mhurhangee/patent-ind-claim-en huggingface dataset:
A chromatograph comprising: a column ; a mobile phase supply unit for supplying a mobile phase including a liquid or a supercritical fluid to the column; and a flow rate control unit for controlling a flow rate of the mobile phase supplied from the mobile phase supply unit to the column, wherein, the flow rate control unit is configured to control, when a first mobile phase in the column is replaced by a second mobile phase having different viscosity, a flow rate of the second mobile phase so that the second mobile phase is supplied at a preset constant pressure, and is supplied at a constant flow rate after reaching a predetermined flow rate, wherein, the flow rate control unit is further configured to control, when the liquid in the column is replaced by the supercritical fluid, a flow rate of the supercritical fluid so that the supercritical fluid is supplied at a preset constant pressure, and is supplied at a constant flow rate after reaching a predetermined flow rate. a column ; a mobile phase supply unit for supplying a mobile phase including a liquid or a supercritical fluid to the column; and a flow rate control unit for controlling a flow rate of the mobile phase supplied from the mobile phase supply unit to the column, wherein, the flow rate control unit is configured to control, when a first mobile phase in the column is replaced by a second mobile phase having different viscosity, a flow rate of the second mobile phase so that the second mobile phase is supplied at a preset constant pressure, and is supplied at a constant flow rate after reaching a predetermined flow rate, wherein, the flow rate control unit is further configured to control, when the liquid in the column is replaced by the supercritical fluid, a flow rate of the supercritical fluid so that the supercritical fluid is supplied at a preset constant pressure, and is supplied at a constant flow rate after reaching a predetermined flow rate.
A sidelink transmission resource selection method performed by a terminal, comprising: determining a resource selection mode usable for a target operation, wherein the resource selection mode comprises a first resource selection mode and a second resource selection mode, and resource selection assistance information is not considered in the first resource selection mode, the resource selection assistance information is considered in the second resource selection mode, the resource selection assistance information comprises: indication information of a recommended resource set, the recommended resource set comprises discontinuous reception, DRX, cycle in time domain, resource set in time domain and/or in frequency domain; in a case that both the first resource selection mode and the second resource selection mode are usable for the target operation, determining a resource selection mode used for the target operation based on specification of a protocol, or configuration of a control node, or pre-configuration of a control node, or a content indicated by another terminal, or by the terminal, wherein the configuration of the control node or the content indicated by the another terminal comprises the resource selection assistance information; and performing the target operation by using the resource selection mode determined; wherein the target operation comprises at least one of the following: initial resource selection; resource selection re-evaluation; resource preemption detection; and resource re-selection. determining a resource selection mode usable for a target operation, wherein the resource selection mode comprises a first resource selection mode and a second resource selection mode, and resource selection assistance information is not considered in the first resource selection mode, the resource selection assistance information is considered in the second resource selection mode, the resource selection assistance information comprises: indication information of a recommended resource set, the recommended resource set comprises discontinuous reception, DRX, cycle in time domain, resource set in time domain and/or in frequency domain; in a case that both the first resource selection mode and the second resource selection mode are usable for the target operation, determining a resource selection mode used for the target operation based on specification of a protocol, or configuration of a control node, or pre-configuration of a control node, or a content indicated by another terminal, or by the terminal, wherein the configuration of the control node or the content indicated by the another terminal comprises the resource selection assistance information; and performing the target operation by using the resource selection mode determined; wherein the target operation comprises at least one of the following: initial resource selection; resource selection re-evaluation; resource preemption detection; and resource re-selection. initial resource selection; resource selection re-evaluation; resource preemption detection; and resource re-selection.
A method performed by a terminal (2d-10) in a communication system, the method comprising: receiving (2d-40), from a base station (2d-15), a radio resource control, RRC, message for transitioning a state of the terminal (2d-10) from an RRC connected state to an RRC inactive state, wherein the message includes access barring information configured for each of data radio bearers, DRBs, associated with the RRC inactive state, the DRBs being configured in an access stratum, AS, of the terminal (2d-10); in case that an access is triggered in the RRC inactive state, determining (2d-55) whether the access is barred based on the access barring information configured for a DRB associated with the access; and in case that the access is not barred, performing (2d-45) the access to the base station (2d-15). receiving (2d-40), from a base station (2d-15), a radio resource control, RRC, message for transitioning a state of the terminal (2d-10) from an RRC connected state to an RRC inactive state, wherein the message includes access barring information configured for each of data radio bearers, DRBs, associated with the RRC inactive state, the DRBs being configured in an access stratum, AS, of the terminal (2d-10); in case that an access is triggered in the RRC inactive state, determining (2d-55) whether the access is barred based on the access barring information configured for a DRB associated with the access; and in case that the access is not barred, performing (2d-45) the access to the base station (2d-15).
A method comprising: receiving, by a wireless device, configuration parameters indicating a redundancy version, RV, sequence associated with a configured grant for transmission of a transport block; receiving downlink control information indicating that an uplink radio resource is pre-empted; based on the uplink radio resource overlapping with a first transmission occasion of consecutive transmission occasions, cancelling a transmission scheduled via the first transmission occasion, of a first RV of the transport block; and transmitting, via a second transmission occasion of the consecutive transmission occasions and based on the uplink radio resource not overlapping with the second transmission occasion, a second RV of the transport block, wherein each transmission occasion of the consecutive transmission occasions is associated with an RV based on the RV sequence. receiving, by a wireless device, configuration parameters indicating a redundancy version, RV, sequence associated with a configured grant for transmission of a transport block; receiving downlink control information indicating that an uplink radio resource is pre-empted; based on the uplink radio resource overlapping with a first transmission occasion of consecutive transmission occasions, cancelling a transmission scheduled via the first transmission occasion, of a first RV of the transport block; and transmitting, via a second transmission occasion of the consecutive transmission occasions and based on the uplink radio resource not overlapping with the second transmission occasion, a second RV of the transport block, wherein each transmission occasion of the consecutive transmission occasions is associated with an RV based on the RV sequence.
A synchronous motor drive system, comprising: a power converter that generates an AC voltage by sequentially switching a plurality of switching elements and supplies it to a three-phase winding synchronous motor ; a detector for detecting a release voltage of a phase of the synchronous motor to which no pulsed output is supplied, when supplying pulsed outputs of two phases that are energized by the power converter to two phases of the synchronous motor ; and a torque detection part for detecting or estimating a load torque of the synchronous motor ; a controller for sequentially switching the two phases that are energized according to the detected release voltage in accordance with a predetermined energization mode, wherein the controller delays timing of switching the two phases according to the detected or estimated load torque of the synchronous motor , characterised in that the larger the load torque is, the larger the delay quantity of timing of switching the two phases is set. a power converter that generates an AC voltage by sequentially switching a plurality of switching elements and supplies it to a three-phase winding synchronous motor ; a detector for detecting a release voltage of a phase of the synchronous motor to which no pulsed output is supplied, when supplying pulsed outputs of two phases that are energized by the power converter to two phases of the synchronous motor ; and a torque detection part for detecting or estimating a load torque of the synchronous motor ; a controller for sequentially switching the two phases that are energized according to the detected release voltage in accordance with a predetermined energization mode, wherein the controller delays timing of switching the two phases according to the detected or estimated load torque of the synchronous motor , characterised in that the larger the load torque is, the larger the delay quantity of timing of switching the two phases is set.
A system for mapping an interior of a building , the system comprising: at least one mobile device (11a - 11n) comprising a pedestrian dead reckoning, i.e. PDR, circuit configured to generate a plurality of PDR positions as a user moves within the interior of the building, and a ranging circuit configured to generate ranging mapping data of the interior of the building as the user moves within the interior of the building; and a server configured to map the interior of the building and generate a location of said at least one mobile device (11a - 11n) within the interior of the building based upon the plurality of PDR positions and the ranging mapping data from said at least one mobile device (11a - 11n); characterized in that the ranging mapping data comprises a ranging point cloud; and wherein said at least one mobile device (11a - 11n) is configured to convert the ranging point cloud into vector graphics data before sending to said server . at least one mobile device (11a - 11n) comprising a pedestrian dead reckoning, i.e. PDR, circuit configured to generate a plurality of PDR positions as a user moves within the interior of the building, and a ranging circuit configured to generate ranging mapping data of the interior of the building as the user moves within the interior of the building; and a pedestrian dead reckoning, i.e. PDR, circuit configured to generate a plurality of PDR positions as a user moves within the interior of the building, and a ranging circuit configured to generate ranging mapping data of the interior of the building as the user moves within the interior of the building; and a server configured to map the interior of the building and generate a location of said at least one mobile device (11a - 11n) within the interior of the building based upon the plurality of PDR positions and the ranging mapping data from said at least one mobile device (11a - 11n); characterized in that the ranging mapping data comprises a ranging point cloud; and wherein said at least one mobile device (11a - 11n) is configured to convert the ranging point cloud into vector graphics data before sending to said server .
A method of transmitting encapsulated media during a telecommunication session, the method comprising: establishing a main tunnel between a tunneling client and a tunneling server using a first socket, the main tunnel comprising a corresponding tunnel identifier and Internet Protocol "IP" address; traversing the encapsulated media over the main tunnel during the telecommunication session; determining that a cloned tunnel is needed for the telecommunication session; establishing a cloned tunnel between the tunneling client and the tunneling server using a second socket that has been marked as a cloned tunnel candidate, wherein the cloned tunnel comprises the corresponding tunnel identifier and IP address of the main tunnel; and traversing the encapsulated media over the cloned tunnel instead of the main tunnel during the telecommunication session. establishing a main tunnel between a tunneling client and a tunneling server using a first socket, the main tunnel comprising a corresponding tunnel identifier and Internet Protocol "IP" address; traversing the encapsulated media over the main tunnel during the telecommunication session; determining that a cloned tunnel is needed for the telecommunication session; establishing a cloned tunnel between the tunneling client and the tunneling server using a second socket that has been marked as a cloned tunnel candidate, wherein the cloned tunnel comprises the corresponding tunnel identifier and IP address of the main tunnel; and traversing the encapsulated media over the cloned tunnel instead of the main tunnel during the telecommunication session.
Direct printing station for printing containers, comprising print heads each having a nozzle plate with printing nozzles and a dimensionally stable enclosure for the nozzle plate , and comprising a cleaning station having cleaning heads for cleaning the print heads , which cleaning heads are vertically movable with respect to the print heads , the cleaning heads each having a cleaning nozzle for ejecting a cleaning liquid and a suction nozzle arranged above said cleaning nozzle for sucking up the cleaning liquid from the associated print head and a wiping lip for wiping off the cleaning liquid and/or ink residue, characterised in that the cleaning heads each further comprise at least one spacer roller , projecting in particular over the suction nozzle , in order to maintain a minimum distance (MA) between the suction nozzle and the print head and the wiping lip is arranged between the suction nozzle and the cleaning nozzle and is formed laterally next to the nozzle plate in order to wipe off the cleaning liquid and/or the ink residue from the print head regions.
A virtualized network function, VNF, failover method, comprising: receiving , by a management and orchestration, MANO, system, a fault message, wherein the fault message is used to indicate a first VNF that is faulty; determining , by the MANO system, a primary affinity group to which the first VNF belongs and a secondary affinity group of the primary affinity group, wherein VNFs in the secondary affinity group are in a one-to-one correspondence with VNFs in the primary affinity group, and the affinity group represents a set of VNFs on which an affinity policy is used; and instructing , by the MANO system, the VNFs in the secondary affinity group to continue to process services of the VNFs in the primary affinity group. receiving , by a management and orchestration, MANO, system, a fault message, wherein the fault message is used to indicate a first VNF that is faulty; determining , by the MANO system, a primary affinity group to which the first VNF belongs and a secondary affinity group of the primary affinity group, wherein VNFs in the secondary affinity group are in a one-to-one correspondence with VNFs in the primary affinity group, and the affinity group represents a set of VNFs on which an affinity policy is used; and instructing , by the MANO system, the VNFs in the secondary affinity group to continue to process services of the VNFs in the primary affinity group.
A method, comprising: encoding , in accordance with a quantum cryptography scheme, an optical signal having a first wavelength at a stage where the optical signal is on at least two signal paths; and characterised by comprising: converting the wavelength of the encoded optical signal on the at least two signal paths to a second wavelength before the optical signal is encoded for transmission; and encoding the optical signal having the second wavelength for transmission. converting the wavelength of the encoded optical signal on the at least two signal paths to a second wavelength before the optical signal is encoded for transmission; and encoding the optical signal having the second wavelength for transmission.
Surgical instrument having a base part which includes a shaft and a stationary handle part , wherein a sliding part is arranged displaceably guided on the shaft , wherein a pivotable handle part for actuating the sliding part is pivotably arranged on the base part by means of a pivot pin , wherein the sliding part comprises a distal end region and a proximal end region , wherein the sliding part is pivotably connected to the pivotable handle part in the proximal end region and the sliding part is connected in the distal end region to an actuating mechanism for an operating end arranged on the shaft , wherein the pivotable handle part comprises an elongated hole which is penetrated by the pivot pin , wherein a locking mechanism is provided which, in a first position, prevents a sliding of the pivot pin along the elongated hole and which, in a second position, allows a sliding of the pivot pin along the elongated hole , characterized in that the pivotable handle part is non-detachably connected to the sliding part and non-detachably connected to the actuating mechanism .
A battery pack comprising a housing and a plurality of battery cells (20, 20.0, 20.1) accommodated within the housing ; wherein - each of the plurality of battery cells (20, 20.0, 20.1) comprises a degassing valve ; - the battery pack comprises a gas channel ; wherein - the gas channel is mounted to the housing as a structural member of the housing ; - the battery pack comprises a thermally and electrically isolating sheet , and the isolating sheet is arranged between the battery cells (20, 20.0, 20.1) and the gas channel ; and wherein - the housing comprises two longitudinal beams two crossbeams , a top cover and a bottom cover forming an interior space in which the plurality of battery cells is arranged; - the gas channel is provided between the plurality of battery cells (20, 20.0, 20.1) and the top cover of the housing and the top cover and the gas channel are mounted together; - the isolating sheet is adapted to provide a conditional fluid communication between the gas channel and each of the degassing valves of the plurality of battery cells (20, 20.0, 20.1), wherein the conditional fluid communication depends on one of the battery cells (20, 20.0, 20.1) is ejecting and/or having ejected a venting gas through the degassing valve of the battery cell (20, 20.0, 20.1); and - the isolating sheet comprises a plurality of predetermined breaking sections , wherein each of the breaking sections is arranged to overlap with one of the degassing valves of the battery cells (20, 20.0, 20.1) and/or an outlet port of one of the degassing valves of the battery cells (20, 20.0, 20.1). - each of the plurality of battery cells (20, 20.0, 20.1) comprises a degassing valve ; - the battery pack comprises a gas channel ; wherein - the gas channel is mounted to the housing as a structural member of the housing ; - the battery pack comprises a thermally and electrically isolating sheet , and the isolating sheet is arranged between the battery cells (20, 20.0, 20.1) and the gas channel ; and wherein - the housing comprises two longitudinal beams two crossbeams , a top cover and a bottom cover forming an interior space in which the plurality of battery cells is arranged; - the gas channel is provided between the plurality of battery cells (20, 20.0, 20.1) and the top cover of the housing and the top cover and the gas channel are mounted together; - the isolating sheet is adapted to provide a conditional fluid communication between the gas channel and each of the degassing valves of the plurality of battery cells (20, 20.0, 20.1), wherein the conditional fluid communication depends on one of the battery cells (20, 20.0, 20.1) is ejecting and/or having ejected a venting gas through the degassing valve of the battery cell (20, 20.0, 20.1); and - the isolating sheet comprises a plurality of predetermined breaking sections , wherein each of the breaking sections is arranged to overlap with one of the degassing valves of the battery cells (20, 20.0, 20.1) and/or an outlet port of one of the degassing valves of the battery cells (20, 20.0, 20.1).
Attachment arrangement for a camera module at a vehicle comprising - a base plate with attachment flanges providing attachment openings , wherein - the base plate is attachable at a vehicle fixed structure, wherein - the camera module comprises a housing and at least one camera arranged therein, wherein - the housing comprises protrusions extending outwardly from the housing and shaped to engage in a mounting position into the attachment openings , wherein - at least one spring is provided for tensioning the camera module to the mounting position when the camera module is mounted at the vehicle, wherein - the spring is designed as an integrated part of the housing or the base plate , characterized in that - the spring and the attachment flanges do not overlap each other in a perpendicular direction to an attachment surface of the housing or an attachment surface of the base plate at the vehicle structure, and - at least one of the attachment flanges comprises at least one inner abutment surface at least one rib arranged thereon. - a base plate with attachment flanges providing attachment openings , wherein - the base plate is attachable at a vehicle fixed structure, wherein - the camera module comprises a housing and at least one camera arranged therein, wherein - the housing comprises protrusions extending outwardly from the housing and shaped to engage in a mounting position into the attachment openings , wherein - at least one spring is provided for tensioning the camera module to the mounting position when the camera module is mounted at the vehicle, wherein - the spring is designed as an integrated part of the housing or the base plate , - the spring and the attachment flanges do not overlap each other in a perpendicular direction to an attachment surface of the housing or an attachment surface of the base plate at the vehicle structure, and - at least one of the attachment flanges comprises at least one inner abutment surface at least one rib arranged thereon.