mhurhangee/ep-ind-claims huggingface dataset:
A user equipment, UE, comprising: receiving unit configured to receive a Radio Resource Control, RRC, signaling; and transmitting unit configured to transmit a Physical Uplink Shared channel, PUSCH, wherein: a sub-Physical Resource Block, PRB, allocation for the PUSCH is enabled by the RRC signaling, and after the sub-PRB resource allocation is enabled, whether resource allocation for the PUSCH includes at least one PRB or sub-PRB is indicated by a Downlink Control Information, DCI, and when the DCI indicates resource allocation of at least one PRB, a first number of bits in the DCI is used to allocate a narrowband, and a second number of bits in the DCI is used to allocate at least one PRB in the narrowband for the PUSCH, and when the DCI indicates sub-PRB resource allocation, the first number of bits in the DCI is used to allocate a narrowband, and a third number of bits in the DCI is used to allocate a number of subcarriers in the narrowband for the PUSCH, and the third number of bits at least includes the second number of bits. receiving unit configured to receive a Radio Resource Control, RRC, signaling; and transmitting unit configured to transmit a Physical Uplink Shared channel, PUSCH, wherein: a sub-Physical Resource Block, PRB, allocation for the PUSCH is enabled by the RRC signaling, and after the sub-PRB resource allocation is enabled, whether resource allocation for the PUSCH includes at least one PRB or sub-PRB is indicated by a Downlink Control Information, DCI, and when the DCI indicates resource allocation of at least one PRB, a first number of bits in the DCI is used to allocate a narrowband, and a second number of bits in the DCI is used to allocate at least one PRB in the narrowband for the PUSCH, and when the DCI indicates sub-PRB resource allocation, the first number of bits in the DCI is used to allocate a narrowband, and a third number of bits in the DCI is used to allocate a number of subcarriers in the narrowband for the PUSCH, and the third number of bits at least includes the second number of bits. a sub-Physical Resource Block, PRB, allocation for the PUSCH is enabled by the RRC signaling, and after the sub-PRB resource allocation is enabled, whether resource allocation for the PUSCH includes at least one PRB or sub-PRB is indicated by a Downlink Control Information, DCI, and when the DCI indicates resource allocation of at least one PRB, a first number of bits in the DCI is used to allocate a narrowband, and a second number of bits in the DCI is used to allocate at least one PRB in the narrowband for the PUSCH, and when the DCI indicates sub-PRB resource allocation, the first number of bits in the DCI is used to allocate a narrowband, and a third number of bits in the DCI is used to allocate a number of subcarriers in the narrowband for the PUSCH, and the third number of bits at least includes the second number of bits.
An ink cartridge for an inkjet printer, comprising an ink supply port, an air vent, an ink chamber for accommodating ink to be supplied to the printer and a light detection portionconfigured between a light emitting element and a light receiving element on the printer, wherein the light detection portion comprises a first triangular prism and a second triangular prism formed by transparent material, the first triangular prism comprising a first surface and a second surface, wherein the first surface of the first triangular prism is adapted to reflect light emitted by the light emitting element, and the second surface of the first triangular prism is adapted to reflect light onto the light receiving element; the second triangular prism comprising a first surface and a second surface, wherein the first surface and the second surface of the second triangular prism are adapted to contact the ink in the ink cartridge, and the first surface of the second triangular prism is adapted to reflect or refract light reflected by the first surface of the first triangular prism, the second surface of the second triangular prism is adapted to reflect light reflected by the first surface of the second triangular prism when the ink is exhausted, toward to the second surface of the first triangular prism.
Non-therapeutic, cosmetic use of at least one essential oil of sweet orange of the type Citrus sinensis (L.) Osbeck to prevent and/or treat skin pigmentation disorders.
An insulation unit for a passage section between adjacent vehicles in an articulated vehicle, comprising: - a plurality of fixing devices, each fixing device comprising a first and a second fixing element, each first and second fixing element having a body comprising a seat and a pin, - at least a first structure comprising a plurality of first slats and a laminar element connected to the plurality of first slats, each first slat having at least a first and a second cavities (30, 32), - at least a second structure comprising a plurality of second slats and a laminar element connected to the plurality of second slats, each second slat having at least a first and a second cavities (40, 42), wherein each second slat can be coupled to the respective first slat by means of a fixing device in the plurality of fixing devices, the pins of the first and second fixing elements being insertable, freely passing through, respectively, inside the first (30, 40) and second (32, 42) cavities of the first and second slat and reversibly coupled to the seats respectively of the second and first fixing elements. - a plurality of fixing devices, each fixing device comprising a first and a second fixing element, each first and second fixing element having a body comprising a seat and a pin, - at least a first structure comprising a plurality of first slats and a laminar element connected to the plurality of first slats, each first slat having at least a first and a second cavities (30, 32), - at least a second structure comprising a plurality of second slats and a laminar element connected to the plurality of second slats, each second slat having at least a first and a second cavities (40, 42),
A method for adjusting luminance values of an image represented in a color space, the method characterised in that it comprises: displaying on an electronic display device, a graphical representation that indicates, along a first direction of the graphical representation, a distribution of the luminance values of the image at each location of the image along the first direction of the image; receiving an input on the graphical representation, comprising a selection of a location corresponding to a particular luminance value in the graphical representation and a movement in a second direction within the graphical representation; based on the movement in the second direction, determining a color space transform for mapping a set of luminance values within the color space to a different set of luminance values; and modifying the image by using the color space transform to change the luminance values of the image. displaying on an electronic display device, a graphical representation that indicates, along a first direction of the graphical representation, a distribution of the luminance values of the image at each location of the image along the first direction of the image; receiving an input on the graphical representation, comprising a selection of a location corresponding to a particular luminance value in the graphical representation and a movement in a second direction within the graphical representation; based on the movement in the second direction, determining a color space transform for mapping a set of luminance values within the color space to a different set of luminance values; and modifying the image by using the color space transform to change the luminance values of the image.
A method comprising: generating a modelled scenario of reflection from object located between a front wall and a back wall of an exterior wall, the modelled scenario including the radar signal penetrating an exterior of the front wall and striking the object, the interaction between the transmitted signal and the object giving rise to a true reflection signal being reflected from the object back to a sensor or transmitter and additional multipath reflections predicting, from said modelled scenario a parameter that defines reflections of the radar signal that propagates through the front wall and into the interior region and irradiates portions of the front wall and the object; accessing a parameter of a candidate detection of the object obtained from a radar system producing a radar signal and receiving radar signal reflections, the candidate detection being from an actual scenario that is similar to the modeled scenario; comparing the predicted parameter that defines the reflections of the radar signal to a parameter of the candidate detection; and classifying the candidate detection as an actual detection or a false alarm based on the comparison, and presenting the candidate detection only when the candidate detection is classified as an actual detection. generating a modelled scenario of reflection from object located between a front wall and a back wall of an exterior wall, the modelled scenario including the radar signal penetrating an exterior of the front wall and striking the object, the interaction between the transmitted signal and the object giving rise to a true reflection signal being reflected from the object back to a sensor or transmitter and additional multipath reflections predicting, from said modelled scenario a parameter that defines reflections of the radar signal that propagates through the front wall and into the interior region and irradiates portions of the front wall and the object; accessing a parameter of a candidate detection of the object obtained from a radar system producing a radar signal and receiving radar signal reflections, the candidate detection being from an actual scenario that is similar to the modeled scenario; comparing the predicted parameter that defines the reflections of the radar signal to a parameter of the candidate detection; and classifying the candidate detection as an actual detection or a false alarm based on the comparison, and presenting the candidate detection only when the candidate detection is classified as an actual detection.
A system that monitors a condition of a hydraulic system for an aircraft, comprising the hydraulic system and a hydraulic liquid leakage monitor for detecting of aircraft hydraulic liquid leakage in situ from the hydraulic system wherein the hydraulic system comprises a hydraulic liquid conduit that is at least in part surrounded by a sensing means that is permeable for aircraft hydraulic liquid and that is coated or is winded around the hydraulic liquid conduit to be sensed for an hydraulic fluid escape and wherein the sensing means comprises a sensing material that comprises a composite comprising at least two components, being 1) particles or powder of an electrically-conductive material dispersed in 2) a matrix that is solvable to aircraft hydraulic fluid wherein the concentration, dispersity and/or orientation of the electrically-conductive particles are tailored to be in the proximity of the percolation threshold in a way that the composite itself is under normal aircraft operations in the electrically-conductive state but has the percolation conductivity interrupted after entering of aircraft hydraulic fluid into the composite and further comprising electrodes for measuring resistance in the sensing material, characterised in that the sensing means is in the form of a strip or wire which is helical engaged around the hydraulic liquid conduit with a contiguous slit, groove or space between the spirals or winds of the helix.
A bonnet for a vehicle, the bonnet comprising: a front edge and a rear edge; a recessed longitudinal channel being formed in said bonnet and extending from said front edge towards the rear edge; and an airflow modification device disposed transversely across the longitudinal channel for controlling airflow over the bonnet, wherein the airflow modification device and the recessed channel form a conduit, the conduit having a cross-sectional area which is diverging as the conduit extends towards the rear edge. a front edge and a rear edge; a recessed longitudinal channel being formed in said bonnet and extending from said front edge towards the rear edge; and an airflow modification device disposed transversely across the longitudinal channel for controlling airflow over the bonnet, wherein the airflow modification device and the recessed channel form a conduit, the conduit having a cross-sectional area which is diverging as the conduit extends towards the rear edge.
A welding apparatus comprising a welding tool and a weld cooling apparatus for the forced cooling of a heated weld zone in a workpiece being welded by the welding tool, the welding tool having a welding nozzle with a longitudinal axis, and the weld cooling apparatus comprising: a source of CO 2 as the coolant; at least one coolant delivery conduit arranged to move with the welding tool characterised in that the coolant delivery conduit comprises a first tube portion having a longitudinal axis and extending alongside the welding tool and a second tube portion having a longitudinal axis and extending, in use, downwardly and away from the welding tool; and at least one coolant nozzle at a distal end of the second tube portion having a longitudinal axis and an outlet for ejecting cryogenic coolant at the heated weld zone; wherein the second tube portion is arranged such that the coolant nozzle outlet is spaced, in use, from the workpiece so as to direct a jet of coolant behind the welding tool onto the weld zone, and at least 10 mm from the longitudinal axis of the first tube portion. a source of CO 2 as the coolant; at least one coolant delivery conduit arranged to move with the welding tool characterised in that the coolant delivery conduit comprises a first tube portion having a longitudinal axis and extending alongside the welding tool and a second tube portion having a longitudinal axis and extending, in use, downwardly and away from the welding tool; and at least one coolant nozzle at a distal end of the second tube portion having a longitudinal axis and an outlet for ejecting cryogenic coolant at the heated weld zone; wherein the second tube portion is arranged such that the coolant nozzle outlet is spaced, in use, from the workpiece so as to direct a jet of coolant behind the welding tool onto the weld zone, and at least 10 mm from the longitudinal axis of the first tube portion.
A composition for protecting crop plants from the harmful effects of a pyridine derivative herbicide of formula or a salt or N-oxide thereof wherein Y is chloro or bromo, R is hydrogen, C 1-8 alkyl, C 2-5 alkenyl, C 3-5 alkynyl, aryl C 1-2 alkyl, C 1-4 alkoxy C 1-4 alkyl or C 1-4 alkoxy C 1-4 alkoxy C 1-2 alkyl, R 1 is chloro or bromo, R 2 is C 1-2 alkoxy and R 3 is chloro or fluoro and wherein said composition comprises, in addition to the pyridine derivative herbicide of formula, the safener N-(2-methoxybenzoyl)-4-[(methylaminocarbonyl)amino]benzenesulfonamide.
Device for a rack for a cleaning appliance, the device being placed or placeable onto an upper edge of the rack as an attachment and having a front portion for covering a front upper edge of the rack, characterised in that an image capture means for capturing an image is arranged on the front portion.
A suspension member comprising: a suspension member main body (20, 120), a torque rod mounting portion provided at a vehicle width direction central portion of the suspension member main body; a vehicle body mounting portion provided at a vehicle width direction outer side end portion of the suspension member main body; a gearbox mounting portion provided at the vehicle width direction outer side of the suspension member main body relative to the torque rod mounting portion, and at a vehicle width direction inner side relative to the vehicle body mounting portion; and a bead portion provided at the vehicle width direction outer side of the suspension member main body relative to the gearbox mounting portion, and at the vehicle width direction inner side relative to the vehicle body mounting portion, the bead portion extending in a vehicle body front-and-rear direction, characterized in that the suspension member further comprises a stabilizer bar mounting portion provided at a vehicle body forward side of the suspension member main body relative to the bead portion, wherein the stabilizer bar mounting portion is provided at a front side upper face of the suspension member main body, the gearbox mounting portion is provided at a rear side upper face of the suspension member main body, and the front side upper face is formed at a lower level than the rear side upper face, and wherein the bead portion is provided to cover a boundary portion between the front side upper face and the rear side upper face in a sectional view. a suspension member main body (20, 120), a torque rod mounting portion provided at a vehicle width direction central portion of the suspension member main body; a vehicle body mounting portion provided at a vehicle width direction outer side end portion of the suspension member main body; a gearbox mounting portion provided at the vehicle width direction outer side of the suspension member main body relative to the torque rod mounting portion, and at a vehicle width direction inner side relative to the vehicle body mounting portion; and a bead portion provided at the vehicle width direction outer side of the suspension member main body relative to the gearbox mounting portion, and at the vehicle width direction inner side relative to the vehicle body mounting portion, the bead portion extending in a vehicle body front-and-rear direction, wherein the stabilizer bar mounting portion is provided at a front side upper face of the suspension member main body, the gearbox mounting portion is provided at a rear side upper face of the suspension member main body, and the front side upper face is formed at a lower level than the rear side upper face, and wherein the bead portion is provided to cover a boundary portion between the front side upper face and the rear side upper face in a sectional view.
A network access entity which is configured to provide access to communication services of a data network to at least one user equipment, UE,, the network access entity comprising: a packet data network gateway, PGW, with a PGW identifier, PGWID, which uniquely identifies the PGW; and a UE mobility table containing an assignment of a UE identifier, UEID, of each one of the at least one UE to a PGW, wherein the assignment indicates a PGWID of a PGW via which a specific UE is accessible from the data network; wherein the network access entity is configured to: transmit and/or receive data to and from a remote station, respectively, via the data network; assign a data flow (54, 56) from the remote station to one of the at least one UE; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached. a packet data network gateway, PGW, with a PGW identifier, PGWID, which uniquely identifies the PGW; and a UE mobility table containing an assignment of a UE identifier, UEID, of each one of the at least one UE to a PGW, wherein the assignment indicates a PGWID of a PGW via which a specific UE is accessible from the data network; wherein the network access entity is configured to: transmit and/or receive data to and from a remote station, respectively, via the data network; assign a data flow (54, 56) from the remote station to one of the at least one UE; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached. transmit and/or receive data to and from a remote station, respectively, via the data network; assign a data flow (54, 56) from the remote station to one of the at least one UE; update the UE mobility table in case the one of the at least one UE leaves the range of the network access entity by assigning a PGWID of a neighboring PGW of a neighboring network access entity to the leaving UE, via which neighboring PGW the leaving UE can be reached.
A method for producing a component (3; 3'; 3"; 3"'; 3""), in particular for a motor vehicle, in which a nonwoven is provided with a plastic material at least in some areas, wherein one or more strip-shaped plastic material bodies (2; 2'; 2") is applied to the nonwoven by means of 3D printing, characterized in that the applied strip-shaped plastic material bodies (2; 2'; 2") are then pressed into the nonwoven by applying heat and pressure.
A road side unit, RSU, for a vehicle-to-everything, V2X, service, the RSU comprising: a processor; and a memory operatively coupled with the processor and configured to store instructions that, when executed by the processor, cause the RSU to perform functions comprising: setting a virtual subscription area for a legacy V2X device which supports communication with the RSU with device-to-device direct communication protocol but does not support communication with a V2X server, wherein the virtual subscription area assigned by the RSU is registered to the V2X server as a subscription area of the legacy V2X device and the V2X server delivers to the RSU (320, 830, 920, 1030) any V2X message of a V2X device which is connected to the V2X server and is associated to the subscription area of the legacy V2X device; transmitting, to the V2X server, information on the virtual subscription area; receiving, from the V2X server, a first V2X message for a first V2X device associated with the virtual subscription area; generating a second V2X message based on the first V2X message; and transmitting, to the legacy V2X device, the second V2X message. a processor; and a memory operatively coupled with the processor and configured to store instructions that, when executed by the processor, cause the RSU to perform functions comprising: setting a virtual subscription area for a legacy V2X device which supports communication with the RSU with device-to-device direct communication protocol but does not support communication with a V2X server, wherein the virtual subscription area assigned by the RSU is registered to the V2X server as a subscription area of the legacy V2X device and the V2X server delivers to the RSU (320, 830, 920, 1030) any V2X message of a V2X device which is connected to the V2X server and is associated to the subscription area of the legacy V2X device; transmitting, to the V2X server, information on the virtual subscription area; receiving, from the V2X server, a first V2X message for a first V2X device associated with the virtual subscription area; generating a second V2X message based on the first V2X message; and transmitting, to the legacy V2X device, the second V2X message. setting a virtual subscription area for a legacy V2X device which supports communication with the RSU with device-to-device direct communication protocol but does not support communication with a V2X server, wherein the virtual subscription area assigned by the RSU is registered to the V2X server as a subscription area of the legacy V2X device and the V2X server delivers to the RSU (320, 830, 920, 1030) any V2X message of a V2X device which is connected to the V2X server and is associated to the subscription area of the legacy V2X device; transmitting, to the V2X server, information on the virtual subscription area; receiving, from the V2X server, a first V2X message for a first V2X device associated with the virtual subscription area; generating a second V2X message based on the first V2X message; and transmitting, to the legacy V2X device, the second V2X message.