mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a user device handover information, said handover information comprising information relating to one or more first beams, said one or more first beams being target beams of a target cell; determining, by said user device, a beam quality or beam qualities associated with said one or more first beams; determining, by said user device, a beam quality or beam qualities associated with one or more second beams of the target cell, wherein - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, dedicated uplink resources are associated with said one or more first beams and shared uplink resources are associated with said one or more second beams; and determining, by said user device, that said user device is to initiate a connection to said target cell using a shared uplink resource associated with one of said one or more second beams of said target cell in an instance in which said corresponding reference signal received power or reference signal received powers of said one or more first beams is/are not above a first threshold and said corresponding reference signal received power of said one of said one or more second beams is above a second threshold. receiving, by a user device handover information, said handover information comprising information relating to one or more first beams, said one or more first beams being target beams of a target cell; determining, by said user device, a beam quality or beam qualities associated with said one or more first beams; determining, by said user device, a beam quality or beam qualities associated with one or more second beams of the target cell, wherein - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, - each beam quality comprises a corresponding reference signal received power, - said one or more second beams are other than said one or more first beams, dedicated uplink resources are associated with said one or more first beams and shared uplink resources are associated with said one or more second beams; and determining, by said user device, that said user device is to initiate a connection to said target cell using a shared uplink resource associated with one of said one or more second beams of said target cell in an instance in which said corresponding reference signal received power or reference signal received powers of said one or more first beams is/are not above a first threshold and said corresponding reference signal received power of said one of said one or more second beams is above a second threshold.
An apparatus for mixing low-specific-gravity electrolyte with high-specific-gravity electrolyte disposed at a lower position in a battery, the apparatus comprising: a support comprising a plate protruding upward, the support being installed such that a space is defined between the support and an inner surface of a sidewall of a casing of the battery; a bottom part extending in one direction from an upper end of the support to form a bottom surface; a first side part protruding upward from a first side edge of an upper surface of the bottom part and extending along the first side edge of the bottom part; and a second side part protruding upward from a second side edge of the upper surface of the bottom part and extending to a front edge of the bottom part, wherein an end of the first side part and an end of the second side part are spaced apart from each other by a predetermined distance to define an inlet through which electrolyte is drawn inside the bottom part, and the support is installed to be spaced apart from the inner surface of the sidewall of the casing of the battery so that a vertical passage is defined by the support and the inner surface of the sidewall of the casing, wherein the electrolyte is moved along the vertical passage upward or downward depending on a direction of kinetic energy applied to the electrolyte. a support comprising a plate protruding upward, the support being installed such that a space is defined between the support and an inner surface of a sidewall of a casing of the battery; a bottom part extending in one direction from an upper end of the support to form a bottom surface; a first side part protruding upward from a first side edge of an upper surface of the bottom part and extending along the first side edge of the bottom part; and a second side part protruding upward from a second side edge of the upper surface of the bottom part and extending to a front edge of the bottom part, wherein an end of the first side part and an end of the second side part are spaced apart from each other by a predetermined distance to define an inlet through which electrolyte is drawn inside the bottom part, and the support is installed to be spaced apart from the inner surface of the sidewall of the casing of the battery so that a vertical passage is defined by the support and the inner surface of the sidewall of the casing, wherein the electrolyte is moved along the vertical passage upward or downward depending on a direction of kinetic energy applied to the electrolyte.
An exhaust gas-purifying catalyst system, comprising a plurality of catalyst layers including a first and a second catalyst layers, supported on a support structure, the first catalyst layer coming into contact with an exhaust gas stream firstly among the plurality of catalyst layers, the second catalyst layer is provided adjacent to the first catalyst layer, the first catalyst layer containing a first noble metal active component comprising rhodium, together with a barium compound, the second catalyst layer containing a second noble metal active component, characterized in that the barium compound is a barely water-soluble barium compound selected from the group consisting of barium carbonate and barium sulfate, in powder form, and is present in an amount of 0.05 mol to 0.2 mol per volume in liter of the support structure.
A method for depositing material on an electronic substrate, the method comprising: positioning an electronic substrate under a deposition head movable by a gantry; supplying material to a chamber of the deposition head; extending a needle of the deposition head from the chamber, the needle terminating in an orifice outlet; pushing a volume of material out of the chamber with an actuator of the deposition head to form a desired volume of material at the orifice outlet; positioning at least two air jets (140, 150) on opposite sides of the orifice outlet and directing a timed pulse of air to the orifice outlet to create a micro-droplet from the desired volume, and to accelerate the micro-droplet to high velocity to deposit the micro droplet; characterised by, after the deposition operation, moving a collection cup which is placed on a movable slide under the deposition head, and positioning two or more air jets on opposite sides of the orifice outlet and producing a pulse of air directed to the orifice outlet for cleaning it. positioning an electronic substrate under a deposition head movable by a gantry; supplying material to a chamber of the deposition head; extending a needle of the deposition head from the chamber, the needle terminating in an orifice outlet; pushing a volume of material out of the chamber with an actuator of the deposition head to form a desired volume of material at the orifice outlet; positioning at least two air jets (140, 150) on opposite sides of the orifice outlet and directing a timed pulse of air to the orifice outlet to create a micro-droplet from the desired volume, and to accelerate the micro-droplet to high velocity to deposit the micro droplet; characterised by, after the deposition operation, moving a collection cup which is placed on a movable slide under the deposition head, and positioning two or more air jets on opposite sides of the orifice outlet and producing a pulse of air directed to the orifice outlet for cleaning it.
A resource and admission control method, characterized by comprising: after receiving a resource initialization request for requesting Quality of Service (QoS) resources for services, sent by a service control function, a policy decision functional entity (PD-FE) of a home operator or retail service provider making an initial policy decision for this request to generate a decision policy; and the PD-FE of the home operator or retail service provider deciding whether the decision policy is required to be installed in a policy enforcement functional entity (PE-FE) of the home operator or retail service provider for the resource initialization request, and sending the resource initialization request to the PE-FE of the home operator or retail service provider to install the decision policy if yes. after receiving a resource initialization request for requesting Quality of Service (QoS) resources for services, sent by a service control function, a policy decision functional entity (PD-FE) of a home operator or retail service provider making an initial policy decision for this request to generate a decision policy; and the PD-FE of the home operator or retail service provider deciding whether the decision policy is required to be installed in a policy enforcement functional entity (PE-FE) of the home operator or retail service provider for the resource initialization request, and sending the resource initialization request to the PE-FE of the home operator or retail service provider to install the decision policy if yes.
Dosing device for a medium, with a medium reservoir, with at least one medium channel for delivering the medium and with at least one dispensing opening for dispensing the medium, the medium channel being assigned a control unit which comprises a measurement means for detecting an actual value of a stream of medium, a memory for desired values of the stream of medium, a comparator for comparison between actual values and desired values, and an actuating means for acting on the stream of medium as a function of evaluations performed by the comparator, characterized in that the measurement means is arranged in a flow direction of the medium downstream subsequent to the dispensing opening.
A method comprising: receiving, at data processing hardware, audio data of an utterance spoken by a user of a user device; processing, by the data processing hardware, the audio data to obtain, as output from a speech recognition model configured to perform streaming speech recognition and configured to jointly perform speech decoding and endpointing of utterances: partial speech recognition results for the utterance; and an endpoint indication indicating when the utterance has ended; while processing the audio data, detecting, by the data processing hardware, based on the endpoint indication output from the speech recognition model, the end of the utterance; and characterized by in response to detecting the end of the utterance, terminating, by the data processing hardware, the processing of any subsequent audio data received after the end of the utterance was detected; wherein: the speech recognition model is configured to output, based on the audio data for the utterance, a decoded sequence of symbols; and processing the audio data to obtain the endpoint indication comprises determining whether an endpoint symbol corresponding to the endpoint indication is included in the decoded sequence of symbols output by the speech recognition model. receiving, at data processing hardware, audio data of an utterance spoken by a user of a user device; processing, by the data processing hardware, the audio data to obtain, as output from a speech recognition model configured to perform streaming speech recognition and configured to jointly perform speech decoding and endpointing of utterances: partial speech recognition results for the utterance; and an endpoint indication indicating when the utterance has ended; partial speech recognition results for the utterance; and an endpoint indication indicating when the utterance has ended; while processing the audio data, detecting, by the data processing hardware, based on the endpoint indication output from the speech recognition model, the end of the utterance; and characterized by in response to detecting the end of the utterance, terminating, by the data processing hardware, the processing of any subsequent audio data received after the end of the utterance was detected; the speech recognition model is configured to output, based on the audio data for the utterance, a decoded sequence of symbols; and processing the audio data to obtain the endpoint indication comprises determining whether an endpoint symbol corresponding to the endpoint indication is included in the decoded sequence of symbols output by the speech recognition model.
A method of using an air conditioning apparatus, the air conditioning apparatus comprising: a main body having a suction part through which air is suctioned and a discharge part through which the air suctioned through the suction part is discharged; a fan disposed within the main body to allow the air to flow; a filter device disposed between the suction part and the discharge part within the main body, the filter device comprising a filter comprising a plurality of filter elements in the form of arrays that are spaced apart from each other; and a power supply part to supply a voltage to each of the filter elements, characterized in that: each of the filter elements comprises a conductive member and a dielectric layer formed by coating a dielectric material on an outer surface of the conductive member 332, the power supply part supplies a voltage having a first frequency to the filter to allow the filter to filter dust, and when cleaning of the filter is needed, the power supply part supplies a voltage having a second frequency higher than the first frequency to the filter. each of the filter elements comprises a conductive member and a dielectric layer formed by coating a dielectric material on an outer surface of the conductive member 332, the power supply part supplies a voltage having a first frequency to the filter to allow the filter to filter dust, and when cleaning of the filter is needed, the power supply part supplies a voltage having a second frequency higher than the first frequency to the filter.
A system for supplying fuel to a combustor, comprising: a. a combustion chamber; b. a fuel nozzle that provides fluid communication into the combustion chamber; c. a plurality of passages circumferentially arranged around the combustion chamber, wherein the plurality of passages provide fluid communication into the combustion chamber; d. a liquid fuel plenum that provides fluid communication to the plurality of passages; characterised in that it further comprises e. a baffle circumferentially surrounding at least a portion of the liquid fuel plenum inside the plurality of passages, wherein the baffle forms a plurality of lobes around the liquid fuel plenum; and f. a plurality of gaseous fuel ports circumferentially surrounding the baffle inside the plurality of passages. a. a combustion chamber; b. a fuel nozzle that provides fluid communication into the combustion chamber; c. a plurality of passages circumferentially arranged around the combustion chamber, wherein the plurality of passages provide fluid communication into the combustion chamber; d. a liquid fuel plenum that provides fluid communication to the plurality of passages; characterised in that it further comprises e. a baffle circumferentially surrounding at least a portion of the liquid fuel plenum inside the plurality of passages, wherein the baffle forms a plurality of lobes around the liquid fuel plenum; and f. a plurality of gaseous fuel ports circumferentially surrounding the baffle inside the plurality of passages.
A tire pressure monitoring system, comprising: a pressure sensor to detect a tire pressure, an abnormality determination means (S2, S3, S4, S5) that determines a state to be normal in which the air pressures of the front wheels are higher than a front wheel (1 FL, 1 FR) warning threshold and the air pressures of the rear wheels (1 RL, 1 RR) are higher than a rear wheel warning threshold different from the front wheel warning threshold and that is configured to light a warning lamp in the other state, and a lamp lighting means to turn off the warning lamp when determined to be normal and to turn on the warning lamp when determined to be abnormal, characterized in that at the time of an ignition switch being turned on after the vehicle stop, in response to an abnormality being determined by the abnormality determination means (S2, S3, S4, S5), when the warning lamp has been in an off state during a vehicle stopped state, the tire pressures of two wheels (1 FL, 1 FR, 1 RL, 1 RR) are higher than a higher value of the front wheel threshold and the rear wheel threshold, and the tire pressures of the remaining two wheels (1 FL, 1 FR, 1 RL, 1 RR) are higher than the lower value, the warning lamp is configured to be turned off while, when the warning lamp has been in an on state during the vehicle stopped state, a preventive control is performed for preventing the warning light from being lit erroneously. a pressure sensor to detect a tire pressure, an abnormality determination means (S2, S3, S4, S5) that determines a state to be normal in which the air pressures of the front wheels are higher than a front wheel (1 FL, 1 FR) warning threshold and the air pressures of the rear wheels (1 RL, 1 RR) are higher than a rear wheel warning threshold different from the front wheel warning threshold and that is configured to light a warning lamp in the other state, and a lamp lighting means to turn off the warning lamp when determined to be normal and to turn on the warning lamp when determined to be abnormal, characterized in that at the time of an ignition switch being turned on after the vehicle stop, in response to an abnormality being determined by the abnormality determination means (S2, S3, S4, S5), when the warning lamp has been in an off state during a vehicle stopped state, the tire pressures of two wheels (1 FL, 1 FR, 1 RL, 1 RR) are higher than a higher value of the front wheel threshold and the rear wheel threshold, and the tire pressures of the remaining two wheels (1 FL, 1 FR, 1 RL, 1 RR) are higher than the lower value, the warning lamp is configured to be turned off while, when the warning lamp has been in an on state during the vehicle stopped state, a preventive control is performed for preventing the warning light from being lit erroneously.
A method of increasing communication security, said method comprising: receiving, from a first computer system at a second computer system, a Constrained Application Protocol, CoAP, message, wherein said CoAP message includes authentication data and message data, and wherein said authentication data is included as at least a portion of a payload of said CoAP message; performing, at said second computer system, message validation based on said authentication data, wherein said performing message validation further comprises accessing an authentication mechanism identifier from said message data, and wherein said performing message validation further comprises performing said message validation using an authentication mechanism associated with said authentication mechanism identifier; and if said CoAP message is valid, performing, at said second computer system, at least one operation associated with said CoAP message. receiving, from a first computer system at a second computer system, a Constrained Application Protocol, CoAP, message, wherein said CoAP message includes authentication data and message data, and wherein said authentication data is included as at least a portion of a payload of said CoAP message; performing, at said second computer system, message validation based on said authentication data, wherein said performing message validation further comprises accessing an authentication mechanism identifier from said message data, and wherein said performing message validation further comprises performing said message validation using an authentication mechanism associated with said authentication mechanism identifier; and if said CoAP message is valid, performing, at said second computer system, at least one operation associated with said CoAP message.
A method for producing a rack for a steering gear of a motor vehicle, said rack having at least one toothed portion having a toothing, and at least one shaft portion having at least one functional portion, in which method separate segments comprising at least one toothed segment and one shaft segment are provided, are aligned on a common longitudinal axis, and by way of the axial joining faces of said at least one toothed segment and one shaft segment directed toward one another are connected to one another by friction welding at a welding joint, wherein for friction welding - the joining faces are brought into frictional contact; - the segments (61, 62) for friction are rotated relative to one another about the longitudinal axis; - the joining faces are mutually compressed by way of a contact pressure force; and - the segments (61, 62) are moved toward one another in the axial direction by a predefined joining path; - the segments (61, 62) are held in position without friction; characterized by the steps: - performing initial friction by way of a contact pressure force at the level of an initial friction force; - performing thermal input friction by way of an input force which is 5 to 12 times the initial friction force; - mutually compressing the joining faces until the predefined joining path has been reached by way of a welding force which is approximately 10 to 20 times the initial friction force. - the joining faces are brought into frictional contact; - the segments (61, 62) for friction are rotated relative to one another about the longitudinal axis; - the joining faces are mutually compressed by way of a contact pressure force; and - the segments (61, 62) are moved toward one another in the axial direction by a predefined joining path; - the segments (61, 62) are held in position without friction; - performing initial friction by way of a contact pressure force at the level of an initial friction force; - performing thermal input friction by way of an input force which is 5 to 12 times the initial friction force; - mutually compressing the joining faces until the predefined joining path has been reached by way of a welding force which is approximately 10 to 20 times the initial friction force.
A transport and/or storage container for accommodating radioactive components, particularly radioactive waste components, having a container base, container jacket and container lid (3, 4), wherein a γ-shielding jacket is arranged on the inside of the container, wherein the γ-shielding jacket is at the same time designed as a thermal protective jacket for protecting against a temperature increase in the container interior beyond a temperature limit value and wherein the γ-shielding jacket consists of a lead alloy, the melting temperature of which or the melting-temperature interval of which lies at least 50 °C, preferably at least 80 °C below the melting temperature of pure lead, wherein the lead alloy has a tin content or a tin fraction of more than 2% by weight, preferably of more than 3% by weight, and wherein the lead alloy has an antimony content or an antimony fraction of more than 2% by weight, preferably of more than 3% by weight.