mhurhangee/patent-ind-claim-en huggingface dataset:
An aerosol provision cartridge for use with an aerosol provision system, said cartridge comprising: a liquid storage region comprising a source liquid, said source liquid comprising nicotine and at least one acid; an aerosol generating region in fluid communication with the liquid storage region; and one or more metallic components located upstream of the aerosol generating region relative to an airflow entering said region, wherein the one or more metallic components are in contact with the airflow through the aerosol provision cartridge and are located entirely outside of the aerosol generating region and liquid storage region, and wherein at least one of the said metallic components has a coating comprising silver and/or gold. a liquid storage region comprising a source liquid, said source liquid comprising nicotine and at least one acid; an aerosol generating region in fluid communication with the liquid storage region; and one or more metallic components located upstream of the aerosol generating region relative to an airflow entering said region, wherein the one or more metallic components are in contact with the airflow through the aerosol provision cartridge and are located entirely outside of the aerosol generating region and liquid storage region, and wherein at least one of the said metallic components has a coating comprising silver and/or gold.
A device for moving and controlling of at least one covering and/or closing element , preferably in a covering and/or closing installation , comprising: - a linear actuator comprising a slider which is movable with respect to a guide element , said slider being intended to be associated with said at least one element to be moved, - a housing structure which is associated with said linear actuator and inside which a motor for moving the slider of said linear actuator and a control unit are housed configured to control said motor , said control unit comprises a wireless receiver configured to receive command and control signals from the outside, said device being characterized in that it comprises a data transmission wire which at one end is connected to said control unit , provided inside said housing structure , and which at the other end, emerging from said housing structure , is configured to be connected and in bidirectional communication with another external device and/or with an external interface. - a linear actuator comprising a slider which is movable with respect to a guide element , said slider being intended to be associated with said at least one element to be moved, - a housing structure which is associated with said linear actuator and inside which a motor for moving the slider of said linear actuator and a control unit are housed configured to control said motor , said control unit comprises a wireless receiver configured to receive command and control signals from the outside,
Hinge device for appliances and furnishings with end speed damping, for closing or opening, and with pre-determinable angular sectors of elastic opening and/or closure; said hinge device comprising, in an operating condition of assembly to the appliance, a first element fixed to a body (F) of the apparatus and a second element fixed to a door (D) of said apparatus or obtained in said door (D) where said first and second elements are mutually connected by a hinge pivot for rotation of the door around the longitudinal geometric axis of said hinge pivot between end opening (A) and closing (C) conditions; said device comprises a crank means rotatably connected to the first element by means of one of its almost central first rotation pin parallel to the hinge pivot and comprises a connecting rod means having a rotatably end connected to the second element by means of a second rotation pin parallel and spaced from the hinge pivot ; said connecting rod means is also rotatably connected to the crank means by means of a third rotation pin parallel and spaced from the first rotation pin ; wherein the portion of the connecting rod means carrying the third rotation pin has an arm means projecting in opposite direction from the second rotation pin or at least approximately parallel to the longitudinal extension of the connecting rod means and designed to move in a closing direction at least at the end portion of the closing rotation of the door (D) and wherein said hinge device comprises a damper means of linear type housed in a respective housing means and approximately oriented parallel to the closing direction of the arm means which, during said movement, matches with a mobile member of the damper means damping the translation of the connecting rod means and the rotation of the end closing portion of the door.
A crystal of luliconazole having such a crystal habit that plane is a specific crystal growth surface: wherein: I , which is included in I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , I (11-3) , and I , takes a first place or a second place as ranked in an order starting from those having a high peak intensity; and I with respect to a sum total of I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , I (11-3) , and I is not less than 20%, provided that: peak intensities of diffraction peaks, which correspond to plane, plane, (10-1) plane, plane, plane, (11-1) plane, (10-2) plane, (11-2) plane, plane, plane, (20-2) plane, plane, plane, (11-3) plane, and plane, are designated as I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , 1 (11-3) , and I respectively in relation to the diffraction peaks detected in a range of 2 θ = 5 to 35° in powder X-ray diffraction measurement in which CuKα is used as an X-ray source. I , which is included in I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , I (11-3) , and I , takes a first place or a second place as ranked in an order starting from those having a high peak intensity; and I with respect to a sum total of I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , I (11-3) , and I is not less than 20%, provided that: peak intensities of diffraction peaks, which correspond to plane, plane, (10-1) plane, plane, plane, (11-1) plane, (10-2) plane, (11-2) plane, plane, plane, (20-2) plane, plane, plane, (11-3) plane, and plane, are designated as I , I , I (10-1) , I , I , I (11-1) , I (10-2) , I (11-2) , I , I , I (20-2) , I , I , 1 (11-3) , and I respectively in relation to the diffraction peaks detected in a range of 2 θ = 5 to 35° in powder X-ray diffraction measurement in which CuKα is used as an X-ray source.
Shock device for an at least partially muscle-powered two-wheeled vehicle , comprising at least one tube system having two telescopic tubes , the tube system extending from a first end to a second end , wherein a suspension system is provided which is effective between the two ends and biases the two tubes to an extended position , wherein the suspension system comprises a positive air spring and an independent, series-connected supplementary spring , and wherein both the positive air spring and the supplementary spring bias the tube system to the extended position , wherein the supplementary spring shows a lower breakaway force than does the positive air spring , and the ratio of the suspension travel of the positive air spring to the suspension travel of the supplementary spring is higher than 4:1, characterized in that the supplementary spring is disposed between the piston rod and the second tube .
A method for damping sub-synchronous control interactions, SSCI, in a grid-forming inverter-based resource connected to an electrical grid, the method comprising: receiving, via a controller, a current feedback signal in a synchronous reference frame; rotating, via the controller, the current feedback signal to a new reference frame associated with a sub-synchronous frequency range; determining, via the controller, a sub-synchronous component of the current feedback signal; rotating, via the controller, the sub-synchronous component of the current feedback signal back to the synchronous reference frame; determining, via the controller, a voltage command associated with sub-synchronous damping for the inverter-based resource as a function of the sub-synchronous component and a virtual resistance setting; and controlling, via the controller, the inverter-based resource, based at least in part, on the voltage command associated with the sub-synchronous damping. receiving, via a controller, a current feedback signal in a synchronous reference frame; rotating, via the controller, the current feedback signal to a new reference frame associated with a sub-synchronous frequency range; determining, via the controller, a sub-synchronous component of the current feedback signal; rotating, via the controller, the sub-synchronous component of the current feedback signal back to the synchronous reference frame; determining, via the controller, a voltage command associated with sub-synchronous damping for the inverter-based resource as a function of the sub-synchronous component and a virtual resistance setting; and controlling, via the controller, the inverter-based resource, based at least in part, on the voltage command associated with the sub-synchronous damping.
A method for analyzing ions comprising: - providing ions from an ion source to a first ion mobility analyzer , - separating the ions according to mobility in the first ion mobility analyzer wherein the first ion mobility analyzer is a trapped ion mobility spectrometry (TIMS) analyzer; - selecting ions of a limited mobility range; - activating or reacting the selected ions; - trapping the activated or reacted ions in a second ion mobility analyzer wherein the second ion mobility analyzer is a trapped ion mobility spectrometry (TIMS) analyzer; - separating the trapped ions according to mobility in the second ion mobility analyzer ; and - detecting the separated ions. - providing ions from an ion source to a first ion mobility analyzer , - separating the ions according to mobility in the first ion mobility analyzer wherein the first ion mobility analyzer is a trapped ion mobility spectrometry (TIMS) analyzer; - selecting ions of a limited mobility range; - activating or reacting the selected ions; - trapping the activated or reacted ions in a second ion mobility analyzer wherein the second ion mobility analyzer is a trapped ion mobility spectrometry (TIMS) analyzer; - separating the trapped ions according to mobility in the second ion mobility analyzer ; and - detecting the separated ions.
A communication system (400; 1200; 1300) comprising: - a digital serial bus ; - a master device (490; 1290; 1390) and at least one slave device (410; 510; 710; 910; 1110; 1210; 1310) operatively connected to said bus in a manner such that each device can receive bit signals from the bus, and such that each device can send dominant bit signals or non-dominant bit signals; - and wherein the master device and the at least one slave device are adapted to communicate over the bus according to a predefined communication protocol; characterised in that - the master is adapted for transmitting a continuous bitstream in the form of a plurality of concatenated frames, each frame comprising one or more words, each word having a constant time duration, - the first word (SOF) of each frame being a unique word transmitted by the master for indicating the start of a frame; - one or more bits (Sr) of each word being transmitted by the master as a dominant bit, for allowing the at least one slave to synchronize to the master; - some of the words being transmitted by the master with a non-dominant bit, for allowing the at least one slave to overwrite; - and wherein the at least one slave is adapted for overwriting in the continuous bitstream some of said non-dominant bits thereby transmitting data in a quasi-synchronous manner. - a digital serial bus ; - a master device (490; 1290; 1390) and at least one slave device (410; 510; 710; 910; 1110; 1210; 1310) operatively connected to said bus in a manner such that each device can receive bit signals from the bus, and such that each device can send dominant bit signals or non-dominant bit signals; - and wherein the master device and the at least one slave device are adapted to communicate over the bus according to a predefined communication protocol; - the master is adapted for transmitting a continuous bitstream in the form of a plurality of concatenated frames, each frame comprising one or more words, each word having a constant time duration, - the first word (SOF) of each frame being a unique word transmitted by the master for indicating the start of a frame; - one or more bits (Sr) of each word being transmitted by the master as a dominant bit, for allowing the at least one slave to synchronize to the master; - some of the words being transmitted by the master with a non-dominant bit, for allowing the at least one slave to overwrite; - the first word (SOF) of each frame being a unique word transmitted by the master for indicating the start of a frame; - one or more bits (Sr) of each word being transmitted by the master as a dominant bit, for allowing the at least one slave to synchronize to the master; - some of the words being transmitted by the master with a non-dominant bit, for allowing the at least one slave to overwrite; - and wherein the at least one slave is adapted for overwriting in the continuous bitstream some of said non-dominant bits thereby transmitting data in a quasi-synchronous manner.
A method for producing a vaporisable material comprising tobacco fibres for use in a vapour generating device which generates a vapour by heating rather than burning the vaporisable material, the method comprising drying the tobacco fibres to a moisture content of 5 wt% or less reducing the particle size of the tobacco fibres to less than 1.5 mm and mixing tobacco fibres of at least two ranges of particle size.
A method for forming a multilayer coating film, comprising the following steps to : applying a color paint (W) containing a hydroxy-containing resin (w1) and a color pigment (w2) to a substrate to form a colored coating film; applying an effect pigment dispersion (X) to the colored coating film obtained in step to form an effect first base coating film, wherein the effect pigment dispersion (X) contains a hydroxy-containing resin (x1) and an effect pigment (x2), and the content of the effect pigment (x2) in the effect pigment dispersion (X) is within a range of 15 to 80 parts by mass, based on 100 parts by mass of the total solids content in the effect pigment dispersion (X); applying a transparent colored second base paint (Y) containing a hydroxy-containing resin (y1) and a color pigment (y2) to the effect first base coating film obtained in step to form a transparent colored second base coating film; applying a clear paint (Z) to the transparent colored second base coating film obtained in step to form a clear coating film, wherein the clear paint (Z) contains a hydroxy-containing acrylic resin (z1) and a polyisocyanate compound (z2), and the polyisocyanate compound (z2) contains an aliphatic triisocyanate compound (z2-1) having a molecular weight within a range of 200 to 350 as at least one of the polyisocyanate compound (z2); and heating a multilayer coating film containing the effect first base coating film, the transparent colored second base coating film, and the clear coating film formed in steps to to simultaneously cure the multilayer coating film. applying a color paint (W) containing a hydroxy-containing resin (w1) and a color pigment (w2) to a substrate to form a colored coating film; applying an effect pigment dispersion (X) to the colored coating film obtained in step to form an effect first base coating film, wherein the effect pigment dispersion (X) contains a hydroxy-containing resin (x1) and an effect pigment (x2), and the content of the effect pigment (x2) in the effect pigment dispersion (X) is within a range of 15 to 80 parts by mass, based on 100 parts by mass of the total solids content in the effect pigment dispersion (X); applying a transparent colored second base paint (Y) containing a hydroxy-containing resin (y1) and a color pigment (y2) to the effect first base coating film obtained in step to form a transparent colored second base coating film; applying a clear paint (Z) to the transparent colored second base coating film obtained in step to form a clear coating film, wherein the clear paint (Z) contains a hydroxy-containing acrylic resin (z1) and a polyisocyanate compound (z2), and the polyisocyanate compound (z2) contains an aliphatic triisocyanate compound (z2-1) having a molecular weight within a range of 200 to 350 as at least one of the polyisocyanate compound (z2); and heating a multilayer coating film containing the effect first base coating film, the transparent colored second base coating film, and the clear coating film formed in steps to to simultaneously cure the multilayer coating film.
A method of producing a haploid plant embryo comprising culturing or growing haploid plant material in the presence of phenylbutyrate, sodium phenylbutyrate or salt of butyric acid which has histone deacetylase inhibitor (HDACi) activity and haploid embryogenesis activity.
A method for decontamination of a compartment of a vehicle, the method comprising: selecting decontamination conditions for use in the compartment based on a presence of one or more contaminants in the compartment the decontamination conditions comprise at least an operating temperature of a heated air for flowing through the compartment during the decontamination, a decontaminating agent for dispensing in the compartment, and a relative timing of dispensing the decontaminating agent and flowing the heated air; dispensing the decontaminating agent in the compartment ; and flowing the heated air through the compartment at the operating temperature ; wherein dispensing the decontamination agent precedes the flowing of the heated air and the operating temperature is selected for efficacy of the decontaminating agent with respect to the one or more contaminants characterized in that : the decontamination conditions further comprise a relative humidity of the heated air flowing through the compartment and the relative humidity of the heated air is between 40% and 80%; and in that : the dispensing the decontaminating agent comprises dispensing the decontaminating agent in an aerosolized form wherein the decontaminating agent in the aerosolized form comprises droplets that are between 1 micron and 20 microns in size. selecting decontamination conditions for use in the compartment based on a presence of one or more contaminants in the compartment the decontamination conditions comprise at least an operating temperature of a heated air for flowing through the compartment during the decontamination, a decontaminating agent for dispensing in the compartment, and a relative timing of dispensing the decontaminating agent and flowing the heated air; dispensing the decontaminating agent in the compartment ; and flowing the heated air through the compartment at the operating temperature ; wherein dispensing the decontamination agent precedes the flowing of the heated air and the operating temperature is selected for efficacy of the decontaminating agent with respect to the one or more contaminants characterized in that : the decontamination conditions further comprise a relative humidity of the heated air flowing through the compartment and the relative humidity of the heated air is between 40% and 80%; and in that : the dispensing the decontaminating agent comprises dispensing the decontaminating agent in an aerosolized form wherein the decontaminating agent in the aerosolized form comprises droplets that are between 1 micron and 20 microns in size. the decontamination conditions further comprise a relative humidity of the heated air flowing through the compartment and the relative humidity of the heated air is between 40% and 80%; and in that : the dispensing the decontaminating agent comprises dispensing the decontaminating agent in an aerosolized form wherein the decontaminating agent in the aerosolized form comprises droplets that are between 1 micron and 20 microns in size.
Light module for a motor vehicle headlight, with a light source , a primary lens unit , an arrangement of micromirrors (16.4), the mirror positioning of which can be adjusted, and with a secondary lens unit comprising at least one secondary optic lens (18.1), whereby the light source , primary lens unit , arrangement of micromirrors (16.4), and secondary lens unit are arranged relative to one another such that light emitted by the light source and directed by the primary lens unit to the arrangement of micromirrors (16.4) can be reflected by the arrangement of micromirrors (16.4) onto the refractive secondary lens unit , characterised in that the light module comprises a dust-proof interior , the light source , primary lens unit , and arrangement of micromirrors are located in the dust-proof interior , and the dust-proof interior is enclosed by an anterior casing , a central bearing element , a DMD chip , an initial conductor plate , the secondary lens (18.1), and a dust-proof pressure regulation membrane . the light module comprises a dust-proof interior , the light source , primary lens unit , and arrangement of micromirrors are located in the dust-proof interior , and the dust-proof interior is enclosed by an anterior casing , a central bearing element , a DMD chip , an initial conductor plate , the secondary lens (18.1), and a dust-proof pressure regulation membrane .