mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications, comprising: receiving, by a user equipment, UE, from a base station, BS, a first radio resource control, RRC, message indicating a payload size of a first DCI message; receiving, by the UE from the BS, a first signal over first resources assigned to carry downlink transmissions ; and receiving, by the UE from the BS, the first downlink control indication, DCI, message , the first DCI message comprising a bitmap that includes bits associated with different portions of a time-frequency region , and each of the bits in the bitmap indicating whether a downlink transmission for the UE is present in the corresponding portion of the time-frequency region, wherein the bits in the bitmap comprise a sequence of time division bit groups corresponding to different time divisions of the time-frequency region, each of the time division bit groups includes one or more bits, the one or more bits in each of the time division bit groups correspond to one or more frequency divisions of the time-frequency region, and the one or more bits in each of the time division bit groups correspond to a same time division. receiving, by a user equipment, UE, from a base station, BS, a first radio resource control, RRC, message indicating a payload size of a first DCI message; receiving, by the UE from the BS, a first signal over first resources assigned to carry downlink transmissions ; and receiving, by the UE from the BS, the first downlink control indication, DCI, message , the first DCI message comprising a bitmap that includes bits associated with different portions of a time-frequency region , and each of the bits in the bitmap indicating whether a downlink transmission for the UE is present in the corresponding portion of the time-frequency region, wherein the bits in the bitmap comprise a sequence of time division bit groups corresponding to different time divisions of the time-frequency region, each of the time division bit groups includes one or more bits, the one or more bits in each of the time division bit groups correspond to one or more frequency divisions of the time-frequency region, and the one or more bits in each of the time division bit groups correspond to a same time division.
A method for producing a composition having greater than 20% by volume of a disperse phase dispersed in a continuous phase, the method comprising a permeation step at which a continuous phase liquid and a disperse phase liquid are caused to simultaneously permeate a porous membrane having an average pore size of not smaller than 5 μm at a membrane permeation rate of not lower than 50 m 3 /m 2 h, characterized in that the permeation step is carried out using a production device comprising: a cylinder having a circumferential surface partially or wholly composed of a porous membrane , the cylinder being provided, in the cross sections of both ends thereof, with outlets for the composition having the disperse phase finely dispersed in the continuous phase, a storage portion for storing the continuous phase liquid and the disperse phase fluid, the storage portion being provided on an outer periphery of the circumferential surface of the cylinder, and a supplying means for simultaneously supplying the continuous phase liquid and the disperse phase fluid from the storage portion into the cylinder. a cylinder having a circumferential surface partially or wholly composed of a porous membrane , the cylinder being provided, in the cross sections of both ends thereof, with outlets for the composition having the disperse phase finely dispersed in the continuous phase, a storage portion for storing the continuous phase liquid and the disperse phase fluid, the storage portion being provided on an outer periphery of the circumferential surface of the cylinder, and a supplying means for simultaneously supplying the continuous phase liquid and the disperse phase fluid from the storage portion into the cylinder.
A knitted wire carrier for use in a weather seal comprising: a wire weft formed in a serpentine pattern and defining a width between alternating edge bends perpendicular to an elongated length; a plurality of knitted warp yarns extending in the direction of the elongated length and located at positions along the width of the wire weft ; and at least a first compression and expansion-resisting wire knitted as a lockstitch to at least one of the warp yarns ; wherein the wire weft comprises a steel wire and the knitted wire carrier is characterized in that the first compression and expansion-resisting wire comprises a steel wire. a wire weft formed in a serpentine pattern and defining a width between alternating edge bends perpendicular to an elongated length; a plurality of knitted warp yarns extending in the direction of the elongated length and located at positions along the width of the wire weft ; and at least a first compression and expansion-resisting wire knitted as a lockstitch to at least one of the warp yarns ; wherein the wire weft comprises a steel wire and the knitted wire carrier is characterized in that the first compression and expansion-resisting wire comprises a steel wire.
A thrust reverser comprising an actuator gimbal assembly , the actuator gimbal assembly characterised by comprising: a gimbal ; an extendable thrust reverser actuator ; first and second gimbal pins defining a first pivot axis, the first and second gimbal pins adapted to form a pivotal joint with a fixed structure of the thrust reverser ; third and fourth gimbal pins mounted between the gimbal and the thrust reverser actuator and creating a pivotal joint therebetween, and defining a second pivot axis normal to the first pivot axis; and wherein the first and second gimbal pins each include a shaft and a flange integrally formed together, the flange including a pair of bores for receiving a fastener (302a to 302d) to fasten the respective gimbal pin to the thrust reverser fixed structure. a gimbal ; an extendable thrust reverser actuator ; first and second gimbal pins defining a first pivot axis, the first and second gimbal pins adapted to form a pivotal joint with a fixed structure of the thrust reverser ; third and fourth gimbal pins mounted between the gimbal and the thrust reverser actuator and creating a pivotal joint therebetween, and defining a second pivot axis normal to the first pivot axis; and wherein the first and second gimbal pins each include a shaft and a flange integrally formed together, the flange including a pair of bores for receiving a fastener (302a to 302d) to fasten the respective gimbal pin to the thrust reverser fixed structure.
A method comprising: introducing a hydrocarbon feed stream to a first reactor operating under adiabatic naphtha reforming conditions, wherein the first reactor comprises a first naphtha reforming catalyst and wherein the hydrocarbon feed stream comprises a convertible hydrocarbon; converting at least a portion of the convertible hydrocarbon in the hydrocarbon feed stream to an aromatic hydrocarbon in the first reactor to form a first reactor effluent; passing the first reactor effluent from the first reactor to a second reactor operating under isothermal naphtha reforming conditions, wherein the second reactor comprises a second naphtha reforming catalyst and wherein the first naphtha reforming catalyst and the second naphtha reforming catalyst are the same or different; converting at least an additional portion of the convertible hydrocarbon in the first reactor effluent to an additional amount of the aromatic hydrocarbon in the second reactor to form a second reactor effluent; and recovering the second reactor effluent from the second reactor; wherein the second reactor comprises a plurality of tubes with particles of the second naphtha reforming catalyst disposed therein, wherein the plurality of tubes is disposed within a reactor furnace. introducing a hydrocarbon feed stream to a first reactor operating under adiabatic naphtha reforming conditions, wherein the first reactor comprises a first naphtha reforming catalyst and wherein the hydrocarbon feed stream comprises a convertible hydrocarbon; converting at least a portion of the convertible hydrocarbon in the hydrocarbon feed stream to an aromatic hydrocarbon in the first reactor to form a first reactor effluent; passing the first reactor effluent from the first reactor to a second reactor operating under isothermal naphtha reforming conditions, wherein the second reactor comprises a second naphtha reforming catalyst and wherein the first naphtha reforming catalyst and the second naphtha reforming catalyst are the same or different; converting at least an additional portion of the convertible hydrocarbon in the first reactor effluent to an additional amount of the aromatic hydrocarbon in the second reactor to form a second reactor effluent; and recovering the second reactor effluent from the second reactor; wherein the second reactor comprises a plurality of tubes with particles of the second naphtha reforming catalyst disposed therein, wherein the plurality of tubes is disposed within a reactor furnace.
An apparatus for conveying an object (L) in a conveying direction (D), comprising: a conveyor including a plurality of modular links adapted for forming a chain , at least one of the links comprising a rounded upper portion for contacting and supporting the object for conveyance along at least a forward run (F) in the conveying direction, the at least one link further including a forwardly projecting portion associated with a first transverse connector , a rearwardly projecting portion associated with a second transverse connector , the first and second connectors being non-collinear, and a third connector being collinear with either the first connector or the second connector; wherein the first connector includes a first apical region (A1), the second connector includes a second apical region (A2), and the third connector includes a third apical region (A3), wherein at least one of the links includes a portion for engaging a drive structure, the portion comprising an apical surface, and wherein the apparatus comprises a drive structure and the drive structure comprises a sprocket, wherein the sprocket comprises a sprocket body including one or more removable teeth for forming the drive structure. wherein the first connector includes a first apical region (A1), the second connector includes a second apical region (A2), and the third connector includes a third apical region (A3), wherein at least one of the links includes a portion for engaging a drive structure, the portion comprising an apical surface, and wherein the apparatus comprises a drive structure and the drive structure comprises a sprocket, wherein the sprocket comprises a sprocket body including one or more removable teeth for forming the drive structure.
Polymer composition containing, based on the total weight of the polymer composition, the following components: a. 15 to 70 wt.% PLLA, b. 0.1 to 15 wt.% PDLA, c. 5 to 40 wt.% polyester, d. 5 to 40 wt.% organic or inorganic filler, characterized in that the polymer composition contains 7 to 13 wt.% PDLA, based on the total amount of the components PDLA and PLLA contained in the polymer composition, and in that the component c. is a random copolyester based on at least adipic acid and/or sebacic acid. a. 15 to 70 wt.% PLLA, b. 0.1 to 15 wt.% PDLA, c. 5 to 40 wt.% polyester, d. 5 to 40 wt.% organic or inorganic filler,
A process for preparing a composition X comprising at least one organopolysiloxane A comprising at least one (meth)acrylate group, said process comprising the following steps: a) at least one organopolysiloxane B comprising at least one epoxy group is reacted, at a temperature of between 50 and 130°C, preferably between 70 and 130°C and even more preferentially between 90 and 125°C, with acrylic acid or methacrylic acid or a mixture of the two, in the absence of alcohol and in the presence: - of a catalyst C which is a complex of chromium in the oxidation state (III), - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, b) the reaction medium obtained at the end of step a) is devolatilized and c) said composition X comprising at least one organopolysiloxane A is obtained. a) at least one organopolysiloxane B comprising at least one epoxy group is reacted, at a temperature of between 50 and 130°C, preferably between 70 and 130°C and even more preferentially between 90 and 125°C, with acrylic acid or methacrylic acid or a mixture of the two, in the absence of alcohol and in the presence: - of a catalyst C which is a complex of chromium in the oxidation state (III), - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, - of a catalyst C which is a complex of chromium in the oxidation state (III), - of at least 4.5% by weight, relative to the total weight of the reaction medium of this step a), of a solvent S and - of an inhibitor of polymerization of acrylic acid or of methacrylic acid, b) the reaction medium obtained at the end of step a) is devolatilized and c) said composition X comprising at least one organopolysiloxane A is obtained.
A process for extending the life of a pervaporation membrane for separating high octane components from a gasoline feed stream, including aromatics and non-aromatics and having a boiling range of at least 50°C comprising: heating the gasoline at a temperature T f under pressure P f to partially vaporize the gasoline to produce a saturated vapor and a liquid from the gasoline; separating the vapor from the liquid by means of a cyclone separator and subsequently directing the vapor to a pervaporation membrane suitable for separating high octane components from a gasoline feed, and collecting the permeate there from in a first retention means; directing the liquid and the retentate from the pervaporation membrane to a second retention means, wherein said process includes adiabatic operation of the pervaporation membrane wherein heat is provided to the pervaporation membrane by progressive condensation of higher boiling temperature constituents of the saturated vapor phase feed onto the membrane, thereby offsetting heat lost to the endothermic pervaporation process. heating the gasoline at a temperature T f under pressure P f to partially vaporize the gasoline to produce a saturated vapor and a liquid from the gasoline; separating the vapor from the liquid by means of a cyclone separator and subsequently directing the vapor to a pervaporation membrane suitable for separating high octane components from a gasoline feed, and collecting the permeate there from in a first retention means; directing the liquid and the retentate from the pervaporation membrane to a second retention means,
A device for treating gases, comprising a) a gas inlet for a flow of the gas to be treated, b) a gas-permeable solid support surface-charged with hydrogen peroxide and/or peracids, wherein said support includes a ceramic, a woven fabric, a knitted fabric, a crocheted fabric, a laid web, a non-woven fabric, and/or a fleece, c) a flowing machine for conveying the gas flow from the gas inlet through the support into d) an irradiation chamber with a UV-C light source . a) a gas inlet for a flow of the gas to be treated, b) a gas-permeable solid support surface-charged with hydrogen peroxide and/or peracids, wherein said support includes a ceramic, a woven fabric, a knitted fabric, a crocheted fabric, a laid web, a non-woven fabric, and/or a fleece, c) a flowing machine for conveying the gas flow from the gas inlet through the support into d) an irradiation chamber with a UV-C light source .
A method, comprising: charging a battery of a device using a charging circuit that is coupled to a power supply ; detecting a conductive contact on a capacitive touch interface of the device; measuring a level of noise on the capacitive touch interface in response to detection of the conductive contact; and determining whether the level of noise exceeds a noise level threshold; the method characterised by further comprising: interrupting the battery charging when the level of noise adversely affects performance of the capacitive touch interface by exceeding the noise level threshold. charging a battery of a device using a charging circuit that is coupled to a power supply ; detecting a conductive contact on a capacitive touch interface of the device; measuring a level of noise on the capacitive touch interface in response to detection of the conductive contact; and determining whether the level of noise exceeds a noise level threshold; the method characterised by further comprising: interrupting the battery charging when the level of noise adversely affects performance of the capacitive touch interface by exceeding the noise level threshold.
Flexible hose , particularly vacuum cleaner hose, with a wall which by an inner side delimits a cavity for the conveying of media and has at least at an outer side a profiling which as seen in section along a longitudinal axis of the hose has a wave shape with elevations and depressions , wherein provided at the outer side of the wall is at least one electrically conductive track which extends around the wall and is in electrical contact with at least one electrically conductive thread electrically connecting mutually remote ends of the hose , characterized in that the electrically conductive thread extending substantially along the longitudinal axis of the hose and transversely to the electrically conductive track is secured to the outer side of the wall .
A bone implant for enclosing bone material , the bone implant comprising: a mesh having an inner surface and an outer surface opposing the inner surface , the inner surface configured to receive a bone material when the inner surface of the mesh is in an open configuration; and a plurality of projections disposed on or in the entire inner surface of the mesh , the plurality of projections extending from at least the portion of the inner surface of the mesh and configured to engage a section of the inner surface of the mesh or a section of the outer surface of the mesh or both sections of the inner and outer surfaces of the mesh in a closed configuration so as to enclose the bone material ; wherein the mesh is made of yarn that is monofilament or multifilament; and wherein the plurality of projections are hooks . a mesh having an inner surface and an outer surface opposing the inner surface , the inner surface configured to receive a bone material when the inner surface of the mesh is in an open configuration; and a plurality of projections disposed on or in the entire inner surface of the mesh , the plurality of projections extending from at least the portion of the inner surface of the mesh and configured to engage a section of the inner surface of the mesh or a section of the outer surface of the mesh or both sections of the inner and outer surfaces of the mesh in a closed configuration so as to enclose the bone material ; wherein the mesh is made of yarn that is monofilament or multifilament; and wherein the plurality of projections are hooks .
A method for recovering energy from flare gas in a polyolefin production process , comprising: diverting at least a portion of a flare gas from a flare header to form a diverted flare gas, wherein the flare header is fluidically coupled between a process vessel and a flare in a chemical plant comprising a polyolefin production facility; combusting the diverted flare gas in a power generation system to generate power. diverting at least a portion of a flare gas from a flare header to form a diverted flare gas, wherein the flare header is fluidically coupled between a process vessel and a flare in a chemical plant comprising a polyolefin production facility; combusting the diverted flare gas in a power generation system to generate power.
A method of encoding a block of pixels into a compressed data structure, the method comprising: determining (S302) a set of Haar coefficients for a 2x2 quad of pixels of the block of pixels, wherein the set of Haar coefficients comprises a plurality of differential coefficients and an average coefficient; determining (S304, S306) a first portion of the compressed data structure using the differential coefficients determined for the 2x2 quad of pixels , wherein the first portion comprises: a first set of bits which indicates an order of the magnitudes of the differential coefficients; and a second set of bits which indicates a sign and an exponent for each of one or more of the differential coefficients which are non-zero; determining (S308) a second portion of the compressed data structure using the average coefficient determined for the 2x2 quad of pixels ; and storing (S310) the compressed data structure. determining (S302) a set of Haar coefficients for a 2x2 quad of pixels of the block of pixels, wherein the set of Haar coefficients comprises a plurality of differential coefficients and an average coefficient; determining (S304, S306) a first portion of the compressed data structure using the differential coefficients determined for the 2x2 quad of pixels , wherein the first portion comprises: a first set of bits which indicates an order of the magnitudes of the differential coefficients; and a second set of bits which indicates a sign and an exponent for each of one or more of the differential coefficients which are non-zero; a first set of bits which indicates an order of the magnitudes of the differential coefficients; and a second set of bits which indicates a sign and an exponent for each of one or more of the differential coefficients which are non-zero; determining (S308) a second portion of the compressed data structure using the average coefficient determined for the 2x2 quad of pixels ; and storing (S310) the compressed data structure.
Door hinge, in particular edge hinge, with a door support to be arranged on a door and a frame support to be arranged on a door frame, which are formed arranged around a common rotational axis swivellable relatively to each other, wherein the door support and the frame support are formed of equal construction and are usable equally for left and right doors, wherein the door hinge at the end has a closure cap arranged respectively on the frame support and the door support , characterised in that the closure cap has catch means formed as hook-shaped extensions with a wedge-shaped surface positioned obliquely, which wedge-shaped surface can be arranged in openings formed on the frame support and door support , whereby a reverse side of the frame support and of the door support facing away from the closure cap respectively has a channel-like or groove-like recess running obliquely to the longitudinal extension direction of the frame support into which a catch to prevent disassembly can be inserted, formed having an opposing surface corresponding to the wedge-shaped surface of the catch means of the closure cap , wherein in the assembled state the opposing surface engages in the wedge-shaped surface formed on the catch means .