mhurhangee/ep-ind-claims huggingface dataset:
A communication method between a user equipment, UE, and a node B in a communication system, the communication method comprising: receiving a scheduling assignment including a resource allocation indication, a resource allocation, a modulation and coding scheme, MCS, and a frequency hopping information element, from the node B; and transmitting data on resource blocks indicated by the scheduling assignment to the node B, wherein the resource allocation indication indicates whether the resource allocation is for a cluster of at least one contiguous resource block or two clusters of resource blocks, wherein each of the two clusters of resource blocks comprises one or more consecutive resource block groups, wherein the frequency hopping information element is used as part of the resource allocation to specify the assigned resource blocks if the resource allocation is for the two clusters (1310, 1320) of resource blocks. receiving a scheduling assignment including a resource allocation indication, a resource allocation, a modulation and coding scheme, MCS, and a frequency hopping information element, from the node B; and transmitting data on resource blocks indicated by the scheduling assignment to the node B, wherein the resource allocation indication indicates whether the resource allocation is for a cluster of at least one contiguous resource block or two clusters of resource blocks, wherein each of the two clusters of resource blocks comprises one or more consecutive resource block groups, wherein the frequency hopping information element is used as part of the resource allocation to specify the assigned resource blocks if the resource allocation is for the two clusters (1310, 1320) of resource blocks.
An article comprising: a knitted component that is formed as a one-piece element through a knitting process, the knitted component having a first edge and a second edge, the knitted component having a length that is measured between the first edge and the second edge, the length being substantially fixed, the knitted component including: a base structure, and an adjustment member that is integrally knit to the base structure, the adjustment member including a bunched region that is configured to slide along the base structure between a first position on the knitted component and a second position on the knitted component, and a supported area and at least one free area wherein the article is characterized in that the base structure extends through the adjustment member in the supported area and the base structure is spaced away from the at least one free area. a base structure, and an adjustment member that is integrally knit to the base structure, the adjustment member including a bunched region that is configured to slide along the base structure between a first position on the knitted component and a second position on the knitted component, and a supported area and at least one free area wherein the article is characterized in that the base structure extends through the adjustment member in the supported area and the base structure is spaced away from the at least one free area.
A gas insulation apparatus comprising: a closed vessel; a high-voltage unit arranged inside the closed vessel; an insulation gas containing CO 2 filled in the closed vessel; and a zeolite arranged in the insulation gas, characterised in that the zeolite is housed in a perforated zeolite case arranged inside the closed vessel. a closed vessel; a high-voltage unit arranged inside the closed vessel; an insulation gas containing CO 2 filled in the closed vessel; and a zeolite arranged in the insulation gas, characterised in that the zeolite is housed in a perforated zeolite case arranged inside the closed vessel.
A cooling system of a wind turbine comprising: a generator; a housing portion; and a hub rotatable with respect to the housing portion and drivingly connected to the generator, said hub supporting at least one blade; wherein said housing portion and said hub enclose a cavity for accommodating at least said generator; and wherein heat exchange means are provided on an outer surface of said hub for transferring at least a part of heat produced by said generator in operation to outside, wherein said heat exchange means comprise at least one fin mounted at one end thereof on the outer surface of said hub with the other end thereof extending radially from said surface of said hub and forming a free end of said at least one fin, wherein said at least one fin is arranged on the outer surface of said hub on a line or curve which is at least partially inclined or skewed with respect to a rotational axis of said hub, and wherein said at least one fin is arranged on the outer surface of said hub such that the wind directed towards the hub is guided along the at least one fin substantially in the axial direction of the hub at least in a predetermined operational condition of the wind turbine. a generator; a housing portion; and a hub rotatable with respect to the housing portion and drivingly connected to the generator, said hub supporting at least one blade; wherein said housing portion and said hub enclose a cavity for accommodating at least said generator; and wherein heat exchange means are provided on an outer surface of said hub for transferring at least a part of heat produced by said generator in operation to outside, wherein said heat exchange means comprise at least one fin mounted at one end thereof on the outer surface of said hub with the other end thereof extending radially from said surface of said hub and forming a free end of said at least one fin, wherein said at least one fin is arranged on the outer surface of said hub on a line or curve which is at least partially inclined or skewed with respect to a rotational axis of said hub, and
An oil mist filter characterized by: a filter body having a tubular shape, the filter body causing processing-target gas supplied to a hollow in the filter body to pass through an outer peripheral surface to capture oil mist contained in the processing-target gas; and an end plate disposed at one end surface of the filter body, the end plate projecting outward beyond an outer peripheral edge of the one end surface of the filter body, wherein a plurality of ventholes are formed at a portion of the end plate projecting beyond the outer peripheral edge of the one end surface of the filter body, the processing-target gas blown out from the outer peripheral surface of the filter body passes through the ventholes, characterized in that the portion of the end plate projecting beyond the outer peripheral edge of the one end surface of the filter body inclines to another end surface of the filter body. a filter body having a tubular shape, the filter body causing processing-target gas supplied to a hollow in the filter body to pass through an outer peripheral surface to capture oil mist contained in the processing-target gas; and an end plate disposed at one end surface of the filter body, the end plate projecting outward beyond an outer peripheral edge of the one end surface of the filter body, wherein a plurality of ventholes are formed at a portion of the end plate projecting beyond the outer peripheral edge of the one end surface of the filter body, the processing-target gas blown out from the outer peripheral surface of the filter body passes through the ventholes, characterized in that the portion of the end plate projecting beyond the outer peripheral edge of the one end surface of the filter body inclines to another end surface of the filter body.
A fire-protection composite glass for components such as doors, walls or windows with at least two glass panes (2, 3) which are distanced to one another and with a fire-protection layer which is arranged in the intermediate space between the glass panes (2, 3), wherein the fire-protection glazing composite glass comprises through-holes (6, 7, 8) for connection elements to attachment elements, in particular fittings, holders or lock cases, at least one through-hole (6, 7) penetrates the two glass panes (2, 3) and the fire-protection layer, in the region of a connection element, wherein the longitudinal axis of this through-hole (6, 7, 8) is transverse to the surface of the glass panes (2, 3), a sleeve is installed in the intermediate space between the glass panes (2, 4), said sleeve encompassing the through-hole (6, 7, 8) in a jacket-like manner, the end-faces (12, 13) of the sleeve which are at right angles to the longitudinal axis of the through-hole (6, 7, 8) bear on the inner surfaces (14, 15) of the two glass panes (2, 3) and that the fire-protection layer is separated from the through-hole (6, 7, 8) by the sleeve, wherein clamping plates (24, 25) which form connection elements for attachment elements are arranged in the region of the through-hole (6, 7, 8), on the outer surfaces (22, 23) of the fire-protection composite glass and these clamping plates (24, 25) are connected to one another via clamping connections which extend through the through-hole (6, 7, 8), characterised in that an intermediate layer (28, 29) of a material which is suitable with regard to fire-protection technology is arranged in each case between the two clamping plates (24, 25) and the outer surfaces (22, 23) of the fire-protection composite glass, and that the fire-protection layer is a fire-protection layer which becomes opaque in the case of a fire. said sleeve encompassing the through-hole (6, 7, 8) in a jacket-like manner, the end-faces (12, 13) of the sleeve which are at right angles to the longitudinal axis of the through-hole (6, 7, 8) bear on the inner surfaces (14, 15) of the two glass panes (2, 3) and that
A positioning method performed by a network side positioning apparatus, comprising: determining a measurement configuration message of a User Equipment, UE, wherein the measurement configuration message comprises UE-level measurement reference signal configuration information; sending the measurement configuration message to the UE to instruct the UE to perform measurement and reporting; positioning the UE based on a measurement result reported by the UE; characterized in that: wherein the UE-level measurement reference signal configuration information particularly comprises: Synchronization Signal block, SS block, configuration information; wherein the measurement result comprises: Reference Signal Received Power of SS Blocks, SS-RSRP, and/or Time Difference of Arrival of SS blocks, SS-TDOA; wherein the measurement result further comprises: a cell identity and an SS block time index, corresponding to the SS-RSRP. determining a measurement configuration message of a User Equipment, UE, wherein the measurement configuration message comprises UE-level measurement reference signal configuration information; sending the measurement configuration message to the UE to instruct the UE to perform measurement and reporting; positioning the UE based on a measurement result reported by the UE; wherein the UE-level measurement reference signal configuration information particularly comprises: Synchronization Signal block, SS block, configuration information; wherein the measurement result comprises: Reference Signal Received Power of SS Blocks, SS-RSRP, and/or Time Difference of Arrival of SS blocks, SS-TDOA; wherein the measurement result further comprises: a cell identity and an SS block time index, corresponding to the SS-RSRP.
Cutting method comprising the step of cutting with laser means at least one continuous sheet material of separator for electrodes, characterized by performing at least two distinct cutting lines in which a first cutting line is intersected by a second cutting line at an intersection point.
Multilayer body having a volume hologram layer and a partial opaque layer arranged on a surface of the volume hologram layer, said partial opaque layer being present in a first region and not present in a second region, wherein the multilayer body has a decorative ply, wherein the partial opaque layer is arranged between the volume hologram layer and the decorative ply, characterised in that the opaque layer comprises a lacquer and a dye, a pigment or an effect pigment and has a luminance L* in the CIELAB colour space of from 0 to 50.
A compound of formula wherein X is oxygen; R 1 and R 2 are hydrogen, and; R 3 is 5-methylhexyl; and/or a tautomer, geometrical isomer, enantiomer, diastereomer, racemate form, or pharmaceutically acceptable salt thereof. X is oxygen; R 1 and R 2 are hydrogen, and; R 3 is 5-methylhexyl; and/or a tautomer, geometrical isomer, enantiomer, diastereomer, racemate form, or pharmaceutically acceptable salt thereof.
Device for delivering reducing agent from a tank to a metering unit, having a pulsatingly acting delivery pump for delivering reducing agent in a delivery direction through a delivery line from the tank to the metering unit, wherein the delivery line has, in regions downstream of the delivery pump in the delivery direction, at least two separate ducts, and the ducts form flow paths which exhibit different propagation times for the reducing agent, characterized in that the at least two separate ducts have in each case one inlet end and one outlet end, and the at least two separate ducts are separated from one another by a wall which, in the region of the outlet ends, has at least one common wall portion which is permeable to reducing agent.
A device for closing bags of woven fabric, to which tubular bag bodies can be fed, comprising an adhesive application device for continuously applying an adhesive in an adhesive region, and a transport device for transporting the tubular bag bodies transversely to their longitudinal axes through the adhesive region so as to enable the application of adhesive to a strip-like area of the tubular bag bodies, characterized in that an adhesive removal device separate from the transport device is disposed below the adhesive region to remove the adhesive applied in the interspace between the individual tubular bag bodies by the adhesive application device, wherein the adhesive application device is comprised of an extruder, and a stationary plate is disposed below the extruder in such a manner that the tubular bag bodies are guided between the extruder and the plate, wherein, furthermore, a turn-over device is disposed downstream of the extruder, viewed in the transport direction, for turning a flap or an end portion of the woven fabric, respectively, and a pressure roller is disposed downstream of the extruder and configured to press the flap or the end portion of the bag, respectively, against a bag front wall after turning so as to provide an adhesive connection via the interposed adhesive, wherein the adhesive removal device comprises a driven, recirculating belt disposed below a transport plane of the tubular bag bodies and above the plate and below the pressure roller, and wherein the plate preferably serves as a counter element for the pressure roller.
Retractable step arrangement for a vehicle, which retractable step arrangement has a supporting body (6, 56) which is fastened to the vehicle, a step plate (10, 60) and a magnetic force sensor, wherein the step plate (10, 60) can be displaced relative to the supporting body (6, 56), wherein the magnetic force sensor is firstly fastened to the support body (6, 56) and is secondly connected to the displaceable step plate (10, 60), wherein the magnetic force sensor is designed to measure a force which acts on the step plate (10, 60).
Distance sensor module, the distance sensor module having a housing with at least one distance sensor, the housing having at least one swivel joint with an axis of rotation and having two connecting points arranged opposite one another on the housing, each connection point having a connection element for connection to an adjacent distance sensor module, characterized in that a longitudinally adjustable holding arm is arranged on the housing and the longitudinally adjustable holding arm is attached to the swivel joint.
A current collector comprising: a conductive substrate; and a porous conductive fiber layer which is dispersed on the conductive substrate, wherein the porous conductive fiber layer comprises a plurality of metal filaments and linear binders which are randomly tangled with each other, thereby forming a non-woven fabric structure, and wherein the metal filaments and the conductive substrate are adhered to each other as some or all of the linear binders in the porous conductive fiber layer are vitrified or partially melted and fused, so that the porous conductive fiber layer is combined with the conductive substrate via the linear binders, wherein the linear binders comprise a polymer material. a conductive substrate; and a porous conductive fiber layer which is dispersed on the conductive substrate, wherein the porous conductive fiber layer comprises a plurality of metal filaments and linear binders which are randomly tangled with each other, thereby forming a non-woven fabric structure, and wherein the metal filaments and the conductive substrate are adhered to each other as some or all of the linear binders in the porous conductive fiber layer are vitrified or partially melted and fused, so that the porous conductive fiber layer is combined with the conductive substrate via the linear binders, wherein the linear binders comprise a polymer material.
A wireless communication system comprising: a processing unit configured to identify a number of secondary systems in an activated state located in a first geographical area; estimate a geographical distribution density of secondary systems in the first geographical area and cluster the secondary systems into at least one cluster according to the estimated geographical distribution density such that the geographic distribution of respective secondary systems in each cluster is uniform; identify a primary resource available to be assigned to the secondary systems, the primary resource being a resource to which a primary system has a frequency spectrum usage right; determine whether the number of secondary systems in the activated state located in the at least one cluster exceeds an upper limit; and limit a number of secondary systems to which the primary resource is assigned when it is determined that the number of secondary systems in the activated state located in the at least one cluster exceeds the upper limit. identify a number of secondary systems in an activated state located in a first geographical area; estimate a geographical distribution density of secondary systems in the first geographical area and cluster the secondary systems into at least one cluster according to the estimated geographical distribution density such that the geographic distribution of respective secondary systems in each cluster is uniform; identify a primary resource available to be assigned to the secondary systems, the primary resource being a resource to which a primary system has a frequency spectrum usage right; determine whether the number of secondary systems in the activated state located in the at least one cluster exceeds an upper limit; and limit a number of secondary systems to which the primary resource is assigned when it is determined that the number of secondary systems in the activated state located in the at least one cluster exceeds the upper limit.
A memory device (10, 100) which is a solid state drive, SSD, comprising: an enclosure assembly; and a memory module disposed within the enclosure assembly, the memory module comprising a module board and a memory connector on one side of the module board; wherein the enclosure assembly comprises a first enclosure above the memory module, and a second enclosure below the memory module, wherein the first enclosure comprises a first main cover that covers upper faces of the module board and the memory connector, wherein at least one clamping hole penetrates the first main cover at a position overlapping the memory connector, wherein the at least one clamping hole provides a space for a hook of a host connector to be inserted when connected to the host connector 200; characterized in that the first enclosure includes an inter-device fastening pillar (DL1 - DL3) that protrudes downward from a lower face of the first main cover, and wherein a fixed hole (DH1 - DH3) extends through the inter-device fastening pillar (DL1 - DL3) and the first main cover to accommodate a device screw for fixing the memory device (10, 100) to the host connector when connected to the host connector. an enclosure assembly; and a memory module disposed within the enclosure assembly, the memory module comprising a module board and a memory connector on one side of the module board; wherein the enclosure assembly comprises a first enclosure above the memory module, and a second enclosure below the memory module, wherein the first enclosure comprises a first main cover that covers upper faces of the module board and the memory connector, wherein at least one clamping hole penetrates the first main cover at a position overlapping the memory connector, wherein the at least one clamping hole provides a space for a hook of a host connector to be inserted when connected to the host connector 200; characterized in that the first enclosure includes an inter-device fastening pillar (DL1 - DL3) that protrudes downward from a lower face of the first main cover, and wherein a fixed hole (DH1 - DH3) extends through the inter-device fastening pillar (DL1 - DL3) and the first main cover to accommodate a device screw for fixing the memory device (10, 100) to the host connector when connected to the host connector.
A method of wireless communication at an apparatus, comprising: allocating a sub-band of frequencies for wireless communication to each of a plurality of devices (106A-106D), the sub-band of frequencies being associated with an uplink or downlink tone plan having a specific number of pilot tones based on the bandwidth of each sub-band, wherein a sub-band is allocated to a first device that is larger than a sub-band that is allocated to a second device of the plurality of devices (106A-106D) based on a priority of the first and second devices; providing the sub-band allocation to the devices (106A-106D); and processing a message, comprising encoding or decoding the message, according to one of the uplink or downlink tone plan associated with at least one of the allocated sub-bands. allocating a sub-band of frequencies for wireless communication to each of a plurality of devices (106A-106D), the sub-band of frequencies being associated with an uplink or downlink tone plan having a specific number of pilot tones based on the bandwidth of each sub-band, wherein a sub-band is allocated to a first device that is larger than a sub-band that is allocated to a second device of the plurality of devices (106A-106D) based on a priority of the first and second devices; providing the sub-band allocation to the devices (106A-106D); and processing a message, comprising encoding or decoding the message, according to one of the uplink or downlink tone plan associated with at least one of the allocated sub-bands.