mhurhangee/ep-ind-claims huggingface dataset:
A method of operating an aerosol generating device, comprising: recording a period of active use of the device; detecting a puff inhaled by a user; characterised in that the method further comprises the steps of: determining if a battery-level notification had been provided to the user in the said period before the puff detection; determining a battery-level of the device if no notification had been provided previously; and generating an indication on the device for the user if the determined battery-level is below a predetermined level. recording a period of active use of the device; detecting a puff inhaled by a user; characterised in that the method further comprises the steps of: determining if a battery-level notification had been provided to the user in the said period before the puff detection; determining a battery-level of the device if no notification had been provided previously; and generating an indication on the device for the user if the determined battery-level is below a predetermined level. determining if a battery-level notification had been provided to the user in the said period before the puff detection; determining a battery-level of the device if no notification had been provided previously; and generating an indication on the device for the user if the determined battery-level is below a predetermined level.
A passive microfluidic device for performing an assay comprising: an inlet; an outlet; a channel extending between the inlet and the outlet; two or more detection zones, each located at a position along the length of the channel, and two or more reagent deposits, wherein each reagent deposit comprises a flow control reagent and each is located at a discrete position within the channel, wherein each flow control reagent is hydrophilic, water-soluble and/or enzymatically degradable such that the flow-control reagent is picked up by a fluid flowing through the channel so as to increase or decrease the flow rate of the fluid; and wherein the two or more reagent deposits comprise a first reagent deposit and a second reagent deposit, the first reagent deposit comprising a flow-control reagent that is a delay reagent and being located within the channel between two of the detection zones.
A stuffed pancake mix composition, comprising 25 to 30% by weight of modified tapioca starch, 0.1 to 0.3% by weight of inactive dry yeast, and 0.5 to 1.5% by weight of rapid-acting baking powder, based on the total weight of the composition for the preparation of stuffed pancake without a fermentation process.
A wind turbine blade comprising: - a load carrying structure including at least a first spar cap, and - an aerodynamic shell having an outer surface forming at least part of an exterior surface of the wind turbine blade and an inner surface, wherein - the load carrying structure is connected to the aerodynamic shell, wherein - the aerodynamic shell comprises a first recess at the inner surface of the blade shell, - wherein the aerodynamic shell comprises a first thickened part at a first side of the first recess and a second thickened part at a second side of the first recess, and - the first spar cap is arranged in the first recess of the aerodynamic shell, - wherein the first side of the spar cap substantially abuts or adjoins the first side of the recess, and the second side of the spar cap substantially abuts or adjoins the second side of the recess, - wherein the aerodynamic shell and the first spar cap are manufactured and pre-cured separately, and - wherein a cavity is formed between an inner surface of the recess and a first surface of the spar cap with the spar cap being connected to the recess of the shell via an adhesive filling the cavity, characterized in that - the first recess is tapered towards the first side of the recess and tapered towards the second side of the recess, and in that - the first spar cap is tapered towards a first side of the spar cap and further is tapered towards a second side of the spar cap. - a load carrying structure including at least a first spar cap, and - an aerodynamic shell having an outer surface forming at least part of an exterior surface of the wind turbine blade and an inner surface, wherein - the load carrying structure is connected to the aerodynamic shell, wherein - the aerodynamic shell comprises a first recess at the inner surface of the blade shell, - wherein the aerodynamic shell comprises a first thickened part at a first side of the first recess and a second thickened part at a second side of the first recess, and - the first spar cap is arranged in the first recess of the aerodynamic shell, - wherein the first side of the spar cap substantially abuts or adjoins the first side of the recess, and the second side of the spar cap substantially abuts or adjoins the second side of the recess, - wherein the aerodynamic shell and the first spar cap are manufactured and pre-cured separately, and - wherein a cavity is formed between an inner surface of the recess and a first surface of the spar cap with the spar cap being connected to the recess of the shell via an adhesive filling the cavity, characterized in that - the first recess is tapered towards the first side of the recess and tapered towards the second side of the recess, and in that - the first spar cap is tapered towards a first side of the spar cap and further is tapered towards a second side of the spar cap.
An image processing apparatus comprising: setting means configured to execute a layout setting on first image data; determination means configured to determine whether to execute the layout setting that is executed on the first image data, on a layout of second image data to be combined with the first image data image processing means (S2009, S2010) configured, if it is determined, as a result of determination by the determination means, that the layout setting executed on the first image data is executed on the layout of the second image data, to execute image processing on the second image data with the layout setting executed on the first image data being set for the layout of the second image data, and if it is determined, as a result of determination by the determination means, that the layout setting executed on the first image data is not executed on the layout of the second image data, to execute image processing on the second image data without the layout setting executed on the first image data for the layout of the second image data; and output means (321, S2011) configured to form an image of the first image data that has been processed according to the layout setting set by the setting means, to output the first image data on a printing sheet by using color toners, to form an image of the second image data that has been processed by the image processing means, and to output the second image data on the printing sheet on which the first image data has been output by using a transparent toner. setting means configured to execute a layout setting on first image data; determination means configured to determine whether to execute the layout setting that is executed on the first image data, on a layout of second image data to be combined with the first image data image processing means (S2009, S2010) configured, if it is determined, as a result of determination by the determination means, that the layout setting executed on the first image data is executed on the layout of the second image data, to execute image processing on the second image data with the layout setting executed on the first image data being set for the layout of the second image data, and if it is determined, as a result of determination by the determination means, that the layout setting executed on the first image data is not executed on the layout of the second image data, to execute image processing on the second image data without the layout setting executed on the first image data for the layout of the second image data; and output means (321, S2011) configured to form an image of the first image data that has been processed according to the layout setting set by the setting means, to output the first image data on a printing sheet by using color toners, to form an image of the second image data that has been processed by the image processing means, and to output the second image data on the printing sheet on which the first image data has been output by using a transparent toner.
A method of reducing distortion in an additively manufactured part, comprising: forming a part, shrinking supports, and a shrinking platform, the part and the shrinking supports being deposited on the shrinking platform, each of the part, the shrinking supports, and the shrinking platform comprising metal particles and a debindable matrix; forming a part release layer between the part and the shrinking platform, the part release layer comprising a material that powderizes when the part, the shrinking supports, and the shrinking platform are sintered; and sintering the part, the shrinking supports and the shrinking platform; wherein, during sintering, the part, the shrinking supports, and the shrinking platform are held in relative position with respect to one another. forming a part, shrinking supports, and a shrinking platform, the part and the shrinking supports being deposited on the shrinking platform, each of the part, the shrinking supports, and the shrinking platform comprising metal particles and a debindable matrix; forming a part release layer between the part and the shrinking platform, the part release layer comprising a material that powderizes when the part, the shrinking supports, and the shrinking platform are sintered; and sintering the part, the shrinking supports and the shrinking platform; wherein, during sintering, the part, the shrinking supports, and the shrinking platform are held in relative position with respect to one another.
A blood vessel extraction apparatus comprising: an image processing unit which extracts from medical volume data, a blood vessel in the medical volume data by using a convolutional neural network, wherein the convolutional neural network includes a convolutional unit having a1: a first path including a plurality of convolutional layers, to which, data for a first target region including some target voxels in the medical volume data, is input at a first resolution, a2: a second path including a plurality of convolutional layers, to which, data for a second target region including some target voxels in the medical volume data, is input at a second resolution, and b: an output unit having a neural net structure, which outputs numerical values related to visualization of the target voxels with an output result of the first path and the second path as input data wherein the convolutional neural network further includes one of c1: a first additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a first range, is input, or c2: a second additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a second range, is input. an image processing unit which extracts from medical volume data, a blood vessel in the medical volume data by using a convolutional neural network, wherein the convolutional neural network includes a convolutional unit having a1: a first path including a plurality of convolutional layers, to which, data for a first target region including some target voxels in the medical volume data, is input at a first resolution, a2: a second path including a plurality of convolutional layers, to which, data for a second target region including some target voxels in the medical volume data, is input at a second resolution, and b: an output unit having a neural net structure, which outputs numerical values related to visualization of the target voxels with an output result of the first path and the second path as input data c1: a first additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a first range, is input, or c2: a second additional path including a plurality of convolutional layers, to which, data for a target region including some target voxels in the medical volume data, in which CT values of the medical volume data have been clipped within a second range, is input.
A polyacetal resin composition comprising 100 parts by weight of a polyacetal copolymer resin, 0.1 to 1.0 parts by weight of a hindered phenol-based antioxidant, 0.1 to 2.0 parts by weight of a divalent metal oxide, and 0.5 to 3.0 parts by weight of an alkylene oxide adduct of an alkylamine and/or an alkylene oxide adduct of an alkylene diamine. 0.1 to 1.0 parts by weight of a hindered phenol-based antioxidant, 0.1 to 2.0 parts by weight of a divalent metal oxide, and 0.5 to 3.0 parts by weight of an alkylene oxide adduct of an alkylamine and/or an alkylene oxide adduct of an alkylene diamine.
A suspension assembly for a vehicle; the suspension assembly comprising an upper arm; a lower arm; and a spring, preferably an air spring, having a first lower end and a second upper end; the spring being connected to the upper arm by means of a first articulated joint, in particular a cylindrical articulated joint; the suspension assembly comprising a fourth articulated joint, in particular spherical, housed on the upper arm and configured to connect the upper arm to a hub assembly of the vehicle; and a fifth articulated joint, in particular cylindrical, housed on the upper arm to connect the upper arm to a support structure of the vehicle, preferably a sub-frame or a frame of the vehicle; characterized by the fourth articulated joint being arranged along the upper arm between the first articulated joint and the fifth articulated joint.
Electrode suitable for oxygen evolution in electrolytic processes comprising a valve metal substrate, a catalytic layer, a protective layer consisting of valve metal oxides interposed between said substrate and said catalytic layer and an external layer of valve metal oxides, said catalytic layer comprising mixed oxides of iridium, of tin and of at least one doping element M selected between bismuth and tantalum, the molar ratio Ir:(Ir+Sn) ranging from 0.25 to 0.55 and the molar ratio M:(Ir+Sn+M) ranging from 0.02 to 0.15.
A process for the production of a composition comprising anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form, wherein the ratio of the total masses of said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form within said composition ranges from:(1.8:6):(0.5-5):1:(0.5-5.5) encompassing the following steps: (a) making or providing (i) a juice or (ii) an extract or (iii) a juice as well as an extract wherein (i) said juice or respectively (ii) said extract or (iii) said total of juice and extract is produced from fruits of Vaccinium myrtillus L, and (i) said juice or respectively (ii) said extract or (iii) the total of juice and extract comprises all anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form and sugar, (b) separating (i) said juice or respectively (ii) said extract or (iii) said total of juice and extract, in order to obtain in case of (i) and (ii) a respective mixture enriched in said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form - calculated on the respective total masses of dry matter - and in case of (iii) to obtain two mixtures from which at least one is enriched in said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form, wherein the ratio of the total masses of said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form in case of (i) and (ii) within the respective mixture and in case of (iii) in the total of both mixtures ranges from:(1.8:6):(0.5-5):1:(0.5-5.5) (a) making or providing (i) a juice or (ii) an extract or (iii) a juice as well as an extract wherein (i) said juice or respectively (ii) said extract or (iii) said total of juice and extract is produced from fruits of Vaccinium myrtillus L, and (i) said juice or respectively (ii) said extract or (iii) the total of juice and extract comprises all anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form and sugar, (i) a juice or (ii) an extract or (iii) a juice as well as an extract (b) separating (i) said juice or respectively (ii) said extract or (iii) said total of juice and extract, in order to obtain in case of (i) and (ii) a respective mixture enriched in said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form - calculated on the respective total masses of dry matter - and in case of (iii) to obtain two mixtures from which at least one is enriched in said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form, wherein the ratio of the total masses of said anthocyans of delphinidine, cyanidine, petunidine, peonidine and malvidine type in its glyosidic form in case of (i) and (ii) within the respective mixture and in case of (iii) in the total of both mixtures ranges from:(1.8:6):(0.5-5):1:(0.5-5.5)
A method for producing a transdermal therapeutic system which has at least one electronic component, comprising - coating a process film with a pressure-sensitive adhesive, - applying prefabricated electronic components to the adhesive layer, - covering the adhesive layer and the electronic components applied thereto with a covering film, wherein the process film, adhesive and covering film are selected such that the adhesive adheres more strongly to the covering film than to the process film and the adhesive film when the covering film is pulled off tears at the edges of the applied electronic components, - pulling off the covering film, - finally forming the process film which is supplied with the electronic components into rolls, or concertina-folding of the process film which is supplied with the electronic components, - dispensing the electronic components from the process film which is supplied with the electronic components, and - transferring the electronic components to transdermal therapeutic systems or the immediate precursor thereof. - coating a process film with a pressure-sensitive adhesive, - applying prefabricated electronic components to the adhesive layer, - covering the adhesive layer and the electronic components applied thereto with a covering film, wherein the process film, adhesive and covering film are selected such that the adhesive adheres more strongly to the covering film than to the process film and the adhesive film when the covering film is pulled off tears at the edges of the applied electronic components, - pulling off the covering film, - finally forming the process film which is supplied with the electronic components into rolls, or concertina-folding of the process film which is supplied with the electronic components, - dispensing the electronic components from the process film which is supplied with the electronic components, and - transferring the electronic components to transdermal therapeutic systems or the immediate precursor thereof.
An endoscope tray comprising an interior for storage of an endoscope, the interior having an upstanding element having a top surface; a plurality of apertures disposed on at least a portion of the top surface of the upstanding element to facilitate drainage of fluids; the interior having a bottom surface also having the plurality of apertures disposed thereon; a sidewall and a rim disposed about the interior of the tray; and a lid comprising at least one valve and configured to engage the rim, wherein the at least one valve is an exhaust valve and a release valve.
A resin composition comprising: an inorganic filler comprising an aluminosilicate having a silicon atom content of from 9 to 23% by mass, an aluminum atom content of from 21 to 43% by mass, and an average particle diameter of from 0.5 to 10 μm; and one or more thermosetting compounds selected from the group consisting of an epoxy resin, a cyanate compound, a maleimide compound, a phenolic resin, an acrylic resin, a polyamide resin, a polyamideimide resin, and a thermosetting polyimide resin, wherein a content of the inorganic filler is from 250 to 800 parts by mass based on 100 parts by mass of resin solid content. an inorganic filler comprising an aluminosilicate having a silicon atom content of from 9 to 23% by mass, an aluminum atom content of from 21 to 43% by mass, and an average particle diameter of from 0.5 to 10 μm; and one or more thermosetting compounds selected from the group consisting of an epoxy resin, a cyanate compound, a maleimide compound, a phenolic resin, an acrylic resin, a polyamide resin, a polyamideimide resin, and a thermosetting polyimide resin, wherein a content of the inorganic filler is from 250 to 800 parts by mass based on 100 parts by mass of resin solid content.
Composition comprising at least one organosilicone compound, at least one crosslinker, and a catalyst, wherein the catalyst comprises a metal salt of a carboxylic acid which is a zinc salt of one or more branched saturated carboxylic acids with six to nineteen carbon atoms, and a metal salt of a carboxylic acid selected from a bismuth salt, a calcium salt, a potassium salt, a lithium salt, a magnesium salt and a sodium salt, each of one or more branched saturated carboxylic acids having six to nineteen carbon atoms.