mhurhangee/ep-ind-claims huggingface dataset:
A method performed at a wireless resource controller, the method comprising: receiving (222, 510) an indication that a first wireless device is experiencing data loss over a communication channel provided by a wireless access point utilizing a first radio access technology, RAT; receiving location information for the first wireless device and for other wireless devices (21a... 21n); determining, based on the location information, which of the other wireless devices are within a threshold distance of the first wireless device; determining (226, 520) a plurality of congestion window values associated with the other wireless devices that share a shared wireless resource with the first wireless device and that are within the threshold distance of the first wireless device, wherein the shared wireless resource is provided by a base station of a cellular network utilizing a second RAT; determining (226, 530) an initial congestion window value for the first wireless device based on the plurality of congestion window values associated with the other wireless devices that share the shared wireless resource with the first wireless device and that are within the threshold distance of the first wireless device; and transmitting (228, 540) data to the first wireless device via the base station in accordance with the initial congestion window value for the first device in order to satisfy a performance criterion for the first wireless device. receiving (222, 510) an indication that a first wireless device is experiencing data loss over a communication channel provided by a wireless access point utilizing a first radio access technology, RAT; receiving location information for the first wireless device and for other wireless devices (21a... 21n); determining, based on the location information, which of the other wireless devices are within a threshold distance of the first wireless device; determining (226, 520) a plurality of congestion window values associated with the other wireless devices that share a shared wireless resource with the first wireless device and that are within the threshold distance of the first wireless device, wherein the shared wireless resource is provided by a base station of a cellular network utilizing a second RAT; determining (226, 530) an initial congestion window value for the first wireless device based on the plurality of congestion window values associated with the other wireless devices that share the shared wireless resource with the first wireless device and that are within the threshold distance of the first wireless device; and transmitting (228, 540) data to the first wireless device via the base station in accordance with the initial congestion window value for the first device in order to satisfy a performance criterion for the first wireless device.
A process for producing 2,5-furan dicarboxylic acid by subjecting 5-hydroxymethylfurfural to oxidation reaction in the presence of water, oxygen and an activated carbon-supported metal catalyst comprising a noble metal and at least one metal selected from the group consisting of bismuth and tin, the process comprising the following steps and in which the steps and are carried out under a pressure of not less than 0.1 MPa and less than 1.0 MPa while maintaining a reaction solution at a pH of not more than 7, and an amount of the oxygen fed until a time at which the step is terminated is not less than 120 mol% and not more than 140 mol% on the basis of the 5-hydroxymethylfurfural charged: step: conducting the oxidation reaction at a temperature of not lower than 50°C and not higher than 110°C until a content of the 5-hydroxymethylfurfural in the reaction solution falls within the range of not less than 0 mg/kg and not more than 1,000 mg/kg; and step: subjecting the reaction solution obtained after completion of the step to the oxidation reaction at a temperature of not lower than 140°C and not higher than 250°C. step: conducting the oxidation reaction at a temperature of not lower than 50°C and not higher than 110°C until a content of the 5-hydroxymethylfurfural in the reaction solution falls within the range of not less than 0 mg/kg and not more than 1,000 mg/kg; and step: subjecting the reaction solution obtained after completion of the step to the oxidation reaction at a temperature of not lower than 140°C and not higher than 250°C.
A battery wiring module to be attached to a single cell group in which a plurality of single cells having cathode and anode electrode terminals are lined up, the battery wiring module comprising: connecting members for connecting adjacent electrode terminals to each other, an external connection terminal that is connectable to another device, a resin protector having first holding portions that hold the connecting members and a second holding portion that holds the external connection terminal, the second holding portion having a holding wall, which surrounds the external connection terminal, and an opening portion; and a lid portion for covering the external connection terminal is provided integrally with the resin protector via a first hinge, wherein the lid portion includes: a second hinge having a hinge axis that is orthogonal to a hinge axis of the first hinge, a first lid portion that is formed by folding the first hinge; and a second lid portion that is formed by folding the second hinge and that is configured to cover the opening portion of the second holding portion, covering the external connection terminal, the first lid portion and the second lid portion being configured to be disposed in directions crossing each other; and in a state in which the first hinge and the second hinge are not folded, the first lid portion, the second lid portion and the resin protector do not overlap each other. connecting members for connecting adjacent electrode terminals to each other, an external connection terminal that is connectable to another device, a resin protector having first holding portions that hold the connecting members and a second holding portion that holds the external connection terminal, the second holding portion having a holding wall, which surrounds the external connection terminal, and an opening portion; and a lid portion for covering the external connection terminal is provided integrally with the resin protector via a first hinge, wherein the lid portion includes: a second hinge having a hinge axis that is orthogonal to a hinge axis of the first hinge, a first lid portion that is formed by folding the first hinge; and a second lid portion that is formed by folding the second hinge and that is configured to cover the opening portion of the second holding portion, covering the external connection terminal, the first lid portion and the second lid portion being configured to be disposed in directions crossing each other; and a second hinge having a hinge axis that is orthogonal to a hinge axis of the first hinge, a first lid portion that is formed by folding the first hinge; and a second lid portion that is formed by folding the second hinge and that is configured to cover the opening portion of the second holding portion, covering the external connection terminal, the first lid portion and the second lid portion being configured to be disposed in directions crossing each other; and in a state in which the first hinge and the second hinge are not folded, the first lid portion, the second lid portion and the resin protector do not overlap each other.
A product authentication method comprising: triggering a first authentication process in response to sensing an electrically conductive ink in proximity to a computing device, the computing device including a capacitive pad having a set of sensors, (124a-124aj) the conductive ink being printed on a surface of a product package,, wherein the first authentication process includes, sensing a shape of the electrically conductive ink using the set of sensors of the capacitive pad; and initiating an internet browsing application on the computing device in response to simultaneously triggering only appropriate sensors of the set of sensors while remaining sensors of the set of sensors remain idle; and performing a second authentication process via the initiated application, by the computing device, the second authentication process including, sending a package code to a remote server,, the package code being printed on the surface of the product package, and receiving a validity determination from the remote server, the validity determination is valid when (i) the package code is in a database at the remote server and (ii) the package code has not been used before a present attempt, and in response to the validity determination indicating the package code is excluded from the database or the package code has been used before the present attempt, determining a location of the computing device, and sending the location of the computing device to the remote server for storage. triggering a first authentication process in response to sensing an electrically conductive ink in proximity to a computing device, the computing device including a capacitive pad having a set of sensors, (124a-124aj) the conductive ink being printed on a surface of a product package,, wherein the first authentication process includes, sensing a shape of the electrically conductive ink using the set of sensors of the capacitive pad; and initiating an internet browsing application on the computing device in response to simultaneously triggering only appropriate sensors of the set of sensors while remaining sensors of the set of sensors remain idle; and performing a second authentication process via the initiated application, by the computing device, the second authentication process including, sending a package code to a remote server,, the package code being printed on the surface of the product package, and receiving a validity determination from the remote server, the validity determination is valid when (i) the package code is in a database at the remote server and (ii) the package code has not been used before a present attempt, and in response to the validity determination indicating the package code is excluded from the database or the package code has been used before the present attempt, determining a location of the computing device, and sending the location of the computing device to the remote server for storage.
A construction material composition comprising at least one binder, at least one filler, carbon nanotubes, and optional further ingredients, wherein the proportion of the carbon nanotubes is 0.1 ppm to 150 ppm by mass, in terms of the mass of the dry construction material composition, and wherein the at least one binder is cement and fly ash, with the proportion of the fly ash being 30 to 85% by mass, in terms of the mass of the cement.
Method for characterizing an object by means of distance measurement, the method comprising the following steps: a) determining, in particular line-wise, elevation profiles using distance measurement, and b) evaluating the determined elevation profiles for a characterization of the object, wherein the characterization comprises the position, characterized in that, for determining the position of an object, a) surface elements are determined from the elevation profiles determined, b) normal vectors are determined for each of the surface elements, wherein the normal vectors originate from the respective surface element, and c) the point of intersection or the point having the highest intersection density or the mean value of all points of intersection of the normal vectors is determined as the position of the object, wherein further a) a circle having a radius R is determined, within which the object is essentially located; b) the maximum length of the normal vectors is limited to C 1 2. A, where C 1 is chosen to be greater than 1; and/or b') the minimum length of the normal vectors is limited to C 2 2. A, where C 2 is chosen to be smaller than 1. a) determining, in particular line-wise, elevation profiles using distance measurement, and b) evaluating the determined elevation profiles for a characterization of the object, a) surface elements are determined from the elevation profiles determined, b) normal vectors are determined for each of the surface elements, wherein the normal vectors originate from the respective surface element, and c) the point of intersection or the point having the highest intersection density or the mean value of all points of intersection of the normal vectors is determined as the position of the object, a) a circle having a radius R is determined, within which the object is essentially located; b) the maximum length of the normal vectors is limited to C 1 2. A, where C 1 is chosen to be greater than 1; b') the minimum length of the normal vectors is limited to C 2 2. A, where C 2 is chosen to be smaller than 1.
A connecting joint assembly, comprising: a female member having a first axial end, a second axial end, and a cylindrical body portion extending between the first axial end and the second axial end having a splined radially inner surface, wherein the first axial end of the female member has an annular groove in an inner surface thereof; a male member having a first axial end portion, a second axial end portion, and a splined tubular portion extending between the first axial end portion and the second axial end portion, wherein the second axial end portion of the male member has a circumferential groove on the outer surface thereof; and a retaining member including a continuous annular portion and a flat surface portion including attachment features extending radially inward from and perpendicular to the continuous annular portion and defining an aperture therein, wherein the continuous annular portion extends perpendicular to the flat surface portion along a radially outer edge thereof, wherein a splined radially inner surface of the female member and the splined tubular portion of the male member are meshingly engaged with each other, wherein the second axial end portion of the male member extends through the aperture of the retaining member, wherein the continuous annular portion of the retaining member fits into the annular groove in the inner surface of the female member, and wherein the attachment features of the retaining member extend into the circumferential groove in the outer surface of the male member. a female member having a first axial end, a second axial end, and a cylindrical body portion extending between the first axial end and the second axial end having a splined radially inner surface, wherein the first axial end of the female member has an annular groove in an inner surface thereof; a male member having a first axial end portion, a second axial end portion, and a splined tubular portion extending between the first axial end portion and the second axial end portion, wherein the second axial end portion of the male member has a circumferential groove on the outer surface thereof; and a retaining member including a continuous annular portion and a flat surface portion including attachment features extending radially inward from and perpendicular to the continuous annular portion and defining an aperture therein, wherein the continuous annular portion extends perpendicular to the flat surface portion along a radially outer edge thereof, wherein a splined radially inner surface of the female member and the splined tubular portion of the male member are meshingly engaged with each other, wherein the second axial end portion of the male member extends through the aperture of the retaining member, wherein the continuous annular portion of the retaining member fits into the annular groove in the inner surface of the female member, and wherein the attachment features of the retaining member extend into the circumferential groove in the outer surface of the male member.
A wind turbine, comprising: a generator having an output; a power transmission path for connecting the output to a power grid, the power transmission path comprising a generator side converter coupled to the output of the generator, a grid side converter coupled to the power grid, and a DC link coupled between the generator side converter and the grid side converter; and a load dump arrangement, comprising: - at least one resistor, and - a plurality of switches, characterized in that the load dump arrangement comprises a plurality of electrical connections which electrically connect the at least one resistor to the output of the generator and across the DC link via the plurality of switches (SW3, SW4), wherein the power transmission path comprises a plurality of first switches and a plurality of second switches, the power transmission path being connectable to the generator via the plurality of first switches and connectable to the power grid via the plurality of second switches; and wherein the load dump arrangement comprises at least one third switch and at least one fourth switch, the load dump arrangement being connectable to the generator via the at least one third switch and connectable across the DC link of the power transmission path via the at least one fourth switch. a generator having an output; a power transmission path for connecting the output to a power grid, the power transmission path comprising a generator side converter coupled to the output of the generator, a grid side converter coupled to the power grid, and a DC link coupled between the generator side converter and the grid side converter; and a load dump arrangement, comprising: - at least one resistor, and - a plurality of switches, characterized in that the load dump arrangement comprises a plurality of electrical connections which electrically connect the at least one resistor to the output of the generator and across the DC link via the plurality of switches (SW3, SW4), - at least one resistor, and - a plurality of switches, wherein the power transmission path comprises a plurality of first switches and a plurality of second switches, the power transmission path being connectable to the generator via the plurality of first switches and connectable to the power grid via the plurality of second switches; and wherein the load dump arrangement comprises at least one third switch and at least one fourth switch, the load dump arrangement being connectable to the generator via the at least one third switch and connectable across the DC link of the power transmission path via the at least one fourth switch.
A method of ionizing a sample comprising: heating a sample so that analyte is released from the sample; characterised by producing charged particles downstream of the sample by causing droplets to impact upon an impactor target, wherein the charged particles comprise charged droplets, and wherein the impactor target is located downstream of the sample; and using the charged particles to ionize at least some of the analyte released from the sample so as to produce analyte ions. heating a sample so that analyte is released from the sample; characterised by producing charged particles downstream of the sample by causing droplets to impact upon an impactor target, wherein the charged particles comprise charged droplets, and wherein the impactor target is located downstream of the sample; and using the charged particles to ionize at least some of the analyte released from the sample so as to produce analyte ions.
Vehicle tyre having a sensor arrangement, wherein the sensor arrangement - has a sensor module for recording a measured variable, - a sensor central module for processing and/or transmitting the measured variable recorded by the sensor module and - a sensor supply line for connecting the sensor module to the sensor central module, wherein the sensor module is at least partially embedded in a tyre structure (2a, 2c, 2e, 2h) of the vehicle tyre, wherein the sensor supply line is at least partially integrated in the tyre structure (2a, 2c, 2e, 2h), characterized in that the sensor supply line runs, starting from the sensor module at least partially embedded in the vehicle tyre, in the direction of an outer surface of the vehicle tyre and is routed, following said outer surface, to an inner surface of the vehicle tyre and runs along said inner surface to the sensor central module arranged in an interior of the vehicle tyre. - has a sensor module for recording a measured variable, - a sensor central module for processing and/or transmitting the measured variable recorded by the sensor module and - a sensor supply line for connecting the sensor module to the sensor central module,
Method for sensing an object (46, 52, 58 to 60) in a blind spot region of a vehicle, in which a sensor unit (23, 26) is used to transmit a plurality of detection signals (28 to 45) of a signal packet and if need be to evaluate signals that are reflected at the object (46, 52, 58 to 60) and received by the sensor unit (23, 26), characterized in that a first group of detection signals (28 to 33) is transmitted with a first horizontal angle width and a second group of detection signals (35 to 40) is transmitted with a second horizontal angle width, which is different from the first, wherein the first group of detection signals (28 to 33) with a smaller horizontal angle width is transmitted at a smaller angle (α) in relation to the vehicle longitudinal axis (A, A') than the second group of detection signals (35 to 40) with a larger horizontal angle width, the larger horizontal angle width being larger than said smaller horizontal angle width.
A system for detecting tampering with a product, the system comprising: a capacitor (C DUT) comprised in or attached to the product; an integrated circuit configured to inject a current in said capacitor and to detect a corresponding voltage slope on said capacitor (218,220); wherein the integrated circuit is further configured to divide said voltage slope into a plurality of slope segments; wherein the integrated circuit is further configured to discard a first set of slope segments, whose slope value falls outside a predefined range of slope values; wherein the integrated circuit is further configured to use a second set of slope segments, whose slope value falls within said predefined range, for determining a capacitance on the capacitor. a capacitor (C DUT) comprised in or attached to the product; an integrated circuit configured to inject a current in said capacitor and to detect a corresponding voltage slope on said capacitor (218,220); wherein the integrated circuit is further configured to divide said voltage slope into a plurality of slope segments; wherein the integrated circuit is further configured to discard a first set of slope segments, whose slope value falls outside a predefined range of slope values; wherein the integrated circuit is further configured to use a second set of slope segments, whose slope value falls within said predefined range, for determining a capacitance on the capacitor.