mhurhangee/patent-ind-claim-en huggingface dataset:
A global navigation satellite system, GNSS, receiver configured to receive signals from a plurality of GNSS satellites , the GNSS receiver comprising: a processor ; and a memory storing a matrix including a set of heuristics values for each of the plurality of GNSS satellites derived by averaging distances between each two respective GNSS satellites over a period of time indicating a likelihood that other GNSS satellites of the plurality of GNSS satellites are in view of the GNSS receiver when each of the plurality of GNSS satellites is in view; wherein the processor is configured to determine whether a current candidate GNSS satellite (106-1) is in view of the GNSS receiver by searching for the signal of the current candidate GNSS satellite ; wherein the processor is further configured to invert the set of heuristics values for each of the plurality of GNSS satellites when the current candidate GNSS satellite (106-1) is not determined to be in view of the GNSS receiver ; wherein the processor is further configured to adjust the set of heuristics values for the current candidate GNSS satellite (106-1) to flag the current candidate GNSS satellite (106-1) as already searched; and wherein the processor is further configured to set a GNSS satellite of the plurality of GNSS satellites having a maximum heuristics value as a next candidate GNSS satellite to be searched. a processor ; and a memory storing a matrix including a set of heuristics values for each of the plurality of GNSS satellites derived by averaging distances between each two respective GNSS satellites over a period of time indicating a likelihood that other GNSS satellites of the plurality of GNSS satellites are in view of the GNSS receiver when each of the plurality of GNSS satellites is in view; wherein the processor is configured to determine whether a current candidate GNSS satellite (106-1) is in view of the GNSS receiver by searching for the signal of the current candidate GNSS satellite ; wherein the processor is further configured to invert the set of heuristics values for each of the plurality of GNSS satellites when the current candidate GNSS satellite (106-1) is not determined to be in view of the GNSS receiver ; wherein the processor is further configured to adjust the set of heuristics values for the current candidate GNSS satellite (106-1) to flag the current candidate GNSS satellite (106-1) as already searched; and wherein the processor is further configured to set a GNSS satellite of the plurality of GNSS satellites having a maximum heuristics value as a next candidate GNSS satellite to be searched.
A method of forming a heat exchanger , the method comprising: forming a monolithic core having a first set of flow passages ; the method comprising additively manufacturing onto the monolithic core a first manifold , where the first manifold defines a first fluid inlet that is in fluid communication with the first set of flow passages wherein the monolithic core and the first manifold are formed as a unitary body, the method being characterized in that at least a portion of the first manifold has a coefficient of thermal expansion less than a coefficient of thermal expansion of the monolithic core . forming a monolithic core having a first set of flow passages ; the method comprising additively manufacturing onto the monolithic core a first manifold , where the first manifold defines a first fluid inlet that is in fluid communication with the first set of flow passages wherein the monolithic core and the first manifold are formed as a unitary body, the method being characterized in that at least a portion of the first manifold has a coefficient of thermal expansion less than a coefficient of thermal expansion of the monolithic core .
A method of mapping a radiation dose applied in an angiography imaging procedure of a patient resting on a table , the method comprising the steps of: calculating with a computer processor an angulation of a radiation beam applied by an image acquisition system to the patient in the angiography imaging procedure relative to a table in response to a digital signal from the image acquisition system; calculating with the computer processor an angulation of the table relative to a room coordinate system; calculating with the computer processor an orientation of the patient resting on the table relative to the room coordinate system; calculating with the computer processor an intersection of the radiation beam relative to a two-dimensional grid of pre-defined areas at a surface of the table ; calculating with the computer processor the radiation dose applied by the image acquisition system at the intersection of the radiation beam to each of the predefined areas of the two-dimensional grid ; and creating a graphic display with the computer processor mapping an aggregation of the radiation dose applied to each of the predefined areas of the two-dimensional grid relative to the patient resting on the table . calculating with a computer processor an angulation of a radiation beam applied by an image acquisition system to the patient in the angiography imaging procedure relative to a table in response to a digital signal from the image acquisition system; calculating with the computer processor an angulation of the table relative to a room coordinate system; calculating with the computer processor an orientation of the patient resting on the table relative to the room coordinate system; calculating with the computer processor an intersection of the radiation beam relative to a two-dimensional grid of pre-defined areas at a surface of the table ; calculating with the computer processor the radiation dose applied by the image acquisition system at the intersection of the radiation beam to each of the predefined areas of the two-dimensional grid ; and creating a graphic display with the computer processor mapping an aggregation of the radiation dose applied to each of the predefined areas of the two-dimensional grid relative to the patient resting on the table .
A method performed by a receiving computing device , the method comprising: receiving , from a transmitting computing device , a sequenced data input, the sequenced data input including a set of individual values; determining that a number of individual values from the set of individual values exceeds a threshold value; in response to determining that the number of individual values from the set of individual values exceeds the threshold value, performing a first puncturing of the sequenced data input, the first puncturing yielding a first punctured data input, the first punctured data input including a first subset of the individual values from the set of individual values, wherein a number of individual values included in the first subset of individual values does not exceed the threshold value; for each respective predetermined data output from a set of predetermined data outputs, calculating a correlation value indicating similarity between the respective predetermined data output and the first punctured data input, yielding a first set of correlation values ; determining, based on the first set of correlation values, whether the first punctured data input correlates to any predetermined data outputs from the set of predetermined data outputs ; and in response to determining that the first punctured data input correlates to a first predetermined data output from the set of predetermined data outputs, determining that the sequenced data input corresponds to the first predetermined data output . receiving , from a transmitting computing device , a sequenced data input, the sequenced data input including a set of individual values; determining that a number of individual values from the set of individual values exceeds a threshold value; in response to determining that the number of individual values from the set of individual values exceeds the threshold value, performing a first puncturing of the sequenced data input, the first puncturing yielding a first punctured data input, the first punctured data input including a first subset of the individual values from the set of individual values, wherein a number of individual values included in the first subset of individual values does not exceed the threshold value; for each respective predetermined data output from a set of predetermined data outputs, calculating a correlation value indicating similarity between the respective predetermined data output and the first punctured data input, yielding a first set of correlation values ; determining, based on the first set of correlation values, whether the first punctured data input correlates to any predetermined data outputs from the set of predetermined data outputs ; and in response to determining that the first punctured data input correlates to a first predetermined data output from the set of predetermined data outputs, determining that the sequenced data input corresponds to the first predetermined data output .
An in vitro method to glycosylate a polyphenol comprising: - contacting in vitro a sucrose phosphorylase comprising the amino acid sequence of SEQ ID N° 1, SEQ ID N° 2, SEQ ID N° 3, SEQ ID N° 4 or SEQ ID N° 5 with sucrose or alpha-glucose-1-phosphate, and, a polyphenol, and - glycosylating said polyphenol. - contacting in vitro a sucrose phosphorylase comprising the amino acid sequence of SEQ ID N° 1, SEQ ID N° 2, SEQ ID N° 3, SEQ ID N° 4 or SEQ ID N° 5 with sucrose or alpha-glucose-1-phosphate, and, a polyphenol, and - glycosylating said polyphenol.
A display substrate assembly, comprising a first substrate and a second substrate opposite to each other, the first substrate comprising a first region (Z1) and a second region (Z2), and, a total thickness of functional layers within the first region (Z1) being less than a total thickness of functional layers within the second region (Z2), of the first substrate ; wherein, a thickness compensation layer is provided on the first substrate , a position of the thickness compensation layer corresponds to a position of the first region (Z1), and, a sum of thickness of a thickness of the thickness compensation layer and the total thickness of the functional layers within the first region (Z1) equals to a total thickness of the functional layers within the second region (Z2); characterized in that , a plurality of spacer pads are provided above the first substrate ; wherein the plurality of spacer pads are provided in the same layer with a source-drain layer but are not connected to the source-drain layer, wherein the thickness compensation layer comprises the plurality of spacer pads , such that the spacer pads are thickness compensation pads , wherein the thickness compensation pads are provided at locations corresponding to spacers provided on the second substrate .
Machine tool for processing planar workpieces , preferably metal sheets, - comprising an upper tool , which is moveable along a stroke axis by means of a stroke drive device in the direction of a workpiece to be processed by the upper tool and in the opposite direction and which is positionable by means of at least one motor drive assembly along an upper positioning axis running perpendicular to the stroke axis , - comprising a lower tool , which is oriented relative to the upper tool and is positionable by means of at least one motor drive assembly along a lower positioning axis which is oriented perpendicular to the stroke axis of the upper tool , - comprising a machine frame , in the frame interior of which the upper tool and lower tool are moveable, and - comprising a controller , by means of which the motor drive assemblies are controllable in order to move the upper and lower tool , and - the traversing movement of the upper tool along the upper positioning axis and the traversing movement of the lower tool along the lower positioning axis are controllable independently of one another, wherein - the upper tool is controllable with a traversing movement along the upper positioning axis and a stroke movement along the stroke axis of the upper stroke drive device in a superposed manner. - comprising an upper tool , which is moveable along a stroke axis by means of a stroke drive device in the direction of a workpiece to be processed by the upper tool and in the opposite direction and which is positionable by means of at least one motor drive assembly along an upper positioning axis running perpendicular to the stroke axis , - comprising a lower tool , which is oriented relative to the upper tool and is positionable by means of at least one motor drive assembly along a lower positioning axis which is oriented perpendicular to the stroke axis of the upper tool , - comprising a machine frame , in the frame interior of which the upper tool and lower tool are moveable, and - comprising a controller , by means of which the motor drive assemblies are controllable in order to move the upper and lower tool , and - the traversing movement of the upper tool along the upper positioning axis and the traversing movement of the lower tool along the lower positioning axis are controllable independently of one another, wherein - the upper tool is controllable with a traversing movement along the upper positioning axis and a stroke movement along the stroke axis of the upper stroke drive device in a superposed manner.
A prosthetic valve comprising: a frame; and a leaflet coupled to the frame and movable between open and closed positions, the leaflet including at least one coherent single layer comprising a plurality of plies of an expanded porous synthetic polymer membrane and an elastomer or elastomeric material; wherein each ply has pores and comprises the same material; wherein the plies are bonded together without the use of an additional material by raising the temperature of a stacked configuration of the plurality plies of the membrane above a crystalline melt temperature of the polymer, to create a coherent single layer; and wherein an elastomer or elastomeric material is present in the pores of the coherent single layer, rendering the coherent single layer impermeable. a frame; and a leaflet coupled to the frame and movable between open and closed positions, the leaflet including at least one coherent single layer comprising a plurality of plies of an expanded porous synthetic polymer membrane and an elastomer or elastomeric material; wherein each ply has pores and comprises the same material; wherein the plies are bonded together without the use of an additional material by raising the temperature of a stacked configuration of the plurality plies of the membrane above a crystalline melt temperature of the polymer, to create a coherent single layer; and wherein an elastomer or elastomeric material is present in the pores of the coherent single layer, rendering the coherent single layer impermeable.
A laminated body (1; 201) comprising: a base material ; a print layer laminated above the base material ; a barrier layer laminated above the print layer and having translucency; and a laser color development layer laminated above the barrier layer and having translucency, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that , the barrier layer has an optical diffraction structure. a base material ; a print layer laminated above the base material ; a barrier layer laminated above the print layer and having translucency; and a laser color development layer laminated above the barrier layer and having translucency, wherein the barrier layer is configured to suppress damage to the print layer due to heat generated in the laser color development layer by laser irradiation, characterized in that , the barrier layer has an optical diffraction structure.
A bipolar battery comprising at least two electrochemical cells coiled on one another and at least one device for a lithium electrochemical generator, of elongate shape along a longitudinal axis (X), comprising a band comprising a central portion , which is at least electrically conductive in part, forming a current collector at least one of the two main faces of which is covered with an electrode made of a lithium insertion material, and at least two lateral peripheral portions connected to the central portion and extending transversely to the longitudinal axis, the lateral peripheral portions being made of an electrically insulating material comprising at least one polymer, the insulating material of at least one of the two lateral portions being able to be elastically or plastically deformed, the dimensions of said one of the two lateral portions furthermore being defined to allow its deformation without rupture during a coiling of the band around a coiling axis (Y) that is transverse to the longitudinal axis (X) and in proximity to the other of the two lateral peripheral portions, each main face of the electrically conductive portion being covered with an electrode made of a lithium insertion material , wherein the two lateral peripheral portions made of electrically insulating material form a peripheral zone of a wall leak-tight to the electrolytes of the two cells, which surrounds the latter.
A steam trap (A), in particular for aseptic double seat valves in beverage or food filling plants, comprising a housing having formed therein a seat for a closure element between a steam and/or condensate inlet and an outlet , the closure element being adapted to be switched to and from by means of a drive between a closed position in the seat and an open position raised from the seat , characterized in that at least at an end position of the closed position, a circumferential gap having substantially constant width (X) is formed upstream of the seat in the flow direction (R) of the steam and/or condensate from the inlet into the outlet by a distance of the closure element from the housing .
A method of determining whether an individual is infected with a mycobacterial disease, the method comprising: (a) providing a system which comprises an antigen; (b) contacting the system with a sample obtained from the individual; and (c) detecting the presence or absence of binding of a biomarker in the sample with the antigen; wherein the antigen is a mycolic acid wax ester derived antigen comprising a compound of formula (I) or an ester or salt thereof: wherein w is from 2 to 40, x is from 2 to 40, y is from 2 to 40, z is from 4 to 40 and X is a three carbon fragment including an alkane, alkene or cyclopropyl moiety; and wherein the ester thereof comprises one or more mycolic acid groups and one or more alcohol or sugar moieties. (a) providing a system which comprises an antigen; (b) contacting the system with a sample obtained from the individual; and (c) detecting the presence or absence of binding of a biomarker in the sample with the antigen;
A radio communication terminal comprising: a receiving section configured to receive, from a cell, control information indicating subframes, for which a channel quality is measured; and a measuring section configured to measure the channel quality for the subframes that said control information indicates, characterized in that the radio communication terminal is configured to group a plurality of neighboring cells into at least a first group and a second group, and out of a first subframe with no transmission of data by the first group and a second subframe with transmission of data by the first group, the second subframe is included in the subframes that said control information indicates, the first group being closer to the radio communication terminal than the second group, wherein the cell is own cell and the neighboring cells are cells of relay nodes in the vicinity of the own cell, wherein said measuring section is adapted to perform the measurement on the subframes which includes a plurality of second subframes, with transmission of data by the first group, which are not MBSFN subframes of the first group and said subframes include MBSFN subframes of the second group. a receiving section configured to receive, from a cell, control information indicating subframes, for which a channel quality is measured; and a measuring section configured to measure the channel quality for the subframes that said control information indicates, characterized in that the radio communication terminal is configured to group a plurality of neighboring cells into at least a first group and a second group, and out of a first subframe with no transmission of data by the first group and a second subframe with transmission of data by the first group, the second subframe is included in the subframes that said control information indicates, the first group being closer to the radio communication terminal than the second group, wherein the cell is own cell and the neighboring cells are cells of relay nodes in the vicinity of the own cell, wherein said measuring section is adapted to perform the measurement on the subframes which includes a plurality of second subframes, with transmission of data by the first group, which are not MBSFN subframes of the first group and said subframes include MBSFN subframes of the second group.
Clearing strip for the clearing blade of a snowplough, comprising a front steel plate and a rear steel plate between which a resilient rubber layer having at least one solid body embedded in the rubber mass thereof is vulcanised-in, wherein the solid body is movable relative to the steel plates with elastic deformation of the rubber mass, and is anchored in the interior of the clearing strip by means of an additional anchoring device that does not restrict the mobility of the solid body relative to the steel plates , characterised in that the anchoring device is at least partially embedded in the rubber layer above the solid bodies and comprises at least one anchoring element which is guided through the solid body .
A door fitting particularly having an integrated electronic access control unit and two door plates , wherein at least one door plate comprises a receipt for a latch pin and/or a latch pin; and one or multiple biasing element(s) for biasing the two door plates against each other under tension; wherein the one biasing element lies in the insertion opening of the door leaf or the mortise lock provided for the locking cylinder, when the door fitting is fixed to a door leaf, characterized in that , when fixing the door fitting to a door leaf, the one or multiple biasing elements are in positions lying within a line between the latch pin and an opening provided for a locking cylinder. two door plates , wherein at least one door plate comprises a receipt for a latch pin and/or a latch pin; and one or multiple biasing element(s) for biasing the two door plates against each other under tension; wherein the one biasing element lies in the insertion opening of the door leaf or the mortise lock provided for the locking cylinder, when the door fitting is fixed to a door leaf, characterized in that , when fixing the door fitting to a door leaf, the one or multiple biasing elements are in positions lying within a line between the latch pin and an opening provided for a locking cylinder.