mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: receiving, by a user equipment, UE, in a synchronous communications system, an indication of a size of a first shared radio frequency, RF, spectrum region that is included in a larger second shared RF spectrum region; performing, by the UE, a listen-before-talk, LBT, procedure in the first shared RF spectrum region to access resources in the second shared RF spectrum region; and transmitting data using the resources in the second shared RF spectrum region based on winning contention for the resources during the performed LBT procedure. receiving, by a user equipment, UE, in a synchronous communications system, an indication of a size of a first shared radio frequency, RF, spectrum region that is included in a larger second shared RF spectrum region; performing, by the UE, a listen-before-talk, LBT, procedure in the first shared RF spectrum region to access resources in the second shared RF spectrum region; and transmitting data using the resources in the second shared RF spectrum region based on winning contention for the resources during the performed LBT procedure.
A frame load-bearing structure, preferably a chassis, for a commercial vehicle, preferably a lorry, having - at least one receiving container for at least one commercial vehicle component, preferably at least one hybrid component for the commercial vehicle, - two longitudinal carrier structures, - at least one rear axle for the commercial vehicle, and - an end crossmember which is preferably arranged behind the rear axle, wherein - the receiving container is arranged behind the rear axle and receives a starter battery, characterized in that the receiving container is arranged at least in sections below the end crossmember, namely below its underside (3.3), and the receiving container is arranged at least in sections laterally outside the two longitudinal carrier structures, and wherein the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, wherein the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction of the frame load-bearing structure, runs behind the receiving container, and is arranged at least in sections below the level of the end crossmember. - at least one receiving container for at least one commercial vehicle component, preferably at least one hybrid component for the commercial vehicle, - two longitudinal carrier structures, - at least one rear axle for the commercial vehicle, and - an end crossmember which is preferably arranged behind the rear axle, wherein - the receiving container is arranged behind the rear axle and receives a starter battery, the receiving container is arranged at least in sections below the end crossmember, namely below its underside (3.3), and the receiving container is arranged at least in sections laterally outside the two longitudinal carrier structures, and wherein the frame load-bearing structure is provided with a crash protection structure which protects the receiving container against an impact, wherein the crash protection structure comprises a crossmember element (4.1) which extends in the transverse direction of the frame load-bearing structure, runs behind the receiving container, and is arranged at least in sections below the level of the end crossmember.
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with at least one other counterpart terminal; a camera module configured to capture images; a touchscreen display configured to receive touch inputs and to display information; a position location module configured to provide a location of the terminal; and a controller configured to: activate the camera module to capture a preview image, display the captured preview image on the touchscreen display, receive a designation input command indicating a destination object included in the camera preview image displayed on the touchscreen display, calculate position information of the designated destination object based on the location of the terminal provided by the position location module and based on pattern recognition information, transmit the calculated position information to the counterpart terminal, and automatically deactivate the camera module in response to transmission of the position information to the counterpart terminal. a wireless communication unit configured to wirelessly communicate with at least one other counterpart terminal; a camera module configured to capture images; a touchscreen display configured to receive touch inputs and to display information; a position location module configured to provide a location of the terminal; and a controller configured to: activate the camera module to capture a preview image, display the captured preview image on the touchscreen display, receive a designation input command indicating a destination object included in the camera preview image displayed on the touchscreen display, calculate position information of the designated destination object based on the location of the terminal provided by the position location module and based on pattern recognition information, transmit the calculated position information to the counterpart terminal, and automatically deactivate the camera module in response to transmission of the position information to the counterpart terminal. activate the camera module to capture a preview image, display the captured preview image on the touchscreen display, receive a designation input command indicating a destination object included in the camera preview image displayed on the touchscreen display, calculate position information of the designated destination object based on the location of the terminal provided by the position location module and based on pattern recognition information, transmit the calculated position information to the counterpart terminal, and automatically deactivate the camera module in response to transmission of the position information to the counterpart terminal.
A magnetic drill press comprising: A main housing; a drill unit supported by the main housing for relative movement therewith in a direction of a rotational axis of the drill unit; and a magnetic base coupled to the main housing configured to selectively magnetically latch to a ferromagnetic workpiece to support the magnetic drill press on the workpiece, the base including a plurality of grooves formed on a surface of the base engageable with the ferromagnetic workpiece; characterised in that each of the grooves defines an absence of magnetic material between the base and the ferromagnetic workpiece when the surface of the base is engaged with the ferromagnetic workpiece. A main housing; a drill unit supported by the main housing for relative movement therewith in a direction of a rotational axis of the drill unit; and a magnetic base coupled to the main housing configured to selectively magnetically latch to a ferromagnetic workpiece to support the magnetic drill press on the workpiece, the base including a plurality of grooves formed on a surface of the base engageable with the ferromagnetic workpiece; characterised in that each of the grooves defines an absence of magnetic material between the base and the ferromagnetic workpiece when the surface of the base is engaged with the ferromagnetic workpiece.
An anonymization apparatus comprising: an overlapping exclusion part adapted to generate a partial table of M × L including L records of a table to be anonymized, which have sets of values of p master attributes different from each other, from the table to be anonymized of M × N, where M is an integer equal to or greater than 2 representing a number of attributes, N is an integer equal to or greater than 1 representing a number of records, p is an integer equal to or greater than 1 and equal to or less than M representing a number of master attributes, and L is an integer equal to or greater than 1 and equal to or less than N representing a number of sets of values of p master attributes which are different from each other; and an anonymization part adapted to generate an anonymized partial table of M × L from the partial table by anonymizing the p master attributes in the partial table; characterized in that the apparatus further comprises an overlapping restoration part adapted to generate an anonymized table of M × N from the table to be anonymized and the anonymized partial table by anonymizing the p master attributes in the table to be anonymized. an overlapping exclusion part adapted to generate a partial table of M × L including L records of a table to be anonymized, which have sets of values of p master attributes different from each other, from the table to be anonymized of M × N, where M is an integer equal to or greater than 2 representing a number of attributes, N is an integer equal to or greater than 1 representing a number of records, p is an integer equal to or greater than 1 and equal to or less than M representing a number of master attributes, and L is an integer equal to or greater than 1 and equal to or less than N representing a number of sets of values of p master attributes which are different from each other; and an anonymization part adapted to generate an anonymized partial table of M × L from the partial table by anonymizing the p master attributes in the partial table; characterized in that the apparatus further comprises an overlapping restoration part adapted to generate an anonymized table of M × N from the table to be anonymized and the anonymized partial table by anonymizing the p master attributes in the table to be anonymized.
A heat-shrinkable film for food packaging comprising at least three layers: an inner surface layer to be in contact with a filling material; a barrier layer; and an intermediate layer between the inner surface layer and the barrier layer, wherein the inner surface layer and the intermediate layer are adjacent to each other, a thickness of the intermediate layer is not greater than 1.4 times a thickness of the inner surface layer, the inner surface layer comprises an ethylene-unsaturated carboxylic acid copolymer selected from an ethylene-acrylic acid copolymer or an ethylene-methacrylic acid copolymer, and an ionomer resin, characterized in that with a total of a content of the ethylene-unsaturated carboxylic acid copolymer and a content of the ionomer resin being 100 wt.%, a content of the ethylene-unsaturated carboxylic acid copolymer is not less than 70 wt.% and not greater than 95 wt.%, and a content of the ionomer resin is not less than 5 wt.% and not greater than 30 wt.%, and in that the heat-shrinkable film has an area shrinkage ratio of not less than 55% and not greater than 90% when immersed in hot water of 75°C for 10 seconds.
Method for operation of an industrial plant comprising - an energy accumulator unit for production of synthetic natural gas, - a power plant unit for production of electricity, - a oxygen tank, a carbon dioxide tank and a water tank, wherein - in a first operation mode the energy accumulator unit is supplied with excessed electricity from the public grid in order to produce synthetic natural gas, wherein the produced synthetic natural gas is discharged in a gas network, while oxygen and water which are produced together with the synthetic natural gas are stored in the oxygen tank and the water tank correspondingly, - in a second operation mode gas from the gas network together with oxygen from the oxygen tank and water from the water tank are used in the power plant unit to produce electricity, which is supplied to the public grid - wherein in the second operation mode the gas supplied from the gas network is burned together with oxygen from the oxygen tank in a combustor and the combustion mixture is used to drive a turbine - wherein water from the water tank is used to regulate the temperature in the combustor. - an energy accumulator unit for production of synthetic natural gas, - a power plant unit for production of electricity, - a oxygen tank, a carbon dioxide tank and a water tank, - in a first operation mode the energy accumulator unit is supplied with excessed electricity from the public grid in order to produce synthetic natural gas, wherein the produced synthetic natural gas is discharged in a gas network, while oxygen and water which are produced together with the synthetic natural gas are stored in the oxygen tank and the water tank correspondingly, - in a second operation mode gas from the gas network together with oxygen from the oxygen tank and water from the water tank are used in the power plant unit to produce electricity, which is supplied to the public grid - wherein in the second operation mode the gas supplied from the gas network is burned together with oxygen from the oxygen tank in a combustor and the combustion mixture is used to drive a turbine - wherein water from the water tank is used to regulate the temperature in the combustor.
A rolling mill stand for rolling metal tubes, defining a rolling axis, comprising a fixed outer structure, a roller holder cartridge, three or more working rollers arranged in the roller holder cartridge, the roller holder cartridge being mobile between a working position inside the fixed outer structure, at said rolling axis, and a side extraction position outside the fixed outer structure, specifically for changing the working rollers, wherein at least one respective hydraulic capsule (4, 4', 4") is provided for each working roller, the at least one hydraulic capsule (4, 4', 4") being rigidly fixed to the fixed outer structure to regulate the radial position of the respective working roller, having a distancing stroke from the rolling axis sufficient to allow the side extraction of said roller holder cartridge, further comprising a hydraulic system with a pressure and an exhaust circuit and a control system of the three or more working rollers and of the at least one hydraulic capsule (4, 4', 4"), each hydraulic capsule (4, 4', 4") having a main chamber and an annular chamber, characterized in that the position control system of said at least one hydraulic capsule (4, 4', 4") comprises at least one servo valve (41, 200, 300) of the four-way type and having two or more stages, wherein the hydraulic connection is such that the pressure port is connected to the main chamber and the exhaust port is connected with the annular chamber and vice-versa.
Control valve unit for a liquid circuit of an internal combustion engine, wherein the control valve unit comprises on the one hand a valve housing with at least one inlet opening or outlet opening as well as at least two outlet openings (31, 32, 33) or inlet openings (3'1, 3'2, 3'3) and comprises at least two closing elements (41, 42, 43) actuated by a control device to selectively open or close an associated outlet opening (31, 32, 33) or inlet opening (3'1, 3'2, 3'3), wherein each of these closing elements (41, 42, 43) can be continuously adjusted between a maximum opened position and a closed position in which it is pressed onto a seat thus blocking this throughflow, characterized in that the control device consists of at least one slidable or rotatable cam or one rotatable cam disk, wherein the cam or the cam disk is equipped with at least two control paths (71, 72, 73) which are each associated to a closing element (41, 42, 43) and act each on at least one driving pin which is in contact with this closing element (41, 42, 43), wherein the adjustment of the cam is realized by an actuator, wherein the driving pin of each closing element (41, 42, 43) is integrated on both sides of this element in two guide bearings (131, 132) firmly connected to the housing, wherein at least one of these guide bearings (131, 132) is provided with a play to allow a compensation of alignment deviations of the driving pin or of orientation errors of the seat.
A vibration dose measurement apparatus suitable for use by a machine operator, the apparatus comprising: a sensor assembly; and a support operable, in use, to urge the sensor assembly toward the palm of the operator wherein the sensor assembly comprises an accelerometer operable to detect linear motion; and a gripping force sensor operable to detect gripping force applied by the operator, characterized in that the apparatus comprises a gyroscope operable to detect rotary motion, and wherein the apparatus comprises a processor connected to the outputs of the accelerometer, gyroscope and gripping force sensor, the processor operable to receive and process output signals from the accelerometer, gyroscope and gripping force sensor as well as to calculate a vibration dose from these output signals and comparing said calculated dose to a threshold dose level so as to determine whether a safe vibration dose is exceeded, and wherein the vibration dose is calculated based on a modified A value including an additional term derived from the gripping force sensor output. characterized in that the apparatus comprises a gyroscope operable to detect rotary motion, and wherein the apparatus comprises a processor connected to the outputs of the accelerometer, gyroscope and gripping force sensor, the processor operable to receive and process output signals from the accelerometer, gyroscope and gripping force sensor as well as to calculate a vibration dose from these output signals and comparing said calculated dose to a threshold dose level so as to determine whether a safe vibration dose is exceeded, and wherein the vibration dose is calculated based on a modified A value including an additional term derived from the gripping force sensor output.
A resin composition comprising a poly(1,4-cyclohexylene dimethylene terephthalate)copolyester resin and a polycarbonate resin, wherein the poly(1,4-cyclohexylene dimethylene terephthalate)copolyester resin is contained at 60% by weight to 95% by weight, the polycarbonate resin is contained at 5% by weight to 40% by weight, wherein the poly(1,4-cyclohexylene dimethylene terephthalate)copolyester resin contains dimethyl terephthalate as an acid component and 1,4-cyclohexane dimethanol (CHDM) and 2,2,4,4-tetramethyl-cyclobutan diol (TMCD) as a glycol component, and wherein the melt viscosity ratio between the poly(1,4-cyclohexylene dimethylene terephthalate)copolyester resin and the polycarbonate resin ((melt viscosity of polycarbonate resin)/(melt viscosity of poly(1,4-cyclohexylene dimethylene terephthalate)copolyester resin)) is 2.0 or more at 280°C and a shear rate of 10 (sec -1), and an MFR value (300°C, 1.2 kg) of the polycarbonate resin is less than 15 g/10 min, both parameters being determined as indicated in the description.
A method for manufacturing a patterned cellulose-based film, comprising: - receiving a cellulose-based film to be modified with a pattern provided by a mold; and - causing absorption of water into the received cellulose-based film; and - modifying the cellulose-based film by the cellulose-based film pressing against the mold in response to the increased volume of the cellulose-based film caused by the absorbed water. - receiving a cellulose-based film to be modified with a pattern provided by a mold; and - causing absorption of water into the received cellulose-based film; and - modifying the cellulose-based film by the cellulose-based film pressing against the mold in response to the increased volume of the cellulose-based film caused by the absorbed water.
A transdermal delivery system comprising: (i) a silicone adhesive layer; and (ii) a drug-containing matrix layer comprising: (a) methylphenidate or its pharmaceutically acceptable salt; and (b) a rubber-based polymer that comprises a hydrogenated synthetic hydrocarbon tackifier for example the hydrogenated synthetic hydrocarbon tackifier is about 10-80% by weight based on the total weight of the drug-containing matrix layer, wherein the transdermal delivery system has a flux rate ranging from about 6 μg /cm 2 /hr -100 μg /cm 2 /hr for at least 10 or 24 h after treatment is initiated, wherein the silicone adhesive layer is between a backing layer and the drug-containing matrix layer. (i) a silicone adhesive layer; and (ii) a drug-containing matrix layer comprising: (a) methylphenidate or its pharmaceutically acceptable salt; and (b) a rubber-based polymer that comprises a hydrogenated synthetic hydrocarbon tackifier for example the hydrogenated synthetic hydrocarbon tackifier is about 10-80% by weight based on the total weight of the drug-containing matrix layer, wherein the transdermal delivery system has a flux rate ranging from about 6 μg /cm 2 /hr -100 μg /cm 2 /hr for at least 10 or 24 h after treatment is initiated, wherein the silicone adhesive layer is between a backing layer and the drug-containing matrix layer.
Method for manufacturing and calibrating a tunable laser device, comprising a first lasing member with a first wavelength-selective structure, a second lasing member with a second wavelength-selective structure, and a light source for illuminating said lasing members (14,16), comprising the steps: manufacturing an arrangement of the first lasing member and the second lasing member on a common substrate by means of a common lithographic manufacturing process, wherein the second lasing member is identical to the first lasing member, wherein the lasing members (14, 16) of the arrangement are illuminatable by the light source with the same intensity of light, wherein the chemical and/or mechanical structure of the lasing member (14,16) may be changed because of the photo energy of the light emitted by the light source, wherein the light source is a UV-light source for emitting ultraviolet light, wherein the UV-light source is a UV-LED, and wherein the first lasing member, the second lasing member and the light source are encapsulated by a housing; and - generating calibration data of the tunable laser device by illuminating the second lasing member with light emitted by the light source, wherein the calibration data are based on a wavelength versus light source power characteristic, and tuning the corresponding laser beam by the use of the second wavelength-selective structure of said second lasing member; - storing said calibration data for adjusting the tunable laser device using the first lasing member. manufacturing an arrangement of the first lasing member and the second lasing member on a common substrate by means of a common lithographic manufacturing process, wherein the second lasing member is identical to the first lasing member, wherein the lasing members (14, 16) of the arrangement are illuminatable by the light source with the same intensity of light, wherein the chemical and/or mechanical structure of the lasing member (14,16) may be changed because of the photo energy of the light emitted by the light source, wherein the light source is a UV-light source for emitting ultraviolet light, wherein the UV-light source is a UV-LED, and wherein the first lasing member, the second lasing member and the light source are encapsulated by a housing; and - generating calibration data of the tunable laser device by illuminating the second lasing member with light emitted by the light source, wherein the calibration data are based on a wavelength versus light source power characteristic, and tuning the corresponding laser beam by the use of the second wavelength-selective structure of said second lasing member; - storing said calibration data for adjusting the tunable laser device using the first lasing member.