mhurhangee/ep-ind-claims huggingface dataset:
A method for making a conductive pre-impregnated composite sheet, said method comprising: joining a nanomaterial composite sheet, a fiber-reinforcing sheet, and a resin film to form a combined sheet in which said nanomaterial composite sheet is located between said resin film and said fiber-reinforcing sheet, wherein: said nanomaterial composite sheet is electrically conductive and comprises: a nonwoven carbon fiber veil having a first surface and a second surface, opposite said first surface; a conductive nanomaterial structure coupled to said first surface of said nonwoven carbon fiber veil, said conductive nanomaterial structure being opaque to a first electromagnetic radiation having a frequency greater than 100 MHz; and a metallic coating coupled to said second surface of said nonwoven carbon fiber veil, said metallic coating being opaque to a second electromagnetic radiation having a frequency less than 100 MHz; heating said combined sheet; compacting said combined sheet; cooling said combined sheet; and forming said conductive pre-impregnated composite sheet. said nanomaterial composite sheet is electrically conductive and comprises: a nonwoven carbon fiber veil having a first surface and a second surface, opposite said first surface; a conductive nanomaterial structure coupled to said first surface of said nonwoven carbon fiber veil, said conductive nanomaterial structure being opaque to a first electromagnetic radiation having a frequency greater than 100 MHz; and a metallic coating coupled to said second surface of said nonwoven carbon fiber veil, said metallic coating being opaque to a second electromagnetic radiation having a frequency less than 100 MHz; heating said combined sheet; compacting said combined sheet; cooling said combined sheet; and forming said conductive pre-impregnated composite sheet.
A computer-implemented method of overlaying two images on an electronic display (12, 204), determining an overlay area between a base image and an overlaid image; determining a number of feature points in the overlay area of the base image; determining a number of feature points in the overlay area of the overlaid image; characterized by: comparing the number of feature points in the overlay area of each of the base image and the overlaid image; determining a transparency value for the overlaid image based on the comparison; and displaying the base image and overlaid image on an electronic display (12, 204), such that the overlaid image is overlaid on the base image, with a transparency of the overlaid image being based on the determined transparency value. comparing the number of feature points in the overlay area of each of the base image and the overlaid image;
A mask bead for a patient interface, consisting of a contact area to a mask body, a nose bridge area having a width, in the transition area to the side area, side areas, a base area and a bearing area on the patient, wherein the bearing area extends from the side areas and the base area and the nose bridge area to an opening and wherein the bearing area is designed as a sealing lip which frames the central opening which serves at least for the introduction of the nose of the patient, wherein the mask bead has a maximum width and the ratio of the widths B1 to B2 is one to three or greater, wherein a height of the mask bead in the nose bridge area, measured from the contact area to the bearing area, is always the same as or greater than the height of the mask bead in the side area, measured from the contact area to the bearing area, characterized in that the height in the nose bridge area is in the range of 18 - 27 mm and the height of the side area is in the range of 12 - 22 mm.
A device comprising: a sensor configured to generate contact information that describes a gesture by a first body member with the device as the device presents visual information in a grab-and-move mode, in which grab-and-move mode the visual information is presented to move together with the first body member with respect to a touch screen of the device, and to generate further contact information that describes a further contact by a further body member on the touch screen of the device during the gesture by the first body member; a haptic processor configured to generate a haptic effect signal that specifies haptic information that corresponds to an element included in the visual information being presented by the device, the generating of the haptic effect signal being based on the contact information that describes the contact by the further body member with the device; and a haptic display configured to present the haptic information specified by the haptic effect signal, the presenting of the haptic information causing the element included in the visual information being presented by the device to be tactilely perceivable by the further body member, wherein upon detection of said gesture by the first body member said device enters a hold-and-feel mode; in which hold-and-feel mode the haptic display is configured to present the visual information stationary with respect to the screen of the device. a sensor configured to generate contact information that describes a gesture by a first body member with the device as the device presents visual information in a grab-and-move mode, in which grab-and-move mode the visual information is presented to move together with the first body member with respect to a touch screen of the device, and to generate further contact information that describes a further contact by a further body member on the touch screen of the device during the gesture by the first body member; a haptic processor configured to generate a haptic effect signal that specifies haptic information that corresponds to an element included in the visual information being presented by the device, the generating of the haptic effect signal being based on the contact information that describes the contact by the further body member with the device; and a haptic display configured to present the haptic information specified by the haptic effect signal, the presenting of the haptic information causing the element included in the visual information being presented by the device to be tactilely perceivable by the further body member, wherein upon detection of said gesture by the first body member said device enters a hold-and-feel mode; in which hold-and-feel mode the haptic display is configured to present the visual information stationary with respect to the screen of the device.
A bifunctional recombinant protein possessing the activities of Tumstatin and CD137L, characterized in that the protein comprises the amino acid sequences of the active fragments of Tumstatin and the CD137L extracellular region, wherein the sequences of Tumstatin and CD137L are fused together through a flexible peptide linker, wherein the amino acid sequence of Tumstatin active fragment is selected from SEQ ID NO.65 to SEQ ID NO.68, wherein the amino acid sequence of the peptide linker is selected from SEQ ID NO.69 to SEQ ID NO.76, wherein the amino acid sequence of CD137L extracellular region is selected from SEQ ID NO.77 to SEQ ID NO.80.
A computer-implemented method for estimating a condition of at least one engine component in a piston engine having a crankshaft converting reciprocating motion of pistons to rotational motion, wherein the at least one engine component comprises at least one of the crankshaft and crankshaft rubber couplings, the method comprising: obtaining a torsional vibration model of the at least one engine component; acquiring sensor signals from sensors installed on the piston engine; calculating torsional vibration response of the at least one engine component based on the acquired sensor signals and the torsional vibration model, wherein the torsional vibration response means quantities which depend on or are related to the torsional vibration of the piston engine and are provided as outputs of the model, wherein the calculating torsional vibration response of the at least one engine component comprises i) calculating the torsional vibration response at multiple positions on the engine component, and wherein at least one of the positions on the engine component is a position that is not directly connected to a sensor, or ii) calculating torsional vibration response of at least one engine component on which sensors cannot be installed; and estimating the condition of the at least one engine component by inputting the calculated torsional vibration response of the at least one engine component into a cumulative damage model of the engine component, wherein inputting the calculated torsional vibration response of the at least one engine component into the cumulative damage model comprises inputting a torsional vibration stress history of the engine component into the cumulative damage model. obtaining a torsional vibration model of the at least one engine component; acquiring sensor signals from sensors installed on the piston engine; calculating torsional vibration response of the at least one engine component based on the acquired sensor signals and the torsional vibration model, wherein the torsional vibration response means quantities which depend on or are related to the torsional vibration of the piston engine and are provided as outputs of the model, wherein the calculating torsional vibration response of the at least one engine component comprises i) calculating the torsional vibration response at multiple positions on the engine component, and wherein at least one of the positions on the engine component is a position that is not directly connected to a sensor, or ii) calculating torsional vibration response of at least one engine component on which sensors cannot be installed; and estimating the condition of the at least one engine component by inputting the calculated torsional vibration response of the at least one engine component into a cumulative damage model of the engine component, wherein inputting the calculated torsional vibration response of the at least one engine component into the cumulative damage model comprises inputting a torsional vibration stress history of the engine component into the cumulative damage model.
Photovoltaic unit including N photovoltaic modules or N chains (20, 22, 24) of photovoltaic modules or N groups (40, 42, 44, 46) of photovoltaic modules, with N>1, connected in series, each module including a frame (20c, 22c, 24c) or chassis, and connection means (23, 25, 27, 29, 43 4, 45 4, 47 4), characterised in that the connection means connect the frame or chassis of at least one module to a connection point of a module or of a chain or of a group of the photovoltaic unit, which is the high-potential point of the model, or of the chain or of the group that precedes, in the series, said at least one module or the chain to which said at least one module belongs or the group to which said at least one module belongs.
A brake caliper assembly and an associated support structure (2, 3) for disc brakes, of the type used on bicycles and motor vehicles, wherein said caliper comprises an external casing, a pair of brake pads connected to opposing surfaces of said external casing and capable of being actuated by actuating means in order to impart braking force on the disc, said brake pads comprising respective support elements and a layer of friction material, both supported in a sliding manner on said external casing, and wherein said support structure (2, 3) comprises a connecting arm that connects the caliper to the fork and a strut element capable of being subjected to compression or traction, characterised in that said strut element extends between said support elements and a fixing portion provided on the fork and is connected to said support elements by means of a connecting element separate and independent from said external casing, relative to which said support elements can slide in a direction of reciprocal approach/distancing, said support elements comprising a respective extension in correspondence of which said strut element is connected by means of said connecting element.
Device for filling a container, at least two dosing units (10, 12) for respective discharge media (74, 76) to be poured into a container part via the free opening thereof being fixed on a displacement unit, characterised in that the at least two dosing units are each fixed on a displacement unit and in that the displacement unit moves the respective dosing unit (10, 12) from a starting position into a discharge position over the container part opening and back again by means of at least one drive means (26, 28, 30) via an oblique guide of a sliding guide.
An assembly structure of a seal member (71,72) provided along a circumferential direction of a gas turbine between a combustor pipe and a turbine shroud (61,62), wherein, in a state where a first flange part (63,65) provided on either the combustor pipe or the turbine shroud (61,62) is fitted into a first fitting part (73,76) provided in the seal member (71,72), a linking pin (75, 78;144) penetrates the first flange part (63,65) and the first fitting part (73,76) to link the seal member (71, 72) to either the combustor pipe or the turbine shroud (61,62), a protruding part (87;101;122;145) provided on either the first flange part (63,65) or the first fitting part (73,76) is inserted into a recessed part (90;102;111;121;154) provided in the other of the two, and the protruding part (87;101;122;145) and the recessed part (90;102;111;121;154) prevent the first fitting part (73,76) from moving with respect to the first flange part (63,65) along the circumferential direction of the gas turbine.
A composition for oral administration of tamsulosin hydrochloride comprising tamsulosin hydrochloride, polyvinylacetate, and a water-soluble hydroxypropylmethylcellulose, wherein the amount of polyvinylacetate ranges from 20 to 1000 parts by weight based on 1 part by weight of tamsulosin hydrochloride.
A method performed at a user equipment, UE, device, in association with a conditional handover between a source base station, SBS, and a target base station, TBS, in a wireless network, the method comprising: receiving, from the SBS, measurement configuration information, the measurement configuration information indicating a first threshold associated with a measurement event related to the TBS, wherein the first threshold is for triggering measurement reporting; comparing a measurement associated with the measurement event to the first threshold; in response to the comparison, transmitting, to the SBS, a measurement report; and; receiving, from the SBS, radio resource control, RRC signaling, the RRC signaling including a conditional handover command for handover from the SBS to the TBS, the conditional handover command indicating a second threshold for the measurement event, wherein the conditional handover command is based on a handover acknowledgement from the TBS responsive to a conditional handover request from the SBS to the TBS. receiving, from the SBS, measurement configuration information, the measurement configuration information indicating a first threshold associated with a measurement event related to the TBS, wherein the first threshold is for triggering measurement reporting; comparing a measurement associated with the measurement event to the first threshold; in response to the comparison, transmitting, to the SBS, a measurement report; and; receiving, from the SBS, radio resource control, RRC signaling, the RRC signaling including a conditional handover command for handover from the SBS to the TBS, the conditional handover command indicating a second threshold for the measurement event, wherein the conditional handover command is based on a handover acknowledgement from the TBS responsive to a conditional handover request from the SBS to the TBS.
A computer-implemented method for determining an age indicator comprising the steps of (a) providing a training data set of a plurality of individuals comprising for each individual (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (b) applying on the training data set a regression method comprising (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the independent variables are the methylation levels of the genomic DNA sequences and preferably wherein the dependent variable is the age, wherein the age indicator comprises (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and wherein the reduced training data set comprises all data of the training data set except the DNA methylation levels of the genomic DNA sequences which are eliminated by the LASSO. (a) providing a training data set of a plurality of individuals comprising for each individual (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (i) the DNA methylation levels of a set of genomic DNA sequences and (ii) the chronological age, and (b) applying on the training data set a regression method comprising (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the independent variables are the methylation levels of the genomic DNA sequences and preferably wherein the dependent variable is the age, (i) a Least Absolute Shrinkage and Selection Operator (LASSO), thereby determining a reduced training data set, and (ii) subsequent stepwise regression, thereby determining the age indicator, preferably wherein the stepwise regression is applied on said reduced training data set, wherein the age indicator comprises (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and (i) a subset of the set of genomic DNA sequences as ensemble and (ii) at least one coefficient per genomic DNA sequence contained in the ensemble, and wherein the reduced training data set comprises all data of the training data set except the DNA methylation levels of the genomic DNA sequences which are eliminated by the LASSO.
A cyclone for separating solid particles from an exhaust gas flow, comprising a housing with a jacket area that is preferably cylindrical at least in some sections, a cover area and a bottom area, an inlet opening for feeding the cyclone, and an exhaust gas line opening into said inlet opening for the exhaust gas flow mixed with solid particles, and a discharge opening for the solid particles separated from the exhaust gas flow, wherein an immersion pipe is provided which passes through the cover area or the bottom area, and comprises an open end area which protrudes into the interior of the housing and which is used as an outlet opening for the purified exhaust gas flow from the housing, wherein at least one pure gas line for the supply of pure gas is provided, with said pure gas line either opening into an inlet area provided in the exhaust gas line before the inlet opening as viewed in the flow direction of the exhaust gas flow or opening directly into the inlet opening, and said pure gas being fed to an inner wall section of the housing, at which inner wall section a boundary layer flow having an increased concentration of solid particles as compared to the exhaust gas flow mixed with solid particles would develop if the pure gas were not supplied, characterized in that the cover area or the bottom area converge in a planar manner into a side wall of the exhaust gas line in order to ensure the formation of a boundary layer flow of pure gas at the inner wall section, which boundary layer flow replaces the boundary layer flow having an increased concentration of solid particles.
A machine for the manufacture of bags, comprising at least one support element (2, 3, 4) suitable for the detachable coupling of a corresponding portable storage (22, 33, 44) of a consumable material (22a, 33a, 44a) from which the bags are made, such as a band or a tubular mesh, and mechanical means for making bags from the mentioned consumable material, said machine being provided with remote reading means for reading the information stored in a radiofrequency tag (6, 7, 8) included in the mentioned portable storage when the latter is conveniently coupled in the support element; and with a control unit connected to the reading means which contains means for obtaining information from the radiofrequency tag, which allows identifying the type of consumable material coupled in the mentioned support element, and for automatically generating a signal for controlling the mechanical means, susceptible of being used to stop the operation of the machine, depending on the information obtained by said control unit, characterized in that the at least one support element is formed by a rotating shaft (2a, 3a, 4a) suitable for the coupling of a winding core (22b, 33b, 44b) of the portable storage of consumable material in the form of a roll, the remote reading means comprising a transmitting and receiving antenna (9, 10, 11) being arranged in the proximal end of said rotating shaft, fixed relative to the chassis of the machine and inscribed in a plane perpendicular to the rotating shaft.
Dishwasher comprising: an optical unit which is designed to record an image of a washware container; and a computer unit which is designed to detect, on the basis of the image of the washware container recorded by the optical unit, at least one marking (4, 4a-4f) applied on the washware container, and to determine, on the basis of the at least one detected marking (4, 4a-4f), a state of the loading of the washware container with items to be washed, wherein the computer unit is designed to output the detected state of the loading of the washware container with items to be washed, wherein one or more markings (4, 4a-4f) are applied on the washware container and comprise the at least one detected marking (4, 4a-4f) applied on the washware container; characterized in that the one or more markings (4, 4a-4f) applied on the washware container are designed to be no longer completely visible for the optical unit upon occupation of the washware container by items to be washed and thereby mark a section of the washware container as occupied. an optical unit which is designed to record an image of a washware container; and a computer unit which is designed to detect, on the basis of the image of the washware container recorded by the optical unit, at least one marking (4, 4a-4f) applied on the washware container, and to determine, on the basis of the at least one detected marking (4, 4a-4f), a state of the loading of the washware container with items to be washed, wherein the computer unit is designed to output the detected state of the loading of the washware container with items to be washed, wherein one or more markings (4, 4a-4f) are applied on the washware container and comprise the at least one detected marking (4, 4a-4f) applied on the washware container; characterized in that the one or more markings (4, 4a-4f) applied on the washware container are designed to be no longer completely visible for the optical unit upon occupation of the washware container by items to be washed and thereby mark a section of the washware container as occupied.