mhurhangee/patent-ind-claim-en huggingface dataset:
A geostationary earth orbit (GEO) spacecraft comprising: a body having north, east, south, and west sides and a north-south axis ; and at least one deployable radiator (150A-B, 160A-B) rotatably coupled to the body , the at least one deployable radiator (150A-B, 160A-B) having a stowed position adjacent and parallel to one of the east and west sides and a deployed position that is greater than 90 degrees from the north-south axis in a direction away from the one of the east and west sides; the GEO spacecraft being characterised by at least one fixed radiator on one of the north and south sides; and at least one antenna reflector on the one of the east and west sides. a body having north, east, south, and west sides and a north-south axis ; and at least one deployable radiator (150A-B, 160A-B) rotatably coupled to the body , the at least one deployable radiator (150A-B, 160A-B) having a stowed position adjacent and parallel to one of the east and west sides and a deployed position that is greater than 90 degrees from the north-south axis in a direction away from the one of the east and west sides; the GEO spacecraft being characterised by at least one fixed radiator on one of the north and south sides; and at least one antenna reflector on the one of the east and west sides.
Panel , in particular a worktop, comprising a carrier plate which has an upper and a lower main surface, a front surface which extends from the upper main surface to the lower main surface , a support edge which is formed separately from the carrier plate and is arranged on the front surface of the carrier plate , and a decorative layer which is formed separately from the carrier plate and the support edge and extends from the upper surface of the carrier plate over the front surface of the carrier plate and the support edge to the lower surface of the support plate , the support edge is enclosed by the decorative layer and the carrier plate on the front surface of the carrier plate , and a layer of hot-melt adhesive designed to connect the decorative layer to the support edge being arranged between the support edge and the decorative layer , characterised in that the support edge arranged on the carrier plate has a sheet of parchment paper on the side thereof that faces away from the carrier plate , and in that the support edge further comprises a backing paper and a plurality of, in particular phenolic resin-impregnated, core plies between the backing paper and the parchment paper. a carrier plate which has an upper and a lower main surface, a front surface which extends from the upper main surface to the lower main surface , a support edge which is formed separately from the carrier plate and is arranged on the front surface of the carrier plate , and a decorative layer which is formed separately from the carrier plate and the support edge and extends from the upper surface of the carrier plate over the front surface of the carrier plate and the support edge to the lower surface of the support plate , the support edge is enclosed by the decorative layer and the carrier plate on the front surface of the carrier plate , and a layer of hot-melt adhesive designed to connect the decorative layer to the support edge being arranged between the support edge and the decorative layer , characterised in that the support edge arranged on the carrier plate has a sheet of parchment paper on the side thereof that faces away from the carrier plate , and in that the support edge further comprises a backing paper and a plurality of, in particular phenolic resin-impregnated, core plies between the backing paper and the parchment paper.
A method comprising: inputting a pattern to be exposed on a surface, wherein the pattern comprises an edge; inputting a target bias; rasterizing the pattern to create an array of pixels, wherein each pixel in the array of pixels represents an exposure dosage; identifying the edge of the pattern using the array of pixels; calculating calculated pixel dosages in the array of pixels, for each pixel that is in a neighborhood of the edge, wherein the calculated pixel dosages relocate the edge of the pattern, wherein the edge may be relocated by a portion of each pixel, wherein the relocation is the target bias, and wherein calculating the calculated pixel dosages comprises a simulated effect of a dose change; and outputting the array of pixels, including the calculated pixel dosages. inputting a pattern to be exposed on a surface, wherein the pattern comprises an edge; inputting a target bias; rasterizing the pattern to create an array of pixels, wherein each pixel in the array of pixels represents an exposure dosage; identifying the edge of the pattern using the array of pixels; calculating calculated pixel dosages in the array of pixels, for each pixel that is in a neighborhood of the edge, wherein the calculated pixel dosages relocate the edge of the pattern, wherein the edge may be relocated by a portion of each pixel, wherein the relocation is the target bias, and wherein calculating the calculated pixel dosages comprises a simulated effect of a dose change; and outputting the array of pixels, including the calculated pixel dosages.
Apparatus for manufacturing containers (V) with a film (F), comprising: a sealing station arranged to seal the containers with a portion of said film and comprising an upper section and a lower section which can be superimposed on command, wherein said upper section is provided with at least one upper sealing profile and said lower section is provided with at least one mould removably disposed in said lower sealing station for accommodating at least one container having a selected format of a plurality of formats, means for superimposing said at least one upper profile with said at least one lower mould, characterized in that said upper section is provided with a sealing plate consisting of a first fixed plate and a second plate removable from the fixed plate and provided with at least one upper sealing profile . a sealing station arranged to seal the containers with a portion of said film and comprising an upper section and a lower section which can be superimposed on command, wherein said upper section is provided with at least one upper sealing profile and said lower section is provided with at least one mould removably disposed in said lower sealing station for accommodating at least one container having a selected format of a plurality of formats, means for superimposing said at least one upper profile with said at least one lower mould, characterized in that said upper section is provided with a sealing plate consisting of a first fixed plate and a second plate removable from the fixed plate and provided with at least one upper sealing profile .
A liquid composition comprising: i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent; for use in a method of treating a bendamustine-responsive condition in a subject requiring restricted fluid and/or sodium intake; wherein the method comprises: a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes; and wherein the subject is a human. i) from about 0.05 to about 12.5 mg/ml of bendamustine or a pharmaceutically acceptable salt thereof; ii) a solubilizer comprising polyethylene glycol and propylene glycol, the polyethylene glycol being present in an amount of from about 0.3 to about 45% volume and the propylene glycol being present in an amount of from about 0.03 to about 5% volume; and, optionally iii) a parenterally acceptable diluent; for use in a method of treating a bendamustine-responsive condition in a subject requiring restricted fluid and/or sodium intake; wherein the method comprises: a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition a) identifying a subject in need of both bendamustine therapy and who would benefit from one or more of fluid and/or sodium intake restrictions; and b) parenterally administering to said subject a volume of about 120 ml or less of said liquid composition over a substantially continuous period of less than or equal to about 30 minutes; and wherein the subject is a human.
A compound mobile communication method for a nuclear power plant, comprising the steps of: receiving, by a compound mobile communication terminal, a communication signal sent by a base station in a restricted area or an unrestricted area, the communication signal comprising a coded-modulation optical signal and/or a first electromagnetic wave signal; judging, by the compound mobile communication terminal, the communication signal received; reducing, by the compound mobile communication terminal, transmission power or not transmitting a second electromagnetic wave signal if the communication signal is judged to be the coded-modulation optical signal; transmitting , by the compound mobile communication terminal, the second electromagnetic wave signal normally if the communication signal is judged to be not the coded-modulation optical signal but the available first electromagnetic wave signal ; and not transmitting, by the compound mobile communication terminal, the second electromagnetic wave signal if the communication signal is judged to be not the coded-modulation optical signal or the available first electromagnetic wave signal. receiving, by a compound mobile communication terminal, a communication signal sent by a base station in a restricted area or an unrestricted area, the communication signal comprising a coded-modulation optical signal and/or a first electromagnetic wave signal; judging, by the compound mobile communication terminal, the communication signal received; reducing, by the compound mobile communication terminal, transmission power or not transmitting a second electromagnetic wave signal if the communication signal is judged to be the coded-modulation optical signal; transmitting , by the compound mobile communication terminal, the second electromagnetic wave signal normally if the communication signal is judged to be not the coded-modulation optical signal but the available first electromagnetic wave signal ; and not transmitting, by the compound mobile communication terminal, the second electromagnetic wave signal if the communication signal is judged to be not the coded-modulation optical signal or the available first electromagnetic wave signal.
A cable clamp assembly for a cable having a jacket and inner optical fibers , comprising: a main body with a jacket clamp assembly , the jacket clamp assembly including a first body which is moveably mounted relative to the main body , and a wrap which is extendable around the jacket ; wherein the wrap is adjustable in length to accommodate different diameters for the jacket ; wherein the first body moves linearly perpendicular to the cable; wherein the wrap includes a loop and a coextensive portion ; wherein the wrap mounts to the first body with a first fastener engaging with the wrap; and wherein the jacket clamp assembly includes a second fastener for mounting the first body to the main body and for moving the first body in a direction away from the main body. a main body with a jacket clamp assembly , the jacket clamp assembly including a first body which is moveably mounted relative to the main body , and a wrap which is extendable around the jacket ; wherein the wrap is adjustable in length to accommodate different diameters for the jacket ; wherein the first body moves linearly perpendicular to the cable; wherein the wrap includes a loop and a coextensive portion ; wherein the wrap mounts to the first body with a first fastener engaging with the wrap; and wherein the jacket clamp assembly includes a second fastener for mounting the first body to the main body and for moving the first body in a direction away from the main body.
A method for controlling an agricultural harvesting campaign by means of a control system in which, on a field allotment associated with the harvesting campaign, prespecified harvesting actions (E1 - En) are executed within a campaign time period (tK) by a plurality of agricultural working machines of a fleet of machines , wherein the control of the harvesting campaign is implemented by means of the control system in different control engineering application levels in which information is respectively generated, wherein the respective generated information is made available to all other application levels and wherein the generated information comprises remote sensing field information, wherein in a coarse application level, the execution sequence (A) for the harvesting actions (E1 - En) over the campaign time period (tK) is generated and made available to the other application levels, in that in a fine application level, harvesting process chains (P1 - Pn) are generated and made available to the other application levels, and in that in a machine application level, machine control data (M1 - Mn) are generated and made available to the other application levels.
A method for the manufacture of a fibrous web of paper, comprising the steps of a. providing a foam of water and a surfactant, b. incorporating Lyocell fibers together with a pulp of a greater fibre length in the foam, c. supplying the foam onto a forming fabric, d. dewatering the foam on the forming fabric by suction to form a web, and e. subjecting the web to final drying, characterized in that the Lyocell fibers are Lyocell fibers with a titer of between 0,5 and 30 dtex, preferably between 0,9 and 15 dtex, a cut length of between 1 and 40 mm and a fibrillation coefficient Q of between 10 and 65. a. providing a foam of water and a surfactant, b. incorporating Lyocell fibers together with a pulp of a greater fibre length in the foam, c. supplying the foam onto a forming fabric, d. dewatering the foam on the forming fabric by suction to form a web, and e. subjecting the web to final drying,
A compound of formula (I) wherein R 1 is -(C 1 -C 6 )alkyl substituted with one or more substituents selected from the group consisting of -CO 2 R 2 , -SO 2 R 2 , -NHC(O)R 2 , and -OR 2 ; R 2 is hydrogen or -(C 1 -C 6 )alkyl and pharmaceutically acceptable salts thereof. R 1 is -(C 1 -C 6 )alkyl substituted with one or more substituents selected from the group consisting of -CO 2 R 2 , -SO 2 R 2 , -NHC(O)R 2 , and -OR 2 ; R 2 is hydrogen or -(C 1 -C 6 )alkyl and
A control arrangement for providing a plurality of phase-coherent oscillating signals to a quantum computing arrangement, the control arrangement comprising a reference clock input arrangement for providing a high-frequency reference clock signal, characterized by : - a plurality of modules each comprising a plurality of channels for providing the plurality of phase-coherent oscillating signals, - a first distribution arrangement for distributing the high-frequency reference clock signal in a phase-coherent manner to the plurality of modules , - within each of the plurality of modules a second distribution arrangement for further distributing the high-frequency reference clock signal distributed to that module by said first distribution arrangement in a phase-coherent manner to the plurality of channels of the respective module , and - within each of the plurality of channels a first phase-locked loop configured to upconvert the high-frequency reference clock signal distributed to that channel by the second distribution arrangement of the respective module for providing one of the plurality of phase-coherent oscillating signals. - a plurality of modules each comprising a plurality of channels for providing the plurality of phase-coherent oscillating signals, - a first distribution arrangement for distributing the high-frequency reference clock signal in a phase-coherent manner to the plurality of modules , - within each of the plurality of modules a second distribution arrangement for further distributing the high-frequency reference clock signal distributed to that module by said first distribution arrangement in a phase-coherent manner to the plurality of channels of the respective module , and - within each of the plurality of channels a first phase-locked loop configured to upconvert the high-frequency reference clock signal distributed to that channel by the second distribution arrangement of the respective module for providing one of the plurality of phase-coherent oscillating signals.
A method of gravel packing a wellbore in a subterranean formation, the wellbore comprising a cased section and an uncased section, the method comprising: pumping into the wellbore a gravel pack composition comprising gravel and a carrier fluid, the carrier fluid comprising: an oleaginous fluid comprising an invert emulsion, wherein the invert emulsion comprises: an oleaginous external phase, a non-oleaginous internal phase, and an emulsifier stabilizing the oleaginous external phase and the non-oleaginous internal phase, wherein the emulsifier has an HLB less than 3; and an inorganic solid aggregator material, wherein the inorganic solid aggregator material has a d 50 less than 100 microns and is selected from the group consisting of calcium hydroxide, calcium oxide, silica and combinations thereof. an oleaginous fluid comprising an invert emulsion, wherein the invert emulsion comprises: an oleaginous external phase, a non-oleaginous internal phase, and an emulsifier stabilizing the oleaginous external phase and the non-oleaginous internal phase, wherein the emulsifier has an HLB less than 3; and an inorganic solid aggregator material, wherein the inorganic solid aggregator material has a d 50 less than 100 microns and is selected from the group consisting of calcium hydroxide, calcium oxide, silica and combinations thereof.
Method for the operation of a combined cycle power station , which comprises a gas turbine with a compressor and a turbine , a waste heat steam generator downstream of the gas turbine for generating steam in a water/steam circuit, as well as at least one through-flow cooler , through which compressed air flows, which is compressed in the compressor and intended for cooling the gas turbine and under cooling converts feed water supplied from the waste heat steam generator into steam and delivers it to the waste heat steam generator , characterised in that the combined cycle power station is switched, in order to make the operation flexible without load reduction of the gas turbine , between a first operating mode (single operation), in which only the gas turbine circuit is used for energy generation, and a second operating mode (combined operation), in which the gas turbine circuit and the water/steam circuit are used for energy generation.
A method for wireless communication at a user equipment, UE , comprising: receiving an indicator of reserved resources in a shared radio frequency spectrum band; identifying a location of a clear channel assessment, CCA, gap relative to the reserved resources; rate matching an uplink shared data channel transmission around the reserved resources and the CCA gap; and transmitting , within the shared radio frequency spectrum band, the rate matched uplink shared data channel transmission. receiving an indicator of reserved resources in a shared radio frequency spectrum band; identifying a location of a clear channel assessment, CCA, gap relative to the reserved resources; rate matching an uplink shared data channel transmission around the reserved resources and the CCA gap; and transmitting , within the shared radio frequency spectrum band, the rate matched uplink shared data channel transmission.
A headgear , scarf, bandana, tube scarf and balaclava with ballistic protective equipment, characterised in that the headgear , the scarf, the bandana, the tube scarf and the balaclava has at least one knitted fabric which has a plurality of differently protected zones , at least two different zones being seamlessly connected to one another and at least one first zone being formed from a yarn which inhibits the penetration of splinters, wherein a) a further zone is formed in the form of a net-like elastic knitted fabric, the further zone being suitable for abutting against an upper region of a head of the wearer, which extends upwards starting from and circumferentially around a lower region of the forehead of the wearer, or b) a further zone is provided, which differs from the first zone by a higher air permeability and the further zone is suitable for covering the mouth of the wearer. a) a further zone is formed in the form of a net-like elastic knitted fabric, the further zone being suitable for abutting against an upper region of a head of the wearer, which extends upwards starting from and circumferentially around a lower region of the forehead of the wearer, or b) a further zone is provided, which differs from the first zone by a higher air permeability and the further zone is suitable for covering the mouth of the wearer.
A fingerprint identification apparatus, comprising: a circuit board , a fingerprint sensor , an appearance effect layer, a covering layer and an adhesive member ; wherein the fingerprint sensor is arranged on the circuit board , the covering layer is coated over the fingerprint sensor , the appearance effect layer is arranged between the fingerprint sensor and the covering layer ; wherein the appearance effect layer comprises a color layer and a texture layer , and the texture layer and the color layer are sequentially arranged under the covering layer ; wherein a face of the covering layer provided with the texture layer and the color layer is adhered to an upper part of the fingerprint sensor via the adhesive member ; wherein the color layer comprises a plurality of layers; wherein the covering layer is a surface hardening layer, the surface hardening layer is a transparent hardened protection layer prepared by means of spraying using a transparent paint or ink.