mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a system information block, SIB, including information on frequency resources for a random access procedure, wherein the frequency resources include a first frequency resource for monitoring a physical downlink control channel, PDCCH, for a random access response, RAR, and a second frequency resource for monitoring a PDCCH for a contention resolution message; transmitting, to the base station, a random access preamble of the random access procedure; receiving, from the base station, first downlink control information, DCI, associated with the RAR by monitoring the PDCCH for the RAR based on the first frequency resource; transmitting, to the base station, a physical uplink shared channel, PUSCH, based on an uplink grant which is received on a physical downlink shared channel, PDSCH, corresponding to the first DCI associated with the RAR; and receiving, from the base station, second DCI associated with the contention resolution message by monitoring the PDCCH for the contention resolution message based on the second frequency resource, wherein a reception channel bandwidth of the terminal is less than a carrier bandwidth of a serving cell of the base station, and wherein a bandwidth of the PDCCH for the RAR and a bandwidth of the PDCCH for the contention resolution message is less than the reception channel bandwidth of the terminal. receiving, from a base station, a system information block, SIB, including information on frequency resources for a random access procedure, wherein the frequency resources include a first frequency resource for monitoring a physical downlink control channel, PDCCH, for a random access response, RAR, and a second frequency resource for monitoring a PDCCH for a contention resolution message; transmitting, to the base station, a random access preamble of the random access procedure; receiving, from the base station, first downlink control information, DCI, associated with the RAR by monitoring the PDCCH for the RAR based on the first frequency resource; transmitting, to the base station, a physical uplink shared channel, PUSCH, based on an uplink grant which is received on a physical downlink shared channel, PDSCH, corresponding to the first DCI associated with the RAR; and receiving, from the base station, second DCI associated with the contention resolution message by monitoring the PDCCH for the contention resolution message based on the second frequency resource, wherein a reception channel bandwidth of the terminal is less than a carrier bandwidth of a serving cell of the base station, and wherein a bandwidth of the PDCCH for the RAR and a bandwidth of the PDCCH for the contention resolution message is less than the reception channel bandwidth of the terminal.
A wave making apparatus for making a wave for surfing travelling forward to a play area in a pool , comprising: a water carrying bucket comprising a bottom plate, a right side plate and a left side plate whose front is opened and that can hold water in a part of an inner space while carrying water forward; a supporting structure supporting the water carrying bucket , in use, in a part-submerged state under waterline of the pool and facing with its front to the play area of the pool ; a transmission apparatus to transmit the water carrying bucket , in use, forward along a track toward the play area , the water carrying bucket staying in the part-submerged state under the waterline of the pool and facing with its front to the play area of the pool ; wherein, in use, the carried water carried by the water carrying bucket transmitted by the transmission apparatus is launched forward to generate a wave. a water carrying bucket comprising a bottom plate, a right side plate and a left side plate whose front is opened and that can hold water in a part of an inner space while carrying water forward; a supporting structure supporting the water carrying bucket , in use, in a part-submerged state under waterline of the pool and facing with its front to the play area of the pool ; a transmission apparatus to transmit the water carrying bucket , in use, forward along a track toward the play area , the water carrying bucket staying in the part-submerged state under the waterline of the pool and facing with its front to the play area of the pool ; wherein, in use, the carried water carried by the water carrying bucket transmitted by the transmission apparatus is launched forward to generate a wave.
A cable harness for a magnetic resonance system, wherein the cable harness is adapted for being connected to a feeding point of a magnetic resonance radiofrequency coil device on one end and for being connected to an input-output unit for connecting the magnetic resonance radiofrequency coil device with a control and analysis unit of the magnetic resonance system on the other end, wherein the cable harness comprises at least one transmission line for connecting the feeding point with the input-output unit , wherein the cable harness comprises a flexible support structure and multiple radiofrequency chokes within the cable harness in the flexible support structure and the radiofrequency chokes are flexibly connected to the support structure such that the radiofrequency chokes are rotatable and/or inclinable with respect to the support structure .
A traveling assistance device comprising: an outside-vehicle information acquisition unit being configured to acquire outside-vehicle information, wherein the outside-vehicle information is information about the outside of a traveling assistance target vehicle ; a communication unit being configured to communicate with a traveling assistance management device providing leading vehicle information, wherein the leading vehicle information includes vehicle information regarding a candidate vehicle selected as leading vehicle ; and a traveling control unit being configured to perform following traveling control for traveling while following the leading vehicle indicated by leading vehicle information acquired from the traveling assistance management device , the following traveling control being performed using the outside-vehicle information acquired by the outside-vehicle information acquisition unit and the leading vehicle information, characterized in that the traveling control unit is configured to set a new leading vehicle based on the leading vehicle information, and to perform the following traveling control in a case where the leading vehicle followed in the following traveling control deviates from a traveling schedule route. an outside-vehicle information acquisition unit being configured to acquire outside-vehicle information, wherein the outside-vehicle information is information about the outside of a traveling assistance target vehicle ; a communication unit being configured to communicate with a traveling assistance management device providing leading vehicle information, wherein the leading vehicle information includes vehicle information regarding a candidate vehicle selected as leading vehicle ; and a traveling control unit being configured to perform following traveling control for traveling while following the leading vehicle indicated by leading vehicle information acquired from the traveling assistance management device , the following traveling control being performed using the outside-vehicle information acquired by the outside-vehicle information acquisition unit and the leading vehicle information, characterized in that the traveling control unit is configured to set a new leading vehicle based on the leading vehicle information, and to perform the following traveling control in a case where the leading vehicle followed in the following traveling control deviates from a traveling schedule route.
A process for producing a jet fuel from a kerosene feedstock which comprises: hydrotreating the kerosene feedstock having a boiling range from 149 to 316°C (ASTM 2887) in the presence of a hydrotreating catalyst containing at least one Group 6 metal and at least one Groups 8-10 metal, selected from Ni, W, Mo, Co and mixtures thereof, which may be supported or unsupported, under hydrotreating conditions, said hydrotreating conditions involving temperatures in the range 280°C to 400 °C, pressures in the range of 1480 to 20786 kPa (200 to 3000 psig), a space velocity of from 0.1 to 10 LHSV, and a hydrogen treat gas rate of from 89 to 1780 m 3 /m 3 (500 to 10000 scf/B) to produce a hydrotreated kerosene feedstock; dewaxing the hydrotreated kerosene feedstock in the presence of a catalyst including ZSM-48 and a metal hydrogenation component selected from Pt, Pd or a mixture thereof, under dewaxing conditions, said dewaxing conditions including temperatures of from 250 °C. to 400 °C., pressures of from 791 to 20786 kPa (100 to 3000 psig), liquid hourly space velocities of from 0.1 to 10 hr -1 , and hydrogen treat gas rates from 45 to 1780 m 3 /m 3 (250 to 10000 scf/B) to produce a hydrodewaxed kerosene feedstock; and fractionating the hydrodewaxed kerosene feedstock to produce a jet fuel. hydrotreating the kerosene feedstock having a boiling range from 149 to 316°C (ASTM 2887) in the presence of a hydrotreating catalyst containing at least one Group 6 metal and at least one Groups 8-10 metal, selected from Ni, W, Mo, Co and mixtures thereof, which may be supported or unsupported, under hydrotreating conditions, said hydrotreating conditions involving temperatures in the range 280°C to 400 °C, pressures in the range of 1480 to 20786 kPa (200 to 3000 psig), a space velocity of from 0.1 to 10 LHSV, and a hydrogen treat gas rate of from 89 to 1780 m 3 /m 3 (500 to 10000 scf/B) to produce a hydrotreated kerosene feedstock; dewaxing the hydrotreated kerosene feedstock in the presence of a catalyst including ZSM-48 and a metal hydrogenation component selected from Pt, Pd or a mixture thereof, under dewaxing conditions, said dewaxing conditions including temperatures of from 250 °C. to 400 °C., pressures of from 791 to 20786 kPa (100 to 3000 psig), liquid hourly space velocities of from 0.1 to 10 hr -1 , and hydrogen treat gas rates from 45 to 1780 m 3 /m 3 (250 to 10000 scf/B) to produce a hydrodewaxed kerosene feedstock; and fractionating the hydrodewaxed kerosene feedstock to produce a jet fuel.
A valve device forming a ventilation flow channel for a fuel tank (T), comprising: a float valve ; an inside case including a valve opening relative to the float valve at an upper portion thereof, and housing the float valve ; an outside case receiving the inside case from an upper open end , and having a bottom portion ; and an attachment portion relative to a tank side, characterized in that a flow channel which becomes one portion of the ventilation flow channel is formed between a side portion of the inside case and a side portion of the outside case , and the side portion of the inside case includes a through hole , and further, an engagement claw relative to the outside case directly above the through hole . a float valve ; an inside case including a valve opening relative to the float valve at an upper portion thereof, and housing the float valve ; an outside case receiving the inside case from an upper open end , and having a bottom portion ; and an attachment portion relative to a tank side, characterized in that a flow channel which becomes one portion of the ventilation flow channel is formed between a side portion of the inside case and a side portion of the outside case , and the side portion of the inside case includes a through hole , and further, an engagement claw relative to the outside case directly above the through hole .
A filling level measuring device (101, 101', 101") configured for measuring a filling level of a medium in the presence of an atmosphere affecting the propagation time of electromagnetic waves by means of an electromagnetic wave in accordance with a propagation time principle, comprising: - an evaluation unit , - a transmitting and receiving unit for transmitting and receiving electromagnetic waves, - at least one measuring probe (108, 108', 108"), and - a first reference point , characterized in that the filling level measuring device has at least one second reference point consisting of a material with a different expansion coefficient depending on the ambient temperature than the material of the first reference point, wherein the evaluation unit is configured such that, when processing the propagation time of a signal reflected at the reference points, it takes into account a change in the geometries of the reference points depending on the ambient temperature by determining, from the measured changes in the propagation time caused by a change in the geometries of the at least two reference points, a value for the currently prevailing ambient temperature through solving a system of equations, and performing a correction of the filling level measurement, which is based thereon. - an evaluation unit , - a transmitting and receiving unit for transmitting and receiving electromagnetic waves, - at least one measuring probe (108, 108', 108"), and - a first reference point ,
A method by a terminal for transmitting data for vehicle to everything, V2X, communication, the method comprising: receiving, from a base station, configuration information including information on a bitmap associated with a resource pool for the V2X communication; identifying a second set of subframes belonging to the resource pool in a system frame; selecting resources for initial transmission from the second set of subframes; transmitting a physical sidelink control channel, PSCCH, including information on the selected resources; and transmitting a physical sidelink shared channel, PSSCH, based on the selected resources, characterized in that identifying the second set of subframes comprises: identifying a first set of subframes including all subframes in the system frame except at least one subframe for a sidelink synchronization signal, SLSS, at least one downlink subframe for time division duplexing, TDD, and at least one special subframe for TDD; and identifying the second set of subframes by excluding subframes corresponding to a number of subframes equal to Mod(M', B) from the first set of subframes, wherein B denotes the length of the bitmap and M' denotes the number of subframes in the first set of subframes. receiving, from a base station, configuration information including information on a bitmap associated with a resource pool for the V2X communication; identifying a second set of subframes belonging to the resource pool in a system frame; selecting resources for initial transmission from the second set of subframes; transmitting a physical sidelink control channel, PSCCH, including information on the selected resources; and transmitting a physical sidelink shared channel, PSSCH, based on the selected resources, characterized in that identifying the second set of subframes comprises: identifying a first set of subframes including all subframes in the system frame except at least one subframe for a sidelink synchronization signal, SLSS, at least one downlink subframe for time division duplexing, TDD, and at least one special subframe for TDD; and identifying the second set of subframes by excluding subframes corresponding to a number of subframes equal to Mod(M', B) from the first set of subframes, wherein B denotes the length of the bitmap and M' denotes the number of subframes in the first set of subframes. identifying a first set of subframes including all subframes in the system frame except at least one subframe for a sidelink synchronization signal, SLSS, at least one downlink subframe for time division duplexing, TDD, and at least one special subframe for TDD; and identifying the second set of subframes by excluding subframes corresponding to a number of subframes equal to Mod(M', B) from the first set of subframes, wherein B denotes the length of the bitmap and M' denotes the number of subframes in the first set of subframes.
A memory controller , comprising: a command queue having a first input for receiving memory access requests; and an arbiter coupled to the command queue for selecting entries from the command queue, and causing them to be transmitted over a memory channel , the arbiter operable to: transmit streaks of consecutive read commands and streaks of consecutive write commands over the memory channel; and transmit a current streak of one of consecutive read commands or consecutive write commands for at least a minimum burst length based on a number of commands of a designated type available to be selected by the arbiter; characterised in that the arbiter is further operable to: following the minimum burst length, based on whether no commands for a new streak are available for which a column-address-strobe, CAS, command can be sent within a first defined CAS-to-CAS interval, continue the current streak. a command queue having a first input for receiving memory access requests; and an arbiter coupled to the command queue for selecting entries from the command queue, and causing them to be transmitted over a memory channel , the arbiter operable to: transmit streaks of consecutive read commands and streaks of consecutive write commands over the memory channel; and transmit a current streak of one of consecutive read commands or consecutive write commands for at least a minimum burst length based on a number of commands of a designated type available to be selected by the arbiter; transmit streaks of consecutive read commands and streaks of consecutive write commands over the memory channel; and transmit a current streak of one of consecutive read commands or consecutive write commands for at least a minimum burst length based on a number of commands of a designated type available to be selected by the arbiter; characterised in that the arbiter is further operable to: following the minimum burst length, based on whether no commands for a new streak are available for which a column-address-strobe, CAS, command can be sent within a first defined CAS-to-CAS interval, continue the current streak.
A quantitative X-ray analysis method, comprising: receiving X-ray fluorescence data of a pressed sample prepared using an additional binder; initialising an assumed quantity of binder ; calculating the concentration of a plurality of components of the sample based on the X-ray fluorescence data and the assumed quantity of binder; changing the assumed quantity of binder based on the results of the step of calculating the concentration of a plurality of components; repeating the step of calculating the concentration of a plurality of components of the sample and the step of changing the assumed quantity of binder until the calculations converge; and outputting the concentration of components of the sample . receiving X-ray fluorescence data of a pressed sample prepared using an additional binder; initialising an assumed quantity of binder ; calculating the concentration of a plurality of components of the sample based on the X-ray fluorescence data and the assumed quantity of binder; changing the assumed quantity of binder based on the results of the step of calculating the concentration of a plurality of components; repeating the step of calculating the concentration of a plurality of components of the sample and the step of changing the assumed quantity of binder until the calculations converge; and outputting the concentration of components of the sample .
A method for analyzing a hydrocarbon sample, comprising: preparing a hydrocarbon sample having a surface, wherein preparing a hydrocarbon sample having a surface comprises obtaining a solid matrix containing a hydrocarbon sample, wherein the solid matrix containing a hydrocarbon sample is one of a core sample taken from potential or existing well location or shale extraction location, a source rock, or oil shale; impinging a solvent on the prepared hydrocarbon sample having a surface at an angle between about 30° and about 60° relative to the surface, the solvent comprising a stream of solvent droplets, the solvent comprising a non-polar compound and a polar compound; capturing droplets desorbed from the surface at an inlet conduit for a mass spectrometer, the captured droplets including one or more compounds from the hydrocarbon sample; and generating at least one mass spectrum based on the one or more compounds from the hydrocarbon sample. preparing a hydrocarbon sample having a surface, wherein preparing a hydrocarbon sample having a surface comprises obtaining a solid matrix containing a hydrocarbon sample, wherein the solid matrix containing a hydrocarbon sample is one of a core sample taken from potential or existing well location or shale extraction location, a source rock, or oil shale; impinging a solvent on the prepared hydrocarbon sample having a surface at an angle between about 30° and about 60° relative to the surface, the solvent comprising a stream of solvent droplets, the solvent comprising a non-polar compound and a polar compound; capturing droplets desorbed from the surface at an inlet conduit for a mass spectrometer, the captured droplets including one or more compounds from the hydrocarbon sample; and generating at least one mass spectrum based on the one or more compounds from the hydrocarbon sample.
Method for controlling access to a radio access network administered by an access device , said method comprising: - obtainment (E1, E10), by the access device, of a data value indicating that the presence of a user has been detected within a detection area; - broadcast (E11), by the access device, of an identifier of the radio access network triggered by said obtainment of a data value; - receipt (E2), by the access device, of a request (M3) for access to the radio access network coming from a requesting device via the radio access network, said access request comprising a physical address identifying the requesting device, the access to the radio access network being prohibited by the access device for a device with a physical address corresponding to that of said requesting device; - authorization (E3), by the access device, of access to the radio access network for the requesting device identified by said address when a data value indicating that the presence of a user has been detected in the detection area has been obtained. - obtainment (E1, E10), by the access device, of a data value indicating that the presence of a user has been detected within a detection area; - broadcast (E11), by the access device, of an identifier of the radio access network triggered by said obtainment of a data value; - receipt (E2), by the access device, of a request (M3) for access to the radio access network coming from a requesting device via the radio access network, said access request comprising a physical address identifying the requesting device, the access to the radio access network being prohibited by the access device for a device with a physical address corresponding to that of said requesting device; - authorization (E3), by the access device, of access to the radio access network for the requesting device identified by said address when a data value indicating that the presence of a user has been detected in the detection area has been obtained.