjacent puncturing structures so as to drive one puncturing structure to move towards the corresponding capsule bin, so that the puncturing structures partially stretch into the capsule bins; the problems that an existing instrument is tedious in operation and medicine bags are missed are mainly solved.

The present invention provides a flavor inhaler or similar that is configured such that when heating for generating a flavor or similar using power from a power supply is restricted, the restriction is not released if the remaining capacity of the power supply is insufficient. Provided is a device that is a flavor inhaler or an aerosol generation device comprising a heater that is configured to heat one or both of a flavor source and an aerosol source, a power supply that supplies power to the heater, and a control unit that is configured to restrict the heating by the heater when the remaining capacity of the power supply is insufficient, wherein the control unit is further configured such that, when the heating by the heater is restricted, the control unit releases the restriction on the basis of a prescribed condition being fulfilled after the start of charging of the power supply (S113, S114, S115).

A mist inhaler pod for use with a driver. The pod comprises a housing, a liquid barrier wall positioned within the housing having at least one liquid channel, and a liquid chamber defined by the liquid barrier wall and the housing. The pod further includes a spacer positioned within the housing, and a fluid flow manifold provided within the spacer. A sonication chamber is included within a cavity of the fluid flow manifold. An ultrasonic transducer is in communication with the sonication chamber, and a capillary conducts liquid from the liquid chamber to the sonication chamber. An air inlet conduit forms an air-tight channel for conducting air form an air inlet to the sonication chamber, and a mist outlet conduit conducts mist from the sonication chamber to the mist outlet port.

A flavor inhaler according to the present invention comprises: a heating unit that heats a flavor source; a battery that supplies power to the heating unit; a battery housing part that houses the battery; and a holding member that is attached to the battery and holds the battery. The holding member comprises a first holding part that is located between the battery and the battery housing part.

To improve a vacuum cleaning device comprising a suction unit which has at least one suction head, one suction unit and one suction guide, it is proposed that in at least one suction head suction position of the suction unit, a suction area on the suction head and the suction unit are fluid-conductingly connected via the suction guide, and that the vacuum cleaning device comprises a control device for the suction unit and at least one pressure sensor, wherein the at least one pressure sensor is effectively connected to the control device and the at least one pressure sensor is effectively connected to a front suction guide section of the suction guide, and the control device controls the suction unit at least partially depending on measurement results of the at least one pressure sensor, in particular controls and / or regulates it.

Provided is a flavor inhalation article, etc., with which it is possible to impart a stimulus to a user at a time which is delayed from a puffing operation performed by the user and in which the puffing operation is not performed.　This device that is a flavor inhalation article or an aerosol generation device comprises: a stimulation device; and a controller configured to operate the stimulation device in at least part of a period after a puffing operation is performed by a user in one inhalation cycle of a flavor or an aerosol, the puffing operation not being performed in said period.

A method for producing a flavor component adsorbent, said method comprising: heating a tobacco material to vaporize a flavor component from the tobacco material; passing a gas containing the flavor component through water containing an adsorbent to adsorb the flavor component on the adsorbent; and recovering the adsorbent that has adsorbed the flavor component.

The invention provides a capsule inhaler for administering a single dose of dry powder from a capsule and comprises a body (14) and a mouthpiece (2) with a screen (3) and a base (4) of the mouthpiece (2), as well as a cover (5) with an opening coupled to the body (14). The inhaler also includes a capsule receiving element (6) and push buttons (7) with a capsule piercing mechanism. An electronic circuit board (11) with a microprocessor (11.4) is arranged in the body (14) of the inhaler, wherein said circuit board (11) includes a magnetic field sensor (11.2) and a light indicator (11.3) arranged near the push button (7), which includes a magnet. The magnet (8) is positioned on the piercing element (7.1), and a magnetic field sensor (11.2) is arranged near the magnet (8), and the electronic circuit board (11) of the inhaler is coupled to the base (4) of the mouthpiece (2) via a coupling element (10).

The invention relates to the service sector and can be used in the creation of appliances for the inhalation of a mixture of air, vapour and particles of an active substance, which comprise a liquid-containing vessel, for example smoking appliances, preferably hookahs. The aim of the present invention is to broaden the range of appliances for the inhalation of a mixture of air, vapour and particles of an active substance, which comprise a liquid-containing vessel, by developing a novel, effective and safe method of heating a medium that releases an active substance, which makes it possible to produce a mixture of air, vapour and particles of an active substance without combustion. This aim is achieved in a method of heating a medium that releases particles of an active substance, for use in an appliance for the inhalation of a mixture of air, vapour and particles of an active substance, which comprises a cartridge containing the medium, said method being characterized in that air entering the inhalation appliance is heated to a temperature of up to 400°C, then the heated air is passed around the cartridge and through the medium. Also claimed is a vaporization module for carrying out the method, a cartridge for a medium that releases particles of an active substance, and an appliance for the inhalation of a mixture of air, vapour and particles of an active substance.

A flavor producing article is provided. The flavor producing article is at least partially housed in the flavor inhaler and includes a flavor source that is heated to produce a flavor, the flavor source having a first portion that overlaps the heater of the flavor inhaler in a longitudinal direction of the flavor producing article and a second portion that overlaps the heater of the flavor inhaler in a longitudinal direction of the flavor producing article. The second portion does not overlap with a heater of the flavor inhaler when the flavor producing article is contained in the flavor inhaler at a desired location, and the longitudinal length of the first portion is between 40% and 61% of the longitudinal length of the flavor source, and is also 10 mm or less.

A filter part 30 for a flavor inhalation article comprises: a paper filter formed from a sheet member; and a filler 33 disposed within the paper filter, the filler 33 changing a flow path within the paper filter. Processing is carried out on the sheet member 31a at a location between the downstream end of the filter part 30 and the filler 33.