mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for fabricating a composite item from a material placed on a layup form having large contours of up to about 50.8 cm (20 inches) positive radius, the apparatus comprising: means for determining a first location on the layup form to place the material; means for determining a second location on the layup form to stop placing the material; means for cutting the material to generate a first edge that substantially conforms to the layup form at the first location in response to the first edge being different from the layup form at the first location; means for tacking the first edge to the layup form at the first location; means for applying the material along a natural path of the layup form between the first location and the second location, wherein the material is urged outward from about a longitudinal centerline of the material by movement of a curved surface relative to the material; means for cutting the material to generate a second edge that substantially conforms to the layup form at the second location in response to approaching the second location; and means for applying a tackifier to the layup form in an area defined by the material being placed on the layup form substantially without applying the tackifier outside the area, the means for applying a tackifier being arranged to modulate the width of the tackifier applied to the layup form as the width of the material is modulated, wherein the means for applying the material includes a spring , the spring arranged to support the curved surface and configured to conform to the contours of the layup form . means for determining a first location on the layup form to place the material; means for determining a second location on the layup form to stop placing the material; means for cutting the material to generate a first edge that substantially conforms to the layup form at the first location in response to the first edge being different from the layup form at the first location; means for tacking the first edge to the layup form at the first location; means for applying the material along a natural path of the layup form between the first location and the second location, wherein the material is urged outward from about a longitudinal centerline of the material by movement of a curved surface relative to the material; means for cutting the material to generate a second edge that substantially conforms to the layup form at the second location in response to approaching the second location; and means for applying a tackifier to the layup form in an area defined by the material being placed on the layup form substantially without applying the tackifier outside the area, the means for applying a tackifier being arranged to modulate the width of the tackifier applied to the layup form as the width of the material is modulated, wherein the means for applying the material includes a spring , the spring arranged to support the curved surface and configured to conform to the contours of the layup form .
A method for wireless communications performed by a base station, comprising: transmitting , to a wireless node, a plurality of reference signals using a plurality of beams; and receiving , from the wireless node, a message comprising a random-access channel, RACH, preamble and a RACH payload corresponding to one or more of the reference signals transmitted via at least one of the plurality of beams, wherein the message indicates that a receive signal quality parameter associated with the at least one of the plurality of beams corresponding to the one or more of the reference signals exceeds a threshold. transmitting , to a wireless node, a plurality of reference signals using a plurality of beams; and receiving , from the wireless node, a message comprising a random-access channel, RACH, preamble and a RACH payload corresponding to one or more of the reference signals transmitted via at least one of the plurality of beams, wherein the message indicates that a receive signal quality parameter associated with the at least one of the plurality of beams corresponding to the one or more of the reference signals exceeds a threshold.
An electronic device (100, 100-1) comprising: a communication module ; a display device ; a processor operatively coupled to the communication module ; and a memory operatively coupled to the processor and stores instructions therein; wherein the instructions, when executed, cause the processor to, obtain, via the communication module , driving route traffic information of a first driving route of a vehicle connected to the electronic device (100, 100-1), analyze the driving route traffic information of the first driving route to determine traffic event occurrence requiring to change a driving route or a driving lane of the vehicle connected to the electronic device (100, 100-1), if the traffic event occurs, determine a severity level of the traffic event by considering a driving time increase and an accident risk, wherein the severity level is determined to be a second level if the driving time increases over a first increment or an accident risk is expected, when the vehicle is driving on the first driving route , and in response to the severity of the second level, display the first driving route as an impossible driving route, the second driving route newly recommended, second lane change information which forces to change the lane, and a second traffic sign corresponding to the severity of the second level on the display device . a communication module ; a display device ; a processor operatively coupled to the communication module ; and a memory operatively coupled to the processor and stores instructions therein; wherein the instructions, when executed, cause the processor to, obtain, via the communication module , driving route traffic information of a first driving route of a vehicle connected to the electronic device (100, 100-1), analyze the driving route traffic information of the first driving route to determine traffic event occurrence requiring to change a driving route or a driving lane of the vehicle connected to the electronic device (100, 100-1), if the traffic event occurs, determine a severity level of the traffic event by considering a driving time increase and an accident risk, wherein the severity level is determined to be a second level if the driving time increases over a first increment or an accident risk is expected, when the vehicle is driving on the first driving route , and in response to the severity of the second level, display the first driving route as an impossible driving route, the second driving route newly recommended, second lane change information which forces to change the lane, and a second traffic sign corresponding to the severity of the second level on the display device .
A method in a base station for scheduling a downlink broadcast transmission using a Physical Downlink Shared Channel, PDSCH, and for providing an Orthogonal Frequency Division Multiplexing, OFDM, PDSCH start symbol for identifying a start of said broadcast transmissions, said base station being comprised in a wireless communications network, the method comprising: providing , to at least one user equipment , the OFDM PDSCH start symbol, wherein the OFDM PDSCH start symbol is based on a predefined value; characterised wherein said predefined value is a value that depends on a pre-configured value based only on a system bandwidth. providing , to at least one user equipment , the OFDM PDSCH start symbol, wherein the OFDM PDSCH start symbol is based on a predefined value; characterised wherein said predefined value is a value that depends on a pre-configured value based only on a system bandwidth.
A fuel cell system comprising: - a fuel cell stack - a catalytic reformer - an evaporator for evaporating a mixture of methanol and water to be fed through the catalytic reformer for producing portions of free hydrogen - the fuel cell stack being composed of a number of proton exchange membrane fuel cells each featuring electrodes in form of an anode and a cathode for delivering an electric current, the reaction of free hydrogen into ionic form with contact to the anode being proportional to the flow of electric current between the electrodes - the evaporator including a first section that serves as a pre-evaporator for receiving the liquid fuel Characterized in, that the pre-evaporator is formed as a well-like cavity into which the fluid fuel because of gravity can splash down and be separated into fragments thus facilitating a partly evaporation and split-up of the liquid fuel into drops, droplets and mist and where the pre-evaporator cavity is separated into a number of chambers each comprising a gap for passing the liquid fuel drop, and negative angled substantially vertical portion of a wall followed by a positive angled substantially vertical portion of a wall followed by a gap that leads to the next chamber. - a fuel cell stack - a catalytic reformer - an evaporator for evaporating a mixture of methanol and water to be fed through the catalytic reformer for producing portions of free hydrogen - the fuel cell stack being composed of a number of proton exchange membrane fuel cells each featuring electrodes in form of an anode and a cathode for delivering an electric current, the reaction of free hydrogen into ionic form with contact to the anode being proportional to the flow of electric current between the electrodes - the evaporator including a first section that serves as a pre-evaporator for receiving the liquid fuel Characterized in, that the pre-evaporator is formed as a well-like cavity into which the fluid fuel because of gravity can splash down and be separated into fragments thus facilitating a partly evaporation and split-up of the liquid fuel into drops, droplets and mist and where the pre-evaporator cavity is separated into a number of chambers each comprising a gap for passing the liquid fuel drop, and negative angled substantially vertical portion of a wall followed by a positive angled substantially vertical portion of a wall followed by a gap that leads to the next chamber.
A method implemented in a New Radio, NR, wireless device, comprising: determining configuration data representing a set of configurations, the configuration data indicating a plurality of reference signals admissible in each configuration, and selecting a configuration from the set of configurations; selecting at least one reference signal from the plurality of reference signals admissible in the selected configuration and receiving the at least one reference signal from a transmission point; measuring a propagation-related quantity on the basis of the at least one reference signal; and deriving an uplink power setting on the basis of the measured propagation-related quantity; wherein the configuration is related to uplink power control and is specific to an uplink channel or signal or a group thereof, and wherein the set of configurations includes configurations for beam specific power control and configurations for power control that is not beam specific. determining configuration data representing a set of configurations, the configuration data indicating a plurality of reference signals admissible in each configuration, and selecting a configuration from the set of configurations; selecting at least one reference signal from the plurality of reference signals admissible in the selected configuration and receiving the at least one reference signal from a transmission point; measuring a propagation-related quantity on the basis of the at least one reference signal; and deriving an uplink power setting on the basis of the measured propagation-related quantity; wherein the configuration is related to uplink power control and is specific to an uplink channel or signal or a group thereof, and wherein the set of configurations includes configurations for beam specific power control and configurations for power control that is not beam specific.
Insulator for an end of a cable (C) and adapted for joining with an end of another cable, the insulator having a longitudinal body in which there is provided a central channel , the insulator comprising a connector system arranged in the central channel, said system comprising a connecting pin intended for housing a strand of the end of the cable, characterised in that said pin is shaped so as to have a notched inner surface and the system comprises two jaws surrounding the pin to clamp it therebetween, the insulator comprising a clamping shell made of metallic material which comes to cover at least the pin .
A temperature control method applied to a terminal, comprising: obtaining a target environment temperature value of an environment where the terminal is located ; determining, when charging the terminal, a target temperature control strategy according to the target environment temperature value ; and controlling a temperature of the terminal according to the target temperature control strategy ; characterized in that determining the target temperature control strategy according to the target environment temperature value comprises: determining a target temperature control strategy level corresponding to the target environment temperature value according to a pre-stored first correspondence (102-1), wherein the pre-stored first correspondence comprises a plurality of environment temperature values and temperature control strategy levels, the plurality of environment temperature values correspond one to one to the temperature control strategy levels; and determining the target temperature control strategy according to the target temperature control strategy level (102-2), wherein the target temperature control strategy level corresponds to the target temperature control strategy. obtaining a target environment temperature value of an environment where the terminal is located ; determining, when charging the terminal, a target temperature control strategy according to the target environment temperature value ; and controlling a temperature of the terminal according to the target temperature control strategy ; characterized in that determining the target temperature control strategy according to the target environment temperature value comprises: determining a target temperature control strategy level corresponding to the target environment temperature value according to a pre-stored first correspondence (102-1), wherein the pre-stored first correspondence comprises a plurality of environment temperature values and temperature control strategy levels, the plurality of environment temperature values correspond one to one to the temperature control strategy levels; and determining the target temperature control strategy according to the target temperature control strategy level (102-2), wherein the target temperature control strategy level corresponds to the target temperature control strategy. determining a target temperature control strategy level corresponding to the target environment temperature value according to a pre-stored first correspondence (102-1), wherein the pre-stored first correspondence comprises a plurality of environment temperature values and temperature control strategy levels, the plurality of environment temperature values correspond one to one to the temperature control strategy levels; and determining the target temperature control strategy according to the target temperature control strategy level (102-2), wherein the target temperature control strategy level corresponds to the target temperature control strategy.
A catheter adapted for use in a tubular structure at or near a heart, comprising: an elongated catheter body having a proximal end, a distal end and at least one lumen extending longitudinally therethrough; a distal assembly distal of the catheter body and comprising at least two spines , each spine having a free distal end and a proximal end that is affixed to the catheter, wherein each spine comprises a distal tip electrode and at least one ring electrode ; wherein each spine has a distal portion and a proximal portion ; and wherein each spine has a support arm adapted to support the spine in a generally L-shaped configuration where the distal portion is generally orthogonal to the generally straight proximal portion such that the free distal end of each spine is positioned radially outwardly from the proximal end when the spine is in a neutral state, and in a generally U-shaped configuration such that the tip electrode and the at least one ring electrode of each spine are simultaneously in contact with tissue of the tubular structure when the distal assembly is positioned in the tubular structure, the catheter being characterized by that at least one of the length or the curvature of the distal portions of the at least two spines differs; or that at least one of the length or the curvature of the proximal portions of the at least two spines differs. an elongated catheter body having a proximal end, a distal end and at least one lumen extending longitudinally therethrough; a distal assembly distal of the catheter body and comprising at least two spines , each spine having a free distal end and a proximal end that is affixed to the catheter, wherein each spine comprises a distal tip electrode and at least one ring electrode ; wherein each spine has a distal portion and a proximal portion ; and wherein each spine has a support arm adapted to support the spine in a generally L-shaped configuration where the distal portion is generally orthogonal to the generally straight proximal portion such that the free distal end of each spine is positioned radially outwardly from the proximal end when the spine is in a neutral state, and in a generally U-shaped configuration such that the tip electrode and the at least one ring electrode of each spine are simultaneously in contact with tissue of the tubular structure when the distal assembly is positioned in the tubular structure, the catheter being characterized by that at least one of the length or the curvature of the distal portions of the at least two spines differs; or that at least one of the length or the curvature of the proximal portions of the at least two spines differs.
A band usage information generating and reporting method for wireless communication performed by an eNodeB which is connected with another eNodeB, comprising: a band usage information generating step (S301) of generating band usage information for charging; and a band usage information reporting step (S302) of reporting the band usage information to a core network - CN, wherein the band usage information involves band usage of at least a first band and a second band, and traffic is assigned to respective bands by the eNodeB and the other eNodeB, wherein the first band is an LTE licensed band and the second band is an LTE unlicensed band which are supported by the eNodeB and the other eNodeB, respectively, the band usage information includes information on second band data usage per time interval to indicate usage, wherein the time interval is set in accordance with a defined timing configuration, wherein the time interval is configured as time from last reporting to current reporting for an active trigger issued by the eNodeB; and the band usage information reporting step (S302) is triggered by the eNodeB periodically for the active trigger per the time interval, characterized in that the wireless communication supports dual connectivity, the eNodeB is connected with the other eNodeB via an Xn interface, the band usage information includes the information on second band data usage further per E-RAB basis, and the band usage information is counted separately according to Xn separation. a band usage information generating step (S301) of generating band usage information for charging; and a band usage information reporting step (S302) of reporting the band usage information to a core network - CN, wherein the band usage information involves band usage of at least a first band and a second band, and traffic is assigned to respective bands by the eNodeB and the other eNodeB, wherein the first band is an LTE licensed band and the second band is an LTE unlicensed band which are supported by the eNodeB and the other eNodeB, respectively, the band usage information includes information on second band data usage per time interval to indicate usage, wherein the time interval is set in accordance with a defined timing configuration, wherein the time interval is configured as time from last reporting to current reporting for an active trigger issued by the eNodeB; and the band usage information reporting step (S302) is triggered by the eNodeB periodically for the active trigger per the time interval, characterized in that the wireless communication supports dual connectivity, the eNodeB is connected with the other eNodeB via an Xn interface, the band usage information includes the information on second band data usage further per E-RAB basis, and the band usage information is counted separately according to Xn separation.
Electric machine having grooves and windings of electrical conductors, wherein the windings are divided into strands, wherein at least one strand has a respective number s of coils connected in series, which are each arranged in the grooves, wherein the coils each comprise at least two sub-conductors connected in parallel, wherein the sub-conductors of a coil are in each case arranged in a plurality of bundles , wherein a bundle of a coil is in each case connected in series to a bundle of a coil connected in series, wherein each bundle of the at least one strand in a groove is in each case, at a respective bundle position in relation to a deepest possible bundle position, arranged in the groove, wherein the respective bundle positions all bundles in all coils of the at least one strand in each case define a respective number b of possible bundle positions of the at least one strand, characterised in that the bundles of the at least one strand are in each case interchanged between the coils in such a way that each bundle of the at least one strand is in each case arranged in the grooves at least n times and at most n' times at each respective possible bundle position of the at least one strand in relation to the respective deepest possible bundle position in the groove, wherein n is the integer quotient with regard to the quotient of the number s of coils of a strand connected in series and the number b of possible bundle positions of a strand, wherein n'=n if s is divisible by b and n'=n+1 if s is not divisible by b.
A method of low-density parity check, LDPC, encoding, the method comprising: receiving an information block comprising information bits; encoding the information block using low-density parity check, LDPC, coding to produce an initial redundancy version comprising the information bits and a first set of parity bits; transmitting the initial redundancy version; storing at least a portion of the first set of parity bits as stored parity bits in a memory; receiving a request for retransmission associated with the information block; retrieving the stored parity bits from the memory; generating a subsequent redundancy version that comprises a second set of parity bits calculated from the information bits and the stored parity bits using the LDPC coding; and transmitting the subsequent redundancy version. receiving an information block comprising information bits; encoding the information block using low-density parity check, LDPC, coding to produce an initial redundancy version comprising the information bits and a first set of parity bits; transmitting the initial redundancy version; storing at least a portion of the first set of parity bits as stored parity bits in a memory; receiving a request for retransmission associated with the information block; retrieving the stored parity bits from the memory; generating a subsequent redundancy version that comprises a second set of parity bits calculated from the information bits and the stored parity bits using the LDPC coding; and transmitting the subsequent redundancy version.