mhurhangee/ep-ind-claims huggingface dataset:
A leadless atrial pacing device comprising a housing configured for implantation within the atrium, wherein the housing encloses: a signal generator module configured to deliver pacing pulses to an atrium; a sensing and processing module (120, 126) configured to: detect a ventricular activation event and an atrial activation event that preceded the ventricular activation event; determine a length of an interval between the ventricular activation event and the atrial activation event; schedule a time at which to deliver a pacing pulse to the atrium based on the length of the interval; and control the signal generator module to deliver the pacing pulse at the scheduled time; and the housing further enclosing a sensor that senses far-field R waves and/or heart sounds indicative of the ventricular activation event and the processing module detects the ventricular activation event in response thereto. a signal generator module configured to deliver pacing pulses to an atrium; a sensing and processing module (120, 126) configured to: detect a ventricular activation event and an atrial activation event that preceded the ventricular activation event; determine a length of an interval between the ventricular activation event and the atrial activation event; schedule a time at which to deliver a pacing pulse to the atrium based on the length of the interval; and control the signal generator module to deliver the pacing pulse at the scheduled time; and the housing further enclosing detect a ventricular activation event and an atrial activation event that preceded the ventricular activation event; determine a length of an interval between the ventricular activation event and the atrial activation event; schedule a time at which to deliver a pacing pulse to the atrium based on the length of the interval; and control the signal generator module to deliver the pacing pulse at the scheduled time; and the housing further enclosing a sensor that senses far-field R waves and/or heart sounds indicative of the ventricular activation event and the processing module detects the ventricular activation event in response thereto.
A method for producing calcium carbonate, the method comprising the steps of: preparing a water dispersion of calcium hydroxide to which magnesium hydroxide is added, wherein an amount of the magnesium hydroxide added relative to an amount of the calcium hydroxide is 15000 to 160000 ppm; and introducing carbon dioxide gas into the water dispersion to produce a calcium carbonate. preparing a water dispersion of calcium hydroxide to which magnesium hydroxide is added, wherein an amount of the magnesium hydroxide added relative to an amount of the calcium hydroxide is 15000 to 160000 ppm; and introducing carbon dioxide gas into the water dispersion to produce a calcium carbonate.
Method for applying a waterproof coating to an at least partly resilient base body, which forms together with the waterproof coating a cushion or a squab for an item of furniture used outdoors, which comprises the following method steps: - applying a priming to the base body in such a way that the priming forms a multi-layered network structure, wherein the networks of adjacent layers run crosswise with respect to one another and the network structure completely surrounds the base body and in that case completely closes off the pores at the surface of the base body, - applying a waterproof lacquer layer to the priming, wherein the lacquer of the lacquer layer is secured by the network structure against seeping into the base body, characterised by - forming holes in the waterproof coating applied to the base body, wherein the diameters of the holes lie between 20 microns and 150 microns so that the watertightness of the coating is retained. - applying a priming to the base body in such a way that the priming forms a multi-layered network structure, wherein the networks of adjacent layers run crosswise with respect to one another and the network structure completely surrounds the base body and in that case completely closes off the pores at the surface of the base body, - applying a waterproof lacquer layer to the priming, wherein the lacquer of the lacquer layer is secured by the network structure against seeping into the base body, characterised by - forming holes in the waterproof coating applied to the base body, wherein the diameters of the holes lie between 20 microns and 150 microns so that the watertightness of the coating is retained.
A package for smoking articles and/or tobacco related articles, the package comprising at least a first compartment and a second compartment which are configured such that only one of the compartments (8, 9) is accessible at the time, wherein the package further comprises at least a first lid for opening and closing the first compartment and a second lid for opening and closing the second compartment such that the package can be opened from at least two opposite sides, wherein the first lid and the second lid are coupled to communicate with each other such that the first compartment is closed with the first lid when the second compartment is opened with the second lid and vice versa, the package further comprising a separating member between the first and the second compartment (8, 9), the package being characterized in that the separating member is attached with one side to an inner side of the first lid and with another opposite side to an inner side of the second lid.
Method for determining a tissue type of a tissue taken from an animal or human individual, in which method: - a radiation sensor detects electromagnetic radiation emitted by a tissue sample of the tissue, said radiation sensor providing a sensor signal according to the detected electromagnetic radiation, and - an analysis unit analyses the sensor signal in order to determine and output the tissue type, wherein the analysis unit is a self-learning analysis unit, which is initially trained using training datasets on the basis of at least one model based on a machine learning method, the training of said analysis unit being performed using said training datasets, which each comprise a training sensor signal with an associated training tissue type in each case, wherein the training datasets comprise the data from a plurality of different individuals which are stored in a database, characterised in that before determining the tissue type of the tissue sample of the animal or human individual by means of at least one further known dataset of the same individual, the analysis unit is trained for adaptation to the animal or human individual. - a radiation sensor detects electromagnetic radiation emitted by a tissue sample of the tissue, said radiation sensor providing a sensor signal according to the detected electromagnetic radiation, and - an analysis unit analyses the sensor signal in order to determine and output the tissue type, wherein the analysis unit is a self-learning analysis unit, which is initially trained using training datasets on the basis of at least one model based on a machine learning method, the training of said analysis unit being performed using said training datasets, which each comprise a training sensor signal with an associated training tissue type in each case, wherein the training datasets comprise the data from a plurality of different individuals which are stored in a database, characterised in that before determining the tissue type of the tissue sample of the animal or human individual by means of at least one further known dataset of the same individual, the analysis unit is trained for adaptation to the animal or human individual.
A method for setting up a linking feature for linking at least one image with a record, comprising the steps of: selecting (320, 620) said record from a plurality of records stored in a memory; comparing (330, 410, 510, 650, 680) data associated with a plurality of images with data associated with said record; enabling for display (412, 512, 660) a set of images out of said plurality of images where a portion of the data associated with the images matches the data associated with said record; choosing (414, 514, 670) at least one image out of said set of images; and linking (330, 416, 516, 685) the at least one image from said plurality of images of said record. selecting (320, 620) said record from a plurality of records stored in a memory; comparing (330, 410, 510, 650, 680) data associated with a plurality of images with data associated with said record; enabling for display (412, 512, 660) a set of images out of said plurality of images where a portion of the data associated with the images matches the data associated with said record; choosing (414, 514, 670) at least one image out of said set of images; and linking (330, 416, 516, 685) the at least one image from said plurality of images of said record.
A terminal comprising: a receiving section configured to receive downlink control information including a given field indicating a frequency domain resource assigned to a downlink shared channel; and a control section configured to control a bandwidth used for determining a number of bits of the given field, based on whether or not a control resource set for a common search space is configured based on a parameter within a master information block, MIB, characterized in that, when the control resource set is configured, the control section is configured to determine that the bandwidth is given by a size of the control resource set, wherein when the control resource set is not configured, the control section is configured to determine that the bandwidth is given by a size of an initial downlink bandwidth part, BWP. a receiving section configured to receive downlink control information including a given field indicating a frequency domain resource assigned to a downlink shared channel; and a control section configured to control a bandwidth used for determining a number of bits of the given field, based on whether or not a control resource set for a common search space is configured based on a parameter within a master information block, MIB, characterized in that, when the control resource set is configured, the control section is configured to determine that the bandwidth is given by a size of the control resource set, wherein when the control resource set is not configured, the control section is configured to determine that the bandwidth is given by a size of an initial downlink bandwidth part, BWP.
Method for recovering abrasive grains from residues containing abrasive grains, comprising the following steps: provision of residues containing abrasive grains; mechanical preconditioning of the residues containing abrasive grains from; thermal material breakdown of the preconditioned residues containing abrasive grains from; deagglomeration of the thermally broken-down residues containing abrasive grains from; separation of the deagglomerated abrasive grains from from other residues, characterised in that the thermal material breakdown according to step takes place in at least two steps, wherein step 1 comprises pyrolysis at temperatures of between 400 °C and 600 °C and step 2 comprises gasification by the supply of oxygen to the pyrolysis. provision of residues containing abrasive grains; mechanical preconditioning of the residues containing abrasive grains from; thermal material breakdown of the preconditioned residues containing abrasive grains from; deagglomeration of the thermally broken-down residues containing abrasive grains from; separation of the deagglomerated abrasive grains from from other residues, step 1 comprises pyrolysis at temperatures of between 400 °C and 600 °C and step 2 comprises gasification by the supply of oxygen to the pyrolysis.
Use of an aqueous polymer dispersion as a retention modifier in a coating colour for improving the water retention of the coating colour, the aqueous polymer dispersion having a viscosity of ≤150 mPas, measured at 40 % solids content at 25 °C, by using Brookfield LVDV viscometer with spindle 18, and comprising polymer particles having a particle size D50 less than 85 nm, measured by using Zetasizer Nano ZS, Malvern, the polymer dispersion being obtainable by free radical emulsion copolymerisation of at least monomer (a) and monomer (b), where - monomer (a) is at least one optionally substituted styrene, and - monomer (b) is at least one C1-C4-alkyl (meth)acrylate, in a reaction mixture comprising degraded starch which has an average molecular weight Mn < 1000 g/mol, determined by using size-exclusion chromatography. - monomer (a) is at least one optionally substituted styrene, and - monomer (b) is at least one C1-C4-alkyl (meth)acrylate,
Device for producing mixtures, comprising an arm, adapted to be rotated, about an axis of rotation of the arm, by drive means, the device comprising at least one whisk mounted by a pivot connection to the arm in free rotation, about an axis of rotation of the whisk distinct from the axis of rotation of the arm, the arm having a C-shape with a first radial portion having the pivot connection to the whisk, a substantially axial portion and a second radial portion, the device being characterised in that the whisk has a radial extension having an upper side at a distance separating the axis of rotation of the arm and the axis of rotation of the whisk.
Layer made of HDPE (high density polyethylene) comprising, in the dispersed form, nodules with a diameter of less than or equal to one micron comprising EVOH (ethylene-vinyl alcohol copolymer).
Fabrication method of a fuel cell comprising the following successive steps: - providing a substrate comprising: ∘ at least one membrane-electrode assembly, formed by an electrolytic membrane arranged between a first electrode and a second electrode, ∘ a first current collector arranged on the first electrode, - depositing a fluoropolymer solution on the first current collector, - making the solvent of the solution evaporate so as to form a porous thin layer of fluoropolymer. - providing a substrate comprising: ∘ at least one membrane-electrode assembly, formed by an electrolytic membrane arranged between a first electrode and a second electrode, ∘ a first current collector arranged on the first electrode, ∘ at least one membrane-electrode assembly, formed by an electrolytic membrane arranged between a first electrode and a second electrode, ∘ a first current collector arranged on the first electrode, - depositing a fluoropolymer solution on the first current collector, - making the solvent of the solution evaporate so as to form a porous thin layer of fluoropolymer.
Tank of a biogas plant or slurry tank with a tank wall made of concrete or metal, with a shell of insulating panels (2, 13) applied to the inner wall of the tank wall, which panels are bonded directly to the inner wall and are supported by the tank wall, wherein the insulating panels (2, 13) consist of styrodur panels with an elastic coating (3, 14) having acid-resistant properties which is applied to the shell of insulating plates (2, 13) in a moisture-impermeable manner, the coating (2, 13) consisting of a polyurea mixture with a proportion of 1% to 95% polyurea, and with expansion strips embedded at intervals in the coating (3, 14) in the joint region of the insulating panels (2, 13).
A method for analyzing one or more genetic samples, comprising: a. providing one or more genetic samples comprising genetic material which is DNA and has been obtained from one or more individuals less than 100 years ago, wherein each genetic sample is correlated with a unique identifier assigned to the individual from which is was procured; b. sequencing the genetic material from each of the one or more genetic samples using only non-targeted, ultra-low coverage sequencing, wherein the ultra-low coverage is determined with reference to a target genome and is 1x coverage or less of the target genome, to determine a plurality of genetic reads for each of the one or more genetic samples; c. aligning the plurality of genetic reads for each of the one or more genetic samples to one or more reference genomes, which can be the same as or different from the target genome, to produce a plurality of aligned genetic reads for each of the one or more genetic samples; and d. assigning one or more genetic samples to one or more genotypic or phenotypic groups or determining the presence of one or more allelic variants or determining relatedness to a different individual based on the aligned genetic reads, from only the non-targeted, ultra-low coverage sequencing, without imputing the genotype of the one or more genetic samples with respect to the one or more reference genomes. a. providing one or more genetic samples comprising genetic material which is DNA and has been obtained from one or more individuals less than 100 years ago, wherein each genetic sample is correlated with a unique identifier assigned to the individual from which is was procured; b. sequencing the genetic material from each of the one or more genetic samples using only non-targeted, ultra-low coverage sequencing, wherein the ultra-low coverage is determined with reference to a target genome and is 1x coverage or less of the target genome, to determine a plurality of genetic reads for each of the one or more genetic samples; c. aligning the plurality of genetic reads for each of the one or more genetic samples to one or more reference genomes, which can be the same as or different from the target genome, to produce a plurality of aligned genetic reads for each of the one or more genetic samples; and d. assigning one or more genetic samples to one or more genotypic or phenotypic groups or determining the presence of one or more allelic variants or determining relatedness to a different individual based on the aligned genetic reads, from only the non-targeted, ultra-low coverage sequencing, without imputing the genotype of the one or more genetic samples with respect to the one or more reference genomes.
A transparent molded article comprised of a polymer of the following components and, characterized in that said polymer further comprises the following components and, Component being an isocyanate terminal prepolymer in the form of a reaction product of an aliphatic diisocyanate having an intramolecular cyclic structure and a diol having an average molecular weight of 300-2,500, Component being one or more aromatic diamines denoted by general formula, wherein in general formula, R 1, R 2 and R 3 are each independently any of a methyl, ethyl or thiomethyl group, Component being one or more phosphoric acid monoesters denoted by general formula, wherein in general formula, R 4 is an alkyl group with a carbon number of 1-10 and n 1 is 1 or 2, and Component being one or more phosphoric acid diesters denoted by general formula, wherein in general formula, R 5 and R 6 are each independently an alkyl group with a carbon number of 1-10 and n 2 and n 3 are 1 or 2;
Apparatus for a motor vehicle lock comprising a receiving means for a locking bolt, wherein the receiving means has an entry area and an end area with at least one damping element, which may receive a contact force from the locking bolt, wherein the damping element has at least one opening, in which there is provided at least one insert that is more inherently stable than the damping element, characterized in that the opening is formed as a blind hole and the more inherently stable insert is formed in the manner of a plastic pin.
A panel for a cooking hob, the panel being formed of an electrically and thermally insulative material, the panel comprising: an upper surface which provides a cooking surface in use; a lower surface which is opposed to the upper surface; the upper surface having a plurality of rows of plural resistors arrayed across the upper surface; the lower surface having a plurality of rows of plural resistors arrayed across the lower surface corresponding to the rows of plural resistors arrayed across the upper surface; and plural electrically conductive pins extending from the upper surface into the body of the panel towards the lower surface, each pin being electrically connected at a first end to a junction between a respective pair of serially connected resistors of the upper surface; wherein the resistors in each row of the upper surface are normally electrically connected in series with each other and the resistors in each row of the lower surface are normally not electrically connected with each other; each pin being arranged such that when heat is applied to a region of the upper surface corresponding to the first end of the pin, the pin expands such that the second end of the pin makes an electrical connection to the corresponding pair of resistors of the lower surface, thereby electrically connecting said pair of resistors of the lower surface in series with each other and with the corresponding pair of resistors of the upper surface. an upper surface which provides a cooking surface in use; a lower surface which is opposed to the upper surface; the upper surface having a plurality of rows of plural resistors arrayed across the upper surface; the lower surface having a plurality of rows of plural resistors arrayed across the lower surface corresponding to the rows of plural resistors arrayed across the upper surface; and plural electrically conductive pins extending from the upper surface into the body of the panel towards the lower surface, each pin being electrically connected at a first end to a junction between a respective pair of serially connected resistors of the upper surface; wherein the resistors in each row of the upper surface are normally electrically connected in series with each other and the resistors in each row of the lower surface are normally not electrically connected with each other; each pin being arranged such that when heat is applied to a region of the upper surface corresponding to the first end of the pin, the pin expands such that the second end of the pin makes an electrical connection to the corresponding pair of resistors of the lower surface, thereby electrically connecting said pair of resistors of the lower surface in series with each other and with the corresponding pair of resistors of the upper surface.