mhurhangee/ep-ind-claims huggingface dataset:
An oral solid pharmaceutical composition comprising pellets which comprise: a) a core consisting of an inert bead covered with a layer consisting of omeprazole or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, disodium phosphate dihydrate and talc; b) at least an intermediate layer; and c) an enteric coating layer comprising an enteric polymer; and characterized in that the weight percentage of the enteric coating layer is between 20% (w/w) and 40% (w/w) with respect to the total weight of the pellet and wherein the inert bead has a diameter average size lying between about 0.5 mm and 0.9 mm. a) a core consisting of an inert bead covered with a layer consisting of omeprazole or a pharmaceutically acceptable salt thereof, hydroxypropylmethylcellulose, disodium phosphate dihydrate and talc; b) at least an intermediate layer; and c) an enteric coating layer comprising an enteric polymer;
A method for determining the actual position of a user equipment among a plurality of possible positions, each possible position being associated with a predetermined vector describing a power of signals received at this position from a plurality of base stations, the method comprising the following steps; a step of determining a received vector describing a power of signals received from the plurality of base stations by the user equipment, and a step of independent component analysis of the received vector in order to obtain a uncorrelated vector containing only the most important measurements of the signals received from the plurality of base stations, and a step of determining an uncorrelated intersection vector containing only the description of the power of signals received from the base stations part of the uncorrelated vector and the predetermined vector a step of determining for each possible position a distance between the uncorrelated intersection and the predetermined vector associated with this position, and a step of determining the position of the user equipment by using at least one of the distances associated to the possible positions wherein the step of determination of the position is also configured to determine the barycenter of at least one of the possible positions weighting by the distances associated to the possible positions depending on the predetermined vector describing a power of signals received in different positions. a step of determining a received vector describing a power of signals received from the plurality of base stations by the user equipment, and a step of independent component analysis of the received vector in order to obtain a uncorrelated vector containing only the most important measurements of the signals received from the plurality of base stations, and
A method for calibrating a temperature sensor in an apparatus for the layer-by-layer formation of a three-dimensional object from particulate material, the method comprising: (a) distributing a layer of the particulate material to form a build bed surface; (b) defining a reference area within the build bed surface; (c) providing a temperature sensor and a heat source (20, 36) above the reference area, the temperature sensor comprising a plurality of pixels configured to measure the temperature of the reference area; (d) selecting a first pixel (P R) and a second pixel (Pi) to form a first reference pair of pixels (P R, P i) of the temperature sensor to detect the temperature of corresponding first and second regions (V R, Vi) within the reference area; (e) operating the heat source (20, 36) to heat the reference area over a duration of time, while monitoring, using the reference pair of pixels (P R, Pi), the temperature of the two regions (V R, Vi), wherein the heat source (20, 36) causes a temperature difference between the two regions (V R, Vi) such that the first and second pixels (P R, Pi) detect respective different temperatures over the duration of time; and (f) determining the onset of melting of the particulate material from the evolution of the temperature difference over the duration of time; and applying the onset of melting as determined in step (f) as a set point for subsequent measurements of the temperature sensor. (a) distributing a layer of the particulate material to form a build bed surface; (b) defining a reference area within the build bed surface; (c) providing a temperature sensor and a heat source (20, 36) above the reference area, the temperature sensor comprising a plurality of pixels configured to measure the temperature of the reference area; (d) selecting a first pixel (P R) and a second pixel (Pi) to form a first reference pair of pixels (P R, P i) of the temperature sensor to detect the temperature of corresponding first and second regions (V R, Vi) within the reference area; (e) operating the heat source (20, 36) to heat the reference area over a duration of time, while monitoring, using the reference pair of pixels (P R, Pi), the temperature of the two regions (V R, Vi), wherein the heat source (20, 36) causes a temperature difference between the two regions (V R, Vi) such that the first and second pixels (P R, Pi) detect respective different temperatures over the duration of time; and (f) determining the onset of melting of the particulate material from the evolution of the temperature difference over the duration of time; and
Process for the preparation of a make-up product which consists in mixing the following three phases: - an emulsion of fats for cosmetic use; - a mixture of colouring powders; and - a solvent for cosmetic use; optionally sizing the mixture thus obtained, placing the mixture over another cosmetic product and drying the mixture. - an emulsion of fats for cosmetic use; - a mixture of colouring powders; and - a solvent for cosmetic use;
Unconsolidated material anchor device, consisting of an elongate continuous open box construction as a continuous beam with a triangle-shaped cross-section comprising a first wall surface, second wall surface and third wall surface, wherein the first wall surface in its lower end area which is introduced into unconsolidated materials is extended beyond connecting areas (5a, 5b) with the two adjacent second and third wall surfaces (10, 15) whereby two cantilevered wall surfaces (8a, 8b) are formed, characterized in that in a lower area of the connecting area between the second and third wall surface (10, 15) an anchor pile for an anchor line is arranged. wherein the first wall surface in its lower end area which is introduced into unconsolidated materials is extended beyond connecting areas (5a, 5b) with the two adjacent second and third wall surfaces (10, 15) whereby two cantilevered wall surfaces (8a, 8b) are formed, characterized in that in a lower area of the connecting area between the second and third wall surface (10, 15) an anchor pile for an anchor line is arranged.
Electrical switching device with a base part for receiving an electric circuit board on which the electric/electronic components, necessary for realising the required functions, are arranged and wherein at least one actuating member is provided as a user interface to influence the functions, wherein the actuating member consists of a basic body which closes the interior of the base part from the top, a composite sheet which consists of at least two layers and is arranged on the main surface facing away from the base part, and a plastics cover layer which at least partly covers the basic body and/or the composite sheet, characterised in that the base part is configured in the shape of a bowl and the plastics cover layer consists of polyurethane and completely covers the composite sheet.
Screw element, comprising a threaded shank and a screw tip, which is configured on one shank end, and a screw head, which is configured on the opposite shank end and has a force-application means, and having a screw thread which runs on the threaded shank and the screw tip, wherein the screw tip, when viewed in the screw-in direction, has a front first tip portion, which tapers off towards the end of the screw element, and a second tip portion, which is adjacent to said first tip portion, having, when viewed in the cross section, a polygonal cross section, the enveloping circle diameter (d h) of which is larger than a core diameter (d k) of the first tip portion, characterized in that the first tip portion has a circular cross section and, on the transition between the first tip portion and the second tip portion, on the latter has at least one end edge face which, in relation to a longitudinal centre axis (X-X), is radially oriented in the sense of a diameter enlargement and which terminates in a vertex of the polygonal cross section, which lies on the enveloping circle of the second tip portion, and in that the screw thread is configured without interruption over the first and second tip portions (4a, 4b) of the screw tip.
A computer-implemented method for determining ploidy of a chromosomal segment in a sample of an individual, the method comprising: a. receiving allele frequency data for each SNP of a set of SNPs comprising 200 SNPs on a plurality of subsegments within the chromosomal segment, wherein within each subsegment 95% of pairwise SNP comparisons between any two SNPs within that chromosome/region have |D'| of > 95%, wherein the allele frequency data comprises the amount of each allele present in the sample at each SNP; b. generating phased allelic information for the set of SNPs by estimating the phase of the genotypic measurement data, taking into account an increased statistical correlation of SNPs within the same subsegment; c. generating individual likelihoods of allele frequencies for the set of SNPs for different ploidy states using the allele frequency data; d. generating joint likelihoods for the set of linked SNPs using the individual likelihoods and the phased allelic information; and e. selecting, based on the joint likelihoods, a best fit model indicative of chromosomal ploidy, thereby determining the ploidy of the chromosomal segment. a. receiving allele frequency data for each SNP of a set of SNPs comprising 200 SNPs on a plurality of subsegments within the chromosomal segment, wherein within each subsegment 95% of pairwise SNP comparisons between any two SNPs within that chromosome/region have |D'| of > 95%, wherein the allele frequency data comprises the amount of each allele present in the sample at each SNP; b. generating phased allelic information for the set of SNPs by estimating the phase of the genotypic measurement data, taking into account an increased statistical correlation of SNPs within the same subsegment; c. generating individual likelihoods of allele frequencies for the set of SNPs for different ploidy states using the allele frequency data; d. generating joint likelihoods for the set of linked SNPs using the individual likelihoods and the phased allelic information; and e. selecting, based on the joint likelihoods, a best fit model indicative of chromosomal ploidy, thereby determining the ploidy of the chromosomal segment.
Assembly plug for mounting an anchor sleeve to a formwork for concrete-casting the anchor sleeve in a concrete structure to be produced, having a conical base body, the front end of which has a threaded shaft which can be screwed into the anchor sleeve and the rear end of which has a drive profile for a turning tool, comprising a passage which axially extends through the base body and the threaded shaft for mounting the assembly plug to the formwork, and comprising an annular stop surface for the anchor sleeve, which stop surface is disposed at the front end of the base body and projects in a radial direction past the threaded shaft, characterized in that the conical base body has two length portions (30; 32) of different conicity and different axial length which continuously merge into one another, wherein a front length portion of the two length portions (30, 32) is more conical than the rear length portion of the two length portions (30, 32), wherein the rear length portion has a length which corresponds to the threaded shaft or is shorter than the threaded shaft, and wherein the conicity of the rear length portion is designed in such a way that a wall section close to the surface of a recess to be produced by the assembly plug in the concrete structure can be made to be approximately perpendicular to the surface of the concrete structure to be produced.
A device for delivering medicament into skin of a patient, the device comprising: a filling member (43, 143) including: a first conduit (12, 112) that fluidly communicates with a reservoir; and a second conduit (14, 114) that fluidly communicates with the first conduit and a pump; wherein the filling member (43, 143) provides two-way medicament flow that: enters the reservoir via the first conduit; exits the reservoir into the first conduit and the second conduit; and exits the second conduit to the pump, characterized in that the device further comprises a housing including a base with a filling opening (20, 120, 220), the housing including: the pump that controls flow of the medicament to the patient; the reservoir that houses the medicament; the filling member (43, 143) that transports the medicament; and a septum (18, 118, 218) disposed between the filling opening (20, 120, 220) and the filling member (43, 143), the septum (18, 118, 218) sealing the filling opening (20, 120, 220); wherein the filling member (43, 143) includes a region (22, 122) adjacent to the septum (18, 118, 218), the region being in fluid communication with both the reservoir and the pump. a filling member (43, 143) including: a first conduit (12, 112) that fluidly communicates with a reservoir; and a second conduit (14, 114) that fluidly communicates with the first conduit and a pump; a first conduit (12, 112) that fluidly communicates with a reservoir; and a second conduit (14, 114) that fluidly communicates with the first conduit and a pump; wherein the filling member (43, 143) provides two-way medicament flow that: enters the reservoir via the first conduit; exits the reservoir into the first conduit and the second conduit; and exits the second conduit to the pump, enters the reservoir via the first conduit; exits the reservoir into the first conduit and the second conduit; and exits the second conduit to the pump, characterized in that the device further comprises a housing including a base with a filling opening (20, 120, 220), the housing including: the pump that controls flow of the medicament to the patient; the reservoir that houses the medicament; the filling member (43, 143) that transports the medicament; and a septum (18, 118, 218) disposed between the filling opening (20, 120, 220) and the filling member (43, 143), the septum (18, 118, 218) sealing the filling opening (20, 120, 220); the pump that controls flow of the medicament to the patient; the reservoir that houses the medicament; the filling member (43, 143) that transports the medicament; and a septum (18, 118, 218) disposed between the filling opening (20, 120, 220) and the filling member (43, 143), the septum (18, 118, 218) sealing the filling opening (20, 120, 220); wherein the filling member (43, 143) includes a region (22, 122) adjacent to the septum (18, 118, 218), the region being in fluid communication with both the reservoir and the pump.
A method implemented by one or more processors, the method comprising: determining that a user is requesting that a controllable device, disposed within an environment of the user, be configured for responding to an input gesture, wherein the input gesture is a user input provided to a touch screen display of a computing device when a graphical representation of the controllable device is portrayed at the touch screen display of the computing device; processing image data received from the computing device, wherein the image data is based on an output of a camera of the computing device when the camera is directed at the controllable device; determining, based on processing the image data, an adjustable setting of the controllable device, wherein the adjustable setting, when modified, alters at least one state of the controllable device; and causing, based on determining the adjustable setting of the controllable device, data associated with the user to characterize a correlation between the input gesture and the adjustable setting of the controllable device, wherein the computing device is configured to receive the input gesture at the touch screen display and cause a command to be provided to the controllable device to modify the at least one state of the controllable device. determining that a user is requesting that a controllable device, disposed within an environment of the user, be configured for responding to an input gesture, wherein the input gesture is a user input provided to a touch screen display of a computing device when a graphical representation of the controllable device is portrayed at the touch screen display of the computing device; processing image data received from the computing device, wherein the image data is based on an output of a camera of the computing device when the camera is directed at the controllable device; determining, based on processing the image data, an adjustable setting of the controllable device, wherein the adjustable setting, when modified, alters at least one state of the controllable device; and causing, based on determining the adjustable setting of the controllable device, data associated with the user to characterize a correlation between the input gesture and the adjustable setting of the controllable device, wherein the computing device is configured to receive the input gesture at the touch screen display and cause a command to be provided to the controllable device to modify the at least one state of the controllable device.
A rechargeable battery, comprising: a housing comprising a terminal hole (H1, H2) in a first surface of the housing; an electrode assembly housed inside the housing; a current collector (25, 27) electrically connected to the electrode assembly; a terminal (21, 22) arranged to extend from inside the housing to outside the housing through the terminal hole (H1, H2), wherein the terminal comprises a portion inside the housing that is electrically connected to the current collector (25, 27) and a portion that is outside of the housing; a sealing member formed around a portion of the terminal (21, 22) so as to seal the terminal hole (H1, H2); wherein the terminal (21, 22) is arranged such the portion of the terminal (21, 22) inside the housing does not overlap with the first surface of the housing when considered in a direction normal to the first surface; wherein the housing comprises a first seal part arranged on an inner surface of the housing that defines the terminal hole (H1, H2); and the sealing member comprises a second seal part for engagement with the first seal part. wherein: the first seal part comprises a series of alternately disposed concave and convex portions along an inner surface of the housing that defines the terminal hole (H1, H2); and the second seal part comprises a corresponding series of alternately disposed concave and convex portions for engagement with the first seal part. a housing comprising a terminal hole (H1, H2) in a first surface of the housing; an electrode assembly housed inside the housing; a current collector (25, 27) electrically connected to the electrode assembly; a terminal (21, 22) arranged to extend from inside the housing to outside the housing through the terminal hole (H1, H2), wherein the terminal comprises a portion inside the housing that is electrically connected to the current collector (25, 27) and a portion that is outside of the housing; a sealing member formed around a portion of the terminal (21, 22) so as to seal the terminal hole (H1, H2); wherein the terminal (21, 22) is arranged such the portion of the terminal (21, 22) inside the housing does not overlap with the first surface of the housing when considered in a direction normal to the first surface; wherein the housing comprises a first seal part arranged on an inner surface of the housing that defines the terminal hole (H1, H2); and the sealing member comprises a second seal part for engagement with the first seal part. wherein: the first seal part comprises a series of alternately disposed concave and convex portions along an inner surface of the housing that defines the terminal hole (H1, H2); and the second seal part comprises a corresponding series of alternately disposed concave and convex portions for engagement with the first seal part.
An optical element comprising: a conversion layer provided with a light-incidence surface including an uneven surface, the conversion layer being configured to receive light that is incident on the uneven surface and output the light from the uneven surface as light in a different state than the incident light; and a metal piece layer configured by a plurality of metal pieces to cover at least part of the uneven surface, wherein: the light-incidence surface further includes a flat surface which is flatter than the uneven surface; the uneven surface includes a plurality of convexities; the optical element being characterized in that: at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer; and in the plurality of metal pieces, the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. a conversion layer provided with a light-incidence surface including an uneven surface, the conversion layer being configured to receive light that is incident on the uneven surface and output the light from the uneven surface as light in a different state than the incident light; and a metal piece layer configured by a plurality of metal pieces to cover at least part of the uneven surface, wherein: the light-incidence surface further includes a flat surface which is flatter than the uneven surface; the uneven surface includes a plurality of convexities; the optical element being characterized in that: at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer; and in the plurality of metal pieces, the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. the light-incidence surface further includes a flat surface which is flatter than the uneven surface; the uneven surface includes a plurality of convexities; the optical element being characterized in that: at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer; and in the plurality of metal pieces, the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less. at least part of the plurality of convexities is located at a lower level than the flat surface in a thickness direction of the conversion layer; and in the plurality of metal pieces, the distance between the metal pieces adjacent to each other is within the range of 0.01 μm or more to 0.1 μm or less.
An efficient waterborne nano-silicon rubber sealing waterproof agent, characterized in that the waterproof agent comprises following components in parts by weight: 10-90 parts of nano-silica gel, 10∼100 parts of nano-diatomaceous earth, 5-150 parts of nano polyurethane, 15-200 parts of nano inorganic dry powder, 10-100 parts of nano methyl cellulose, 10-150 parts of a chelating agent, 15-200 parts of an expansion agent, 10-250 parts of a strengthening agent, 5-100 parts of an antifreezing agent, 2-150 parts of a heat-resistant agent, and 10-100 parts of an acid and alkali-resistant agent. 10-90 parts of nano-silica gel, 10∼100 parts of nano-diatomaceous earth, 5-150 parts of nano polyurethane, 15-200 parts of nano inorganic dry powder, 10-100 parts of nano methyl cellulose, 10-150 parts of a chelating agent, 15-200 parts of an expansion agent, 10-250 parts of a strengthening agent, 5-100 parts of an antifreezing agent, 2-150 parts of a heat-resistant agent, and 10-100 parts of an acid and alkali-resistant agent.