mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a system comprising a processor and a memory storing a program code which is executed by the processor to perform the method, the method comprising: determining a point of interest, POI, of which location is within a predetermined distance from a location of a wireless access point, WAP, from among POIs included in a point of interest data , based on information on locations of the POIs which is stored in the POI data ; determining whether a name of the determined POI matches a network name of the WAP ; and based on determining that the name of the determined POI matches the network name of the WAP, updating the POI data by changing the location of the determined POI to the location of the WAP determining a point of interest, POI, of which location is within a predetermined distance from a location of a wireless access point, WAP, from among POIs included in a point of interest data , based on information on locations of the POIs which is stored in the POI data ; determining whether a name of the determined POI matches a network name of the WAP ; and based on determining that the name of the determined POI matches the network name of the WAP, updating the POI data by changing the location of the determined POI to the location of the WAP
Method for generating an inverse sensor model for a radar sensor apparatus , having the steps of: arranging (S1) obstacles (41 to 44) with predefined dimensions and spatial positions in an environment of the radar sensor apparatus ; generating (S2) radar measurement data by means of the radar sensor apparatus ; and generating (S3) the inverse sensor model using the generated radar measurement data and the predefined dimensions and spatial positions of the obstacles (41 to 44), wherein the inverse sensor model assigns an occupancy probability to a cell (9-ij) of an occupancy grid on the basis of predefined radar measurement data, wherein an occupancy probability is assigned to the cells (9-ij) on the basis of the predefined dimensions and spatial positions of the obstacles and is linked to the generated radar measurement data, characterized in that the inverse sensor model is generated using a neural network, wherein the radar measurement data and the occupancy probabilities linked to the generated radar measurement data are used as input data of the neural network, and the radar measurement data used as input data of the neural network are represented in the form of grids, wherein the grids comprise a first grid which is generated on the basis of reflection values, a second grid which is generated on the basis of associated radial speeds, and a third grid which is generated on the basis of determined radar cross sections. arranging (S1) obstacles (41 to 44) with predefined dimensions and spatial positions in an environment of the radar sensor apparatus ; generating (S2) radar measurement data by means of the radar sensor apparatus ; and generating (S3) the inverse sensor model using the generated radar measurement data and the predefined dimensions and spatial positions of the obstacles (41 to 44), wherein the inverse sensor model assigns an occupancy probability to a cell (9-ij) of an occupancy grid on the basis of predefined radar measurement data, wherein an occupancy probability is assigned to the cells (9-ij) on the basis of the predefined dimensions and spatial positions of the obstacles and is linked to the generated radar measurement data, characterized in that the inverse sensor model is generated using a neural network, wherein the radar measurement data and the occupancy probabilities linked to the generated radar measurement data are used as input data of the neural network, and the radar measurement data used as input data of the neural network are represented in the form of grids, wherein the grids comprise a first grid which is generated on the basis of reflection values, a second grid which is generated on the basis of associated radial speeds, and a third grid which is generated on the basis of determined radar cross sections.
Electrical harness for a turbomachine, comprising a first termination (T1) connected while in use to an apparatus capable of emitting an electrical signal, and a second termination (T2) connected while in use to a signal processing apparatus , characterised in that it comprises an electronic circuit for filtering the signal, said circuit comprising at least one electronic component associated with an operating temperature threshold, and at least one thermally triggered electrical interruption means connected in series or in parallel with said at least one electronic component, said at least one electrical interruption means being capable of changing from an open state in which a current cannot flow through it, to a closed state in which a current can flow through it, or reciprocally from a closed state to an open state, from a tripping temperature lower than or equal to the operating temperature threshold of said at least one electronic component, so as to continue to ensure electrical transmission between the first termination and the second termination if the temperature becomes higher than said tripping temperature.
A Cardio-Pulmonary Resuscitation (CPR) system configured to perform compressions to a chest of a patient , the CPR system comprising: a retention structure ; a compression mechanism coupled to the retention structure and having a movable piston ; a backboard that can be assembled together with the retention structure so as to form a closed loop around a torso of the patient and the piston is movable towards and away from the chest of the patient ; a stabilizing member ; and a coupler ; characterized in that the coupler is configured to couple the stabilizing member to the backboard in such a way that the stabilizing member can be rotated with respect to the backboard by at least 30° within a plane. a retention structure ; a compression mechanism coupled to the retention structure and having a movable piston ; a backboard that can be assembled together with the retention structure so as to form a closed loop around a torso of the patient and the piston is movable towards and away from the chest of the patient ; a stabilizing member ; and a coupler ; characterized in that the coupler is configured to couple the stabilizing member to the backboard in such a way that the stabilizing member can be rotated with respect to the backboard by at least 30° within a plane.
An oral pharmaceutical composition comprising a first population of beads and a second population of beads; said first bead population comprising a pharmaceutically active ingredient selected from the group consisting of benzylmorphine, bezitramide, buprenorphine, butorphanol, carfentanil, clonitazene, codeine, desomorphine, dextromoramide, dezocine, diacetylmorphine, diampromide, diamorphone, dihydrocodeine, dihydromorphine, dimenoxadol, dimepheptanol, dimethylthiambutene, diphenoxylate, dioxaphetyl butyrate, diprenorphine, dipipanone, eptazocine, ethoheptazine, ethylmethylthiambutene, ethylmorphine, etonitazene, etorphine, dihydroetorphine, fentanyl, hydrocodone, hydromorphone, β-hydroxy-3-methylfentanyl, hydroxypethidine, isomethadone, ketobemidone, levo-α-acetylmethadol, levorphanol, levophenacylmorphan, lofentanil, meperidine, meptazinol, metazocine, methadone, metopon, morphine, myrophine, nalmefene, narceine, nicomorphine, norlevorphanol, normethadone, nalorphine, nalbuphene, normorphine, norpipanone, o-methylnaltrexone, opium, oxycodone, oxymorphone, papaveretum, pentazocine, pethidine, phenadoxone, phenomorphan, phenazocine, phenoperidine, piminodine, piritramide, propheptazine, promedol, properidine, propoxyphene, remifentanil, sufentanil, tilidine, and tramadol, or pharmaceutically acceptable salts thereof, wherein said first bead population is substantially free of polyethylene oxide; and said second bead population comprising polyethylene oxide and a permeable or semi-permeable coating selected from the group consisting of an ammonio methacrylate copolymer, a methacrylic acid copolymer and a mixture thereof, wherein said second bead population is substantially free of any pharmaceutically active ingredient.
An authentication information processing method performed by an authentication information processing apparatus , comprising generating an authentication key from a seed key of A bits by: obtaining bio-information of a user; determining a portion of the bio-information that ensures time-invariance, wherein the portion of the bio-information has B bits and determining the portion of the bio-information that ensures time-invariance comprises sensing bio-information multiple times; obtaining a unique key corresponding to the authentication information processing apparatus ; determining a portion of the unique key by the number of bits insufficient for the authentication key to be generated, wherein the portion of the unique key has A-B bits; generating the authentication key from the seed key including at least the portion of the bio-information and at least the portion of the unique key . obtaining bio-information of a user; determining a portion of the bio-information that ensures time-invariance, wherein the portion of the bio-information has B bits and determining the portion of the bio-information that ensures time-invariance comprises sensing bio-information multiple times; obtaining a unique key corresponding to the authentication information processing apparatus ; determining a portion of the unique key by the number of bits insufficient for the authentication key to be generated, wherein the portion of the unique key has A-B bits; generating the authentication key from the seed key including at least the portion of the bio-information and at least the portion of the unique key .
An electrical connector pin reforming tool comprising: a pin reforming die configured to at least partially engage a pin of an electrical connector and substantially reform the pin to the original specifications; a force applicator structured to provide a force of a preselected magnitude; and an extension rod connected at one end to the pin reforming die and at another, opposite end to the force applicator , wherein the extension rod is positioned and structured to convey the predetermined force form the force applicator to the pin reforming die ; characterized by further comprising a tool housing structured to engage a connector housing having a plurality of pins positioned therein, and wherein the pin reforming die , the extension rod , and the force applicator are movable from one pin or group of pins of the plurality of pins to another pin or group of pins of the plurality of pins by a movement of a spring-loaded slide block that slides on an upper portion of the tool housing , with the extension rod passing through the spring-loaded slide block . a pin reforming die configured to at least partially engage a pin of an electrical connector and substantially reform the pin to the original specifications; a force applicator structured to provide a force of a preselected magnitude; and an extension rod connected at one end to the pin reforming die and at another, opposite end to the force applicator , wherein the extension rod is positioned and structured to convey the predetermined force form the force applicator to the pin reforming die ; characterized by further comprising a tool housing structured to engage a connector housing having a plurality of pins positioned therein, and wherein the pin reforming die , the extension rod , and the force applicator are movable from one pin or group of pins of the plurality of pins to another pin or group of pins of the plurality of pins by a movement of a spring-loaded slide block that slides on an upper portion of the tool housing , with the extension rod passing through the spring-loaded slide block .
A monitoring system comprising: a reading device ; and a probe having a housing, the probe is electrically connected to the reading device via a wired interface; the probe comprising: a physiological sensor configured as a Wheatstone resistive bridge balancing circuit; a memory device integrated within the housing of the probe ; the memory device is arranged in parallel with the sensor; wherein communication between the reading device and the probe occurs via the wired interface utilizing a same number of electrical connections between the reading device and the probe as would be required if the memory device were eliminated. a reading device ; and a probe having a housing, the probe is electrically connected to the reading device via a wired interface; the probe comprising: a physiological sensor configured as a Wheatstone resistive bridge balancing circuit; a memory device integrated within the housing of the probe ; the memory device is arranged in parallel with the sensor; a physiological sensor configured as a Wheatstone resistive bridge balancing circuit; a memory device integrated within the housing of the probe ; the memory device is arranged in parallel with the sensor; wherein communication between the reading device and the probe occurs via the wired interface utilizing a same number of electrical connections between the reading device and the probe as would be required if the memory device were eliminated.
A method for handling a reconfiguration request for a communications device , the method being performed by the communications device , the method comprising: wirelessly receiving (S102) the reconfiguration request from a radio access network node , the reconfiguration request pertaining to any of a software upgrade, a firmware upgrade, or a parameter reconfiguration of the communications device and originating from a server and being received together with digitally signed radio access layer information of the radio access network node , wherein the radio access layer information is digitally signed by a core network node ; verifying (S104) the digitally signed radio access layer information using an authorization process; and accepting (S108a) the reconfiguration request only when having successfully verified the digitally signed radio access layer information. wirelessly receiving (S102) the reconfiguration request from a radio access network node , the reconfiguration request pertaining to any of a software upgrade, a firmware upgrade, or a parameter reconfiguration of the communications device and originating from a server and being received together with digitally signed radio access layer information of the radio access network node , wherein the radio access layer information is digitally signed by a core network node ; verifying (S104) the digitally signed radio access layer information using an authorization process; and accepting (S108a) the reconfiguration request only when having successfully verified the digitally signed radio access layer information.
A method of providing a terminal with system information which enables the terminal to access a given cell of a cellular telecommunications system (n), the method including: the telecommunications system (n) transmitting, via the Broadcast Control Channel, BCH, a system information indicator (A1) to the terminal, wherein the system information indicator (A1) alone is insufficient to enable the terminal to access the cellular telecommunications system (n); the terminal receiving the system information indicator (A1) from the telecommunications system (n), via the BCH; the terminal using the system information indicator (Al) to be directed to a store on the mobile terminal from which to retrieve the system information, wherein the system information enables the terminal to access the telecommunications system (n); and the terminal using the retrieved system information to access the cellular telecommunications system (n); wherein the system information is not transmitted via the BCH, which reduces the quantity of data transmitted via the BCH. the telecommunications system (n) transmitting, via the Broadcast Control Channel, BCH, a system information indicator (A1) to the terminal, wherein the system information indicator (A1) alone is insufficient to enable the terminal to access the cellular telecommunications system (n); the terminal receiving the system information indicator (A1) from the telecommunications system (n), via the BCH; the terminal using the system information indicator (Al) to be directed to a store on the mobile terminal from which to retrieve the system information, wherein the system information enables the terminal to access the telecommunications system (n); and the terminal using the retrieved system information to access the cellular telecommunications system (n); wherein the system information is not transmitted via the BCH, which reduces the quantity of data transmitted via the BCH.
A method for manufacturing a graphene electromagnetic wave blocking plate, the method comprising: forming a first graphene layer and a second graphene layer respectively on and beneath a catalyst metal layer ; attaching a support substrate to the second graphene layer ; patterning the first graphene layer and the catalyst metal layer , wherein a metal pattern is formed by patterning the catalyst metal layer and a graphene pattern is formed by patterning the first graphene layer , wherein the metal pattern and the graphene pattern are formed on the second graphene layer ; and removing the support substrate . forming a first graphene layer and a second graphene layer respectively on and beneath a catalyst metal layer ; attaching a support substrate to the second graphene layer ; patterning the first graphene layer and the catalyst metal layer , wherein a metal pattern is formed by patterning the catalyst metal layer and a graphene pattern is formed by patterning the first graphene layer , wherein the metal pattern and the graphene pattern are formed on the second graphene layer ; and removing the support substrate .
Use of one or more modified polyorganosiloxanes as plasticizers in rubber compositions, wherein the rubber is vulcanized by means of one or more crosslinking resins, wherein the polyorganosiloxane contains 3 or more siloxane units and one or more organic moieties R 1 , which have one or more carbon-carbon multiple bonds and at least 4 carbon atoms.
A sensing circuit for reading a selected flash memory cell in a first array of flash memory cells or in a second array of flash memory cells, comprising: a first circuit coupled to a first bit line in the first array; a second circuit coupled to a second bit line in the second array; a comparator comprising a first input coupled to a first node (IOR_T) in the first circuit and a second input coupled to a second node (IOR_B) in the second circuit, characterised in that the sensing circuit is further comprising : an output of the comparator coupled to a first set of inverters and to a second set of inverters in parallel to the first set of inverters , the first set of inverters comprising an odd number of inverters and the second set of inverters comprising an even number of inverters; a multiplexer comprising a first input for receiving an output of the first set of inverters and a second input for receiving an output of the second set of inverters , the multiplexer controlled by a select signal (SELTOP) to output a signal indicative of the data stored in the selected flash memory cell; wherein the select signal (SELTOP) is set to a first state or a second state, the first state indicating that the first bit line is coupled to the selected flash memory cell and the second bit line is a reference bit line and the second state indicating that the first bit line is a reference bit line and the second bit line is coupled to the selected flash memory cell. a first circuit coupled to a first bit line in the first array; a second circuit coupled to a second bit line in the second array; a comparator comprising a first input coupled to a first node (IOR_T) in the first circuit and a second input coupled to a second node (IOR_B) in the second circuit, characterised in that the sensing circuit is further comprising : an output of the comparator coupled to a first set of inverters and to a second set of inverters in parallel to the first set of inverters , the first set of inverters comprising an odd number of inverters and the second set of inverters comprising an even number of inverters; a multiplexer comprising a first input for receiving an output of the first set of inverters and a second input for receiving an output of the second set of inverters , the multiplexer controlled by a select signal (SELTOP) to output a signal indicative of the data stored in the selected flash memory cell; wherein the select signal (SELTOP) is set to a first state or a second state, the first state indicating that the first bit line is coupled to the selected flash memory cell and the second bit line is a reference bit line and the second state indicating that the first bit line is a reference bit line and the second bit line is coupled to the selected flash memory cell.
A method of determining a density of a fluid within an aircraft fuel tank , the method comprising: obtaining from a first cluster of sensors installed at a first location (s 1 ) within the tank a first pressure measurement of the fluid within the tank, wherein the first cluster of sensors comprises a first plurality of sensors including at least two spaced-apart pressure sensors , and wherein the first plurality of sensors within the first cluster of sensors are packaged together within a common housing such that the first plurality of sensors can be simultaneously installed at the first location as a single package; obtaining from a second cluster of sensors installed at a second location (s 2 ) within the tank a second pressure measurement of the fluid within the tank, the second cluster of sensors comprising a second plurality of sensors including at least two spaced-apart pressure sensors packaged together within a common housing such that the second plurality of sensors can be simultaneously installed at the second location as a single package, wherein the second location at which the second cluster of sensors is installed is different from and spaced apart from the first location at which the first cluster of sensors is installed; and using the obtained first and second pressure measurements and the distance between the first and second locations, measured in a direction perpendicular to the surface of the fluid , to determine the fluid density within the tank between the first and second locations. obtaining from a first cluster of sensors installed at a first location (s 1 ) within the tank a first pressure measurement of the fluid within the tank, wherein the first cluster of sensors comprises a first plurality of sensors including at least two spaced-apart pressure sensors , and wherein the first plurality of sensors within the first cluster of sensors are packaged together within a common housing such that the first plurality of sensors can be simultaneously installed at the first location as a single package; obtaining from a second cluster of sensors installed at a second location (s 2 ) within the tank a second pressure measurement of the fluid within the tank, the second cluster of sensors comprising a second plurality of sensors including at least two spaced-apart pressure sensors packaged together within a common housing such that the second plurality of sensors can be simultaneously installed at the second location as a single package, wherein the second location at which the second cluster of sensors is installed is different from and spaced apart from the first location at which the first cluster of sensors is installed; and using the obtained first and second pressure measurements and the distance between the first and second locations, measured in a direction perpendicular to the surface of the fluid , to determine the fluid density within the tank between the first and second locations.