mhurhangee/ep-ind-claims huggingface dataset:
Method, implemented in a system for managing an electric battery of a vehicle, for estimating the resistive state of health of at least one electrical energy storage element of said electric battery, method comprising the following steps: - a determination of at least one operating range for which the internal resistance of said at least one electrical energy storage element evolves linearly with respect to a pair of variables consisting of the state of charge of the storage element and the temperature; - a measurement, for several operating points of said at least one determined operating range and for a predefined duration, of the variation in the intensity and voltage of an electric current generated by said at least one electrical energy storage element during at least one driving phase of the vehicle; - a calculation, as a function of the measured intensity and voltage variation values and for each of said operating points, of at least one internal resistance value of said at least one electrical energy storage element; and - a calculation, for each of said operating points, as a function of the internal resistance value calculated for said operating point, of at least one resistive health state value of said at least one electrical energy storage element. - a determination of at least one operating range for which the internal resistance of said at least one electrical energy storage element evolves linearly with respect to a pair of variables consisting of the state of charge of the storage element and the temperature; - a measurement, for several operating points of said at least one determined operating range and for a predefined duration, of the variation in the intensity and voltage of an electric current generated by said at least one electrical energy storage element during at least one driving phase of the vehicle; - a calculation, as a function of the measured intensity and voltage variation values and for each of said operating points, of at least one internal resistance value of said at least one electrical energy storage element; and - a calculation, for each of said operating points, as a function of the internal resistance value calculated for said operating point, of at least one resistive health state value of said at least one electrical energy storage element.
A method performed in a wireless communications device for transmitting current location information representing a current location of the wireless communications device, the method comprising: displaying a message interface for a communication application being executed on the wireless communications device; in response to receiving input via the communication application being executed on the wireless communications device, generating the current location information, wherein the current location information comprises map image data representing the current location of the wireless communications device, and including the current location information in a message generated using the message interface; and transmitting the message with the current location information. displaying a message interface for a communication application being executed on the wireless communications device; in response to receiving input via the communication application being executed on the wireless communications device, generating the current location information, wherein the current location information comprises map image data representing the current location of the wireless communications device, and including the current location information in a message generated using the message interface; and generating the current location information, wherein the current location information comprises map image data representing the current location of the wireless communications device, and including the current location information in a message generated using the message interface; and transmitting the message with the current location information.
A process for the manufacture of a cyclic diester of an alpha-hydroxyacid comprising heating the alpha-hydroxyacid at a temperature from 100 to 250°C in the presence of at least one polyol and of at least one catalyst selected from the group consisting of carboxylates and alkoxides of Ti, Zr, Al and Sn.
A method for diagnosing and recommending treatment for a physiological condition, comprising: (i) collecting hybridization information of an array of peptide nucleic acid probes comprising the steps of using chemical reagents to extract the DNA or RNA from a biological sample, applying the sample to the array of peptide nucleic acidprobes, using an optical reader or scanner to image the hybridized chip and quantifying the gene expression levels for each spot, (ii) transmitting said hybridization information into a central data processing facility, where the hybridization information transmission includes but is not limited to gene expression data, (iii) analyzing said hybridization information to generate a hybridization profile, and comparing said hybridization profile to hybridization profiles stored in an updateable database having access to all input hybridization results and having access to patient family history information, having a set of rule linking stored hybridization profiles with associated diagnosed conditions and treatment options to provide analyzed data, (iv) determining the most likely pathological or physiological conditions suggested by the comparative analysis of hybridization profiles, using artificial intelligence routines along with suggested methods of treatment for the conditions, to a user, and (v) recommending methods of treatment based on the physiological condition, patient personal medical history, clinical observations, and updating the patient's file. (i) collecting hybridization information of an array of peptide nucleic acid probes comprising the steps of using chemical reagents to extract the DNA or RNA from a biological sample, applying the sample to the array of peptide nucleic acidprobes, using an optical reader or scanner to image the hybridized chip and quantifying the gene expression levels for each spot, (ii) transmitting said hybridization information into a central data processing facility, where the hybridization information transmission includes but is not limited to gene expression data, (iii) analyzing said hybridization information to generate a hybridization profile, and comparing said hybridization profile to hybridization profiles stored in an updateable database having access to all input hybridization results and having access to patient family history information, having a set of rule linking stored hybridization profiles with associated diagnosed conditions and treatment options to provide analyzed data, (iv) determining the most likely pathological or physiological conditions suggested by the comparative analysis of hybridization profiles, using artificial intelligence routines along with suggested methods of treatment for the conditions, to a user, and (v) recommending methods of treatment based on the physiological condition, patient personal medical history, clinical observations, and updating the patient's file.
An accessory support device, comprising: - a support structure that defines a flat base plane; - an inclined portion that is supported on the support structure and that has an inclined portion width and that extends in an inclined plane upward relative to the base plane along an inclined portion length from a front of the accessory support device facing a user to a rear of the accessory support device located further away from the user, the inclined portion including an accessory support surface extending at a first viewing angle for the user; and - an upright portion that is supported on the support structure or on the inclined portion and that has an upright portion width and that extends in a mainly upright plane relative to the base plane along an upright portion length from the rear of the accessory support device at a second viewing angle for the user, so as to form a privacy panel that shields the user from being seen from the rear of the accessory support device, wherein: - the upright portion is angularly adjustably connected to the inclined portion, optionally to the base portion or other portion of the support structure, preferably via a first hinge construction, and; - the inclined portion is angularly adjustably connected to the base portion or other portion of the support structure, preferably via a second hinge construction; characterized in that the first and second hinge constructions are coupled via an angle compensation device, optionally a parallelogram mechanism, to compensate the first hinge construction for angular adjustment of the second hinge construction so as to keep the angle of the upright portion relative to the base plane mainly unchanged when the angle of the inclined portion relative to the base plane is adjusted. - a support structure that defines a flat base plane; - an inclined portion that is supported on the support structure and that has an inclined portion width and that extends in an inclined plane upward relative to the base plane along an inclined portion length from a front of the accessory support device facing a user to a rear of the accessory support device located further away from the user, the inclined portion including an accessory support surface extending at a first viewing angle for the user; and - an upright portion that is supported on the support structure or on the inclined portion and that has an upright portion width and that extends in a mainly upright plane relative to the base plane along an upright portion length from the rear of the accessory support device at a second viewing angle for the user, so as to form a privacy panel that shields the user from being seen from the rear of the accessory support device, - the upright portion is angularly adjustably connected to the inclined portion, optionally to the base portion or other portion of the support structure, preferably via a first hinge construction, and; - the inclined portion is angularly adjustably connected to the base portion or other portion of the support structure, preferably via a second hinge construction;
A distributed software defined network, SDN, packet core system comprising: a policy module configured to manage policies for client devices associated with the distributed SDN packet core system; a plurality of interconnected local SDN infrastructure instances, each local SDN infrastructure instance including a plurality of computer devices arranged geographically in proximity, and communicatively coupled, to a respective plurality of radio access points associated with at least two radio access technologies, RATs, the computer devices being configured to execute software modules for processing control messages and data packets of communication flows associated with the respective radio access points, the software modules including: a plurality of RAT-specific control-plane modules associated with the at least two radio access technologies, RATs, each RAT-specific control-plane module configured to execute signaling and control operations for communication flows associated with a respective RAT; and at least one data plane controller, belonging to the J Z local SDN infrastructure instance, and being configured to receive packet processing requests from at least one RAT-specific control-plane module and forward the requests to one or more data-plane instances of the J Z local SDN infrastructure instance, wherein each of the one or more data plane instances includes a configuration module and at least one data-plane module, the configuration module configured to translate packet processing requests received from the at least one data-plan controller into a configuration specific to the at least one data-plan module. a plurality of RAT-specific control-plane modules associated with the at least two radio access technologies, RATs, each RAT-specific control-plane module configured to execute signaling and control operations for communication flows associated with a respective RAT; and at least one data plane controller, belonging to the J Z local SDN infrastructure instance, and being configured to receive packet processing requests from at least one RAT-specific control-plane module and forward the requests to one or more data-plane instances of the J Z local SDN infrastructure instance, wherein each of the one or more data plane instances includes a configuration module and at least one data-plane module, the configuration module configured to translate packet processing requests received from the at least one data-plan controller into a configuration specific to the at least one data-plan module.
A slide assembly for a firearm comprising: a slide having a top side, a proximal end, a mounting recess about the top side of the slide, and a housing recess about the proximal end of the slide; and an extractor assembly mounted within the housing recess, characterized in that: the extractor assembly includes a distal end for engaging a cartridge and a proximal end terminating at a position adjacent about a mid-portion of the mounting recess, the extractor assembly including: an extractor having a distal end for engaging a cartridge and a proximal end terminating at a position adjacent to a distal end of the mounting recess, a plunger extending proximally from the extractor, a biasing member biasing the plunger distally against the extractor, a bearing providing a backstop for the biasing member and limiting movement of the plunger with respect to the biasing member, and a stop limiting movement of the bearing. a slide having a top side, a proximal end, a mounting recess about the top side of the slide, and a housing recess about the proximal end of the slide; and an extractor assembly mounted within the housing recess, characterized in that: the extractor assembly includes a distal end for engaging a cartridge and a proximal end terminating at a position adjacent about a mid-portion of the mounting recess, the extractor assembly including: an extractor having a distal end for engaging a cartridge and a proximal end terminating at a position adjacent to a distal end of the mounting recess, a plunger extending proximally from the extractor, a biasing member biasing the plunger distally against the extractor, a bearing providing a backstop for the biasing member and limiting movement of the plunger with respect to the biasing member, and a stop limiting movement of the bearing. an extractor having a distal end for engaging a cartridge and a proximal end terminating at a position adjacent to a distal end of the mounting recess, a plunger extending proximally from the extractor, a biasing member biasing the plunger distally against the extractor, a bearing providing a backstop for the biasing member and limiting movement of the plunger with respect to the biasing member, and a stop limiting movement of the bearing.
An isolated epithelial growth factor receptor (EGFR) protein comprising an in-frame deletion that starts in exon 3 and ends in exon 7 of wild-type EGFR, wherein amino acids 90-221 of wild-type EGFR have been deleted and wherein said EGFR protein comprises the amino acid sequence of SEQ ID NO: 5 or an amino acid sequence having greater than 90% identity to the amino acid sequence of SEQ ID NO: 5.
A method for reusing a delaminated wafer, comprising a manufacturing process of forming a thermal oxide film on a surface of a CZ wafer, determining as a bond wafer the CZ wafer having an ion implanted layer formed by performing ion implantation through the thermal oxide film, bonding the bond wafer to a base wafer through the thermal oxide film, and applying a heat treatment to the bonded wafers to be separated into an SOI wafer and a delaminated wafer at the ion implanted layer, reprocessing of performing at least polishing to the byproduced delaminated wafer being added to the manufacturing process, thereby reusing the delaminated wafer as the bond wafer in the SOI wafer manufacturing process, wherein, at least; the CZ wafer to be utilized is a low-defect wafer whose entire surface is formed of an N region, a rapid thermal annealing treatment is applied in the reprocessing to the delaminated wafer at a higher temperature than a temperature in the thermal oxide film formation performed to the bond wafer in the SOI wafer manufacturing process, and a stock removal of the surface of the delaminate wafer is above 2 μm in the regeneration polishing.
An apparatus comprising: a control panel of a security system adapted to detect threats within a secured area; a memory of the security system having a reference frequency hopping pattern and a reference frequency offset saved therein; a plurality of threat sensors (12, 14) of the security system located within the secured area adapted to communicate with the control panel using a modified frequency hopping pattern based on adding a fixed frequency offset to each frequency and each hop of the reference frequency hopping pattern; and a processor (28, 30) of the security system adapted to detect any nearby security systems that use an integer multiple variant of the reference frequency hopping pattern and to determine respective integer multiples of the reference frequency offset used by each of the nearby security systems, wherein the processor of the security system is adapted to determine a highest relative integer value of the respective integer multiples, wherein the processor of the security system is adapted to determine a local integer multiple by adding a value of one to the highest relative integer value, and wherein the processor of the security system is adapted to set the fixed frequency offset used by the plurality of threat sensors to a product of the local integer multiple and the reference frequency offset. a control panel of a security system adapted to detect threats within a secured area; a memory of the security system having a reference frequency hopping pattern and a reference frequency offset saved therein; a plurality of threat sensors (12, 14) of the security system located within the secured area adapted to communicate with the control panel using a modified frequency hopping pattern based on adding a fixed frequency offset to each frequency and each hop of the reference frequency hopping pattern; and a processor (28, 30) of the security system adapted to detect any nearby security systems that use an integer multiple variant of the reference frequency hopping pattern and to determine respective integer multiples of the reference frequency offset used by each of the nearby security systems, wherein the processor of the security system is adapted to determine a highest relative integer value of the respective integer multiples, wherein the processor of the security system is adapted to determine a local integer multiple by adding a value of one to the highest relative integer value, and wherein the processor of the security system is adapted to set the fixed frequency offset used by the plurality of threat sensors to a product of the local integer multiple and the reference frequency offset.
A method for monitoring living facilities by a multichannel radar, comprising: - scanning, by a multichannel radar or at least one processing unit connected to the radar, a field of view within a frequency range from 1 to 1000 GHz, for example between 1 to 30 GHz, 10 to 30 GHz, 30 to 300 GHz or 300 to 1000 GHz, using a plurality of radar channels of the radar; - generating, by the radar or the processing unit connected to the radar, image units for a radar image on the basis of results of the scanning, wherein the image units comprise at least amplitude and phase information; - determining, by the radar or the processing unit connected to the radar, on the basis of the image units information indicating at least one error source, the error source being a physical movement of the radar or interrelated movements of targets within the field of view; - compensating, by the radar or the processing unit connected to the radar, results of the scanning on the basis of the determined at least one error source; and - generating, by the radar or the processing unit connected to the radar, a radar image on the basis of the compensated results, characterized by determining a number of moving targets, on the basis of a number of separate sets of the image units identified from the radar image, and - entering the radar to a power saving mode, when the number of moving targets is one or less, wherein the power saving mode comprises that the radar is controlled to scan the field of view using a reduced number of radar channels. - scanning, by a multichannel radar or at least one processing unit connected to the radar, a field of view within a frequency range from 1 to 1000 GHz, for example between 1 to 30 GHz, 10 to 30 GHz, 30 to 300 GHz or 300 to 1000 GHz, using a plurality of radar channels of the radar; - generating, by the radar or the processing unit connected to the radar, image units for a radar image on the basis of results of the scanning, wherein the image units comprise at least amplitude and phase information; - determining, by the radar or the processing unit connected to the radar, on the basis of the image units information indicating at least one error source, the error source being a physical movement of the radar or interrelated movements of targets within the field of view; - compensating, by the radar or the processing unit connected to the radar, results of the scanning on the basis of the determined at least one error source; and - generating, by the radar or the processing unit connected to the radar, a radar image on the basis of the compensated results, - entering the radar to a power saving mode, when the number of moving targets is one or less, wherein the power saving mode comprises that the radar is controlled to scan the field of view using a reduced number of radar channels.