mhurhangee/ep-ind-claims huggingface dataset:
Standing wood splitter having a lower stand, to which a chassis is preferably assigned and from which a vertical spar, which delimits a receiving space for a piece of wood to be split to the rear, projects upwards and has a stationary lower spar part and an upper spar part, which is arranged vertically displaceably in the latter and can be driven by means of a hydraulic cylinder, preferably arranged inside the spar, of a hydraulic drive device, wherein the receiving space is bounded at the bottom by a table arrangement connected to the spar, which table arrangement contains at least one stationary, lower receiving table and preferably an upper receiving table arranged at a distance thereabove and pivotable laterally outwardly and inwardly about a vertical axis, and at the top by a splitting tool provided above the table arrangement, engaging over the latter and connected to the upper end region of the upper spar part, and laterally by elements of an operating arrangement mounted on the spar, which has two operating arms (6a,b) which are laterally opposite one another, are arranged pivotably and are set up for the lateral holding of a piece of wood placed on the table arrangement and with which in each case one element of a two-hand operating device is associated, and wherein there is preferably provided a catching device which is offset in height with respect to the operating device and has at least one stationary, lateral catching arm, characterized in that the lower, stationary receiving table of the table arrangement is designed as a stand from which the spar projects upwardly, and in that the splitting tool is mounted with its upper end region on a projection projecting forwardly from the upper end region of the upper spar part and is spaced below the latter from the front side of the upper spar part at least by the wall thickness of the lower spar part.
Process for combating the appearance of mist during the coating of flexible supports with a liquid silicone composition X which is crosslinkable by polyaddition, by dehydrogenative condensation, by polycondensation, by the cationic route or by the radical route and is a precursor of silicone coating(s), comprising the following steps I) and II): I) preparing said liquid silicone composition X and II) coating said liquid silicone composition X on a flexible support using a roll coating device, said process being characterized in that in step I) said liquid silicone composition X is admixed with an anti-misting additive E obtained by reacting, preferably for 30 minutes to 12 hours, at a temperature of between 10°C and 100°C: - per 100 parts by weight of at least one organopolysiloxane F comprising from 10 to 80 mmol of (meth)acrylate, and preferably acrylate, functions per 100 g of organopolysiloxane F, - from 0.01 to 1 part by weight of at least one compound chosen from the group consisting of: • an organopolysiloxane G comprising from 85 to 400 mmol of (meth) acrylate, and preferably acrylate, functions per 100 g of organopolysiloxane G, • an organic compound H comprising from 300 to 1000 mmol of (meth)acrylate, and preferably acrylate, functions per 100 g of organic compound H, and • mixtures thereof, and - from 5 to 40 parts by weight of at least one organopolysiloxane N comprising from 10 to 80 mmol of amine functions per 100 g of organopolysiloxane N, the amounts of said compounds F, G, H and N employed being such that the initial molar ratio Ri = nAcr/nH is between 3.8 and 7, where nAcr is the total number of moles of (meth)acrylate functions of compounds F, G and H and nH is the number of moles of hydrogen atoms bonded to a nitrogen atom of the organopolysiloxane N. I) preparing said liquid silicone composition X and II) coating said liquid silicone composition X on a flexible support using a roll coating device, - per 100 parts by weight of at least one organopolysiloxane F comprising from 10 to 80 mmol of (meth)acrylate, and preferably acrylate, functions per 100 g of organopolysiloxane F, - from 0.01 to 1 part by weight of at least one compound chosen from the group consisting of: • an organopolysiloxane G comprising from 85 to 400 mmol of (meth) acrylate, and preferably acrylate, functions per 100 g of organopolysiloxane G, • an organic compound H comprising from 300 to 1000 mmol of (meth)acrylate, and preferably acrylate, functions per 100 g of organic compound H, and • mixtures thereof, and • an organopolysiloxane G comprising from 85 to 400 mmol of (meth) acrylate, and preferably acrylate, functions per 100 g of organopolysiloxane G, • an organic compound H comprising from 300 to 1000 mmol of (meth)acrylate, and preferably acrylate, functions per 100 g of organic compound H, and • mixtures thereof, and - from 5 to 40 parts by weight of at least one organopolysiloxane N comprising from 10 to 80 mmol of amine functions per 100 g of organopolysiloxane N,
A method of transmitting uplink control information from a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, BS, first transmission timing information for transmitting first control information associated with one or more first downlink component carriers, and an additional time offset for preventing simultaneous transmission of the first control information and second control information, wherein the first transmission timing information includes a transmission period and a time offset for transmitting the first control information; determining second transmission timing information for transmitting the second control information associated with one or more second downlink component carriers by modifying the time offset included in the first transmission timing information based upon the additional time offset; and transmitting, to the BS, the second control information associated with the one or more second downlink component carriers in dependence upon the second transmission timing information, wherein the second transmission timing information includes the transmission period and the modified time offset for transmitting the second control information. receiving, from a base station, BS, first transmission timing information for transmitting first control information associated with one or more first downlink component carriers, and an additional time offset for preventing simultaneous transmission of the first control information and second control information, wherein the first transmission timing information includes a transmission period and a time offset for transmitting the first control information; determining second transmission timing information for transmitting the second control information associated with one or more second downlink component carriers by modifying the time offset included in the first transmission timing information based upon the additional time offset; and transmitting, to the BS, the second control information associated with the one or more second downlink component carriers in dependence upon the second transmission timing information, wherein the second transmission timing information includes the transmission period and the modified time offset for transmitting the second control information.
An intake apparatus comprising: an air cleaner configured to be mounted to a vehicle body and including a bottomed tubular case having an opened end and formed with an inflow port, a cover formed with an outflow port and configured to close the opened end of the case, and a filter member disposed between the case and the cover and dividing an interior of the air cleaner into a clean side positioned on the outflow port side and a dust side positioned on the inflow port side; and an outdoor air duct configured to be mounted to a vehicle body and configured to introduce outdoor air into the air cleaner, wherein the air cleaner and the outdoor air duct are connected through a fitting duct, the fitting duct includes a wall section defining the dust side together with the case, and the wall section is assembled along the perpendicular direction with respect to the inflow port, wherein the fitting duct is suitable for being inserted along the perpendicular direction with respect to the inflow port to assemble one end portion of the fitting duct with the air cleaner and to assemble another end portion of the fitting duct with the outdoor air duct, to thereby connect the air cleaner and the outdoor air duct, after mounting the air cleaner and the outdoor air duct. an air cleaner configured to be mounted to a vehicle body and including a bottomed tubular case having an opened end and formed with an inflow port, a cover formed with an outflow port and configured to close the opened end of the case, and a filter member disposed between the case and the cover and dividing an interior of the air cleaner into a clean side positioned on the outflow port side and a dust side positioned on the inflow port side; and an outdoor air duct configured to be mounted to a vehicle body and configured to introduce outdoor air into the air cleaner, wherein the air cleaner and the outdoor air duct are connected through a fitting duct, the fitting duct includes a wall section defining the dust side together with the case, and the wall section is assembled along the perpendicular direction with respect to the inflow port, wherein the fitting duct is suitable for being inserted along the perpendicular direction with respect to the inflow port to assemble one end portion of the fitting duct with the air cleaner and to assemble another end portion of the fitting duct with the outdoor air duct, to thereby connect the air cleaner and the outdoor air duct, after mounting the air cleaner and the outdoor air duct.
A computer implemented method for data back-up, comprising: generating a zone stamp for each zone in a plurality of zones contained in at least one data stream, the zone stamp including a sequence of contiguous characters representing a portion of data in a zone; comparing a zone stamp to another zone stamp, the zone stamp representing a zone in the plurality of zones and the another zone stamp representing another zone in the plurality of zones, wherein the comparing is performed for zones at corresponding zone levels based on a determination that a zone stamp of a zone of a preceding zone level does not match another zone stamp of another preceding zone level, wherein the zone at the preceding zone level includes at least one zone of a next zone level having a size smaller than or equal to a size of the zone of the preceding zone level; and deduplicating the zone and the another zone based on a determination that the zone stamp matches the another zone stamp. generating a zone stamp for each zone in a plurality of zones contained in at least one data stream, the zone stamp including a sequence of contiguous characters representing a portion of data in a zone; comparing a zone stamp to another zone stamp, the zone stamp representing a zone in the plurality of zones and the another zone stamp representing another zone in the plurality of zones, wherein the comparing is performed for zones at corresponding zone levels based on a determination that a zone stamp of a zone of a preceding zone level does not match another zone stamp of another preceding zone level, wherein the zone at the preceding zone level includes at least one zone of a next zone level having a size smaller than or equal to a size of the zone of the preceding zone level; and deduplicating the zone and the another zone based on a determination that the zone stamp matches the another zone stamp.
A decoder for decoding a signal represented by a vector of information symbols received through a transmission channel in a communication system, said transmission channel being represented by a channel state matrix, said information symbols being selected from a given set of values carrying a set of information bits, wherein said decoder comprises: - a division unit configured to divide the channel state matrix into a number of sub-blocks of column vectors, in accordance with a division of said vector of information symbols into a number of sub-vectors; - a permutation unit configured to determine a set of permuted channel state matrices by permuting said sub-blocks of column vectors, the permutation unit being further configured to select at least one permuted channel state matrix among said set of permuted channel state matrices according to a selection criterion; - a sub-block decoding unit configured to determine a transformed signal from said signal and said at least one permuted channel state matrix and determine at least one estimate of each sub-vector of information symbols from said transformed signal by applying at least one iteration of a decoding algorithm; the decoder being configured to determine at least one estimate of a vector of transmitted information symbols from said at least one estimate of each sub-vector of information symbols. - a division unit configured to divide the channel state matrix into a number of sub-blocks of column vectors, in accordance with a division of said vector of information symbols into a number of sub-vectors; - a permutation unit configured to determine a set of permuted channel state matrices by permuting said sub-blocks of column vectors, the permutation unit being further configured to select at least one permuted channel state matrix among said set of permuted channel state matrices according to a selection criterion; - a sub-block decoding unit configured to determine a transformed signal from said signal and said at least one permuted channel state matrix and determine at least one estimate of each sub-vector of information symbols from said transformed signal by applying at least one iteration of a decoding algorithm; the decoder being configured to determine at least one estimate of a vector of transmitted information symbols from said at least one estimate of each sub-vector of information symbols.
Water-, solvent- and plasticizer-free, one-component parquet adhesive which is based on silane-terminated polyalkylene oxide oligomers, characterised in that it comprises no non-reactive liquid extenders and comprises the following materials or consists of them: a) 12 to 36 per cent by mass of a moisture-reactive, silane-terminated polyalkylene oxide binding agent with an average molecular weight of 6,000 to 20,000 g/mol, the silane functions being bonded via alkyl groups to the oligomeric skeletal structure, b) 2 to 18 per cent by mass of a moisture-reactive, silane-terminated polyalkylene oxide binding agent with an average molecular weight of 300 to 3,000 g/mol, the silane functions being bonded via alkyl groups to the oligomeric skeletal structure, c) 30 to 60 per cent by mass of a surface-hydrophobised marble powder with an average particle diameter of 0.8 μm to 4.0 μm, d) 2 to 10 per cent by mass of a surface-hydrophobised chalk powder with an average particle diameter of 0.2 to 0.7 μm, e) 0.1 to 1.0 per cent by mass of a hardening catalyst, f) 0.2 to 3 per cent by mass of a moisture-reactive, silane-modified drying agent, and also g) 0.2 to 3 per cent by mass of a moisture-reactive, silane-modified adhesion promoter, the percentage data relating to the mass of the ready-to-use parquet adhesive and the sum of the components a) to g) being 46.5% to 100%. a) 12 to 36 per cent by mass of a moisture-reactive, silane-terminated polyalkylene oxide binding agent with an average molecular weight of 6,000 to 20,000 g/mol, the silane functions being bonded via alkyl groups to the oligomeric skeletal structure, b) 2 to 18 per cent by mass of a moisture-reactive, silane-terminated polyalkylene oxide binding agent with an average molecular weight of 300 to 3,000 g/mol, the silane functions being bonded via alkyl groups to the oligomeric skeletal structure, c) 30 to 60 per cent by mass of a surface-hydrophobised marble powder with an average particle diameter of 0.8 μm to 4.0 μm, d) 2 to 10 per cent by mass of a surface-hydrophobised chalk powder with an average particle diameter of 0.2 to 0.7 μm, e) 0.1 to 1.0 per cent by mass of a hardening catalyst, f) 0.2 to 3 per cent by mass of a moisture-reactive, silane-modified drying agent, and also g) 0.2 to 3 per cent by mass of a moisture-reactive, silane-modified adhesion promoter,
A method comprising: receiving a first radio signal information from a first control entity, wherein the first control entity belongs to a first radio transceiver; receiving a second radio signal information from a second control entity, wherein the second control entity belongs to a second transceiver (57, 58) co-located with the first radio transceiver, characterized in that the first radio transceiver is a LTE transceiver and the method further comprises: determining, based on the first and the second radio signal information, control information to be sent to the first and the second control entity, wherein the first and the second (57,58) radio transceivers operate in designated frequency channels based at least in part on the control information and thereby mitigating co-existence interference, wherein the control information contains instruction to trigger the first LTE radio transceiver to indicate to an LTE base station which frequency channels suffer significant coexistence interference, and wherein the control information further contains instruction to trigger the first LTE radio transceiver to send indication to an LTE base station for handover from a first RF carrier to a second RF carrier. receiving a first radio signal information from a first control entity, wherein the first control entity belongs to a first radio transceiver; receiving a second radio signal information from a second control entity, wherein the second control entity belongs to a second transceiver (57, 58) co-located with the first radio transceiver, determining, based on the first and the second radio signal information, control information to be sent to the first and the second control entity, wherein the first and the second (57,58) radio transceivers operate in designated frequency channels based at least in part on the control information and thereby mitigating co-existence interference, wherein the control information contains instruction to trigger the first LTE radio transceiver to indicate to an LTE base station which frequency channels suffer significant coexistence interference, and wherein the control information further contains instruction to trigger the first LTE radio transceiver to send indication to an LTE base station for handover from a first RF carrier to a second RF carrier.
A brake assembly for a fall arrest system, comprising: a brake plate having a central opening, wherein the central opening defines an inner circumference of the brake plate, the brake plate comprising: at least one slot (242, 244); and at least one deformable body (220, 222), wherein the at least one deformable body (220, 222) is disposed within the at least one slot (242, 244); characterized in that the at least one slot (242, 244) is curved and extends along a portion of the outer circumference of the brake plate, and in that the brake assembly further comprises: at least one screw (216, 218), disposed at a first end of the at least one slot (242, 244), such that in an instance when the brake plate rotates, a second end of the at least one slot (242, 244) moves towards the at least one screw (216, 218); and a back plate defining at least one screw hole (238, 240) to receive the at least one screw (216, 218). a brake plate having a central opening, wherein the central opening defines an inner circumference of the brake plate, the brake plate comprising: at least one slot (242, 244); and at least one deformable body (220, 222), wherein the at least one deformable body (220, 222) is disposed within the at least one slot (242, 244); characterized in that the at least one slot (242, 244) is curved and extends along a portion of the outer circumference of the brake plate, and in that the brake assembly further comprises: at least one screw (216, 218), disposed at a first end of the at least one slot (242, 244), such that in an instance when the brake plate rotates, a second end of the at least one slot (242, 244) moves towards the at least one screw (216, 218); and a back plate defining at least one screw hole (238, 240) to receive the at least one screw (216, 218). at least one screw (216, 218), disposed at a first end of the at least one slot (242, 244), such that in an instance when the brake plate rotates, a second end of the at least one slot (242, 244) moves towards the at least one screw (216, 218); and a back plate defining at least one screw hole (238, 240) to receive the at least one screw (216, 218).
A vaporizer apparatus, comprising: a housing (122, 453); a reservoir coupled to a lid (110, 448) of the vaporizer apparatus, the reservoir configured to hold a concentrate, the lid configured to cover an open end of the housing; characterized in that the vaporizer apparatus further comprises a vessel (102, 302, 454, 606) disposed at least partially inside of the housing, the vessel configured to receive the reservoir when the lid of the vaporizer apparatus is in a closed position with respect to the housing and the vessel configured to receive a non-concentrate material when the reservoir is decoupled from the lid; a heating element configured to generate heat for heating the vessel, the heating of the vessel vaporizing the concentrate in the reservoir or the non-concentrate material in the vessel to form an aerosol; and a mouthpiece configured to deliver the aerosol to a user, the mouthpiece positioned at an opposite end of the housing from the vessel. a housing (122, 453); a reservoir coupled to a lid (110, 448) of the vaporizer apparatus, the reservoir configured to hold a concentrate, the lid configured to cover an open end of the housing; characterized in that the vaporizer apparatus further comprises a vessel (102, 302, 454, 606) disposed at least partially inside of the housing, the vessel configured to receive the reservoir when the lid of the vaporizer apparatus is in a closed position with respect to the housing and the vessel configured to receive a non-concentrate material when the reservoir is decoupled from the lid; a heating element configured to generate heat for heating the vessel, the heating of the vessel vaporizing the concentrate in the reservoir or the non-concentrate material in the vessel to form an aerosol; and a mouthpiece configured to deliver the aerosol to a user, the mouthpiece positioned at an opposite end of the housing from the vessel.