mhurhangee/ep-ind-claims huggingface dataset:
A method by a mobile device for automatically selecting an appropriate service bearer to carry mobile device traffic, comprising: receiving, on the mobile device, a policy document that is provided by a service provider and containing one or more policies for selecting an appropriate service bearer to carry mobile device traffic; parsing the received policy document to extract one or more policies related to appropriate bearer selection; detecting the availability of one or more service bearers capable of carrying mobile traffic; detecting conditions of service bearers that are available, wherein a condition is a congestion level of at least one of the one or more service bearers; determining the appropriate bearer to carry the mobile device traffic, wherein the determination is based at least in part on the one or more policies extracted from the policy document and the detected availability and the detected conditions of the one or more service bearers; and if the determined appropriate service bearer is different from a current service bearer, switching the mobile device from the current service bearer to the determined appropriate service bearer. receiving, on the mobile device, a policy document that is provided by a service provider and containing one or more policies for selecting an appropriate service bearer to carry mobile device traffic; parsing the received policy document to extract one or more policies related to appropriate bearer selection; detecting the availability of one or more service bearers capable of carrying mobile traffic; detecting conditions of service bearers that are available, wherein a condition is a congestion level of at least one of the one or more service bearers; determining the appropriate bearer to carry the mobile device traffic, wherein the determination is based at least in part on the one or more policies extracted from the policy document and the detected availability and the detected conditions of the one or more service bearers; and if the determined appropriate service bearer is different from a current service bearer, switching the mobile device from the current service bearer to the determined appropriate service bearer.
Gas sensing device, comprising: a sensing unit for sensing a target gas, the sensing unit comprising a carbon-based sensing layer which is sensitive to the target gas, a controller unit, configured for monitoring an exposure of the sensing layer to the target gas, and initializing a recovery sequence for the sensing unit depending on the exposure of the sensing unit to the target gas, wherein the controller unit is configured for selecting a time instance for initializing the recovery sequence under consideration of an indication for a concentration of a specific target gas at the time instance, and the gas sensing device comprising means for heating the sensing layer during the recovery sequence, characterised in that the controller unit is further configured for initializing the recovery sequence at a time instance for which the indication for the concentration of the specific target gas indicates a concentration of the specific target gas below a second threshold. a sensing unit for sensing a target gas, the sensing unit comprising a carbon-based sensing layer which is sensitive to the target gas, a controller unit, configured for monitoring an exposure of the sensing layer to the target gas, and initializing a recovery sequence for the sensing unit depending on the exposure of the sensing unit to the target gas, wherein the controller unit is configured for selecting a time instance for initializing the recovery sequence under consideration of an indication for a concentration of a specific target gas at the time instance, and the gas sensing device comprising means for heating the sensing layer during the recovery sequence, monitoring an exposure of the sensing layer to the target gas, and initializing a recovery sequence for the sensing unit depending on the exposure of the sensing unit to the target gas, wherein the controller unit is configured for selecting a time instance for initializing the recovery sequence under consideration of an indication for a concentration of a specific target gas at the time instance, and the gas sensing device comprising means for heating the sensing layer during the recovery sequence, characterised in that the controller unit is further configured for initializing the recovery sequence at a time instance for which the indication for the concentration of the specific target gas indicates a concentration of the specific target gas below a second threshold.
A user equipment, UE, comprising: a plurality of antenna modules; and a sensor positioned proximate to an antenna module in the plurality of antenna modules, the sensor configured to detect an obstacle proximate to the sensor; and a processor configured to: receive an input from the sensor indicating a presence of the obstacle proximate to the sensor; identify the antenna module proximate to the sensor; identify, based on the input from the sensor and a position of the sensor relative to the antenna module, a position of the obstacle relative to the antenna module; identify beam patterns for beams of the antenna module; determine, based on the beam patterns and the position of the obstacle relative to the antenna module, one or more of the beams that are obstructed by the obstacle; and deactivate use of the one or more beams that are determined to be obstructed by the obstacle. a plurality of antenna modules; and a sensor positioned proximate to an antenna module in the plurality of antenna modules, the sensor configured to detect an obstacle proximate to the sensor; and a processor configured to: receive an input from the sensor indicating a presence of the obstacle proximate to the sensor; identify the antenna module proximate to the sensor; identify, based on the input from the sensor and a position of the sensor relative to the antenna module, a position of the obstacle relative to the antenna module; identify beam patterns for beams of the antenna module; determine, based on the beam patterns and the position of the obstacle relative to the antenna module, one or more of the beams that are obstructed by the obstacle; and deactivate use of the one or more beams that are determined to be obstructed by the obstacle. receive an input from the sensor indicating a presence of the obstacle proximate to the sensor; identify the antenna module proximate to the sensor; identify, based on the input from the sensor and a position of the sensor relative to the antenna module, a position of the obstacle relative to the antenna module; identify beam patterns for beams of the antenna module; determine, based on the beam patterns and the position of the obstacle relative to the antenna module, one or more of the beams that are obstructed by the obstacle; and identify the antenna module proximate to the sensor; identify, based on the input from the sensor and a position of the sensor relative to the antenna module, a position of the obstacle relative to the antenna module; identify beam patterns for beams of the antenna module; determine, based on the beam patterns and the position of the obstacle relative to the antenna module, one or more of the beams that are obstructed by the obstacle; and deactivate use of the one or more beams that are determined to be obstructed by the obstacle.
Component, in particular a vehicle body component, comprising at least one cavity and a securing device for securing external components on an outer side of the component, comprising a structural element secured in the at least one cavity, which structural element comprises a first contact surface accessible through an opening in the outside of the component, characterised by a hanger bracket, on which the external component can be secured and which comprises a second and third contact surface (28, 30), wherein the second contact surface bears on the first contact surface and wherein the third contact surface bears on the outside of the component, and a connecting element for connecting the structural element and hanger bracket in the region of the first and second contact surface (22, 28), wherein furthermore on the connection of the structural element and hanger bracket by means of the connecting element the hanger bracket is braced by the third contact surface against the outside of the component.
A photocurable paint composition comprising: multifunctional polyurethane acrylate having 5 or more functional groups; monofunctional or difunctional polyurethane acrylate; a combination of monofunctional acrylate, difunctional acrylate and trifunctional acrylate; photo initiator; triazine-based ultraviolet absorbent having two or more UV absorber groups; and organic solvent, wherein the component E is contained in an amount of 0.01 to 2.5% by weight of the total composition weight. multifunctional polyurethane acrylate having 5 or more functional groups; monofunctional or difunctional polyurethane acrylate; a combination of monofunctional acrylate, difunctional acrylate and trifunctional acrylate; photo initiator; triazine-based ultraviolet absorbent having two or more UV absorber groups; and organic solvent,
A method of receiving a D2D, device-to-device, signal, which is received by a user equipment, UE, in a wireless communication system supporting carrier aggregation based on a FDD, frequency division duplex, band and a TDD, time division duplex, band, characterised by comprising: receiving a D2D signal on an uplink cell of the FDD band according to whether the UE is set to transmit or receive a WAN, wide area network, signal through the TDD band on a specific subframe in which the WAN signal is set to be received on a downlink cell of the FDD band, wherein the D2D signal is received when the UE is set to transmit the WAN signal through the TDD band, and a reception circuit, RX chain, of the UE for the TDD band is configured for the uplink cell of the FDD band. receiving a D2D signal on an uplink cell of the FDD band according to whether the UE is set to transmit or receive a WAN, wide area network, signal through the TDD band on a specific subframe in which the WAN signal is set to be received on a downlink cell of the FDD band, wherein the D2D signal is received when the UE is set to transmit the WAN signal through the TDD band, and a reception circuit, RX chain, of the UE for the TDD band is configured for the uplink cell of the FDD band.
Foundation system for the realisation of prefabricated structures, in particular for the realisation of modular parking lots, consisting of - a first framework, comprising at least a first level of a prefabricated structure, comprising at least three columns arranged aligned at a preset distance along a direction, a diagonal rod being arranged between the head of each column and the foot of an adjacent column, a lower beam being arranged between the foot of each column and the foot of the adjacent column, each lower beam being coupled at the head to the adjacent lower beam and to the foot of the column, an upper beam being arranged between the head of each column and the head of the adjacent column, each upper beam being coupled at the head to an adjacent upper beam and to the head of the column; - a second framework comprising a plurality of support elements, in a number corresponding to the number of said columns, each support element being arranged below a corresponding column, each support element being configured to receive the concentrated/point loads of the corresponding column and to distribute such concentrated/point loads over a wider area, characterised in that said support elements are support beams, the centre of each support beam being arranged under a corresponding column, each support beam being adapted to receive the concentrated/point loads of the corresponding column and to distribute these concentrated/point loads along its length. - a first framework, comprising at least a first level of a prefabricated structure, comprising at least three columns arranged aligned at a preset distance along a direction, a diagonal rod being arranged between the head of each column and the foot of an adjacent column, a lower beam being arranged between the foot of each column and the foot of the adjacent column, each lower beam being coupled at the head to the adjacent lower beam and to the foot of the column, an upper beam being arranged between the head of each column and the head of the adjacent column, each upper beam being coupled at the head to an adjacent upper beam and to the head of the column; - a second framework comprising a plurality of support elements, in a number corresponding to the number of said columns, each support element being arranged below a corresponding column, each support element being configured to receive the concentrated/point loads of the corresponding column and to distribute such concentrated/point loads over a wider area,
An apparatus for automated parking a vehicle, comprising: a long-range sensing unit, adapted to scan a surrounding of the vehicle within a predetermined range and to provide sensing data relating to the scanned surrounding; wherein the long-range sensing unit comprises a long-range radar, and wherein the long-range sensing unit is adapted to scan an area in a surrounding of the vehicle in a distance of at least 5 meters surrounding the vehicle; a processing unit, adapted to generate an estimation of a three-dimensional scene based on the sensing data provided by the long-range sensing unit; a selection unit, adapted to select a parking position for the vehicle; and a trajectory computing unit, adapted to compute a trajectory for navigating the vehicle to the selected parking position based on the three-dimensional scene which has been generated by the processing unit. a long-range sensing unit, adapted to scan a surrounding of the vehicle within a predetermined range and to provide sensing data relating to the scanned surrounding; wherein the long-range sensing unit comprises a long-range radar, and wherein the long-range sensing unit is adapted to scan an area in a surrounding of the vehicle in a distance of at least 5 meters surrounding the vehicle; a processing unit, adapted to generate an estimation of a three-dimensional scene based on the sensing data provided by the long-range sensing unit; a selection unit, adapted to select a parking position for the vehicle; and a trajectory computing unit, adapted to compute a trajectory for navigating the vehicle to the selected parking position based on the three-dimensional scene which has been generated by the processing unit.
A venting device, which is inserted into a sealing part of a pouch of a secondary battery, the venting device comprising: a housing inserted between both surfaces of the sealing part so as to be sealed together with the sealing part; a sheet which is formed in the housing and through which a passage, through which the inside and outside of the pouch communicate with each other, passes; a plate spring which opens and closes the passage according to an internal pressure of the pouch and is made of a metal having elasticity; and a ball disposed between the sheet and the plate spring so as to contact or be spaced apart from the sheet at an outlet-side of the passage, thereby closing or opening the passage, wherein the ball has a hemispherical shape to be attached to an inner surface of the plate spring, characterized in that the plate spring has one side having a cap shape that is convex outward and provides an insertion space into which the sheet and the ball are inserted therein. a housing inserted between both surfaces of the sealing part so as to be sealed together with the sealing part; a sheet which is formed in the housing and through which a passage, through which the inside and outside of the pouch communicate with each other, passes; a plate spring which opens and closes the passage according to an internal pressure of the pouch and is made of a metal having elasticity; and a ball disposed between the sheet and the plate spring so as to contact or be spaced apart from the sheet at an outlet-side of the passage, thereby closing or opening the passage, wherein the ball has a hemispherical shape to be attached to an inner surface of the plate spring, characterized in that the plate spring has one side having a cap shape that is convex outward and provides an insertion space into which the sheet and the ball are inserted therein.
A method of wireless communication performed by a user equipment, UE, comprising: determining a hybrid automatic repeat request, HARQ, process identifier for a communication between the UE and a base station using a semi-persistent scheduling, SPS, configuration or a configured grant, CG, configuration, wherein the determination of the HARQ process identifier is based on: (Current Slot) modulo (Number of HARQ processes) wherein Current Slot is a current slot number and Number of HARQ processes is the maximum number HARQ processes, characterized in that: the HARQ process identifier is additionally based at least in part on an offset applied for the determination of the HARQ process identifier at a system frame number wraparound occurrence in the current slot number; and performing the communication based at least in part on the HARQ process identifier. determining a hybrid automatic repeat request, HARQ, process identifier for a communication between the UE and a base station using a semi-persistent scheduling, SPS, configuration or a configured grant, CG, configuration, wherein the determination of the HARQ process identifier is based on: (Current Slot) modulo (Number of HARQ processes) wherein Current Slot is a current slot number and Number of HARQ processes is the maximum number HARQ processes, wherein Current Slot is a current slot number and Number of HARQ processes is the maximum number HARQ processes, characterized in that: the HARQ process identifier is additionally based at least in part on an offset applied for the determination of the HARQ process identifier at a system frame number wraparound occurrence in the current slot number; and performing the communication based at least in part on the HARQ process identifier. the HARQ process identifier is additionally based at least in part on an offset applied for the determination of the HARQ process identifier at a system frame number wraparound occurrence in the current slot number; and performing the communication based at least in part on the HARQ process identifier.
A method for producing a window or door hollow-chamber profile, - wherein at least one hollow profile is produced by means of an extrusion process, - wherein furthermore at least one insulating profile filled with foam insulating material is produced, - wherein said hollow profile and said insulating profile are then combined by means of a mechanical latching connection to form said hollow-chamber profile, thereby being connected to each other, - wherein said insulating profile forms the entire outer surface of said hollow-chamber profile which is exposed to weathering, characterised in that on combining hollow profile and insulating profile to form said hollow-chamber profile an additional hollow chamber located between said hollow profile and said insulating profile is formed, which serves to remove water from said hollow-chamber profile. - wherein at least one hollow profile is produced by means of an extrusion process, - wherein furthermore at least one insulating profile filled with foam insulating material is produced, - wherein said hollow profile and said insulating profile are then combined by means of a mechanical latching connection to form said hollow-chamber profile, thereby being connected to each other, - wherein said insulating profile forms the entire outer surface of said hollow-chamber profile which is exposed to weathering, characterised in that on combining hollow profile and insulating profile to form said hollow-chamber profile an additional hollow chamber located between said hollow profile and said insulating profile is formed, which serves to remove water from said hollow-chamber profile.
A surgical system comprising: an adapter assembly (200, 200'); an end effector (400, 400') configured to couple to a distal portion of the adapter assembly; and a surgical device configured to couple to a proximal portion of the adapter assembly, the surgical device including: a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a force sensor coupled to at least one of the adapter assembly, the end effector, or the motor, the force sensor configured to measure a force imparted on at least one of the adapter assembly, the end effector, or the motor; and a controller operatively coupled to the motor, characterised in that the controller is configured to calibrate the motor based on the measured force from said force sensor while at least one of the adapter assembly or the end effector is actuated by the motor. an adapter assembly (200, 200'); an end effector (400, 400') configured to couple to a distal portion of the adapter assembly; and a surgical device configured to couple to a proximal portion of the adapter assembly, the surgical device including: a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a force sensor coupled to at least one of the adapter assembly, the end effector, or the motor, the force sensor configured to measure a force imparted on at least one of the adapter assembly, the end effector, or the motor; and a controller operatively coupled to the motor, characterised in that the controller is configured to calibrate the motor based on the measured force from said force sensor while at least one of the adapter assembly or the end effector is actuated by the motor. a power source; a motor coupled to the power source, the motor configured to actuate at least one of the adapter assembly or the end effector; a force sensor coupled to at least one of the adapter assembly, the end effector, or the motor, the force sensor configured to measure a force imparted on at least one of the adapter assembly, the end effector, or the motor; and a controller operatively coupled to the motor, characterised in that the controller is configured to calibrate the motor based on the measured force from said force sensor while at least one of the adapter assembly or the end effector is actuated by the motor.
A soil processing roller comprising a support structure, wherein to form a roller body rotatable about a roller axis of rotation on a radially outer region of the support structure, a plurality of first soil processing units is provided extending substantially in the direction of the roller axis of rotation, wherein the support structure comprises a plurality of support disks (12, 14, 16, 18, 20) arranged consecutively in the direction of a roller axis of rotation and connected to one another to form a roller body, wherein the plurality of first soil processing units extending substantially in the direction of roller axis of rotation is provided on an outer circumferential region of at least one part of the support disks (12, 14, 16, 18, 20), wherein at least one first soil processing unit comprises a tool carrier having a concave contour with respect to the outer circumference of the roller body and wherein a soil processing tool is detachably connected or connectable to at least one tool carrier, characterized in that the at least one tool carrier is formed basin-like and is fixedly connected to at least one part of the support disks (12, 14, 16, 18, 20) by welding.