mhurhangee/ep-ind-claims huggingface dataset:
A wireless transmit/receive unit, WTRU, comprising: circuitry configured to receive downlink control information over a physical downlink control channel in a radio resource space monitored by the WTRU, wherein the downlink control information includes radio resource assignment information and an indication of whether the downlink control information is for a downlink shared channel or whether the downlink control information is for an uplink shared channel, wherein the radio resource assignment information is a plurality of bits of the downlink control information and the indication is at least one different bit of the downlink control information than the plurality of bits; characterized by circuitry configured to determine whether the downlink control information is intended for the WTRU based on a WTRU specific cyclic redundancy check, CRC; circuity configured to determine whether the downlink control information is for the uplink shared channel or whether the downlink control information is for the downlink shared channel based on the indication; and circuitry configured to transmit data over the uplink shared channel based on the radio resource assignment information on a condition that the downlink control information is determined to be for the uplink shared channel. circuitry configured to receive downlink control information over a physical downlink control channel in a radio resource space monitored by the WTRU, wherein the downlink control information includes radio resource assignment information and an indication of whether the downlink control information is for a downlink shared channel or whether the downlink control information is for an uplink shared channel, wherein the radio resource assignment information is a plurality of bits of the downlink control information and the indication is at least one different bit of the downlink control information than the plurality of bits; characterized by circuitry configured to determine whether the downlink control information is intended for the WTRU based on a WTRU specific cyclic redundancy check, CRC; circuity configured to determine whether the downlink control information is for the uplink shared channel or whether the downlink control information is for the downlink shared channel based on the indication; and circuitry configured to transmit data over the uplink shared channel based on the radio resource assignment information on a condition that the downlink control information is determined to be for the uplink shared channel.
A method for producing a carbonised monolith structure from a first component which comprises mesoporous particles of a fully cured phenolic novolak resin comprising between 15 and 25 pbw HMTA per 100 pbw novolac and 10-40% by weight of a second component which comprises water-insoluble powdered lignin, said method comprising: mixing the first and second components; producing an uncarbonised monolith structure from the mixture by extrusion; and forming from the uncarbonized monolith structure the carbonised monolith structure comprising carbonised particles bound with carbonised lignin, wherein the carbonised particles exhibiting both mesoporosity and macroporosity are dispersed in a matrix of microporous particles with voids between the particles defining paths for fluid to flow into and through the structure; microporosity referring to a material possessing pores with diameter <2 nm, as measured by nitrogen adsorption methods and as defined by IUPAC, mesoporosity referring to a material possessing pores with diameter from ca. 2 nm to ca. 50 nm, as measured by nitrogen adsorption and mercury porosimetry methods and as defined by IUPAC, and macroporosity referring to a material possessing pores with diameters larger than 50 nm as measured by mercury porosimetry methods and as defined by IUPAC. mixing the first and second components; producing an uncarbonised monolith structure from the mixture by extrusion; and forming from the uncarbonized monolith structure the carbonised monolith structure comprising carbonised particles bound with carbonised lignin, wherein the carbonised particles exhibiting both mesoporosity and macroporosity are dispersed in a matrix of microporous particles with voids between the particles defining paths for fluid to flow into and through the structure; microporosity referring to a material possessing pores with diameter <2 nm, as measured by nitrogen adsorption methods and as defined by IUPAC, mesoporosity referring to a material possessing pores with diameter from ca. 2 nm to ca. 50 nm, as measured by nitrogen adsorption and mercury porosimetry methods and as defined by IUPAC, and macroporosity referring to a material possessing pores with diameters larger than 50 nm as measured by mercury porosimetry methods and as defined by IUPAC.
A user equipment operable to support dual connectivity, the UE having computer circuitry configured to: receive a radio resource control reconfiguration message from a macro evolved node B (MeNB), the RRC reconfiguration message indicating that a secondary cell associated with a secondary eNB (SeNB) is to be added for connection to the UE; complete an RRC reconfiguration procedure to add the secondary cell; send a preamble to the SeNB indicating that the UE has completed the RRC reconfiguration procedure; receive a random access response message from the SeNB; send a Msg3 message including a cell radio network temporary identifier (C-RNTI) to the SeNB, wherein the SeNB determines that the UE has added the secondary cell upon receiving the Msg3 message with the C-RNTI; and communicate data with the SeNB after sending the preamble to the SeNB, wherein the UE supports dual connectivity to the MeNB and the SeNB. receive a radio resource control reconfiguration message from a macro evolved node B (MeNB), the RRC reconfiguration message indicating that a secondary cell associated with a secondary eNB (SeNB) is to be added for connection to the UE; complete an RRC reconfiguration procedure to add the secondary cell; send a preamble to the SeNB indicating that the UE has completed the RRC reconfiguration procedure; receive a random access response message from the SeNB; send a Msg3 message including a cell radio network temporary identifier (C-RNTI) to the SeNB, wherein the SeNB determines that the UE has added the secondary cell upon receiving the Msg3 message with the C-RNTI; and communicate data with the SeNB after sending the preamble to the SeNB, wherein the UE supports dual connectivity to the MeNB and the SeNB.
Microtome having a knife holding device for a cutting blade and having an object holding device for an object to be cut thinly, wherein the object holding device has a first drive device for carrying out a cutting movement, and the object holding device or the knife holding device has a second drive device for carrying out a feed movement, comprising a mechanical handwheel and/or electronic handwheel, via which the first drive device is actuatable manually, wherein an electronic control system and an operating device for the first and the second drive device (22, 36) is allocated to the first and the second drive device (22, 36), characterised in that the operating device allocated to the electronic control system for the first and the second drive device (22, 36) has an operating element, which, as a universal regulating button or as a universal operating element, is actuatable in a shifting/tilting and rotating mode or is actuatable in a rotating and pushing mode or is actuatable in a shifting/tilting and pushing mode or is actuatable in a shifting/tilting, rotating and pushing mode, in order to control both the vertical cutting movement and the horizontal feed movement of the object holding device.
Microfluidic device made from glass, ceramic or vitroceramic, provided with at least one microfluidic processing channel defining at least one microfluidic processing chamber, the device comprising at least one upper layer, at least one lower layer and at least a first intermediate layer and a second intermediate layer, wherein the first intermediate layer comprises an upper face and a lower face, and wherein the first intermediate layer comprises on its lower face a first open structured surface in the form of a first network of protuberances defining a first microfluidic channel and on its upper face, a second open structured surface in the form of a second network of protuberances defining a second microfluidic channel; the lower surface of the first intermediate layer cooperating with a first essentially planar sheet shaped layer defining said lower layer, made from glass, ceramic or vitroceramic, closing the first microchannel in a sealed manner; the upper face of the first intermediate layer cooperating with a second essentially planar sheet shaped layer, also made from glass, ceramic or vitroceramic, closing the second microfluidic channel in a sealed manner, and wherein the second essentially planar sheet shaped layer constitutes the second intermediate layer which cooperates, on its face opposite to the first intermediate layer, with the upper layer comprising on its inner face a structured surface in the form of a network of protuberances defining a third microfluidic channel.
Illumination device (10, 10') comprising: an elongated base extending in parallel with a longitudinal axis; a pivotable elongated illumination unit extending in parallel with the longitudinal axis, the longitudinal extension of the pivotable elongated illumination unit being limited by two opposing lateral faces; the pivotable elongated illumination unit being mounted to be pivotable about the longitudinal axis by means of at least one joint, and the pivotable elongated illumination unit including at least two light emitting elements arranged along the pivotable elongated illumination unit such that a distance (a 20ab) between two neighboring light emitting elements corresponds to 1.5 to 2.5 the distance (a 14a, a 14b) between a light emitting element positioned adjacently to one of the lateral faces (14a, 14b) and the corresponding lateral face (14a, 14b); the illumination device (10, 10') including two laterally arranged legs each comprising a joint by means of which the pivotable elongated illumination unit is engaged with the elongated base; wherein each illumination element (20a, 20b, 20c) is coupled to at least one lens; and wherein the lens neighboring a lateral face (14a, 14b) at least partly overlaps one of the legs. an elongated base extending in parallel with a longitudinal axis; a pivotable elongated illumination unit extending in parallel with the longitudinal axis, the longitudinal extension of the pivotable elongated illumination unit being limited by two opposing lateral faces; the pivotable elongated illumination unit being mounted to be pivotable about the longitudinal axis by means of at least one joint, and the pivotable elongated illumination unit including at least two light emitting elements arranged along the pivotable elongated illumination unit such that a distance (a 20ab) between two neighboring light emitting elements corresponds to 1.5 to 2.5 the distance (a 14a, a 14b) between a light emitting element positioned adjacently to one of the lateral faces (14a, 14b) and the corresponding lateral face (14a, 14b); the illumination device (10, 10') including two laterally arranged legs each comprising a joint by means of which the pivotable elongated illumination unit is engaged with the elongated base; wherein each illumination element (20a, 20b, 20c) is coupled to at least one lens; and wherein the lens neighboring a lateral face (14a, 14b) at least partly overlaps one of the legs.
A light sensor for a vehicle, comprising: a printed circuit board -PCB- to be supported by a vehicle window, the PCB comprising first and second outer layers and at least one inner layer, the first outer layer adapted to be closest to an interior of the vehicle and the second outer layer adapted to be closest to an exterior of the vehicle, characterized in that the light sensor further comprises a light sensor flip-chip mounted to an inner surface of the first outer layer of the PCB, the light sensor flip-chip including at least two light sensor arrays (3902, 3094), each said sensor array being configured to sense light of a predetermined wavelength; programmed logic circuitry configured to set a state of the vehicle lights in dependence on the light sensor; and wherein the at least two light sensor arrays (3902, 3094) are arranged so as to receive radiation through at least one hole formed in the PCB, the hole in the PCB acting as a lens. a printed circuit board -PCB- to be supported by a vehicle window, the PCB comprising first and second outer layers and at least one inner layer, the first outer layer adapted to be closest to an interior of the vehicle and the second outer layer adapted to be closest to an exterior of the vehicle, characterized in that the light sensor further comprises a light sensor flip-chip mounted to an inner surface of the first outer layer of the PCB, the light sensor flip-chip including at least two light sensor arrays (3902, 3094), each said sensor array being configured to sense light of a predetermined wavelength; programmed logic circuitry configured to set a state of the vehicle lights in dependence on the light sensor; and wherein the at least two light sensor arrays (3902, 3094) are arranged so as to receive radiation through at least one hole formed in the PCB, the hole in the PCB acting as a lens.
A helicopter rotor blade folding apparatus for the positioning of a rotor blade attached to a main rotor mast assembly of a helicopter main rotor assembly via at least one blade pin having a vertical axis of rotation, comprising: at least one flap lock mechanism removably attachable to the main rotor mast assembly, wherein the at least one flap lock mechanism is configured to restrict the flap of the rotor blade when attached to the main rotor mast assembly; at least one overhead lifting system support structure removably attachable to the flap lock mechanism; a rotor blade support beam assembly comprising at least one overhead beam having a first end and second end, said first end of said overhead beam is removably attachable to the overhead lifting system support structure; an overhead beam support connecting rod having a first end and a second end, said first end of said overhead beam support connecting rod attached proximate to the second end of the rotor blade support beam assembly; and a blade clamp adapted to temporarily attach to the rotor blade, said blade clamp removably attachable to the second end of said overhead beam support connecting rod. at least one flap lock mechanism removably attachable to the main rotor mast assembly, wherein the at least one flap lock mechanism is configured to restrict the flap of the rotor blade when attached to the main rotor mast assembly; at least one overhead lifting system support structure removably attachable to the flap lock mechanism; a rotor blade support beam assembly comprising at least one overhead beam having a first end and second end, said first end of said overhead beam is removably attachable to the overhead lifting system support structure; an overhead beam support connecting rod having a first end and a second end, said first end of said overhead beam support connecting rod attached proximate to the second end of the rotor blade support beam assembly; and a blade clamp adapted to temporarily attach to the rotor blade, said blade clamp removably attachable to the second end of said overhead beam support connecting rod.
A helmet bag which has a top cover is releasably hinged to a bottom case characterized in that, it has built-in sanitizing functions for a helmet within the bag, comprising:- (i) an UV-C lamp for UV disinfection and sanitization, mounted on; (ii) a pallet with a lamp cover on top of it and held by a lamp holder which has a plurality of ventilation holes, for attaching the lamp to the said pallet and for air to flow through them, wherein the pallet sits on the bottom case that includes; (iii) a plurality of electrical fans for circulating the air within, attached onto the bottom of the said pallet together with; (iv) an electrical control means activated by a set of sensors forming an electronic circuit connected to a power supply to control the automatic cutoff and on/off switching of the cleansing process, coupled with; (v) a scent pouch to assist in deodorizing and disinfecting the helmet within the said bag. (i) an UV-C lamp for UV disinfection and sanitization, mounted on; (ii) a pallet with a lamp cover on top of it and held by a lamp holder which has a plurality of ventilation holes, for attaching the lamp to the said pallet and for air to flow through them, wherein the pallet sits on the bottom case that includes; (iii) a plurality of electrical fans for circulating the air within, attached onto the bottom of the said pallet together with; (iv) an electrical control means activated by a set of sensors forming an electronic circuit connected to a power supply to control the automatic cutoff and on/off switching of the cleansing process, coupled with; (v) a scent pouch to assist in deodorizing and disinfecting the helmet within the said bag.
A formulation for use by administration to the tympanic membrane, wherein said formulation is aqueous and comprises a viscogenic agent and moxifloxacin or a salt thereof; wherein said formulation is flowable and has a viscosity less than 100 Pa*s at 25°C; wherein said formulation, after application to said tympanic membrane, forms a gel that has a yield stress sufficient to maintain said formulation against said tympanic membrane; and wherein said moxifloxacin transfers across the tympanic membrane and into the middle ear space when the formulation is applied to the tympanic membrane.
An image processing apparatus comprising: determination means (20, S60 - S62) for determining a type of an interchangeable lens used to shoot an image from a plurality of types of interchangeable lenses having different color characteristics; and image processing means for applying white balance adjustment and a color space conversion process to the image, wherein the image processing means is configured to reduce the influence of differences in the color characteristics of the interchangeable lenses on the tint of the image by setting at least one of white balance coefficients used in the white balance adjustment and conversion characteristics of the color space conversion process to correspond to the type of the interchangeable lens used to shoot the image wherein the image processing means is further configured to compute the white balance coefficients used in the white balance adjustment based on a white region detected from the image using a white detection range that corresponds to the type of the interchangeable lens used to shoot the image. determination means (20, S60 - S62) for determining a type of an interchangeable lens used to shoot an image from a plurality of types of interchangeable lenses having different color characteristics; and image processing means for applying white balance adjustment and a color space conversion process to the image, wherein the image processing means is configured to reduce the influence of differences in the color characteristics of the interchangeable lenses on the tint of the image by setting at least one of white balance coefficients used in the white balance adjustment and conversion characteristics of the color space conversion process to correspond to the type of the interchangeable lens used to shoot the image wherein the image processing means is further configured to compute the white balance coefficients used in the white balance adjustment based on a white region detected from the image using a white detection range that corresponds to the type of the interchangeable lens used to shoot the image.
A device for bonding an auxiliary secondary barrier to exposed portion of a main secondary barrier, which is exposed between upper heat insulation boards adjacent to each other and spaced apart from each other in a liquefied natural gas storage tank comprising a lower heat insulation board, the main secondary barrier, and the upper heat insulation boards which are successively stacked between an inner hull and a primary barrier, comprising: a frame; a driving unit of which a portion is mounted on the frame, the driving unit allowing the frame to move on the upper heat insulation boards corresponding to the exposed portion of the main secondary barrier; an adhesive applying unit mounted on the frame, the adhesive applying unit applying an adhesive onto the exposed portion; and an auxiliary secondary barrier supply unit mounted on the frame to supply the auxiliary secondary barrier onto the applied adhesive, characterised in that the adhesive applying unit comprises a heating part for heating the adhesive to be applied on the exposed portion, and the adhesive applying unit applies the heated adhesive onto the exposed portion. a frame; a driving unit of which a portion is mounted on the frame, the driving unit allowing the frame to move on the upper heat insulation boards corresponding to the exposed portion of the main secondary barrier; an adhesive applying unit mounted on the frame, the adhesive applying unit applying an adhesive onto the exposed portion; and an auxiliary secondary barrier supply unit mounted on the frame to supply the auxiliary secondary barrier onto the applied adhesive, characterised in that the adhesive applying unit comprises a heating part for heating the adhesive to be applied on the exposed portion, and the adhesive applying unit applies the heated adhesive onto the exposed portion.
A valve, comprising: a body; a valve stem comprising a combination threaded-splined section and an unthreaded section, the combination threaded-splined section comprising at least one spline and a thread; an anti-rotation ring comprising at least one tab positioned in the at least one spline of the combination threaded-splined section; and a threaded drive nut that is adapted to engage the thread of the combination threaded-splined section; wherein at least a portion of the thread of the combination threaded-splined section is adapted to translationally move through the anti-rotation ring when the threaded nut drive is rotationally actuated to translationally move the valve stem within the valve. a body; a valve stem comprising a combination threaded-splined section and an unthreaded section, the combination threaded-splined section comprising at least one spline and a thread; an anti-rotation ring comprising at least one tab positioned in the at least one spline of the combination threaded-splined section; and a threaded drive nut that is adapted to engage the thread of the combination threaded-splined section; wherein at least a portion of the thread of the combination threaded-splined section is adapted to translationally move through the anti-rotation ring when the threaded nut drive is rotationally actuated to translationally move the valve stem within the valve.