mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for use in ef a user equipment , the apparatus comprising means for: sending a measurement report from the user equipment to a serving base station in a serving cell of the communication system, wherein the measurement report comprises one or more signal measurements obtained by the user equipment for one or more other base stations in the communication system; said apparatus being characterized by further comprising means for: receiving a base station removal list from the serving base station which lists any base stations obtained from the measurement report and that failed an inter base station set-up procedure and are thus potentially false base stations ; the failed set-up procedure being a procedure in which the serving base station tried to set up an inter base station link to said any base station and failed; and removing any base stations in the base station removal list from consideration as a target base station for a handover procedure. sending a measurement report from the user equipment to a serving base station in a serving cell of the communication system, wherein the measurement report comprises one or more signal measurements obtained by the user equipment for one or more other base stations in the communication system; said apparatus being characterized by further comprising means for: receiving a base station removal list from the serving base station which lists any base stations obtained from the measurement report and that failed an inter base station set-up procedure and are thus potentially false base stations ; the failed set-up procedure being a procedure in which the serving base station tried to set up an inter base station link to said any base station and failed; and removing any base stations in the base station removal list from consideration as a target base station for a handover procedure. receiving a base station removal list from the serving base station which lists any base stations obtained from the measurement report and that failed an inter base station set-up procedure and are thus potentially false base stations ; the failed set-up procedure being a procedure in which the serving base station tried to set up an inter base station link to said any base station and failed; and removing any base stations in the base station removal list from consideration as a target base station for a handover procedure.
A device for disinfecting a needleless connector , the device comprising: a housing containing a UV light source , the UV light source being operably connected to a power source , the housing further comprising a receptacle through which the UV light source extends; and a shield forming an inner reflection chamber , the shield having a proximal portion forming a proximal opening , the proximal portion being configured to insert into the receptacle of the housing to secure the shield to the housing , the proximal opening being configured to allow the UV light source to extend into the proximal portion of the shield when the proximal portion is inserted into the receptacle the shield further including a distal opening sized and configured to compatibly receive a portion of a needleless connector , wherein when the needleless connector is inserted into the distal opening , the distal opening conforms about the needleless connector characterized in that the shield is removably coupled to the receptacle of the housing . a housing containing a UV light source , the UV light source being operably connected to a power source , the housing further comprising a receptacle through which the UV light source extends; and a shield forming an inner reflection chamber , the shield having a proximal portion forming a proximal opening , the proximal portion being configured to insert into the receptacle of the housing to secure the shield to the housing , the proximal opening being configured to allow the UV light source to extend into the proximal portion of the shield when the proximal portion is inserted into the receptacle the shield further including a distal opening sized and configured to compatibly receive a portion of a needleless connector , wherein when the needleless connector is inserted into the distal opening , the distal opening conforms about the needleless connector characterized in that the shield is removably coupled to the receptacle of the housing .
A receiver for receiving a broadcast signal comprising: a demodulation module configured to perform Orthogonal Frequency Division Multiplexing, OFDM, demodulation on the broadcast signal; a frame parsing module configured to parse a signal frame of the broadcast signal; a demapping & decoding module configured Forward Error Correction, FEC, decode data of the signal frame; and an output processing module configured to generate a data stream, wherein the signal frame comprises a bootstrap, a preamble and at least one subframe, wherein the at least one subframe includes at least one subframe boundary symbol, and the subframe boundary symbol has a greater Scattered Pilot, SP, density than data symbols of the subframe, and wherein at least one of a last symbol of an immediately preceding subframe or a first symbol of an immediately following subframe is the subframe boundary symbol for contiguous subframes when the signal frame comprises a plurality of subframes and Fast Fourier Transform, FFT, sizes of the contiguous subframes are different to each other. a demodulation module configured to perform Orthogonal Frequency Division Multiplexing, OFDM, demodulation on the broadcast signal; a frame parsing module configured to parse a signal frame of the broadcast signal; a demapping & decoding module configured Forward Error Correction, FEC, decode data of the signal frame; and an output processing module configured to generate a data stream, wherein the signal frame comprises a bootstrap, a preamble and at least one subframe, wherein the at least one subframe includes at least one subframe boundary symbol, and the subframe boundary symbol has a greater Scattered Pilot, SP, density than data symbols of the subframe, and wherein at least one of a last symbol of an immediately preceding subframe or a first symbol of an immediately following subframe is the subframe boundary symbol for contiguous subframes when the signal frame comprises a plurality of subframes and Fast Fourier Transform, FFT, sizes of the contiguous subframes are different to each other.
A loading/unloading method for a gas turbine (GT) system , the gas turbine system including a compressor feeding air to a combustion section that is coupled to a turbine , the combustion system including a plurality of combustors , each combustor including a primary combustion stage including a first plurality of fuel nozzles and a secondary combustion stage downstream from the primary combustion stage , the secondary combustion stage including a second plurality of fuel nozzles , the method comprising during unloading or loading of the GT system : progressing through each of a plurality of progressive combustion modes that sequentially activate a higher number of the second plurality of fuel nozzles than a preceding combustion mode during loading and that sequentially activate a lower number of the second plurality of fuel nozzles than a preceding combustion mode during unloading, and during each combustion mode regardless of whether loading or unloading, controlling a primary combustion stage exit temperature (PCSET) of a combustion gas flow to be within a predefined target range corresponding to the respective combustion mode. progressing through each of a plurality of progressive combustion modes that sequentially activate a higher number of the second plurality of fuel nozzles than a preceding combustion mode during loading and that sequentially activate a lower number of the second plurality of fuel nozzles than a preceding combustion mode during unloading, and during each combustion mode regardless of whether loading or unloading, controlling a primary combustion stage exit temperature (PCSET) of a combustion gas flow to be within a predefined target range corresponding to the respective combustion mode.
A print system adapted to be driven by a plurality of power sources , the print system comprising: a head adapted to perform printing on a medium; a conveyance motor adapted to generate motive power to convey the medium; a first connector adapted to connect a first power source ; a second connector adapted to connect a second power source ; and a power supply circuit adapted to supply power to the head and to the conveyance motor , characterized in that when the first power source is connected to the first connector and the second power source is connected to the second connector , the power supply circuit simultaneously supplies at least some of a first power to the head and at least some of a second power to the conveyance motor , the first power being a power of the first power source , and the second power being a power of the second power source . a head adapted to perform printing on a medium; a conveyance motor adapted to generate motive power to convey the medium; a first connector adapted to connect a first power source ; a second connector adapted to connect a second power source ; and a power supply circuit adapted to supply power to the head and to the conveyance motor , characterized in that when the first power source is connected to the first connector and the second power source is connected to the second connector , the power supply circuit simultaneously supplies at least some of a first power to the head and at least some of a second power to the conveyance motor , the first power being a power of the first power source , and the second power being a power of the second power source .
A distribution box for cables , the distribution box comprising a plurality of modules arranged in a stacked relationship along a longitudinal direction (X-X), the plurality of modules comprising: - a base module having an inlet port for receiving one or more cables , wherein the base module has a lower portion and wherein the inlet port is formed in the lower portion of the base module , - a cap module , wherein the cap module is arranged at the opposite side of the base module and has an upper portion , - one or more distribution modules arranged between the base module and the cap module , each distribution module having one or more outlet ports , - attachment members being formed on each module for attaching longitudinally and rotationally the stacked modules and comprising one or more seats and one or more protrusions configured to engage and fit in a respective seat for attaching longitudinally and rotationally the stacked modules , - a retaining element being provided and configured to act on the base module and the cap module to mutually urge the stacked modules along the longitudinal direction (X-X), said retaining element extending between a lower portion and an upper portion along the longitudinal direction (X-X) and acting on the lower portion of the base module and on the upper portion of the cap module , wherein each protrusion is elastically deformable along a direction transversal to the longitudinal direction (X-X) for locking and/or unlocking inside a respective seat and wherein the retaining element comprises lower retention members and upper retention members cooperating with the lower retention members and upper retention members formed respectively on the lower portion of the base module and the upper portion of the cap module . - a base module having an inlet port for receiving one or more cables , wherein the base module has a lower portion and wherein the inlet port is formed in the lower portion of the base module , - a cap module , wherein the cap module is arranged at the opposite side of the base module and has an upper portion , - one or more distribution modules arranged between the base module and the cap module , each distribution module having one or more outlet ports , - attachment members being formed on each module for attaching longitudinally and rotationally the stacked modules and comprising one or more seats and one or more protrusions configured to engage and fit in a respective seat for attaching longitudinally and rotationally the stacked modules , - a retaining element being provided and configured to act on the base module and the cap module to mutually urge the stacked modules along the longitudinal direction (X-X), said retaining element extending between a lower portion and an upper portion along the longitudinal direction (X-X) and acting on the lower portion of the base module and on the upper portion of the cap module ,
An authentication method for authenticating a client with a service over a network of peers (16a-16e), the method comprising: - storing encrypted enrolled authentication data for the client as a reference sample in an authentication of the client with the service , wherein the encrypted enrolled authentication data is enrolled as part of an enrollment process of the client , in a storage that is accessible by means of an access privilege derived from a consensus of the network of peers (16a-16e); - storing a decryption clue for the encrypted enrolled authentication data in a client data block chain ; - receiving, by the network , authentication information from the client ; - generating, by a server and/or at least one peer (16a-16e) of the network connected to the client , a decryption key according to a contract executed by the server and/or the at least one peer (16a-16e) of the network , respectively, and involving the decryption clue stored in the client data block chain ; - receiving, by the network , the encrypted enrolled authentication data from the storage ; - decrypting, by the network , the encrypted enrolled authentication data using the decryption key to obtain decrypted enrolled authentication data; - comparing, by the network , the decrypted enrolled authentication data with the authentication information received from the client for obtaining a match score based on a consensus of the peers (16a-16e) of the network ; and - storing the match score and a hash of a client identifier in a service data block chain. - storing encrypted enrolled authentication data for the client as a reference sample in an authentication of the client with the service , wherein the encrypted enrolled authentication data is enrolled as part of an enrollment process of the client , in a storage that is accessible by means of an access privilege derived from a consensus of the network of peers (16a-16e); - storing a decryption clue for the encrypted enrolled authentication data in a client data block chain ; - receiving, by the network , authentication information from the client ; - generating, by a server and/or at least one peer (16a-16e) of the network connected to the client , a decryption key according to a contract executed by the server and/or the at least one peer (16a-16e) of the network , respectively, and involving the decryption clue stored in the client data block chain ; - receiving, by the network , the encrypted enrolled authentication data from the storage ; - decrypting, by the network , the encrypted enrolled authentication data using the decryption key to obtain decrypted enrolled authentication data; - comparing, by the network , the decrypted enrolled authentication data with the authentication information received from the client for obtaining a match score based on a consensus of the peers (16a-16e) of the network ; and - storing the match score and a hash of a client identifier in a service data block chain.
Method for operating a transmission system having a first network and at least one further network , wherein data are interchanged between these at least two networks by supplying data from the first network as data packets to duplication means , wherein the supplied data packets are wirelessly transmitted by means of a parallel redundancy protocol to separating means via at least two transmission paths and are forwarded from the separating means to the connected further network as a data stream, characterized in that the data packets are buffered in a memory after being transmitted via the at least two transmission paths , wherein, if at least one data packet has been lost on one transmission path , at least one corresponding data packet, which has been transmitted in an error-free manner on the at least one further transmission path and has been buffered, replaces this at least one last data packet in the data stream to be forwarded, and wherein, if at least one data packet has not arrived in the correct order on one transmission path , either this at least one data packet transmitted in the wrong order is deleted or is replaced with at least one corresponding data packet, which has been transmitted on the at least one further transmission pan and has been buffered, at the correct position in the data stream to be forwarded or is replaced at the correct position in the data stream to be forwarded with a time delay after buffering.
A user equipment, UE, comprising: a processor and a non-transitory computer-readable medium storing programming for execution by the processor, the programming comprising the following instructions for performing a method for transmitting channel state information: • selecting (step 206) a first group of beams from a codebook of beams, the first group of beams having a predefined sequence; and • transmitting (step 210) a first group index to a base station, BS, the first group index uniquely identifying the first group of beams selected from the codebook of beams, a first number of bits representing the first group of beams being equal to ceiling log 2 N M , N being a number of codewords in the codebook of beams and M being a number of beams in the first group of beams. • selecting (step 206) a first group of beams from a codebook of beams, the first group of beams having a predefined sequence; and • transmitting (step 210) a first group index to a base station, BS, the first group index uniquely identifying the first group of beams selected from the codebook of beams, a first number of bits representing the first group of beams being equal to ceiling log 2 N M , N being a number of codewords in the codebook of beams and M being a number of beams in the first group of beams.
A child-proof cap comprising: a lid ; and a lid base having an inner annular wall defining an opening , a base skirt extending around at least a portion of the inner annular wall , and a moveable locking member having a bottom portion affixed to the lid base and a top portion with a lip extending above the annular wall for securing the lid to the lid base ; wherein the lid is in a closed position when the lid and lid base are mated and the moveable locking member lip is engaged with and above at least a portion of the lid ; and the top portion of the moveable locking member being displaceable outwardly away from the lid to disengage the lip from the lid thereby allowing the lid to be opened. a lid ; and a lid base having an inner annular wall defining an opening , a base skirt extending around at least a portion of the inner annular wall , and a moveable locking member having a bottom portion affixed to the lid base and a top portion with a lip extending above the annular wall for securing the lid to the lid base ; wherein the lid is in a closed position when the lid and lid base are mated and the moveable locking member lip is engaged with and above at least a portion of the lid ; and the top portion of the moveable locking member being displaceable outwardly away from the lid to disengage the lip from the lid thereby allowing the lid to be opened.
A differential apparatus comprising: a differential gear mechanism in which two bevel side gears mesh with a plurality of bevel pinion gears such that a gear axis of the side gears is orthogonal to a gear axis of the pinion gears ; a pinion shaft that rotatably supports the pinion gears ; a hollow pinion shaft support member (5; 2A) that supports ends of the pinion shaft and in which the differential gear mechanism is disposed; and washers each disposed between a corresponding one of the pinion gears and an inner surface (53a; 2a) of the pinion shaft support member (5; 2A) facing the pinion gears , each of the washers having a center portion (720; 20) through which the pinion shaft is inserted; characterized in that movement of each of the washers toward the pinion shaft support member (5; 2A) in an axial direction of the pinion shaft is restricted; when a force of each of the pinion gears pressing a corresponding one of the washers toward the pinion shaft support member (5; 2A) is less than a predetermined value, a predetermined clearance (d1) is formed between the inner surface (53a; 2a) of the pinion shaft support member (5; 2A) and an outer surface of the washer facing the inner surface (53a; 2a) in the axial direction; and when the force of each of the pinion gears pressing a corresponding one of the washers toward the pinion shaft support member (5; 2A) is greater than or equal to the predetermined value, the outer surface of the washer abuts the inner surface (53a; 2a) of the pinion shaft support member (5; 2A). a differential gear mechanism in which two bevel side gears mesh with a plurality of bevel pinion gears such that a gear axis of the side gears is orthogonal to a gear axis of the pinion gears ; a pinion shaft that rotatably supports the pinion gears ; a hollow pinion shaft support member (5; 2A) that supports ends of the pinion shaft and in which the differential gear mechanism is disposed; and washers each disposed between a corresponding one of the pinion gears and an inner surface (53a; 2a) of the pinion shaft support member (5; 2A) facing the pinion gears , each of the washers having a center portion (720; 20) through which the pinion shaft is inserted; characterized in that movement of each of the washers toward the pinion shaft support member (5; 2A) in an axial direction of the pinion shaft is restricted; when a force of each of the pinion gears pressing a corresponding one of the washers toward the pinion shaft support member (5; 2A) is less than a predetermined value, a predetermined clearance (d1) is formed between the inner surface (53a; 2a) of the pinion shaft support member (5; 2A) and an outer surface of the washer facing the inner surface (53a; 2a) in the axial direction; and when the force of each of the pinion gears pressing a corresponding one of the washers toward the pinion shaft support member (5; 2A) is greater than or equal to the predetermined value, the outer surface of the washer abuts the inner surface (53a; 2a) of the pinion shaft support member (5; 2A).
Method for filling liquid crystal cells with a medium comprising at least one liquid crystalline material, the liquid crystal cells comprising two substrates joined together with a peripheral seal so that a cavity is formed, wherein the liquid crystal cells comprise at least one fill opening , the method comprising the steps of a) placing at least one liquid crystal cell inside a vacuum chamber , b) evacuating the vacuum chamber , c) contacting the at least one fill opening with the medium comprising at least one liquid crystalline material after evacuation of the vacuum chamber has been completed, and d) raising the pressure in the vacuum chamber , wherein the rising pressure in the vacuum chamber causes the medium to fill the cavity inside the at least one liquid crystal cell , characterized in that a signal indicating the amount of oxygen remaining inside the vacuum chamber is provided by means of an oxygen sensor mounted inside the vacuum chamber and completion of the evacuation of the vacuum chamber is determined based on said signal. a) placing at least one liquid crystal cell inside a vacuum chamber , b) evacuating the vacuum chamber , c) contacting the at least one fill opening with the medium comprising at least one liquid crystalline material after evacuation of the vacuum chamber has been completed, and d) raising the pressure in the vacuum chamber , wherein the rising pressure in the vacuum chamber causes the medium to fill the cavity inside the at least one liquid crystal cell ,