mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE , in a wireless communication system, the method comprising: receiving , through higher layer signaling, uplink/downlink, UL/DL, resource configuration including a first UL/DL resource pattern with a first periodicity, and a second UL/DL resource pattern with a second periodicity; and obtaining, based on the received UL/DL resource configuration, a specific UL/DL resource pattern in which the first UL/DL resource pattern and the second UL/DL resource pattern are combined, wherein the specific UL/DL resource pattern has a specific periodicity related to a sum of the first periodicity and the second periodicity, wherein the first periodicity is one of {0.5 ms, 0.625 ms, 1 ms, 1.25 ms, 2 ms, 2.5 ms, 5 ms, and 10 ms}, and the second periodicity is one of {0.5 ms, 0.625 ms, 1 ms, 1.25 ms, 2 ms, 2.5 ms, 5 ms, and 10 ms}, characterized in that the specific UL/DL resource pattern is repeated 'N' times per 20 ms, and 'N' is an integer that satisfies a formula '20 ms / P = N' where 'P' denotes the specific periodicity related to the sum of the first periodicity and the second periodicity. receiving , through higher layer signaling, uplink/downlink, UL/DL, resource configuration including a first UL/DL resource pattern with a first periodicity, and a second UL/DL resource pattern with a second periodicity; and obtaining, based on the received UL/DL resource configuration, a specific UL/DL resource pattern in which the first UL/DL resource pattern and the second UL/DL resource pattern are combined, wherein the specific UL/DL resource pattern has a specific periodicity related to a sum of the first periodicity and the second periodicity, wherein the first periodicity is one of {0.5 ms, 0.625 ms, 1 ms, 1.25 ms, 2 ms, 2.5 ms, 5 ms, and 10 ms}, and the second periodicity is one of {0.5 ms, 0.625 ms, 1 ms, 1.25 ms, 2 ms, 2.5 ms, 5 ms, and 10 ms}, characterized in that the specific UL/DL resource pattern is repeated 'N' times per 20 ms, and 'N' is an integer that satisfies a formula '20 ms / P = N' where 'P' denotes the specific periodicity related to the sum of the first periodicity and the second periodicity.
An ophthalmic composition in the form of a solution, suspension, emulsion, ointment, cream, gel or sustained release vehicle that fully absorbs into the ocular tissue, for use in the treatment of an ocular infection when the ophthalmic composition is administered to an eye of a patient, or the prophylaxis of an ocular infection when the ophthalmic composition is administered to an eye of a patient before or after the introduction of an inoculum of an ocular pathogen, said composition comprising an amount of ε-polylysine (εPL) effective for said treatment.
Method for manufacturing a connection device for clamping to a stripped end length of electrical cable , comprising the step of supplying a conductor element made of one piece and having a tubular portion extending in a generally longitudinal direction, an insertion opening via which said stripped end length may be introduced into said tubular portion , and a flat portion configured to cooperate with a predetermined electrical terminal, wherein said tubular portion , at an end opposite said insertion opening , is connected via a transition portion to said flat portion ; said method comprising a step of deforming said transition portion until said transition portion forms a substantially straight base wall of said tubular portion , wherein said base wall extends substantially perpendicularly to said generally longitudinal direction of said tubular portion ; and wherein the straight form of the base wall ensures that the stripped end length of the cable is positioned at a stop against said base wall; said method also comprising the following step: - supply of a cylindrical conductor tube having a first predetermined inner diameter and comprising said insertion opening ; said method being characterised in that it also comprises the following step: - at least partially expanding said cylindrical conductor tube to form said tubular portion which is provided with at least a first tubular section having a second inner diameter larger than said first predetermined inner diameter, and a length equal to or greater than said second inner diameter. - supply of a cylindrical conductor tube having a first predetermined inner diameter and comprising said insertion opening ; - at least partially expanding said cylindrical conductor tube to form said tubular portion which is provided with at least a first tubular section having a second inner diameter larger than said first predetermined inner diameter, and a length equal to or greater than said second inner diameter.
Method for forming a hollow-profile guide rail of an elevator system, comprising: - providing a plurality of portions of the guide rail , - arranging adjacent portions in a longitudinal direction one above the other and mutually aligned, characterized in that the method further comprises: - smoothing mutually opposing surfaces on the hollow profile of the guide rail by means of inserting a smoothing apparatus between the mutually opposing surfaces of the guide rail such that a guide device rests against a first of the surfaces and a removal device rests against a second of the surfaces , the smoothing apparatus comprising: the guide device , the removal device , and a pressing device , the guide device being designed to be moved in a low-friction manner in a longitudinal direction along a first of the opposing surfaces and to thus guide the smoothing apparatus along the first surface , the pressing device being designed to press the removal device away from the guide device and toward a second of the opposing surfaces , and the removal device being designed to remove material from the second surface during a movement in the longitudinal direction along the second surface , and - displacing the smoothing apparatus in a longitudinal direction along the first surface . - providing a plurality of portions of the guide rail , - arranging adjacent portions in a longitudinal direction one above the other and mutually aligned, - smoothing mutually opposing surfaces on the hollow profile of the guide rail by means of inserting a smoothing apparatus between the mutually opposing surfaces of the guide rail such that a guide device rests against a first of the surfaces and a removal device rests against a second of the surfaces , the smoothing apparatus comprising: the guide device , the removal device , and a pressing device , the guide device being designed to be moved in a low-friction manner in a longitudinal direction along a first of the opposing surfaces and to thus guide the smoothing apparatus along the first surface , the pressing device being designed to press the removal device away from the guide device and toward a second of the opposing surfaces , and the removal device being designed to remove material from the second surface during a movement in the longitudinal direction along the second surface , and the guide device , the removal device , and a pressing device , the guide device being designed to be moved in a low-friction manner in a longitudinal direction along a first of the opposing surfaces and to thus guide the smoothing apparatus along the first surface , the pressing device being designed to press the removal device away from the guide device and toward a second of the opposing surfaces , and the removal device being designed to remove material from the second surface during a movement in the longitudinal direction along the second surface , and - displacing the smoothing apparatus in a longitudinal direction along the first surface .
Anhydrous cosmetic preparation comprising a) Diisostearoyl Polyglyceryl-3 Dimer Dilinoleate b) Polyglyceryl-4 Diisostearate c) fermented olive oil d) one or more oils having a surface tension of less than 31 mN/m. a) Diisostearoyl Polyglyceryl-3 Dimer Dilinoleate b) Polyglyceryl-4 Diisostearate c) fermented olive oil d) one or more oils having a surface tension of less than 31 mN/m.
A method comprising: illuminating a sample , during a first period of time, with light at a first excitation wavelength; during the first period of time, operating an imager according to a first focus setting such that light at a first emission wavelength of a first fluorophore is imaged in-focus by the imager to obtain a first image of the sample , wherein the first image of the sample includes artifacts related to the presence of a second fluorophore in the sample ; illuminating the sample , during a second period of time, with light at a second excitation wavelength; during the second period of time, operating the imager according to a second focus setting such that light at a second emission wavelength of the second fluorophore is imaged in-focus by the imager to obtain a second image of the sample , wherein the second focus setting differs from the first focus setting, wherein the second image includes in-focus contents related to the presence of the second fluorophore in the sample ; obtaining a third image of the sample , wherein the third image represents the sample at the second emission wavelength when imaged according to the first focus setting and illuminated by light at the second excitation wavelength, wherein the third image includes out-of-focus contents related to the presence of the second fluorophore in the sample ; and generating an improved first image of the sample by removing a portion of the third image from the first image to remove the out-of-focus contents related to the presence of the second fluorophore from the first image . illuminating a sample , during a first period of time, with light at a first excitation wavelength; during the first period of time, operating an imager according to a first focus setting such that light at a first emission wavelength of a first fluorophore is imaged in-focus by the imager to obtain a first image of the sample , wherein the first image of the sample includes artifacts related to the presence of a second fluorophore in the sample ; illuminating the sample , during a second period of time, with light at a second excitation wavelength; during the second period of time, operating the imager according to a second focus setting such that light at a second emission wavelength of the second fluorophore is imaged in-focus by the imager to obtain a second image of the sample , wherein the second focus setting differs from the first focus setting, wherein the second image includes in-focus contents related to the presence of the second fluorophore in the sample ; obtaining a third image of the sample , wherein the third image represents the sample at the second emission wavelength when imaged according to the first focus setting and illuminated by light at the second excitation wavelength, wherein the third image includes out-of-focus contents related to the presence of the second fluorophore in the sample ; and generating an improved first image of the sample by removing a portion of the third image from the first image to remove the out-of-focus contents related to the presence of the second fluorophore from the first image .
Beer brewing arrangement comprising at least a first vessel (B1) and a second vessel (B2), each vessel (B1, B2) having at least a first outlet (A1) underneath a seat for a removable lauter tun (L) and a second outlet (A2) above the seat for the lauter tun (L), each vessel (B1, B2) being heatable, the arrangement also comprising at least one pump (P1, P2), which is connected or connectable selectively to the first outlet (A1) of the first vessel (B1) and/or to the first outlet (A1) of the second vessel (B2) via corresponding suction lines (S1, S2) and one or more shut-off members (DKH1, DKH2, DKH4, DKH5, DKH8, AO1, AO6), the at least one pump (P1, P2) being connected or connectable selectively to the second outlet (A2) of the first vessel (B1) and/or to the second outlet (A2) of the second vessel (B2) via corresponding pressure lines (D1, D2) and one or more shut-off members (DKH3, AO2, AO3, AO4, AO7, AO8, AO9), such that by means of the at least one pump (P1, P2) liquid is circulatable in the first vessel (B1) and/or in the second vessel (B2) or pumpable from one of the vessels (B1, B2) into the other of the vessels (B2, B1).
An electrode assembly comprising: a separator sheet folded in a zigzag shape; and a unit cell having a structure in which an electrode and a separator are alternately stacked, the unit cell being repeatedly disposed between the separator sheet that is folded in a zigzag shape, and at least a portion of the unit cell and at least a portion of the separator sheet are bonded to each other, characterized in that the separator sheet and the separator which is provided in the unit cell , are bonded to each other. a separator sheet folded in a zigzag shape; and a unit cell having a structure in which an electrode and a separator are alternately stacked, the unit cell being repeatedly disposed between the separator sheet that is folded in a zigzag shape, and at least a portion of the unit cell and at least a portion of the separator sheet are bonded to each other, characterized in that the separator sheet and the separator which is provided in the unit cell , are bonded to each other.
A method for positioning an interference source cell, the method comprising: setting (S102) an aliasing bandwidth B Inv of the entire system; taking (S104) the aliasing bandwidth B Inv as a basic unit, and setting the pilot sequence of each cell in the system; generating (S106) time-domain data according to the pilot sequence of each cell; adding (S108) a cyclic prefix CP to the time-domain data generated for each cell to generate specific data, and transmitting the specific data; receiving (S110) specific data generated based on a pilot sequence and transmitted by other cells; parsing (S112) the specific data to produce corresponding frequency-domain data of each other cell at the aliasing bandwidth; generating (S114) corresponding frequency-domain data locally according to all possible special pilot sequences in a system; generating (S116) corresponding time-domain data according to the locally generated frequency-domain data and the parsed frequency-domain data; and determining (S118) an interference source cell according to the time-domain data produced. setting (S102) an aliasing bandwidth B Inv of the entire system; taking (S104) the aliasing bandwidth B Inv as a basic unit, and setting the pilot sequence of each cell in the system; generating (S106) time-domain data according to the pilot sequence of each cell; adding (S108) a cyclic prefix CP to the time-domain data generated for each cell to generate specific data, and transmitting the specific data; receiving (S110) specific data generated based on a pilot sequence and transmitted by other cells; parsing (S112) the specific data to produce corresponding frequency-domain data of each other cell at the aliasing bandwidth; generating (S114) corresponding frequency-domain data locally according to all possible special pilot sequences in a system; generating (S116) corresponding time-domain data according to the locally generated frequency-domain data and the parsed frequency-domain data; and determining (S118) an interference source cell according to the time-domain data produced.
A processor comprising: a hierarchy of cache levels (810-812) for caching data including at least a level 1 'L1' cache ; a decoder to decode a cache occupancy instruction; cache occupancy determination logic to determine whether data associated with one or more subsequent operations is stored in one of the cache levels, wherein the cache occupancy determination logic comprises execution logic to execute the cache occupancy instruction to read one or more addresses associated with the data for the one or more subsequent operations and use the addresses to determine whether the data is stored in one of the cache levels; and scheduling logic to schedule execution of the subsequent operations based on the determination of whether data associated with the subsequent operations is stored in the cache levels. a hierarchy of cache levels (810-812) for caching data including at least a level 1 'L1' cache ; a decoder to decode a cache occupancy instruction; cache occupancy determination logic to determine whether data associated with one or more subsequent operations is stored in one of the cache levels, wherein the cache occupancy determination logic comprises execution logic to execute the cache occupancy instruction to read one or more addresses associated with the data for the one or more subsequent operations and use the addresses to determine whether the data is stored in one of the cache levels; and scheduling logic to schedule execution of the subsequent operations based on the determination of whether data associated with the subsequent operations is stored in the cache levels.
An epicyclic pedalling apparatus comprising: a first epicyclic arm comprising a first pedal crank arm connection for coupling a first pedal crank arm to the first epicyclic arm to enable pedalling of said first pedal crank arm about a first spindle axis; and a second epicyclic arm comprising a second pedal crank arm connection for coupling a second pedal crank arm to the second epicyclic arm to enable pedalling of said second pedal crank arm about a second spindle axis; wherein the apparatus is arranged to enable: (i) the first epicyclic arm to rotate to move the first spindle axis, and (ii) the second epicyclic arm to rotate to move the second spindle axis; and wherein the first and second spindle axes are coaxial, and wherein each of the first and second epicyclic arms is configured to rotate about a central axis to provide said respective movement of the coaxial first and second spindle axes. a first epicyclic arm comprising a first pedal crank arm connection for coupling a first pedal crank arm to the first epicyclic arm to enable pedalling of said first pedal crank arm about a first spindle axis; and a second epicyclic arm comprising a second pedal crank arm connection for coupling a second pedal crank arm to the second epicyclic arm to enable pedalling of said second pedal crank arm about a second spindle axis; wherein the apparatus is arranged to enable: (i) the first epicyclic arm to rotate to move the first spindle axis, and (ii) the second epicyclic arm to rotate to move the second spindle axis; and wherein the first and second spindle axes are coaxial, and wherein each of the first and second epicyclic arms is configured to rotate about a central axis to provide said respective movement of the coaxial first and second spindle axes.
A building space divider system for providing one or more rooms in a building space, said building space divider system comprising floor beams, at least two framework beams (7, 7', 7", 7"'), ceiling support beams , corner beams , coupling strips and wall panels , said beams forming a room framework, wherein said framework beams (7, 7", 7"') extend in a longitudinal direction, have a cross section having a coupling end having a first width (W1) and an opposite wall panel end having a second width (W2), said second width (W2) larger than said first width (W1), and said framework beams (7, 7", 7"') comprising longitudinal beam coupling parts , characterized in that said at least two framework beams (7, 7', 7", 7"') are back-to-back coupled via said coupling strips that are at both opposite sides of said coupling end with said first width W1, each coupling strip comprising two strip parts each having a beam coupling end extending along a longitudinal side of the strip part for coupling to said beam coupling part of said framework beam (7, 7", 7"'), and a strip coupling end extending along an opposite longitudinal side of said strip part for coupling two strip parts together for forming said coupling strip .
An engineered stone, comprising a light transmitting mother material (I) and a phosphorescent chip (II), wherein the light transmitting mother material (I) includes ≥ 7 wt% to ≤ 12 wt% of an unsaturated polyester resin (A) and ≥ 88 wt% to ≤ 93 wt% of a silica-containing compound (B) based on a total amount of the light transmitting mother material (I), the light transmitting mother material (I) further includes ≥ 0.01 part by weight to ≤ 1 part by weight of an organic/inorganic pigment (C) based on 100 parts by weight of the unsaturated polyester resin (A), the phosphorescent chip (II) includes ≥ 8 wt% to ≤ 15 wt% of an unsaturated polyester resin (A), ≥ 85 wt% to ≤ 92 wt% of a silica-containing compound (B'), and a phosphorescent pigment (D) based on a total amount of the phosphorescent chip (II), the phosphorescent pigment (D) is included in an amount of ≥ 2 parts by weight to ≤ 5 parts by weight based on 100 parts by weight of the unsaturated polyester resin (A), and the silica-containing compound (B') includes ≥ 20 wt% to ≤ 30 wt% of a silica powder (b1) based on a total amount of the phosphorescent chip (II), wherein an average particle diameter of the silica powder (b1) is greater than 0 μm and less than or equal to 45 μm, wherein the light transmitting mother material (I) is included in an amount of ≥ 70 wt% to ≤ 95 wt% and the phosphorescent chip (II) is included in an amount of ≥ 5 wt% to ≤ 30 wt% based on the total amount of the engineered stone.
An electrical installation box for surface mounting, wherein an installation space of the electrical installation box is delimited by a base and a wall projecting from the base , the wall having at least one aperture closed by means of a removable insert , characterized in in that the insert has a printed circuit board with an electrical component or a directly wired electrical component , wherein at least one electrical conductor is led from the printed circuit board or from the directly wired electrical component into the installation space .
Apparatus for determining respiratory information about a user , the apparatus comprising: a. a plurality of temperature sensors , each temperature sensor having a field of view (11a, 11b, 11c 11d), the temperature sensors being arranged to detect a temperature gradient within a volume of interest and each providing an output signal; b. a support frame comprising a head on which said temperature sensors are mounted, the support frame and temperature sensors making no contact, in use, with the user ; and c. a processor for processing one or more of said output signals to determine said respiratory information about the user . a. a plurality of temperature sensors , each temperature sensor having a field of view (11a, 11b, 11c 11d), the temperature sensors being arranged to detect a temperature gradient within a volume of interest and each providing an output signal; b. a support frame comprising a head on which said temperature sensors are mounted, the support frame and temperature sensors making no contact, in use, with the user ; and c. a processor for processing one or more of said output signals to determine said respiratory information about the user .
An anti-neuropilin-1 antibody or antigen-binding fragment thereof that inhibits the interaction between (i) a class IV transmembrane semaphorin expressed on a cell and (ii) neuropilin-1 on a regulatory T cell, for use in a method of treating cancer in a subject.