mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a wireless communications system comprising a base station, a first User Equipment, UE, and a second UE,, wherein the first UE and the second UE are each arranged for a mode of communication whereby the first UE can communicate with the second UE directly by way of a direct link, the method comprising: reporting by the first UE, to the base station, parameters related to communication via the direct link for interaction by the base station with direct communication between the UEs (304, 306); reporting by the first UE, a value of reference signal received power, RSRP, for the direct link; receiving by the base station, from the first UE, the parameters; receiving by the base station, from the first UE the value of reference signal received power, RSRP, for the direct link; sending by the interaction of the base station, to the first UE a configuration message that includes configuration information for configuring the first UE to transmit information to the second UE for configuration of the direct link between the UEs (304, 306), where the second UE is out of coverage of the base station, and transmitting by the first UE, when the first UE receives the configuration message, the information to the second UE. reporting by the first UE, to the base station, parameters related to communication via the direct link for interaction by the base station with direct communication between the UEs (304, 306); reporting by the first UE, a value of reference signal received power, RSRP, for the direct link; receiving by the base station, from the first UE, the parameters; receiving by the base station, from the first UE the value of reference signal received power, RSRP, for the direct link; sending by the interaction of the base station, to the first UE a configuration message that includes configuration information for configuring the first UE to transmit information to the second UE for configuration of the direct link between the UEs (304, 306), where the second UE is out of coverage of the base station, and transmitting by the first UE, when the first UE receives the configuration message, the information to the second UE.
A method of programming a memory, the method comprising: determining a desired reliability level of data which is to be programmed into a memory cell of said memory; setting the quantity of bits of data to be stored in such a memory cell according to the desired reliability level; comparing the desired reliability level to reliability calibration data stored in a reliability table for respective areas of said memory; determining from the comparison of the desired reliability level and the reliability calibration data, which area of memory should the data be written to in order to meet the desired reliability; and writing the data, with the set quantity of bits, to a memory cell in the determined area of said memory. determining a desired reliability level of data which is to be programmed into a memory cell of said memory; setting the quantity of bits of data to be stored in such a memory cell according to the desired reliability level; comparing the desired reliability level to reliability calibration data stored in a reliability table for respective areas of said memory; determining from the comparison of the desired reliability level and the reliability calibration data, which area of memory should the data be written to in order to meet the desired reliability; and writing the data, with the set quantity of bits, to a memory cell in the determined area of said memory.
An apparatus for modifying an analogue video signal of the type having horizontal synchronisation pulses and in which colour information is transmitted on a subcarrier signal, the video signal having a colour burst comprising a subcarrier signal at a reference frequency which is used to generate a reference subcarrier signal in the receiver for demodulating the colour information, and wherein the phase of the colour subcarrier in the video signal, when compared with the horizontal synchronisation pulse, is substantially different on every line; the apparatus comprising; an input for receiving a video signal; a signal generator arranged to add a protection signal to the video signal in the vicinity of the colour burst, such that upon recording of the video signal by a video cassette recorder the protection signal interferes with the operation of the video cassette recorder causing errors in the colour burst recorded; an output for outputting a modified video signal comprising the video signal and the protection signal, wherein when the modified video signal has been recorded by a video recorder, playback of the modified video signal exhibits visual artefacts that are not visible before recording of the modified signal occurred, characterised in that the signal generator is configured to add the protection signal to the video signal such that the protection signal is phase-locked to the horizontal synchronisation pulse and such that the protection signal has a frequency that is substantially similar to the colour subcarrier.
A steam spraying apparatus comprising: a flow passage forming unit (160, 660) comprising a flow passage main body having a generally box shape with one side thereof open and including a flow passage for guiding water introduced through an inlet to an outlet, and a cover (120, 620) for covering the open side of the flow passage main body; a steam generating heater (130, 630) for applying heat to water flowing along the flow passage; and a nozzle (170, 670) for spraying steam generated by the heating of the steam generating heater, wherein the nozzle is arranged on the outlet, wherein the flow passage forming unit comprises a plurality of flow passage forming ribs (151, 152) for forming the flow passage, and the plurality of flow passage forming ribs are alternately disposed such that a flowing direction of water is switched multiple times, wherein the flow passage forming unit is divided into upstream side and downstream side by each of the flow passage forming ribs (611, 612), characterized in that a gap is provided for movement of water at an upper side of each of the flow passage forming ribs (611, 612) such that water overflows the flow passage forming ribs while flowing from the upstream side to the downstream side, further comprising a gap forming section formed in the cover to provide the gap for the movement of water, wherein the flow passage comprises a plurality of impactors protruding from the plurality of flow passage forming ribs (611, 612) to the upstream side, and wherein the plurality of impactors is formed at a location corresponding to the gap forming section. a flow passage forming unit (160, 660) comprising a flow passage main body having a generally box shape with one side thereof open and including a flow passage for guiding water introduced through an inlet to an outlet, and a cover (120, 620) for covering the open side of the flow passage main body; a steam generating heater (130, 630) for applying heat to water flowing along the flow passage; and a nozzle (170, 670) for spraying steam generated by the heating of the steam generating heater, wherein the nozzle is arranged on the outlet, wherein the flow passage forming unit comprises a plurality of flow passage forming ribs (151, 152) for forming the flow passage, and the plurality of flow passage forming ribs are alternately disposed such that a flowing direction of water is switched multiple times, wherein the flow passage forming unit is divided into upstream side and downstream side by each of the flow passage forming ribs (611, 612), characterized in that a gap is provided for movement of water at an upper side of each of the flow passage forming ribs (611, 612) such that water overflows the flow passage forming ribs while flowing from the upstream side to the downstream side, further comprising a gap forming section formed in the cover to provide the gap for the movement of water, wherein the flow passage comprises a plurality of impactors protruding from the plurality of flow passage forming ribs (611, 612) to the upstream side, and wherein the plurality of impactors is formed at a location corresponding to the gap forming section.
An article comprising: a food wrapping film; a core material on which the food wrapping film is rolled; and a box in which the food wrapping film and the core material are stored, wherein the box is provided with a blade part for cutting the food wrapping film, wherein the food wrapping film comprises: a thermoplastic resin; a blue colorant; and a white colorant, wherein the film has a total light transmittance of 70% or more, wherein a content of the blue colorant is 0.45 to 2.2% by mass based on a total amount of the film, and wherein a content of the white colorant is 0.15 to 0.55% by mass based on the total amount of the film. a food wrapping film; a core material on which the food wrapping film is rolled; and a box in which the food wrapping film and the core material are stored, wherein the box is provided with a blade part for cutting the food wrapping film, wherein the food wrapping film comprises: a thermoplastic resin; a blue colorant; and a white colorant, a thermoplastic resin; a blue colorant; and a white colorant, wherein the film has a total light transmittance of 70% or more, wherein a content of the blue colorant is 0.45 to 2.2% by mass based on a total amount of the film, and wherein a content of the white colorant is 0.15 to 0.55% by mass based on the total amount of the film.
A method of dynamically adapting the number of available channels in a set of available data transmission channels for use by at least one source device to transmit stored information to a destination device in a wireless communication system for efficiently transmitting data from multiple source devices to a single destination device, said method comprising the steps of: computing, at the destination device, at least one received signal statistic; determining, at the destination device, an adjustment to the number of available channels in said set based on said at least one computed received signal statistic; and sending a signal from the destination device to the at least one source device indicating the adjusted number of available data transmission channels for transmitting the stored information; and independently selecting, at the source device, a data transmission channel from the adjusted number of available data transmission channels for transmitting the stored information according to a multiple pass transmission algorithm having at least one transmission pass, wherein the data transmission channel is selected based at least in part on the stored information, and wherein the step of sending the signal from the destination device to the at least one source device is at least one of performed at the beginning of and performed during a transmission pass in the multiple pass transmission algorithm. computing, at the destination device, at least one received signal statistic; determining, at the destination device, an adjustment to the number of available channels in said set based on said at least one computed received signal statistic; and sending a signal from the destination device to the at least one source device indicating the adjusted number of available data transmission channels for transmitting the stored information; and independently selecting, at the source device, a data transmission channel from the adjusted number of available data transmission channels for transmitting the stored information according to a multiple pass transmission algorithm having at least one transmission pass, wherein the data transmission channel is selected based at least in part on the stored information, and wherein the step of sending the signal from the destination device to the at least one source device is at least one of performed at the beginning of and performed during a transmission pass in the multiple pass transmission algorithm.
A blade housing for a rotary knife, wherein the housing is operable to support an annular blade for rotation about a central axis (A rot), said blade housing comprising: a circumferential mounting surface (160, 162) configured to contact a frame of a rotary knife, a blade-supporting race defined along a circle centered on the central axis, characterized in that said mounting surface (160, 162) of the housing is shaped so as to extend along a circular arc with a center point (C mount) spaced from the central axis (A rot), such that the blade-supporting race and mounting surface (160, 162) are eccentric relative to one another. a circumferential mounting surface (160, 162) configured to contact a frame of a rotary knife, a blade-supporting race defined along a circle centered on the central axis, characterized in that said mounting surface (160, 162) of the housing is shaped so as to extend along a circular arc with a center point (C mount) spaced from the central axis (A rot), such that the blade-supporting race and mounting surface (160, 162) are eccentric relative to one another.
An apparatus comprising: a gas turbine engine comprising a gas turbine engine flow path wall forming a boundary for the flow of a working fluid through a turbomachinery component having an airfoil shaped component during operation of said gas turbine engine; a first thermoelectric device in thermal communication with the gas turbine engine; a second thermoelectric device in thermal communication with the gas turbine engine flow path wall; and a control module structured to regulate the second thermoelectric device, on basis of a sensed clearance derived from a proximity sensor operating according to one of capacitive principles or optical principles, to influence a thermally induced gap between the gas turbine engine flow path wall and the airfoil shaped component, characterised in that the second thermoelectric device is powered by the first thermoelectric device. a gas turbine engine comprising a gas turbine engine flow path wall forming a boundary for the flow of a working fluid through a turbomachinery component having an airfoil shaped component during operation of said gas turbine engine; a first thermoelectric device in thermal communication with the gas turbine engine; a second thermoelectric device in thermal communication with the gas turbine engine flow path wall; and a control module structured to regulate the second thermoelectric device, on basis of a sensed clearance derived from a proximity sensor operating according to one of capacitive principles or optical principles, to influence a thermally induced gap between the gas turbine engine flow path wall and the airfoil shaped component, characterised in that the second thermoelectric device is powered by the first thermoelectric device.
Method for estimating the movement of an object moving in an ambient magnetic field, the method being characterised in that it comprises the steps of: (a) Acquiring by magnetic measurement means integral with said object at least one component: ∘ of the magnetic field and/or ∘ of at least one i-th derivative of the magnetic field, with n + 1 ≥ i ≥ 1 and n ≥ 1, at the magnetic measurement means; characterised in that it comprises a step of: (b) Estimating by the data processing means (21, 31, 41) at least one component of the movement of said object using the equation ∇ n ⋅ B = ƒ n (Ω).∇ n B + g n (∇ n+1 B). V, where ∇ n B is an n-th derivative of the magnetic field, Ω the instantaneous angular velocity, V the instantaneous linear velocity, and f n and g n predetermined functions. (a) Acquiring by magnetic measurement means integral with said object at least one component: ∘ of the magnetic field and/or ∘ of at least one i-th derivative of the magnetic field, with n + 1 ≥ i ≥ 1 and n ≥ 1, at the magnetic measurement means; ∘ of the magnetic field and/or ∘ of at least one i-th derivative of the magnetic field, with n + 1 ≥ i ≥ 1 and n ≥ 1,
A device comprising: an open elongate tip; and a collar disposed coaxially around the elongate tip and forming a channel between the elongate tip and the collar for receiving a portion of a_compatible female connector, characterized in that the collar including a plurality of longitudinal ribs disposed on an inside surface of the collar and extending inwardly into the channel formed between the collar and the elongate tip to provide an inner cross-sectional diameter of the collar that is greater than 4,27 mm (0.168 inches) and an outer cross-sectional diameter of the collar is less than 10,03 mm (0,395 inches) to prevent entry of a non-compatible female connector into the channel and connection to the open elongate tip. an open elongate tip; and a collar disposed coaxially around the elongate tip and forming a channel between the elongate tip and the collar for receiving a portion of a_compatible female connector, characterized in that the collar including a plurality of longitudinal ribs disposed on an inside surface of the collar and extending inwardly into the channel formed between the collar and the elongate tip to provide an inner cross-sectional diameter of the collar that is greater than 4,27 mm (0.168 inches) and an outer cross-sectional diameter of the collar is less than 10,03 mm (0,395 inches) to prevent entry of a non-compatible female connector into the channel and connection to the open elongate tip.
A pilot pre-mixer for a gas turbine engine, comprising: a pilot body, including: an internal mixing chamber; a first end on an upstream side of the internal mixing chamber; a second end on a downstream side of the internal mixing chamber; a fuel injector at the first end and communicable with the internal mixing chamber; a plurality of first oxidizer inlet ports arranged to provide an oxidizer agent from outside of the pilot body to the internal mixing chamber; and a plurality of pilot outlet ports at the second end and communicable with the internal mixing chamber, each of the plurality of pilot outlet ports having an outlet on the second end for dispensing a pilot fluid mixture into a combustion chamber of a combustor. an internal mixing chamber; a first end on an upstream side of the internal mixing chamber; a second end on a downstream side of the internal mixing chamber; a fuel injector at the first end and communicable with the internal mixing chamber; a plurality of first oxidizer inlet ports arranged to provide an oxidizer agent from outside of the pilot body to the internal mixing chamber; and a plurality of pilot outlet ports at the second end and communicable with the internal mixing chamber, each of the plurality of pilot outlet ports having an outlet on the second end for dispensing a pilot fluid mixture into a combustion chamber of a combustor.
A method for purification of a biomolecule, wherein the biomolecule is a protein containing a cysteine residue at the N-terminus, by rapid and specific reaction of the protein containing a cysteine residue at the N-terminus with a cyanobenzothiazole derivative of Formula I wherein Z is H, F, CI, Br, I, CN, amino, alkylamino, dialkylamino, alkyl ester, carboxy, carboxylic acid salt, alkyl amide, phosphate, alkyl phosphonate, sulfate, alkyl sulfonate, nitro, or (C 1 -C 10)alkyl optionally unsaturated and optionally substituted with amino, hydroxy, oxo (=O), nitro, thiol, or halo; each R 1 is independently H, F, CI, Br, I, CN, (C 1 -C 6)alkyl, (C 1 -C 6)alkoxy, or (C 1 -C 6)alkylthio, wherein each alkyl, alkoxy, or alkylthio is optionally substituted with F, Cl, Br, I, amino, alkenyl, alkynyl, cycloalkyl aryl, alkyl sulfonate, or CO 2 M wherein M is H, an organic cation, or an inorganic cation; n is 0, 1, or 2; Y is a linking group comprising (C 1 -C 16)alkyl optionally substituted with one or more halo, oxo (=O), (C 1 -C 6)alkyl, or (C 1 -C 6)alkoxy, and optionally interrupted with one or more N(R 1), O, S, or -N-C(=O)- groups; and X is a solid support; thereby purifying the protein containing a cysteine residue at the N-terminus. Z is H, F, CI, Br, I, CN, amino, alkylamino, dialkylamino, alkyl ester, carboxy, carboxylic acid salt, alkyl amide, phosphate, alkyl phosphonate, sulfate, alkyl sulfonate, nitro, or (C 1 -C 10)alkyl optionally unsaturated and optionally substituted with amino, hydroxy, oxo (=O), nitro, thiol, or halo; each R 1 is independently H, F, CI, Br, I, CN, (C 1 -C 6)alkyl, (C 1 -C 6)alkoxy, or (C 1 -C 6)alkylthio, wherein each alkyl, alkoxy, or alkylthio is optionally substituted with F, Cl, Br, I, amino, alkenyl, alkynyl, cycloalkyl aryl, alkyl sulfonate, or CO 2 M wherein M is H, an organic cation, or an inorganic cation; n is 0, 1, or 2; Y is a linking group comprising (C 1 -C 16)alkyl optionally substituted with one or more halo, oxo (=O), (C 1 -C 6)alkyl, or (C 1 -C 6)alkoxy, and optionally interrupted with one or more N(R 1), O, S, or -N-C(=O)- groups; and X is a solid support;
A method for manufacturing a security paper, in which M) an endless microlens thread is provided that exhibits a top and an opposing bottom, the top being provided with microlenses at least in fractional regions, P) a paper web is produced having a predetermined ridge pattern that exhibits ridge regions in which the microlens thread is embedded in the interior of the paper web, and that exhibits, lying between the ridge regions, window regions in which the microlens thread emerges at the surface of the paper web, and E) the microlens thread is introduced into the paper web and, at the same time, is joined on its bottom and, in the ridge regions, also on its top, with the paper web, the paper web with the introduced microlens thread forming the security paper. M) an endless microlens thread is provided that exhibits a top and an opposing bottom, the top being provided with microlenses at least in fractional regions, P) a paper web is produced having a predetermined ridge pattern that exhibits ridge regions in which the microlens thread is embedded in the interior of the paper web, and that exhibits, lying between the ridge regions, window regions in which the microlens thread emerges at the surface of the paper web, and E) the microlens thread is introduced into the paper web and, at the same time, is joined on its bottom and, in the ridge regions, also on its top, with the paper web, the paper web with the introduced microlens thread forming the security paper.