mhurhangee/ep-ind-claims huggingface dataset:
A method for reference signal evaluation, comprising: a user equipment, UE, (102, 200), measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station (110, 130, 200) at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterized by: determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period. a user equipment, UE, (102, 200), measuring a Radio Link Monitoring Reference Signals, RLM-RS, resource sample from a base station (110, 130, 200) at each of a plurality of RLM-RS resources on an unlicensed band during an evaluation period; the method is characterized by: determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period. determining a number of missing RLM-RS resource samples during the evaluation period; evaluating an in-sync condition; and determining whether to provide an in-sync indication by layer 1 based on the number of missing RLM-RS resource samples during the evaluation period.
A transmission method performed by a network device, wherein the method comprises: transmitting (201, 401, 601, 801, 1001, 1201) to a terminal a plurality of pieces of resource information for configured grant scheduling or random access; receiving data from the terminal according to at least one of the plurality of pieces of resource information, wherein the at least one of the plurality of pieces of resource information is selected by a terminal according to a channel quality or a service characteristic of the terminal for sending data to the network device, wherein the plurality of pieces of resource information is configured for a same configured grant scheduling or a same random access. transmitting (201, 401, 601, 801, 1001, 1201) to a terminal a plurality of pieces of resource information for configured grant scheduling or random access; receiving data from the terminal according to at least one of the plurality of pieces of resource information, wherein the at least one of the plurality of pieces of resource information is selected by a terminal according to a channel quality or a service characteristic of the terminal for sending data to the network device, wherein the plurality of pieces of resource information is configured for a same configured grant scheduling or a same random access.
A computer-implemented method for identifying a source of a suspect event, comprising: registering system events in a database (110, 110-a); detecting a suspicious event associated with a first process; querying a list of potential puppet processes to determine whether the first process is on the list; and upon identifying the first process on the list of potential puppet processes, querying the registered system events to determine whether the registered system events indicate a second process as launching the first process, wherein at least one of determining the second process launches the first process and determining the first process is on the list of potential puppet processes indicates the second process as potential malware. registering system events in a database (110, 110-a); detecting a suspicious event associated with a first process; querying a list of potential puppet processes to determine whether the first process is on the list; and upon identifying the first process on the list of potential puppet processes, querying the registered system events to determine whether the registered system events indicate a second process as launching the first process, wherein at least one of determining the second process launches the first process and determining the first process is on the list of potential puppet processes indicates the second process as potential malware.
A miniature camera comprising at least one SMA actuator wire arranged to effect focus, zoom or optical image stabilization of the miniature camera, characterised in that the at least one SMA actuator wire is coated with an electrically insulating layer of thickness in the range from 0.3μm to 10μm such that the rate of cooling of the at least one SMA actuator wire is not reduced compared to the electrically insulating layer not being provided.
A method of wireless communication, implemented by a user equipment, using a TD-LTE frame structure, comprising: communicating with a base station using the TD-LTE frame structure with an extended special subframe; alternating between different uplink/downlink subframe configurations using a first extended special subframe and a second extended special subframe, which are formed by disabling an uplink pilot time slot and one or more adjacent uplink subframes, by dynamically switching between said different uplink/downlink configurations; wherein communicating with the base station comprises using the first extended special subframe or the second extended special subframe based on a position of the user equipment, UE with respect to the base station; wherein a length of the first extended special subframe is less than the length of the second extended special subframe. communicating with a base station using the TD-LTE frame structure with an extended special subframe; alternating between different uplink/downlink subframe configurations using a first extended special subframe and a second extended special subframe, which are formed by disabling an uplink pilot time slot and one or more adjacent uplink subframes, by dynamically switching between said different uplink/downlink configurations; wherein communicating with the base station comprises using the first extended special subframe or the second extended special subframe based on a position of the user equipment, UE with respect to the base station; wherein a length of the first extended special subframe is less than the length of the second extended special subframe.
Device for processing a torque demand for a drive machine and for reducing drive train shocks; which is arranged to: receive at its input at least one torque demand (8a, 9a) and at least one identifier (8b, 9b) for identifying a source of the torque demand; and to select one of predetermined signal processing alternatives depending on the at least one identifier (8b, 9b) and to apply the same to the at least one received torque demand (8a, 9a) to produce at least one processed torque demand (11, 12), wherein the predetermined signal processing alternatives differ by a time delay with which the at least one processed torque demand (11, 12) is output. receive at its input at least one torque demand (8a, 9a) and at least one identifier (8b, 9b) for identifying a source of the torque demand; and to select one of predetermined signal processing alternatives depending on the at least one identifier (8b, 9b) and to apply the same to the at least one received torque demand (8a, 9a) to produce at least one processed torque demand (11, 12), wherein the predetermined signal processing alternatives differ by a time delay with which the at least one processed torque demand (11, 12) is output.
A hydraulic circuit for a construction machine, comprising: a remote control valve; a control valve of a hydraulic pilot type with a spool for performing a stroke action by pilot pressure from said remote control valve; a hydraulic actuator whose action is controlled by said control valve; and a throttle path for returning a part of pilot oil to a tank while throttling, said throttle path being provided in a pilot line for transmitting the pilot pressure from said remote control valve to said control valve, wherein said throttle path has a variable opening area and is adapted to be closed when a spool stroke of said control valve is less than a specified stroke and be opened from a point when said spool stroke reaches said specific stroke, said specific stroke being in the vicinity of a stroke where said hydraulic actuator starts moving, characterized in that said throttle path is adapted to be opened only within a section from start of movement of the hydraulic actuator to right before the spool of said control valve reaches a stroke end. a remote control valve; a control valve of a hydraulic pilot type with a spool for performing a stroke action by pilot pressure from said remote control valve; a hydraulic actuator whose action is controlled by said control valve; and a throttle path for returning a part of pilot oil to a tank while throttling, said throttle path being provided in a pilot line for transmitting the pilot pressure from said remote control valve to said control valve, wherein said throttle path has a variable opening area and is adapted to be closed when a spool stroke of said control valve is less than a specified stroke and be opened from a point when said spool stroke reaches said specific stroke, said specific stroke being in the vicinity of a stroke where said hydraulic actuator starts moving, said throttle path is adapted to be opened only within a section from start of movement of the hydraulic actuator to right before the spool of said control valve reaches a stroke end.
A combination of one or more gas sparger for at least an immersed membrane module and one or more immersed membrane modules, the gas sparger comprising: a) an elongated housing having walls extending downwards from an upper part of the housing, the housing defining a plenum with an open bottom; and comprising: b) a plurality of gas discharge conduits located within and spaced along the length of the housing, each having a first opening and a second opening and defining a closed channel; the first opening being in communication with an area inside and near the top of the housing, and the second opening through an upper part of the housing being open to the outside of the housing, at least a portion of the conduit extends downwards between the first opening and the second opening, and another portion of conduit extends upwards again before reaching the second opening, so that gas leaving the housing through the conduit must pass through a low point in the conduit between the first opening and the second opening. a) an elongated housing having walls extending downwards from an upper part of the housing, the housing defining a plenum with an open bottom; and comprising: b) a plurality of gas discharge conduits located within and spaced along the length of the housing, each having a first opening and a second opening and defining a closed channel;
A shoe sole (3a, 5a, 3b, 51b, 52b) comprising: a rubber component containing at least one of a natural rubber and an isoprene rubber; a crosslinked ethylene-based polymer; and 1,2-polybutadiene, wherein the content of the 1,2-polybutadiene is 3 to 60 parts by mass with respect to 100 parts by mass of the rubber component, and wherein the ethylene-based polymer has been added as a crosslinked ethylene-based polymer. a rubber component containing at least one of a natural rubber and an isoprene rubber; a crosslinked ethylene-based polymer; and 1,2-polybutadiene, wherein the content of the 1,2-polybutadiene is 3 to 60 parts by mass with respect to 100 parts by mass of the rubber component, and wherein the ethylene-based polymer has been added as a crosslinked ethylene-based polymer.
A male member of a snap fastener, comprising: an engagement protruding portion that cooperates with an eyelet of a female member of the snap fastener; and a cover that at least partially covers the engagement protruding portion on a side facing the female member when the male member is engaged with the female member, wherein the male member of the snap fastener is made of at least a plastic material and a metallic material, characterized in that the male member is made of at least two portions in which a first portion is made of a plastic material and a second portion as the cover is made of a metallic material, and wherein a holding unit that holds the male member on a support abuts against the cover on the side facing the female member when the male member is engaged with the female member. an engagement protruding portion that cooperates with an eyelet of a female member of the snap fastener; and a cover that at least partially covers the engagement protruding portion on a side facing the female member when the male member is engaged with the female member, wherein the male member of the snap fastener is made of at least a plastic material and a metallic material, characterized in that the male member is made of at least two portions in which a first portion is made of a plastic material and a second portion as the cover is made of a metallic material, and wherein a holding unit that holds the male member on a support abuts against the cover on the side facing the female member when the male member is engaged with the female member.
A transport carriage for transporting a patient support surface and/or an operating table column of an operating table, having a chassis (102, 502) that is connectable to the patient support surface (304, 704) and/or to the operating table column (302, 702) of the operating table (300, 700), and having a first longitudinal beam (104, 504) and a second longitudinal beam (106, 506) situated at a distance therefrom, wherein the first and the second longitudinal beams form a fork-shaped opening (150, 550), and wherein at least one swivel caster (110 through 116; 510 through 516) that is pivotable about a swivel axis is situated in each case on the longitudinal beams (104, 106, 504, 506) that form the fork-shaped opening (150, 550), characterized in that the transport carriage (100, 500) has at least one limiting unit (158, 160, 558, 560) for limiting the swivel motion of at least one of the swivel casters (110, 114, 510, 514) about its swivel axis, and the limiting unit (158, 160, 558, 560) in a deactivated first operating state does not limit the swivel motion of the at least one swivel caster (110, 114, 510, 514), and the limiting unit (158, 160, 558, 560) in an activated second operating state limits the swivel motion of the swivel caster.
Treatment process for a zirconium alloy intended to be used in a nuclear reactor, characterized in that it comprises the following steps: - a zirconium alloy ingot is prepared, the composition of which is in weight% or weight ppm: * 0.40% ≤ Nb ≤ 1.05%; * traces ≤ Sn ≤ 2%; * (0.5 Nb - 0.25)% ≤ Fe ≤ 0.50%; * traces ≤ Ni ≤ 0.10%; * traces ≤ (Cr + V)% ≤ 0.50%; * traces ≤ S ≤ 35 ppm; * 600 ppm ≤ O ≤ 2000 ppm, preferably 1200 ppm ≤ O ≤ 1600 ppm; * traces ≤ Si ≤ 120 ppm; * traces ≤ C ≤ 150 ppm; and * If 0.50% ≤ Nb ≤ 1.05%, then (Cr + V)% ≤ (0.2 + 3/4Fe - 1/4Nb)%; the remaining being Zr and unavoidable impurities; - the ingot undergoes at least one reheating and hot shaping step, and possibly a reheating and quenching step following a hot shaping step; - optionally the hot-shaped ingot undergoes an annealing; - the hot-shaped and possibly annealed ingot undergoes at least one cycle of cold rolling-annealing steps, the last annealing being a final annealing step which gives the product its final stress-relieved, partially recrystallized or completely recrystallized condition; - the annealing of at least one of the cold rolling-annealing steps being performed at a temperature comprised between 600°C and the lowest of either 700°C or (710 - 20 x Nb%)°C, and the annealings of the other cold rolling-annealing steps, if any, being performed at a temperature not higher than 600°C. - a zirconium alloy ingot is prepared, the composition of which is in weight% or weight ppm: * 0.40% ≤ Nb ≤ 1.05%; * traces ≤ Sn ≤ 2%; * (0.5 Nb - 0.25)% ≤ Fe ≤ 0.50%; * traces ≤ Ni ≤ 0.10%; * traces ≤ (Cr + V)% ≤ 0.50%; * traces ≤ S ≤ 35 ppm; * 600 ppm ≤ O ≤ 2000 ppm, preferably 1200 ppm ≤ O ≤ 1600 ppm; * traces ≤ Si ≤ 120 ppm; * traces ≤ C ≤ 150 ppm; and * If 0.50% ≤ Nb ≤ 1.05%, then (Cr + V)% ≤ (0.2 + 3/4Fe - 1/4Nb)%; the remaining being Zr and unavoidable impurities; * 0.40% ≤ Nb ≤ 1.05%; * traces ≤ Sn ≤ 2%; * (0.5 Nb - 0.25)% ≤ Fe ≤ 0.50%; * traces ≤ Ni ≤ 0.10%; * traces ≤ (Cr + V)% ≤ 0.50%; * traces ≤ S ≤ 35 ppm; * 600 ppm ≤ O ≤ 2000 ppm, preferably 1200 ppm ≤ O ≤ 1600 ppm; * traces ≤ Si ≤ 120 ppm; * traces ≤ C ≤ 150 ppm; and * If 0.50% ≤ Nb ≤ 1.05%, then (Cr + V)% ≤ (0.2 + 3/4Fe - 1/4Nb)%; the remaining being Zr and unavoidable impurities; - the ingot undergoes at least one reheating and hot shaping step, and possibly a reheating and quenching step following a hot shaping step; - optionally the hot-shaped ingot undergoes an annealing; - the hot-shaped and possibly annealed ingot undergoes at least one cycle of cold rolling-annealing steps, the last annealing being a final annealing step which gives the product its final stress-relieved, partially recrystallized or completely recrystallized condition; - the annealing of at least one of the cold rolling-annealing steps being performed at a temperature comprised between 600°C and the lowest of either 700°C or (710 - 20 x Nb%)°C, and the annealings of the other cold rolling-annealing steps, if any, being performed at a temperature not higher than 600°C.
A method comprising: receiving an instruction at a blockchain server from a first digital rights management, DRM, client, the instruction comprising an instruction to transfer a DRM license to an encrypted content item to a second DRM client; creating a block to be recorded in a blockchain, the block comprising: a content item ID of the encrypted content item; one of a device ID of a device comprising the second DRM client or a user ID of a user of the second DRM client; DRM license information for the DRM license; and a portion of a DRM decryption key for decrypting the encrypted content item; recording the block in the blockchain; synchronizing the blockchain with a plurality of blockchain servers, wherein synchronizing the blockchain comprises providing different portions of the DRM decryption key to each of the plurality of blockchain servers; and sending a confirmation message to the second DRM client confirming that the block was written to the blockchain. receiving an instruction at a blockchain server from a first digital rights management, DRM, client, the instruction comprising an instruction to transfer a DRM license to an encrypted content item to a second DRM client; creating a block to be recorded in a blockchain, the block comprising: a content item ID of the encrypted content item; one of a device ID of a device comprising the second DRM client or a user ID of a user of the second DRM client; DRM license information for the DRM license; and a portion of a DRM decryption key for decrypting the encrypted content item; a content item ID of the encrypted content item; one of a device ID of a device comprising the second DRM client or a user ID of a user of the second DRM client; DRM license information for the DRM license; and a portion of a DRM decryption key for decrypting the encrypted content item; recording the block in the blockchain; synchronizing the blockchain with a plurality of blockchain servers, wherein synchronizing the blockchain comprises providing different portions of the DRM decryption key to each of the plurality of blockchain servers; and sending a confirmation message to the second DRM client confirming that the block was written to the blockchain.
A lens optical system comprising: a plastic lens; and a lens restraining member (30, 34) for mechanically restraining a thermal expansion of the plastic lens to control a variation of a curvature of the lens due to a temperature change so as to suppress a variation of a focal length of the plastic lens due to a temperature change, characterized in that the lens restraining member (30, 34) is a metal plate to which the plastic lens is molded or adhered and in which a light transmitting hole for an optical path is formed. a plastic lens; and a lens restraining member (30, 34) for mechanically restraining a thermal expansion of the plastic lens to control a variation of a curvature of the lens due to a temperature change so as to suppress a variation of a focal length of the plastic lens due to a temperature change, characterized in that the lens restraining member (30, 34) is a metal plate to which the plastic lens is molded or adhered and in which a light transmitting hole for an optical path is formed.
An automated guided robot for environmental sanitation, comprising an automated guided vehicle with a motorised trolley to move around in an environment to be sanitised; the robot further comprises an ultraviolet radiation device comprising at least one ultraviolet radiation generator mounted on the trolley to radiate an ultraviolet radiation beam in an radiation direction mainly directed laterally with respect to the trolley; the radiation direction of the ultraviolet radiation is adjustable to vary a radiated area of the environment; the ultraviolet radiation generator comprises at least one ultraviolet radiation generator tube and a reflector associated with the ultraviolet radiation generator tube and is at least partially movable to vary a radiation direction of the ultraviolet radiation generator tube; characterised in that the reflector is concave-shaped and comprises one or more stationary reflecting walls mounted stationary relatively to the ultraviolet radiation generator tube, and at least one movable reflecting wall mounted to move relatively to the stationary reflecting wall(s).
A composition comprising a therapeutically effective amount of a fowl eggshell membrane in combination with hyaluronic acid having a molecular weight between 0.5 and 100 kilodaltons (kDa) and astaxanthin in an oral dosage form for use in the treatment of joint pain in an individual.
An air duct system, comprising: an air duct (18, 18a, 18b) having a tubular shape and having a longitudinal axis along a longitudinal direction; and a framework (30, 30a, 30b) disposed inside and coupled to the air duct (18, 18a, 18b), characterized by the framework (30, 30a, 30b) comprising a material of less flexibility than that of the air duct (18, 18a, 18b) and being configured such that the air duct (18, 18a, 18b) being held in tension in the longitudinal direction by virtue of the framework (30, 30a, 30b) being held in compression in the longitudinal direction. an air duct (18, 18a, 18b) having a tubular shape and having a longitudinal axis along a longitudinal direction; and a framework (30, 30a, 30b) disposed inside and coupled to the air duct (18, 18a, 18b), characterized by the framework (30, 30a, 30b) comprising a material of less flexibility than that of the air duct (18, 18a, 18b) and being configured such that the air duct (18, 18a, 18b) being held in tension in the longitudinal direction by virtue of the framework (30, 30a, 30b) being held in compression in the longitudinal direction.
A method performed in a network setup, the network setup comprising a client entity and a network for handling a data flow to the client entity, for estimating a screen rendering time of content at the client entity, the method including the steps of: - observing the data flow to the client entity; - estimating a screen area at the client entity based on the observed data flow; - determining, from the data flow, content data associated with rendering content in the screen area; - extracting at least data items from the determined content data; and - estimating, as the screen rendering time, the time required to render the content in the screen area at the client entity based on the extracted data items. - observing the data flow to the client entity; - estimating a screen area at the client entity based on the observed data flow; - determining, from the data flow, content data associated with rendering content in the screen area; - extracting at least data items from the determined content data; and - estimating, as the screen rendering time, the time required to render the content in the screen area at the client entity based on the extracted data items.