aerosol generating device extending along longitudinal axis x including outside casing delimiting inside part device inside part including power supply device receiving cavity receiving cartridge outside casing includes frame outer wall attached frame outer wall extends along longitudinal axis x outer wall configured rupture andor least portion outer wall configured bend andor detached frame pressure inside device greater predetermined threshold pressure an aerosol generating device having an outside casing delimiting an inside part of the device and a receiving cavity for receiving a cartridge wherein the outside casing comprises a frame and an outer wall attached to the framewherein the outer wall is configured to rupture and bend andor to be detached from the frame when the pressure inside the device is greater than a predetermined threshold pressure.


inductively heatable consumable aerosol generation includes aerosol forming substrate form particle susceptor form plurality particle wherein susceptor combination aerosol forming substrate susceptor obtaining rigid susceptor wherein rigid aerosol forming substrate layer rigidity greater rigidity susceptor layer the present invention relates to an inductively heatable consumable for aerosol generation comprising flavour forming particles and a susceptor in the form of susceptor particles wherein each susceptor particle has a rigidity greater than the rigidity of the rigid aerosol forming substrate layer and the susceptor layer. the present invention also relates to a method for manufacturing an aerosol generating device comprising the steps of : providing a first aerosol producing substrate layer comprising a first porous layer and a second porous layer ; and heating the first and second porous layers to a temperature sufficient to heat the aerosol generated device. the invention further relates to the use of


present invention concern aerosol generation device comprising bracket printed circuit board comprising led fixed bracket outside casing delimiting interior part device outside casing configured receive bracket comprising side surface extending along device axis x defining side aperture device comprises light guide pipe defining central cavity configured received side aperture extend led side surface side aperture anda pin configured inserted central cavity lock light guide pipe side aperture an aerosol generation device comprising a printed circuit board comprising a led and fixed on a bracket inserting the bracket in an interior part of the device and a light guide pipe defining a central cavity and a pin configured to be inserted into the central cavity to lock the light guide pipes in the side aperture after insertion of the bracket.


method producing biodegradable cartridge predominantly elongated cylindrical shape cavity including step providing first element sheet form cylindrical form providing second element cavity first end cartridge thereby closing first end cartridge providing another second element cavity second end cartridge thereby closing second end cartridge providing third element second end cartridge periphery second end larger periphery first end cartridge wherein first element second element third element made biodegradable material wherein element configured air flow flow first end second end elongated cylindrical shape cartridge andor vice versa a method of producing a biodegradable cartridge for a tobacco vapour system wherein the cartridge has a cylindrical shape defining an inner cavity and a first end and a second end wherein the first end of the cartridge is configured for an air flow to flow from said first end to said second end.


handheld aerosol generating device delivering aerosol upon heating liquid includes outer casing receiving cavity arranged receiving cartomizer electrical power supply device electrical connector arrangement connected electrical power supply device extending least part receiving cavity supplying electrical power inserted cartomizer deformable energy absorbing element arranged hold electrical power supply device relative outer casing wherein deformable energy absorbing element electrically insulated electrical connector arrangement a handheld aerosol generating device for delivering an aerosol upon heating a liquid comprising an outer casing having a receiving cavity arranged for receiving a cartomizeran electrical power supply device and extending at least in part into said receiving cavity and at least one deformable and energy absorbing element arranged to hold the device relative to the outer casing.


heater device electronic cigarette includes heater unit arranged vaporise liquid received liquid reservoir generate vapour vapour flow path extending heater unit arranged fluidly communicate mouthpiece electronic cigarette allow generated vapour flow heater unit mouthpiece heater unit includes first heating portion second heating portion first second heating portion integrally formed first second heating portion form single heater unit a heater device for an electronic cigarette comprising a heater unit arranged to vaporise a liquid received from a liquid reservoir to generate a vapour and a flow path extending between the heater unit and the mouthpiece to allow the generated vapour to flow from the heating unit to a mouthpiece wherein the heater units are integrally formed such that the first and second heating portions form a single heater unit.


aerosol generating system comprises aerosol generating substrate inductor generating primary electromagnetic field primary susceptor configured inductively heated primary electromagnetic field solely heat aerosol generating substrate secondary susceptor configured solely generate secondary electromagnetic field secondary electromagnetic field generated influence primary electromagnetic field act opposition primary electromagnetic field an aerosol generating system comprising an aerosol generator substratean inductor for generating a primary electromagnetic field and a secondary susceptor configured to generate a secondary electromagnetic field acting in opposition to the primary electromagnetic electromagnetic field wherein the secondary susceptibilityor comprises a ferrimagnetic nonelectrically conductive material and wherein the primary susceptor comprises at least one susceptor disc positioned at an axial end of the helical induction coil, wherein the deflector disc comprises a susceptor mesh which surrounds at least part of a helical inductor coil.


present invention concern charging unit configured operate aerosol generating device aerosol generating device comprising device body extending along device axis x defining least one lateral wall charging unit comprising unit body defining external surface recess portion formed external surface configured receive aerosol generating device lateral wall device body extends continuously external surface unit body wherein charging unit comprises ejecting mechanism configured eject one end aerosol generating device recess portion charging unit upon trigger event a charging unit configured to operate with an aerosol generating device wherein the charging unit includes an ejecting mechanism configured to eject one end of the aerosol generator device from the recess portion of the charging device upon a trigger event and an indicator indicating a charging process thereof.


method provided operating electronic vapour inhaler comprising induction heating arrangement induction heating arrangement comprising induction coil generating alternating electromagnetic field heat induction heatable element thereby heat nonliquid flavourrelease medium method comprises intermittently energising induction coil generate intermittent alternating electromagnetic field provides pulsed heating cooling induction heatable element a method for operating an electronic vapour inhaler comprising an induction heating arrangement for generating an alternating electromagnetic field to heat an induction heatable element and thereby heat a nonliquid flavour release medium.


induction heating assembly vapour generating device includes induction heating device electronic component material able act first susceptor wherein induction heating device arranged heat use second susceptor first period electronic component arranged activated second period wherein first period second period nonconcurrent achieves reduced interference functionality electronic component an induction heating assembly for a vapour generating device comprising an induction heating device and an electronic component having material able to act as a first susceptor wherein the induction heating devices are arranged to heat in use a second susceptor for a first period and the electronic component is arranged to be activated for a second period and wherein the first and second periods are nonconcurrent.


electronic cigarette device elongate main body including power supply unit electrical circuitry seating liquid reservoir front back panel slidably attached elongate main body configured move longitudinal direction extended position retracted position panel include connector configured slide rail member longitudinal direction connector include movable portion movable relative fixed portion allows movement panel direction transverse longitudinal axis rail member an electronic cigarette device comprising an elongate main body comprising a liquid store and at least one slideable panel movable in a longitudinal direction between an extended position and a retracted position wherein the liquid store is exposed or more exposed when the at least member is in the extended position.


aerosol generating device comprising body comprising chamber receiving aerosol substrate consumable actuator mechanically coupled body first haptic output element mechanically coupled body first resonant frequency second haptic output element mechanically coupled body second resonant frequency different first resonant frequency wherein actuator selectively configured vibrate generate vibration body frequency first frequency cause substantially resonant response first haptic output element andor second frequency cause substantially resonant response second haptic output element an aerosol generating device comprising a body comprising a chamber for receiving an aerosol substrate consumable an actuator mechanically coupled with the body and having a first resonant frequency and a second resonant frequencies different to the first resonants frequency wherein the actuator is selectively configured to vibrate to generate vibrations in the body at a frequency of a first frequency to cause a substantially resonant response in the first haptic output element of the device and a first vibrant frequency different than the second resonent frequency. the device further comprises a plurality of actuators mechanically coupled to the body for selectively actuating the actuators to produce vibrations in


present invention concern aerosol generating assembly comprising cavity extending along device axis z configured receive aerosol generating article assembly comprises heat conducting element configured heat tobacco portion aerosol generating article heater configured generate heat transfer heat conducting element wherein heat conducting element comprises first longitudinal part arranged form face least partially wall delimiting cavity along device axis z wherein heater fixed transversally closed end cavity longitudinally substantially center first longitudinal part heat conducting element an aerosol generating assembly comprising a cavity extending along a device axis between a closed end and an open end and configured to receive a tobacco portion and a mouthpiece portion arranged successively along the device axis and comprising a heat conducting element configured to heat the tobacco portion of the aerosol generator and a heater configured to transfer heat and transfer it to the heat conducting elements wherein at least a part of the heating element is fixed transversally at the closed end of the cavity to form a shape symmetric in respect to the center.


computerimplemented method operating aerosol generation device agd well corresponding computer program corresponding agd disclosed method comprises step receiving timeresolved sensor data agd representing state agd estimating future starting point time usage agd based timeresolved sensor data agd estimating first probability likelihood correctness estimated future starting point time usage agd initiating preheating agd estimated first probability greater equal first threshold the present invention relates to a computerimplemented method for operating an aerosol generation device agd. the method comprises the steps of receiving timeresolved sensor data of a first agd representing a state of the agd and estimating a future starting point in time of a usage of the first agds based on the time resolved sensor data and correlating the state and the starting point of the usage of a second agd based on a first probability and a second probability indicating whether the preheating of an agd can be initiated safely. the invention also relates to the use of an artificial intelligence model to train the artificial intelligence


aerosol generation device provided heating cavity comprising heater component sensor configured sense aerosol generating substrate device comprises energy storage module controller controller configured power heater component directing power flow energy storage module heater component preheat heater component predetermined temperature determine using sensor aerosol generating substrate received heating cavity controller configured initiate monitoring parameter response determining aerosol generating substrate received heating cavity power heater component monitored parameter meet predetermined requirement compensate reduction heater component temperature due received aerosol generating substrate an aerosol generation device comprising a heating cavity configured to receive and aerosolise an aerosol generating substrate and a controller configured to power the heater component by directing a power flow from the heating cavity to a heater component.


aerosol generation device aerosol generating substrate heated form aerosol includes aerosol generation chamber configured receive heat substrate generate aerosol aerosol generation chamber including least heating element oblong housing cover closed position covering aerosol generation chamber open position exposing aerosol generation chamber tray configured receive hold substrate tray connected cover an aerosol generation device for generating aerosol comprising an aerosol generating chamber configured to receive and heat a substrate to generate aerosol and a cover configured to cover the aerosol generator chamber. the cover is configured to be moved from an open position to a closed position by rotation whereby the tray is translated in a longitudinal direction of the housing and towards the heating element.


method monitoring aerosol generating article described article comprises capacitor capacitor comprises electrolyte heated generates aerosol inhalation user method comprises estimating determining amount electrolyte a method of monitoring an aerosol generating article comprising a capacitor the capacitor comprising an electrolyte which when heated generates a aerosol for inhalation by a user and a controller adapted to implement the method.


aerosol generating article described article includes capacitor comprising electrolyte heated generates aerosol inhalation user an aerosol generating article comprising a capacitor and an electrolyte which when heated generates an aerosol for inhalation by a user. the electrolyte comprises one or more of sodium chloride sodium citrate sodium bicarbonate potassium chloride calcium lactate calcium carbonate magnesium carbonate citric acid tartaric acid benzoic acid glycerol and any suitable equivalents thereof.


method heating aerosol generating article described article comprises capacitor electrolyte method comprising least one discharging charging capacitor heat electrolyte thereby generate aerosol inhalation user a method of heating an aerosol generating article comprising a capacitor comprising an electrolyte wherein the capacitor is cycled between discharging and charging until a threshold temperature is reached and a subsequent heating or vaping phase is reached.


aerosol generating system includes liquid substance storing container aerosol generating device liquid substance storing container porous body storing liquid substance aerosol generating device includes heater least two heating section configured heat porous body aerosol generating device comprises heating cavity housing porous body least two heating section heater located bottom heating cavity aerosol generating device may used ecigarette an aerosol generating system comprising a liquid substance storing container and an aerosol generator device. the liquid substance storage container comprises a porous body for storing a solid substance and said aerosol generation device comprises a heater comprising at least two heating sections configured to heat the porous body wherein said heating sections of the heater are in contact respectively with external surfaces of said at least 2 different portions of said porous body and wherein said heater is disposed on the bottom of the heating cavity in contact with at least one heating section of said heater


aerosol generation unit use aerosol generation device consumable includes wicking element variable clamping element controlling wicking liquid wicking element aerosol generation unit includes wicking element communication liquid reservoir one clamping element configured thermally expand contract variably clamp least portion wicking element controlling amount wicking wicking element liquid contained reservoir heating element heat transfer element configured apply heat wicking element one clamping element variably clamping wicking element capillary effect wicking element increased reduced substantially suppressed allows flow rate liquid wicking element controlled based heat applied clamping element an aerosol generation unit for use in an aerosol generator device or consumable includes a wicking element in communication with a liquid reservoirone or more clamping elements configured to thermally expand and contract to variably clamp at least a portion of the wick element for controlling the amount of wicking by the wicking elements of liquid contained in the reservoir and a heating element or heat transfer element configured to apply heat to the wicked element for applying heat thereto.


provided aerosol generation device comprising holding unit configured receive aerosolise aerosol generating substrate charging unit connectable holding unit holding unit comprises heater component configured aerosolise aerosol generating substrate first charge storage module charging unit comprises second charge storage module controller configured preheat heater component target parameter reached directing second power flow second charge storage module heater component holding unit connected charging unit direct first power flow first charge storage module heater component holding unit disconnected charging unit preheating target parameter reached an aerosol generation device comprising a holding unit configured to receive and aerosolise an aerosol generating substrate and a charging unit that is connectable to the holding unit and configured to power the heater component when a target parameter is reached by directing a first power flow from the first charge storage module to a heater component.


vaporization arrangement inhaler configured generate aerosol inhaled user comprising vaporization chamber comprising pair electrode defining vaporization volume pair electrode liquid conduit arranged supply liquid store liquid vaporization volume vapor conduit arranged discharge generated aerosol vaporization volume dc power source arranged apply electric dc potential pair electrode generate dc current flow two electrode liquid vaporization volume a vaporization arrangement for an inhaler and configured to generate aerosol to be inhaled by a user comprising a vaporization chamber comprising a pair of electrodes defining an aerosol vaporization volume between the two electrodes and a liquid conduit arranged to supply a liquid from the liquid store to the vaporizing volume and a de power source arranged to apply an electric de potential to the pair of electrode so as generate a de current flow between the electrodes and the liquid in the vapization volume.


invention concern cleaning tool cleaning aerosol generating device comprising receiving cavity configured receive flatshaped tobacco article heater configured heat receiving cavity cleaning tool extends along tool axis z comprises gripping portion flat shaped portion able inserted receiving cavity flat shaped portion comprising first lateral face extending along tool axis z least adhesive layer one adhesive layer arranged first lateral face a cleaning tool for cleaning an aerosol generating device includes a receiving cavity configured to receive a flatshaped tobacco article and a heater configured to heat the receiving cavity. the cleaning tool includes a gripping portion and a flat shaped portion able to be inserted in the receiving cavities. the gripping portion comprises a first lateral face extending along the tool axis and a second lateral face opposite to the first lateral faces and extending along a tool axis. the first and second lateral faces are orthogonal to each other and each of the adhesive layers is arranged on the first side of the tool.


vaporization arrangement inhaler configured generate aerosol inhaled user comprising vaporization chamber comprising pair electrode defining vaporization volume pair electrode dc power source arranged apply electric de potential pair electrode generate dc current flow two electrode liquid vaporization volume electric circuitry arranged measure current associated dc current flow determine liquid resistance based electric de potential measured current control operation vaporization arrangement based liquid resistance a vapori zation arrangement for an inhaler and configured to generate an aerosol to be inhaled by a user comprising a pair of electrodes defining a vapori volume and a de power source arranged to apply an electric de potential to the pair of electrode to generate a de current flow between the two electrodes and liquid in a puf fing period and determine a change rate of the liquid resistance based on the change in voltage and the measured current.


invention concern cleaning tool cleaning aerosol generating device aerosol generating device comprising receiving cavity configured receive flat shaped tobacco article cleaning tool extends along tool axis z comprises gripping portion flat shaped portion able inserted receiving cavity flat shaped portion presenting substantially parallelepiped shape height hf width wf orthogonally tool axis z flat shaped portion comprising first lateral face extending along tool axis z least abrasive layer one abrasive layer arranged first lateral face a cleaning tool for cleaning an aerosol generating device comprising a receiving cavity configured to receive a flatshaped tobacco article the cleaning tool further comprising an excitation module configured to excite the flat shaped portion when excited by the excitation modules and a cleaning tool capable of vibrating with an amplitude comprised between 5 pm and 300 pm.


vaporization arrangement inhaler configured generate aerosol inhaled user comprising vaporization chamber comprising pair electrode defining vaporization volume pair electrode preheating element arranged heat least part liquid said vaporization volume preheating temperature dc power source arranged apply electric dc potential pair electrode generate dc current flow two electrode liquid vaporization volume preheating temperature a vapori zation arrangement for an inhaler and configured to generate an aerosol to be inhaled by a user comprising a pair of electrodes defining a vaporization volume and a preheating element arranged to heat at least a part of liquid in said vapori volume to a preheat temperature and a de power source arranged to apply an electric de potential to the pair of electrode to generate a de current flow between the two electrodes and liquid in the vaporizing volume.


vaping device includes atomizer microcontroller positioning sensor detecting location vaping device environment sensor lidar detecting person around estimating distance environment sensor detected person system providing information user place vape including server number vaping device microcontroller vaping device sends server detected location vaping device together environmental data including number person detected around minimum distance environment sensor detected person server evaluates level comfort location received depending associated environmental data generates map place vape listing received location evaluated level comfort an aerosol generating device for vaping comprising an atomizer for generating a vaporizable substance and a microcontroller for controlling the atomizer. the microcontroller is configured to calculate a number of persons in a given radius and to determine a minimum distance between the environment sensor and each detected person.


vapour generating system includes base part including least one heating element cartridge releasably connectable base part cartridge includes liquid store storing vapour generating liquid liquid store including liquid outlet vaporization chamber communication liquid outlet receiving vapour generating liquid liquid store heat transfer unit configured transfer heat heating element vaporization chamber vaporize vapour generating liquid vaporization chamber heat transfer unit includes pliable heat transfer surface contact heating element base part a vapour generating system comprising a base part including at least one heating elementa cartridge releasably connectable to the base part a liquid store including a liquid outlet and a liquid vaporization chamber in communication with the liquid outlet for receiving vapour generated liquid from the liquid store a heat transfer unit including a pliable heat transfer surface in contact with at least a heating element of the cartridge, wherein the pliable temperature transfer surface is a thermally conductive material, wherein the heat transfer agent includes a flexible layer applied to the heating element and wherein the flexible layer is a coating


aerosol generating device extending along longitudinal axis x includes outside casing defining internal volume internal volume including payload compartment anda power supply block arranged internal volume outside casing outside casing includes frame delimiting least first opening first screen arranged first opening first screen made dielectric material least first opening frame delimited edge edge includes protruding part retaining corresponding screen corresponding opening an aerosol generating device extending along a longitudinal axis and comprising an outside casing defining an internal volume and a power supply block arranged in the internal volume of the outside casing and comprising a frame delimiting at least a first opening and a first screen arranged in said first opening the first screen being made of a dielectric material wherein the at least first opening of the frame is delimited by an edge the or each edge comprising a protruding part retaining the corresponding screen in the corresponding opening


capsule use electronic vapor inhaler capsule comprising capsule body accommodating liquid vaporized heating vaporization chamber releasing vaporized liquid toward mouthpiece pair electrode arranged vaporization chamber leading dc current volume liquid space electrode preheating element heating liquid preheating temperature least part volume liquid the present invention relates to a capsule for use with an electronic vapor inhaler the capsule comprising a capsule body accommodating a liquid to be vaporized by heating a vaporization chamber releasing vaporized liquid toward a mouthpiece and a preheating element for heating the liquid to a temperature in at least a part of the volume of the liquid in a space between the electrodes. the capsule according to the present invention further comprises contacts for applying power to the pair of electrodes.


vaporizer configured connected consumable container vaporizing consumable contained consumable container includes detector configured detect magnetic property consumable container determine information consumable container based detected magnetic property detector may include least two hall sensor configured detect magnetic property the present invention relates to a method of determining information about a consumable container based on the detected magnetic properties of the consumable containers. the method comprises the steps of detecting at least two magnetic properties and determining the information about said consumable unit based on said detected magnetic property. the present invention also relates to the use of the method of providing a plurality of consumable products according to the invention.


container consumer good comprising box access opening lid pivotally attached wall box moveable open position closed position wherein lid comprises flap extends beyond access opening box lid closed position pair tab wherein first tab attached first side wall box second tab attached second side wall box wherein lid comprises first side portion second side portion first second tab arranged frictionally engage first second side portion lid lid moved open position closed position a container for consumer goods comprising a box having an access opening and a lid pivotally attached to a wall of the box and moveable between an open position and a closed position wherein the lid comprises a flap that extends beyond the access opening in the box when the lid is in the closed position and an extension of at least 3 mm.


invention relates smoking article cylindrical shape longitudinal axis running respective base area distal end mouth end smoking article smoking article segment least part wrapped circumferential wrapper arranged subsequently distal mouth end follows tobacco segment comprising tobacco tobacco derived smokable materialb cooling segment first flow path tobacco segment filter segmentc filter segment comprising second flow path cooling segment mouth end filter segment comprises tobacco product including tobacco particle average particle size micro dispersion medium dispersing tobacco particle invention also comprises method manufacturing smoking article the present invention relates to a smoking article comprising a cylindrical shape with a longitudinal axis running through respective base areas of a distal end and a mouth end, wherein the smoking article comprises segments that are at least in part wrapped in a circumferential wrapper wherein the segments being arranged in order from the distal ends to the mouth end as follows a tobacco segment comprising tobacco or tobacco derived smokable materialb a cooling segment having a first flow path from the tobacco segment to a filter segmentc the cooling segment comprises a tobacco product comprising tobacco particles having an average particle size of 30 micro m and a dispersion medium for dispers


present invention relates capsule use electronic smoking device capsule includes shell outer housing receiving portion wherein receiving portion configured receive connecting portion vaporization engine structure electronic smoking device vaporizable material encapsulated within shell receiving portion made least partially elastic material comprises least one opening brought open state vaporizable material encapsulated shell allowed flow opening closed state vaporizable material allowed flow opening least one opening brought open state elastic elongation receiving portion occur substantially axial direction capsule a capsule or use with an electronic smoking device includes a shell having an outer housing and a receiving portion wherein the receiving portion is made at least partially of an elastic material and comprises at least one opening that can be brought into an open state in which the vaporizable material encapsulated in the shell is allowed to flow through the opening.


method configuring personal computing device communication aerosol generation device involves launching progressive web application pwa associated web browser personal computing device connecting personal computing device aerosol generation device via shortrange wireless communication connection consumer apparatus identifier aerosol generation device file running pwa stored browser storage web browser the present invention relates to a method of configuring a personal computing device for communication with an aerosol generation device over a shortrange wireless communication connection. the method comprises a native application launching a web browser on the personal computing devicethe web browser launching a progressive web application pwa on the user computing device to establish the shortrange communication connection with the aerosol generator device andstoring instructions andor data for implementing the one or more functions of the pwa in browser storage of the web browser such that after the user has been closed and subsequently relaunched by the native application the user can retrieve the instructions and / or data


method continuously manufacturing aerosol generating article includes providing continuous web aerosol generating substrate ii separating continuous strip aerosol generating substrate continuous web aerosol generating substrate provided step continuous strip substantially flat surface iii applying least one susceptor patch substantially flat surface continuous strip aerosol generating substrate obtained step ii iv cutting continuous web aerosol generating substrate form plurality aerosol generating strip v combining least one susceptor patch continuous strip aerosol generating substrate obtained step iii plurality aerosol generating strip obtained step iv form continuous rod a method for continuously manufacturing aerosol generating articles comprising : providing a continuous web of an aerosol generator substrate ; separating a continuous strip of aerosol generated substrate from the continuous web ; applying at least one susceptor patch to the substantially flat surface of the continuous strip to form a continuous rod; and continuously cutting the continuous continuous web to form aerosols generating strips.


method manufacturing reconstituted tobacco binder rtb sheet including raw tobacco material binding agent includes raw tobacco material positioned conveyer belt move forward direction raw tobacco material formed least one forming head raw tobacco material layer wherein binding agent subsequently applied raw tobacco material layer dried drying process thereby creating rtb sheet tobacco product including tobacco particle liquid medium applied raw tobacco material layer andor rtb sheet manufacturing wherein tobacco particle average particle size micrometres le a method for manufacturing reconstituted tobacco binder rtb sheet comprising a raw tobacco material and a binding agent wherein a tobacco product comprising tobacco particles and a liquid medium is applied on at least one surface of the raw tobacco product layer and then dried in a drying process thereby creating the reconstitution of the binder sheet wherein the tobacco product has an average particle size of 30 micrometres or less


aerosol generating device comprising heating assembly heating assembly comprises heating compartment arranged receive aerosol generating article aerosol generating device comprises detection mechanism detection mechanism configured detect user command based movement aerosol generating article heating compartment user one set different defined movement aerosol generating article heating compartment user corresponds different assigned user command detectable detection mechanism aerosol generating device comprises controller configured control operation aerosol generating device based user command detected detection mechanism an aerosol generating device comprising a heating assembly having a heating compartment and a detection mechanism configured to detect user commands based on movement of the heating compartment. the detection mechanism includes at least one moveable member configured to change the orientation of the magnet relative to a hall sensor to activate an input corresponding to a user command assigned to the user rotating the heating assembly and a controller configured to control the operation of the device based on the detected user commands.


electronic cigarette device vapor flow channel arranged guide generated vapor mouthpiece opening sensor arranged vapor flow channel position physically displaced atomizer electronic cigarette device also one processor configured apply first power heater atomizer determine first temperature measurement vapor flow channel using sensor determine first power adjustment heater based upon first temperature measurement adjust first power second power based upon first power adjustment apply second power heater an electronic cigarette device comprising a mouthpiece, a vapor flow channel arranged to guide a generated vapor to the mouthpiece opening, a sensor arranged in the vapor flow channels at a position physically displaced from an atomizer, and one or more processors configured to apply a first power to a heater of the atomizerdetermine a first temperature measurement and adjust the second power based upon the first measurement and apply a second power to the heater based upon a second temperature measurement.


vapor generating system electronic cigarette comprises main liquid store configured contain liquid vaporised dosing chamber configured receive liquid main liquid store liquid regulating arrangement configured transfer metered dose liquid main liquid store dosing chamber vapor generating system comprises vaporizing unit configured transform said metered dose liquid vapor main liquid store dosing chamber arranged replaceable cartridge cartridge connectable cartridge seating electronic cigarette fluidic connection main liquid store dosing chamber established cartridge connected cartridge seating a vapor generating system for an electronic cigarette includes : a main liquid store configured to contain a liquid to be vaporised ; a dosing chamber configured to receive liquid from the liquid store ; and a vaporizing unit configured to transform the metered dose of liquid into a vapor whereinthe main and dosing chambers. the vapor generating unit is arranged in a replaceable cartridge wherein the cartridge is connectable to a cartridge seating of the electronic cigarette and a fluidic connection between the main liquid stores and the dosed chamber is only established when the cartridge connects to the cartridge seating.


aerosol generating article adapted heated burnt aerosol generating device aerosol generating article comprises aerosol generating portion close air inlet end aerosol generating portion comprising aerosol generating substrate generating aerosol use aerosol generating article comprises filter mouth end aerosol generating article comprises ventilation portion positioned aerosol generating portion filter ventilation portion comprises plurality ventilation hole allowing ambient ventilation air enter ventilation portion oneway valve associated ventilation hole oneway valve comprises plurality ventilation flap associated one ventilation hole ventilation flap configured movable open ventilation hole puff drawn mouth end allow ambient ventilation air enter ventilation portion ventilation flap also configured close ventilation hole caused positive pressure aerosol inside ventilation portion puff drawn mouth end prevent aerosol leaking ventilation portion ventilation hole an aerosol generating article adapted for being heated but not burnt in an aerosol generator is disclosed wherein the aerosol generated article comprises an aerosolic generating substrate for generating aerosol in use a filter at or close to a mouth end and a ventilation portion positioned between the aerosols generating substrate and the filter wherein the ventilation portion comprises a plurality of ventilation holes for allowing ambient ventilation air to enter and to be moveable to close the ventilation holes when no puff is being drawn from the mouth end.


invention relates evaping device comprising aerosol generating heatnotburn consumable article oven comprising cylindric recess elongate along longitudinal direction x receiving aerosol generating heatnotburn consumable article heated toroidlike retaining element circle surface revolution radially protruding inward internal wall recess partially inserted within annular groove internal wall recess first static friction f retaining element aerosol generating heatnotburn consumable article higher second static friction fsd retaining element annular groove internal wall recess evaping device comprising an aerosol generating heatnotburn consumable article oven comprising o a cylindric recess elongate along a longitudinal direction x for receiving a aerosol generated heat notburn consumible article to be heated o an annular groove in the internal wall of the recess and partially inserted within an annulus of the annulus. the recess has a first static friction fss between the retaining element and the aerosol producing heatnot burn consumable item and the annular grooves in the recess. the retention element is an elastic retaining element evaping device which is capable of being inserted into the recess so as to tighten


aerosol generation device includes vaporizable material storage portiona tobacco article socketa flow channel extending flow inlet outlet defining vaporizable material channel part passing said storage portion socket channel part passing said socket anda heating system heating vaporizable material tobacco article form mixed aerosol including vaporizable material heater tobacco article heater surrounding tobacco articlereceiving hole integrated delimiting wall delimiting said hole adjacent said wall tobacco article heater includes heating section arranged along said hole aerosol generation device includes control unit controlling activation heating section according predefined heating profile vaping session the present invention relates to an aerosol generation device comprising a vaporizable material storage portion, a flow channel extending from the flow inlet to the flow outlet, a plurality of heating sections arranged along the flow channel, and a control unit configured to control the activation of the heating sections according to a predefined heating profile.


aerosol generation device includes power system controller power system includes first supercapacitor module second supercapacitor module controller configured control power flow first supercapacitor module power heater associated aerosol generation device control power flow second supercapacitor module charge first supercapacitor module an aerosol generation device comprising a power system comprising first and second supercapacitor modules and a controller wherein the controller is configured to control a power flow of the first supercapcapitor module to power a heater associated with the aerosol generator device. the controller further comprises a first switching means connected between the first and the second supercapsitor modules to control the power flow from the first to the heater and a second switching means connectable between the second and the heater. the power system further comprises at least one switching means configured to be arranged in parallel and wherein the at least two switching means are configured to selectively control the at


apparatus producing filmic packaging material continuously folded portion includes first component protruding part first roller rollable longitudinal axis first roller provided recess outer surface receiving protruding part drive mechanism moving material along path manner continuous portion material drawn recess first roller protruding part first component continuous portion material folded forming continuously folded portion overlapping surface due arrangement protruding part first component relation recess first roller bonding component provided downstream first roller arranged adhere together overlapping surface continuously folded portion material an apparatus for producing a filmic packaging material having a continuously folded portion comprising a first roller rollable about a longitudinal axis and a second roller pivoting about the longitudinal axis, wherein the first roller is provided with a recess on an outer surface thereof for receiving the protruding part of the second roller, and a bonding component provided downstream of the first and second roller arranged to adhere together the overlapping surface of the continuous folded portion of the filmic package material.


cartridge aerosol generating device disclosed cartridge distal end proximal end comprises reservoir configured store aerosolisable liquid therein capillary transport element arranged receive aerosolisable liquid reservoir air inlet configured supply air capillary transport element one thermally conductive element one thermally conductive element arranged around exterior cartridge distal end proximal end configured conduct heat cartridge towards capillary transport element cartridge heated within heating chamber aerosol generating device a cartridge for an aerosol generating device wherein the cartridge has a distal end and a proximal end. the cartridge further comprises a reservoir configured to store aerosolisable liquid thereina and a capillary transport element configured to receive aerosolisible liquid from the reservoir. the reservoir is configured to supply air to the capillary transporting element when the cartridge is heated within a heating chamber of the aerosol generator device.


aerosol generation device includes power system controller power system includes supercapacitor moduleand battery module connectable external power source controller configured control pulsecharging regime power system controlling first power flow external power source power system cyclically switch first power flow charging battery module first time period charging battery module second time period pulsecharging manner controlling second power flow supercapacitor module battery module charge battery module supercapacitor module first time period an aerosol generation device comprising a power system comprising a supercapacitor module and a battery module the power system connectable to an external power source anda controller configured to control a pulsecharging regime of the power power system by controlling a first power flow from the external power sources to the power source wherein controlling a second power flow between the supercapsacitor modules and the battery module is controlled by the controller. the controller is configured to actuate a first switching means connected between the batteries module and the supercapcapitor module to switch between charging and not charging the battery modules in a first time period and a second time period


cartridge vapour generating system includes reservoir storing vapour generating liquid method filling cartridge includes introducing vapour generating liquid reservoir via first opening ii venting air reservoir via second opening step iii positioning first second valve corresponding first second opening seal first opening prevent escape vapour generating liquid reservoir first second opening a method of filling a cartridge for a vapour generating system wherein the cartridge includes a reservoir for storing a vapur generating liquid and a first opening configured for venting air from the reservoir via a second opening during step i andiii positioning first and second valves in the corresponding first and two openings to seal the openings to allow air to flow to the vaporization chamber through the openings and to allow oneway airflow through the opening.


invention relates method operating aerosol generating device comprising aerosol generating unit adapted transform aerosolisable liquid aerosol comprising micro electromechanical system mem comprising microfluidic die least one exchangeable liquid cartridge fluid connection aerosol generating unit method characterized operating micro electromechanical system control unit operates cleaning operation microfluidic die liquid contained die aerosolized ejected die cleaning unit comprising mean cleaning die a method for operating 100 an aerosol generating device comprising a micro electromechanical system mems 20 adapted to transform an aerosolisable liquid into aerosol and at least one exchangeable liquid cartridge 1 in fluid connection to the aerosol generator unit 5 characterized by operating 100 the method according to the present claims characterized by providing 110 a cleaning liquid from a cleaning cartridge 1 to ambient air 19 and ejecting 103 the cleaning liquid therefrom wherein the cleaning device 5 is adapted to generate a number of aerosol cycles.


method continuously manufacturing aerosol generating article includes providing continuous web continuous strip aerosol generating substrate substantially flat surface ii providing continuous web susceptor material iii intermittently applying adhesive surface continuous web susceptor material form adhesive area surface iv continuously cutting continuous web susceptor material position adhesive area form least one susceptor patch v adhering susceptor patch substantially flat surface continuous web continuous strip aerosol generating substrate vi forming continuous web continuous strip aerosol generating substrate least one susceptor patch adhered surface thereof continuous rod the present invention relates to a method for continuously manufacturing aerosol generating articles comprising : providing a continuous web or a continuous strip of an aerosols generating substrate ; intermittently applying an adhesive to a surface of the continuous web of susceptor material to form adhesive areas on the surface to form at least one susceptor patch ; and continuously applying the adhesive to the surface of said continuous web to form a plurality of aerosols.


substrate carrier use aerosol generation device comprises first end comprising mouthpiece second end opposite first end substrate arranged towards second end heatretaining portion arranged least part substrate first end wherein heat retaining portion portion substrate higher density least one upstream portion substrate configured inhibit heat transfer substrate toward first end configuring substrate carrier manner substrate may efficiently heated aerosol generation device use a substrate carrier for use with an aerosol generation device wherein the substrate carrier comprises a mouthpiece a first end opposite the first end a substrate arranged towards the second end and a heatretaining portion arranged between at least part of the substrate and at least one upstream portion of said substrate and configured to inhibit heat transfer from the substrate toward said first end and wherein a high density portion of the aerosol collection region having a higher density than at least a downstream portion of a substrate is adjacent to the substrate.


aerosol generating device includes power source oscillating circuit configured generate time varying electromagnetic field inductively heating susceptor frequency generating circuit controller comprises variable frequency oscillator vfo including supply voltage terminal configured receive regulated supply voltage set terminal oscillator output terminal configured provide output signal frequency determined resistance supply voltage terminal set terminal frequency generating circuit also includes switching circuit electrically connected power source configured drive oscillating circuit operating frequency determined frequency output signal vfo variable resistive component thermistor electrically connected supply voltage terminal set terminal vfo an aerosol generating device comprising a power source an oscillating circuit configured to generate a time varying electromagnetic field for inductively heating a susceptor and a frequency generating circuit comprising a variable frequency oscillator vfo configured to provide an output signal having a frequency that is determined by an input signal into the set terminal and a switching circuit electrically connected to the power source and configured to drive the oscillator at an operating frequency.


smoking article includes filter section including filter material least one capsule including shell capsule includes liquid contained shell capsule includes least one carrier fluid andor least one flavored fluid arranged inside crushable shell filter section includes tobacco product wherein tobacco product includes tobacco particle average size micro le tobacco product arranged inside filter material plug wrap least one wrapping andor inside capsule filter section including tobacco product method manufacturing smoking article filter section also provided a smoking article comprises a filter section comprising a filter material and at least one capsule comprising a shell wherein each of the at least ones capsule comprises a liquid contained by the shell in the capsule wherein the shell of the capsule is crushable wherein the filter section comprises a tobacco product wherein the tobacco product is arranged inside the filter material in a plug wrap in a wrapping andor inside the capsule.


cartridge aerosol generating device includes reservoir containing aerosol generating liquid inductively heatable susceptor heating aerosol generating liquid liquid transfer element configured convey aerosol generating liquid reservoir towards inductively heatable susceptor inductively heatable susceptor includes susceptor ring extending around liquid transfer element cartridge includes recess configured receiving releasable connection coil support induction coil aerosol generating device aerosol generating device aerosol generating system including aerosol generating device cartridge releasably connected aerosol generating device also described a cartridge for an aerosol generating device includes a reservoir for containing aerosol generated liquid and a liquid transfer element configured to convey aerosol generate liquid from the reservoir towards the inductively heatable susceptor. the cartridge also includes a recess configured for receiving in a releasable connection a pair of coil supports configured for releasably connecting to the aerosols generating device.


invention relates method controlling operation aerosol generating device device comprises least one exchangeable liquid reservoir comprising aerosolisable liquid aerosol generating unit adapted transform aerosolisable liquid aerosol liquid channel connecting exchangeable liquid reservoir aerosol generating unit creating thereby liquid flow path method characterized measuring conductivityrelated information aerosolisable liquid aerosolization conductivity measuring unit comprising conductivity sensor least two electrode positioned liquid flow path comparing conductivityrelated information reference information control unit aerosol generating device creating thereby result operating microelectronicmechanicalsystem mem comprised aerosol generating unit according result wherein mem ejects aerosolisable liquid invention also relates aerosol generating device comprising mean measuring comparing conductivityrelated information aerosolisable liquid the present invention relates to a method for controlling operations of an aerosol generating device comprising at least one exchangeable liquid reservoir comprising an aerosolisable liquid and a liquid channel connecting the liquid reservoir with the aerosol generator creating thereby a liquid flow path characterized by a measuring 101 a conductivityrelated information of the aerosolislyable liquid before aerosolization by a control unit. the method according to the present invention includes the steps of : measuring 104 a temperature of aerosolisablyable liquid ; determining a temperature coefficient of the conductivity value ; and correcting the measured temperature coefficient to a reference value.


aerosol generating system comprising aerosol generating device aerosol generating article aerosol generating device comprises heating chamber heater aerosol generating article positioned heating chamber aerosol generating article comprises porous liquid storage material storing aerosol generating liquid heater arranged heating vaporising stored aerosol generating liquid aerosol generating device comprises first electrode second electrode spaced apart first electrode least portion porous liquid storage material received first electrode second electrode aerosol generating device comprises controller configured measure electrical load first electrode second electrode determine quantity aerosol generating liquid remaining porous liquid storage material based measured electrical load an aerosol generating system includes a heating chamber and a heater. the heating chamber includes a chamber wall defining a cavity and a heating element positioned in the chamber wall. at least a portion of the porous liquid storage material is received between the first electrode and the second electrode and a controller is configured to measure an electrical load between at least one of the first and second electrodes and to determine the quantity of aerosol generated liquid remaining in the porous fluid storage material based on the measured electrical load. the controller also includes a controller configured to terminate the supply of power from the power source to the heater based on a determined electrical load and to terminate


cartridge vapour generating device housing air inlet air outlet least one air channel extending air inlet air outlet liquid reservoir containing vapour generating liquid vaporization chamber communication liquid reservoir least part inner surface housing provided barrier coating applied chemical vapour deposition process removable breakable seal provided fluid outlet housing a cartridge for a vapour generating device is provided with a barrier coating which is selected from the group consisting of silicon oxide siox silicon nitride diamondlike carbon dlc and silicon oxy carbide sioc. the cartridge further comprises an air inlet and a vaporisation chamber in communication with the liquid reservoir of the cartridge.


present invention concern tobacco article comprising viscous vaporizable material support support formed one several rigid sheet arranged bent retain viscous vaporizable material form airflow path the present invention relates to a tobacco article comprising a viscous vaporizable material and a support. the support is formed from one or several rigid sheets arranged or bent to form a cylindrical shape and to form an airflow path of the tobacco article extending the airflow path.


container consumer good includes box receiving good box open end lid rotatable open closed position respectively opening closing open end box hinged connector connects lid box hinged connector connected lid connectorlid hinge line connected box connectorbox hinge line resilient mechanism arranged box connector lid opening resilient mechanism cause relative movement box connector a container for consumer goods comprising an open enda lid rotatable between open and closed positions for respectively opening and closing the open end of the box where the hinged connector is connected to the lid at a connectorlid hinge line and connected to a resilient mechanism arranged between the box and the connector such that during lid opening the resilient mechanism causes the box to move relative to the connector even when the lid is in the closed position.


smoking article includes cylindrical shape longitudinal axis running respective base area distal end mouth end smoking article wherein smoking article includes following segment arranged subsequently following order distal mouth end least part wrapped circumferential wrapper tobacco segment including tobacco tobacco derived smokable material cooling segment including cylindrically shaped cooler material first flow path tobacco segment filter segment filter segment including second flow path cooling segment mouth end surface cooler material least part coated tobacco product including tobacco particle average particle size micro dispersion medium dispersing tobacco particle a smoking article comprising a cylindrical shape with a longitudinal axis running through respective base areas of a distal end and a mouth end wherein the smoking article comprises a tobacco segment comprising tobacco particles having an average particle size of 30 micro m and a dispersion medium for dispersing the tobacco particles in a circumferential wrapper wherein the tobacco segment is at least in part coated with a tobacco product having a first flow path and a second flow path from the cooling segment to the mouth end.


aerosol generation device includes main housing cover heat insulating air gap formed main housing cover main body defined main housing cover element detachably attached connected main housing cover portion main housing form part exterior surface main housing main housing cover element shaped air gap formed main housing cover element an aerosol generation device comprising a main housing with a cover element detachably attached or connected to the main housing and covering a portion of the exterior surface thereof to form part of an exterior surface, wherein the cover element is shaped such that an air gap is formed between the main and cover element and wherein an operation interface portion within the air gap on the surface of the portion of said main housing is formed adjacent to the heating unit orwherein a section of said section of or the entire air gap of said part is adjacent to said heating unit.


present invention relates aerosolgenerating device configured receive consumable article comprises least one optical element delimiting least partially heating cavity least one sensing system comprising electromagnetic radiation detecting system configured measure intensity electromagnetic radiation passing andor reflected optical element controlling system configured monitor optical parameter representative level contamination heating cavity based least said measured intensity trigger alarm system depending said parameter invention relates also aerosolgenerating system comprising aerosolgenerating device aerosolgenerating article an aerosolgenerating device comprising a heater body and a longitudinal heating cavity provided with an opening at one insertion end and adapted to receive at least part of a heating element located around or in the cavity and delimiting at least partially said cavity at least one sensing system configured to measure an intensity of an electromagnetic radiation passing through andor being reflected by the optical element and to trigger an alarm system depending on said parameter.


aerosol generation device comprising least one mouth piece control unit vapour generating unit vgu conduit eliquid housing wherein housing comprises volume housing substance wherein conduit connects volume vgu wherein fluid flow fluid housing vgu according invention aerosol generation device comprises least one electromagnetic wave source suited emit radiation receiver suited receive radiation emitted electromagnetic wave source wherein radiation emitted electromagnetic wave source traverse fluid the present invention relates to aerosol generation devices comprising at least one mouthpiece a control unit a vapor generating unit vgu 5 a conduit and an eliquid housing wherein the housing comprises a volume for housing a substance and wherein the volume connects the volume to the conduit, wherein the fluid can flow from the fluid housing to the vgu. the invention also relates to a method for controlling operations of an aerosol generating device comprising : measuring the amount of a radiation emitted by the electromagnetic wave source and the conduit ; and operating the aerosol generator device according to the determined amount of the radiation.


aerosol generating device disclosed aerosol generating device includes housing heating chamber arranged receive aerosol substrate heating chamber operable heat aerosol substrate generate aerosol first airflow passage arranged transport air first air inlet housing aerosol generating device wherein first airflow passage comprises valve aperture wherein size aperture adjustable alter airflow first airflow passage an aerosol generating device comprising a housing, a heating chamber operable to heat the aerosol substrate to generate an aerosol and a first airflow passage arranged to transport air from a first air inlet in the housing into or through a second air flow passage of the housing to the heating chamber. the second airflow passage comprises a valve having an aperture and wherein a size of the aperture is adjustable to alter airflow through the first passage.


electronic cigarette includes laser replaceable atomiser reservoir provided storing vaporisable liquid replaceable atomiser includes light guide absorber vaporisation chamber liquid inlet atomiser provides flow path liquid reservoir flow towards absorber vaporisation chamber light guide configured couple light laser towards absorber generate heat absorbing emitted light cause vaporisation vaporisable liquid light guide becomes dirty contaminated replaced simply replacing atomiser an atomiser for an electronic cigarette comprising a housing including at least one air inlet and a liquid inleta light guide extending into the housing and a vaporisation chamber within the housing wherein the light guide is configured to couple light from a vaporising light source towards the optical absorber in order to generate heat and vaporise the vaporisable liquid.


present invention concern tobacco article heatnotburn aerosol generating device comprising one several heating element tobacco article comprising tobacco substrate portion wrapper wrapping tobacco substrate portion defining wrapper external surface intended contact face least partially heating element wherein wrapper external surface least partially coloured emissivity value infrared thermometer reading higher preferably higher a tobacco article for a heatnotburn aerosol generating 1 1 device comprising one or several heating elements, a wrapper wrapping the tobacco substrate portion and defining a wrapper external surface intended to be in contact or face at least partially the or each heating element wherein the wrapper exterior surface is at least partly colored so as its emissivity value for infrared thermometer readings is higher than 085 preferably higher than 09002 the tobacco article according to the following claims :


aerosol generating article aerosol generating device aerosol generating article comprises aerosol generating substrate filter circumscribed wrapper filter comprises thermochromic material flavouring wherein tip filter comprises thermochromic material thermochromic material capable undergoing temperature dependent irreversible colour change threshold temperature cause colour change tip filter the present invention relates to aerosol generating articles comprising a filter circumscribed by a wrapper wherein the filter comprises a thermochromic material and a flavouring in the tip of the filter wherein the thermochomic material is capable of undergoing a temperature dependent irreversible colour change at or above a threshold temperature to cause a colour change of the tip.


aerosol generation device includes cover one flexible region deformed pressed first aspect aerosol generation device includes main body defined main housing including operation interface portion provided least portion exterior surface main housing actuated operating aerosol generation device cover element detachably attached connected main housing least portion operation interface portion arranged exterior surface main housing cover element cover element includes one flexible region elastically deformed actuating operation interface portion an aerosol generation device comprising a main housing having an operation interface portion that is provided at at least a portion of an exterior surface of the main housing and configured to be actuated for generating an aerosol ; a cover element that is detachably attached or connected to said main housing wherein at least one of the operation interface portions comprises one or more flexible regions that are elastically deformed for actuating an operation input element provided on at least at least the exterior surface thereof ; and an operation output element configured to actuate the operation input elements provided on the main body and wherein the operation output elements are configured to interact with one


aerosol generating device includes cylindrical heating cavity mainly extending axial direction receiving vaporizable stick containing substance suitable vaporized upon heating produce inhalable vapora heater least partially surrounding cylindrical heating cavityand magnetic field generator configured generate varying magnetic field heater heat heater induction heater comprises includes plurality identical ringshaped susceptors arranged along axial direction ringshaped susceptor encircling cylindrical heating cavity segmented heater may provide either even heating whole stick temperature distribution along axial direction selectively heat part stick an aerosol generating device including a cylindrical heating cavity mainly extending in an axial direction for receiving a vaporizable stick containing a substance configured for being vaporized upon heating and a magnetic field generator configured to generate a varying magnetic field through the heater to heat the heater by induction wherein the heater comprises a plurality of identical ringshaped susceptors arranged along the axially direction each of which has a convex inner face with a minimum inner diameter smaller than an outer diameter of the heating cavity.


heating chamber aerosol generation device heating chamber comprising compression element comprising thermally active material reaction surface wherein heating chamber adapted receive aerosol substrate compression element reaction surface compression element configured compress aerosol substrate reaction surface wherein compression element configured undergo displacement according temperature heating chamber thermal response characteristic magnetic property thermally active material a heating chamber for an aerosol generation device comprising a magnetic interaction element comprising a first magnetic material and a second magnetic material, wherein the first and second magnetic materials are configured to undergo displacement according to a temperature of the heating chamber and a thermal response characteristic of a magnetic property of the thermally active material wherein the compression element is displaced in response to a change in a magnetic force between the first magnetic materials and a reaction surfacewherein.


vapour generating system includes base part including heating element cartridge releasably connectable base part cartridge includes liquid store storing vapour generating liquid first second vaporization zone physically separated communication liquid store receiving vapour generating liquid liquid store heat transfer unit configured transfer heat heating element first second vaporization zone vaporize vapour generating liquid first second vaporization zone a vapour generating system comprising a base part including a heating element and a cartridge releasably connectable to the base part. the cartridge includes a liquid store for storing a vapour generator liquid first and second vaporization zones in communication with the liquid store and a heat transfer unit configured to transfer heat from the heating element to the first and the second vaporizations zones to vaporize vapour generated liquid in the first vaporization zone.


aerosol generation device ejection mechanism using leverage includes aerosol generation chamber configured receive heat substrate generate aerosol cover closed position covering aerosol generation chamber open position exposing aerosol generation chamber ejection mechanism lever least partially engaged cover eject least portion substrate aerosol generation chamber cover open position an aerosol generation device comprising an aerosol generating chamber configured to receive and heat a substrate to generate aerosola cover ; an ejection mechanism having a lever and being at least partially engaged with the cover so as to eject at least a portion of the substrate out of the aerosol generator chamber when the cover is in the open position ; and a mechanism for ejecting the substrate by rotating the lever.


electronic cigarette comprises heating element able vapourize substrate smoking period mean measuring approximation characteristic voltage across terminal heating element smoking period said approximation measured across terminal circuit component exhibit intrinsic characteristic disturbed inhalation mean estimating approximation said characteristic voltage across terminal heating element absence inhalation said smoking period mean calculating intensity representative intensity inhalation said smoking period basis integration difference said approximation said smoking period andmeans estimating said quantity substrate vapourized heating element least basis said intensity a method for estimating the quantity of substrate vaporized by a heating element in an electronic cigarette over a period of smoking characterized in that it includes a step for measuring an approximation of a characteristic of a voltage across the terminals of the heating element over this period and means for calculating an intensity of inhalation over said period of smoke from an integration of the difference between said approximations over said periods of smoking anda step for estimating said quantity of substr vaporized at a given instant from said approximation of said voltage across said terminals of said heating element.


present disclosure relates aerosol generation device aerosol generating substrate heated form aerosol specifically aerosol generation device comprises aerosol generation chamber configured receive heat substrate generate aerosol aerosol generation chamber comprising least heating element cover closed position covering aperture device open position exposing said aperture tray receiving holding substrate an aerosol generation device comprising a tray for receiving and holding a substrate and a cover moveable between a closed position covering an aperture in the device and an open position exposing said aperture and a tray configured to receive and hold the substrate and in contact with the heating element.


packet smoking article disclosed packet comprises outer casing comprising main body lid main body comprises front panel rear panel bottom panel first side panel second side panel cooperatively define main compartment opening opposite bottom panel hinge formed lid rear panel main body lid moveable open position closed position packet comprises substantially cuboidal pouch comprising front major portion rear major portion top minor portion bottom minor portion first side portion second side portion wherein pouch received within main compartment pouch protrudes main compartment opening wherein pouch completely contained within outer casing lid closed position wherein pouch comprises cellulosebased wrapper tear tape attached pouch arranged extend around pouch transverse direction respect length pouch tear tape positioned hinge tear tape configured pulled user separate top section pouch bottom section pouch a packet for smoking articles comprising an outer casing comprising a main body and a lid wherein the main body comprises a front panel a rear panel a bottom panel a first side panel and a second side panel wherein the lid is moveable between an open position and a closed position wherein the pouch comprises a cellulosebased wrapper and a tear tape attached to the pouch and arranged to extend around the pouch in a transverse direction with respect to the length of the pouch such that the tear tape is positioned above the hinge.


pouch suitable white snus wherein white snus includes carrier material nicotine without tobacco present includes fabric surface fabric least partially coated odorizing composition including tobacco particle average size le equal micro method manufacturing pouch white snus includes step providing fabric providing odorizing composition including tobacco particle average size le equal micro coating least part surface fabric odorizing composition forming pouch fabric filling white snus composition pouch odorizing composition ink preferably including liquid coloring agent wherein liquid preferably selected group including water propylene glycol glycerin propylene glycol glycerin a pouch suitable for white snus wherein a surface of the fabric is at least partially coated with an odorizing composition comprising tobacco particles having an average size less than or equal to 30 micro m wherein the odorizing compositions is an ink comprising a liquid and a coloring agent wherein the liquid is selected from a group consisting of water propylene glycol glycerin and propylene -col.


provided aerosol generation device comprising holding unit configured receive aerosolise aerosol generating substrate charging unit connectable holding unit holding unit comprises heater component first charge storage module power heater component charging unit comprising second charge storage module power heater component charging unit connected holding unit controller configured preheat heater component directing first power flow first charge storage module first preheating manner holding unit connected charging unit preheat heater component directing second power flow second charge storage module second preheating manner holding unit connected charging unit an aerosol generation device comprising a holding unit configured to receive and aerosolise an aerosol generating substrate and a charging unit that is connectable to the holding unit and configured to direct a first power flow from the first charge storage module to the heater component in a first preheating manner and a second preheated manner wherein the first and second power flows from the second charge storage modules to the heating phase of the first aerosolisation session are both performed. the aerosol generator device further comprises a controller configured to control the first, second, third and fourth power flows and to direct the third, fourth and fifth power flows


aerosol generation device comprising holding unit configured receive aerosolise aerosol generating substrate charging unit connectable holding unit holding unit comprises heater component aerosolise aerosol generating substrate first charge storage module power heater component cavity aerosol generating substrate insertable heating cavity configured receive aerosol generating substrate substantially planar shape charging unit comprising second charge storage module configured charge first charge storage module power heater component device comprising controller configured holding unit connected charging unit preheat heater component aerosolisation session directing power flow second charge storage module heater component an aerosol generation device comprising a holding unit configured to receive and aerosolise an aerosol generating substrate that comprises tobacco and a charging unit that is connectable to the holding unit and configured to charge the first charge storage module to power the heater component and a cavity in which the aerosol generated substrate is insertable for heating with a heater component to generate an aerosolic wherein the cavity has two major internal faces that oppose one another and the two minor internal faces are each associated with a heating element of the heater components. the aerosols generation device further comprises a controller configured to direct a power flow from the second charge storage modules to


package collating plurality smoking article disclosed package comprises substantially cuboidal pouch comprising front major portion rear major portion top minor portion bottom minor portion first side portion second side portion wherein pouch made material configured sealed prevent ingres moisture pouch wherein pouch formed wrapper folded sealed first fin seal extending along length front major portion second fin seal extending along length top minor portion third fin seal extending along length bottom minor portion first fin seal folded overlap second fin seal third fin seal wherein first fin seal arranged distance side portion overlap second fin seal third fin seal first fin seal overlap two layer wrapper package comprises tear tape attached pouch extending along front major portion first side portion rear major portion second side portion transverse direction respect length pouch wherein line weakening formed pouch parallel tear tape pouch may least partially opened along line weakening tear tape pulled user a package for collating a plurality of smoking articles comprising a substantially cuboidal pouch having a front major portion a rear major portion and a bottom minor portion wherein the pouch is made from material configured and sealed to prevent the ingress of moisture into the pouch. the pouch further comprises a tear tape attached to the pouch and extending along the length of the pouch to expose a tear tab.


aerosol generation device ejection mechanism includes aerosol generation chamber configured receive heat substrate generate aerosol cover closed position covering aerosol generation chamber open position exposing aerosol generation chamber ejection mechanism configured least indirectly connected aerosol generation chamber cover ejected state holding locked state holdingunlocked state an aerosol generation device for generating aerosol cover comprising an aerosol generating chamber configured to receive and heat a substrate to generate aerosola cover and an ejection mechanism configured to be at least indirectly connected with the generation chamber and the cover and having an ejected state a holdinglocked state and a holdingunlocked state wherein in the ejected state the cover is in the open position and the ejection device is configured to exert a force on the substrate which is held in a predetermined position by the cover. in the holdinglocked position the cover can be moved from a closed position to an open position.


white snus sachet material preferably pouch moisturized manufacturing process includes filler material nicotine source flavoring wherein flavoring include tobacco particle size sd laser diffraction le equal micro adhered inert carrier method manufacturing white snus includes step providing filler material providing nicotine source providing tobacco particle size sd laser diffraction le equal micro adhered carrier providing flavoring optionally providing ingredient mechanically mixing ingredient carrier inert respect surrounding environment wherein carrier remains chemically unchanged contacted component snus wherein nicotine source contain tobacco the present invention relates to a method for manufacturing a white snus comprising the steps of providing tobacco particles having a size less than or equal to 30 micro m adhered on a carrier wherein the carrier is inert with respect to a surrounding environment wherein the tobacco particles remain chemically unchanged when contacted by other components of the snus wherein the nicotine source does not contain tobacco.


provided aerosol generating system system comprising aerosol generating mean aerosol delivery mean aerosol guiding device aerosol guiding device comprises chamber air inlet air outlet aerosol delivery mean configured aerosol introduced aerosol generating mean chamber use narrowest part airflow route defined air inlet air outlet convey aerosol air outlet also provided aerosol guiding device use aerosol generating system device comprising chamber air inlet air outlet aerosol introduced aerosol generating mean chamber use narrowest part airflow route defined air inlet air outlet convey aerosol air outlet an aerosol generating system comprising aerosol delivery means and an aerosol guiding devicewherein the aerosol delivering means comprises a chamber having an air inlet and an air outlet and wherein an airflow route is defined from the inlet to the air outlet so as to convey aerosol from the chamber in use at its narrowest part. the device also comprises a heater wherein the heater comprises any one of a ceramic coil of wire inductive heating means and piezoelectric heating means.


electronic cigarette includes inhaler body removable cartridge inhaler body power unit cartridge seating cartridge seating includes cavity arranged receive cartridge retained position within cavity cartridge electrically connected power unit electronic cigarette includes mechanical retaining arrangement first retaining element located cartridge second retaining element located inner side wall cavity retaining element configured engage brought alignment cartridge inserted cavity retaining arrangement shaped insertion force required move retaining element engagement insertion force sufficient cause contact opposing surface cartridge cartridge seating produce audible signal cartridge move retained position an electronic cigarette comprising an inhaler body and a removable cartridge wherein the removable cartridge is electrically connected to the power unit and the electronic cigarette further comprising a mechanical retaining arrangement comprising a first retaining element and a second retaining element wherein the first and second retaining elements are configured to engage each other when brought into alignment as the cartridge is inserted into the cavity thereby holding the cartridge in the retained position.


invention relates aerosol generation device particular aerosol generation device providing aerosol comprising mean receiving heating consumable liquid generate aerosol mean limiting size droplet aerosol provided user drawing mouthpiece comprising air flow channel aerosol flow towards user user draw mouthpiece comprising least one passage adjustable area an aerosol generation device for providing an aerosol to a user drawing on a mouthpiece comprising means for receiving and heating a consumable liquid and means for limiting the size of droplets of the aerosol which are provided to the mouthpiece when the user draws on the device and comprising at least one passage with an adjustable through area wherein the passage is configured to adjust the through area in accordance with the velocity of the air flow through the channel.


cartridge aerosol generating device comprises storage portion storing liquid vaporizable material sealed expansion chamber delimiting internal volume configured expand shrink compensate pressure difference inside storage portion outside cartridge a cartridge for an aerosol generating device comprising a storage portion for storing a liquid vaporizable material a sealed expansion chamber delimiting an internal volume configured to expand or shrink to compensate pressure differences between the inside of the storage portion and the outside of the cartridge when no liquid vaporizing material is turned into aerosol, the cartridge further comprising a wick element interposed between an opening of the storing portion and an inside of said storage portion wherein the expansion chamber is deformable so that the internal volume of the expand chamber is able to expand and shrink in absence of airflow inside the cartridge.


method manufacturing aerosol generating article includes providing first material containing plantbased aerosol generating material ii arranging second material constituting mouthpiece line first material iii wrapping first second material sheet form substantially cylindrical aerosol generating article step includes providing plantbased aerosol generating material foam material b providing cylindrical cup filling cylindrical cup plantbased aerosol generating material third material a method for manufacturing an aerosol generating article comprising : providing a first material containing a plantbased aerosol generator material ; arranging a second material constituting a mouthpiece in line with the first material ; wrapping the first and second materials with a sheet to form a substantially cylindrical aerosol generated article wherein the first cylindrically material comprises a first cylinderrical material ; filling the cylindric cup with a mixture of the plant based aerosol generation material and the particulate susceptor material ; and filling an open end of the cylindlerical cup with the mixture of a plant - generating material and a particulate


present invention concern aerosol generating device comprising cavity adapted receiving tobacco article heater comprising heating element configured generate heat heat diffusion layer configured transfer generated heat tobacco article received cavity heater comprising sensor system comprises least partially said heat diffusion layer an aerosol generating device comprising : a cavity adapted for receiving a tobacco article ; a heater comprising a heating element configured to generate heat and a heat diffusion layer formed by a sheet and configured to transfer the generated heat to the tobacco article when it is received in the cavity ; and a sensor system configured to detect at least one of the following eventselements : insertion of the tobacco articles inside the cavity and / or change of electrical conductivity of the heating element.


aerosol generating article article comprises rod aerosol generating material first end second end opposite first end filter attached first end rod paper wrap wound around rod provide outer layer nonignitable insulation provided second end rod insulation arranged prevent ignition aerosol generating material second end insulation allows transmission microwave radiation aerosol generating material second end heated external source microwave radiation an aerosol generating article comprising a rod of aerosol generator material having a first end and a second end opposite to the first end, a nonignitable insulation provided at the second end of the rod, wherein the insulation allows transmission of microwave radiation such that the aerosol generated material at the two end can be heated by an external source of the microwave radiation, and a method of manufacturing an aerosol producing article comprising the steps of : providing a rod having a heating chamber and a heater arranged to provide heat to the heating chamber ; and wrapping a portion of the aerosolsol generating material around a portion thereof so as to form an


electronic smoking system includes removable cartridge energy supply device cartridge includes fluid channel fluid inlet fluid communication vaporization chamber mouthpiece outlet mouthpiece includes mouthpiece outlet defining outlet flow direction energy supply device includes cartridge mount receiving cartridge first primary channel fluid inlet located outer wall device fluid outlet located surface cartridge mount cartridge mount fluid inlet cartridge fluid communication fluid outlet primary fluid channel mounted cartridge mount device includes secondary fluid channel fluid communication primary fluid channel junction point secondary fluid channel includes airflow sensor located distance junction point an electronic smoking system comprising a cartridge mount for receiving a cartridge and an energy supply device comprising a primary fluid channel in fluid communication with a vaporization chamber and a mouthpiece outlet wherein the mouthpiece is in fluid contact with the fluid inlet of the cartridge mount and the cartridge is provided with means for transferring energy to the cartridge when mounted in the cartridge mounting of the energy supply devices.


refillable cartridge electronic smoking device includes cartridge housing liquid storage reservoir energy application device generating aerosol liquid received reservoir wherein reservoir includes opening opening width temporary closed sealing layer including valve wherein valve includes valve member overlapping least part opening along width direction valve member bendable opening direction orthogonal width direction thickness valve member opening direction differs along width direction method manufacturing refillable cartridge method refilling refillable cartridge also provided a refillable cartridge for an electronic smoking device comprising a cartridge housing a liquid storage reservoir and an energy application device for generating an aerosol from liquid received from the reservoir wherein the reservoir comprises an opening having an opening width configured to be temporarily closed by a sealing layer comprising a valve wherein the valve comprises a valve member which is bendable in an opening direction which is orthogonal to the width direction and a thickness of the valve member in a state in which transfer of liquids is inhibited.


aerosolization module aerosol generating device includes reservoir first cover made resilient material fitted opening reservoir first cover form channel extends outside reservoir inner volume channel make possible fill reservoir vaporizable material aerosolization module includes second cover configured mounted first cover second cover including protrusion configured tightly plug channel formed first cover thereby close reservoir second cover mounted first cover aerosolization module easy fill easy assemble method assembling aerosolization module also provided an aerosolization module for an aerosol generating device comprising a reservoir comprising at least one wall defining an inner volume adapted to receive a vaporizable material, a first cover made of a resilient material the first cover being fitted into the opening and forming a channel extending from outside the reservoir to the inner volume of the reservoir the channel making it possible to fill the reservoir with the vaporizable substance to be aerosolized and a second cover configured to be mounted on the second cover to close the reservoir when said second cover is mounted on said first cover


liquid substance storing container aerosol generating device includes porous body storing liquid substance porous body includes closed internal cavity storing volume liquid substance aerosol generating device including liquid substance storing container may used ecigarette a liquid substance storing container for an aerosol generating device comprising a porous body for storing liquid substance wherein said porous body includes a closed internal cavity surrounded by walls of the porous body and further storing the liquid substance by forming a closed pocket.2 the aliquid substance storage container according to claim 1 is adapted to absorb a volume of liquid substance and to retain said volume in a leakproof manner until vaporized.3


aerosolization module aerosol generating device includes bottom end opposite top end provided mouthpiece first air path aerosol flow second air path configured fluidic communication puff sensor first air path includes first section dry air sucked first air inlet flow top bottom second section aerosol formed vaporization vaporizable material dry air flow bottom top aerosolization device located inside module first air inlet located aerosolization device bottom top direction mouthpiece top end module first air inlet made bottom portion mouthpiece position first air inlet thus optimized an aerosolization module for an aerosol generating device includes a reservoir adapted to contain a vaporizable material to be vaporized in air by the aerosolizing device and a mouthpiece adapted to receive the vaporized material in said reservoir and wherein the vaporizing material exits the reservoir in a second air path distinct from the first air path.


heating method flatshaped heating chamber aerosol generating device configured operate flatshaped tobacco article comprising substrate part substrate part defining two opposite heating surface heating chamber comprising two heating element arranged face heating element designed extend along substantially whole area respective heating surface method comprising following step carry preheating phase comprising powering one heating element achieving target temperature carry vaping phase powering heating element according different heating profile least one heating profile comprising powering corresponding heating element within predetermined heating interval according predefined powering value a heating method for a flatshaped heating chamber of an aerosol generating device comprising : a substrate part defining two opposite heating surfaces ; a heating element arranged to face each other each heating element being designed to extend along substantially the whole area of the respective heating surface ; and a controller configured to operate the heating elements according to the heating method.


aerosol generation device includes cover element heat dissipation material aerosol generation device includes heating unit heating aerosol generation substrate generating aerosol device housing form least part exterior surface aerosol generation device wherein device housing includes aerogel material configured insulate heating unit andor dissipate heat generated heating unit an aerosol generation device comprising a heating unit for heating an aerosol and a device housing comprising an aerogel material configured to insulate the heating unit and / or dissipate heat generated by said heating unit. the device housing further comprises a layer of plastic at least one of which is arranged as the outermost layer of said device housing and a side of said layer is arranged to be directly attached on another side of the layer of the plastic just so that the layer is sandwiched between the layers of plastic and the another layer.