mhurhangee/ep-ind-claims huggingface dataset:
A method of dynamic control rod reactivity measurement for a reactor using a fission chamber as an out-of-reactor measuring instrument, the method comprising: maintaining the reactor in a critical state having a set output by inserting a reference control bank (Bank A5) into a reactor core to a first depth; completely inserting the reference control bank into the reactor core from the first depth at a maximum allowable speed and immediately completely withdrawing the reference control bank from the reactor core at the maximum allowable speed, and measuring a first signal of the out-of-reactor measuring instrument from before the insertion of the reference control bank to after the withdrawal of the reference control bank; and determining static controllability of the reference control bank by adding residual controllability measurement value of the reactor to a first static reactivity of the reactor calculated using the first signal of the out-of-reactor measuring instrument. maintaining the reactor in a critical state having a set output by inserting a reference control bank (Bank A5) into a reactor core to a first depth; completely inserting the reference control bank into the reactor core from the first depth at a maximum allowable speed and immediately completely withdrawing the reference control bank from the reactor core at the maximum allowable speed, and measuring a first signal of the out-of-reactor measuring instrument from before the insertion of the reference control bank to after the withdrawal of the reference control bank; and determining static controllability of the reference control bank by adding residual controllability measurement value of the reactor to a first static reactivity of the reactor calculated using the first signal of the out-of-reactor measuring instrument.
Drive for adjusting an air flap of a building, the drive having a main body with a receiving aperture, a slotted bearing ring which is arranged in the receiving aperture and fastened to the main body, the bearing ring having a circumferential direction, wherein the bearing ring has a first end and a second end in the circumferential direction, wherein it is possible for the first end and the second end to be spaced apart in the circumferential direction, so that there is a gap between the first end and the second end, and a hub for driving an output shaft of the air flap, wherein the hub is fastened to the bearing ring in such a manner that the hub is supported on the main body in a rotatable manner relative to the bearing ring.
A system for electrosurgically treating target tissue, comprising: a source of electrosurgical energy; an electrosurgical instrument adapted to operably couple to the source of electrosurgical energy and configured to electrosurgically treat target tissue; a tissue dissector (6, 106), comprising: an introducer including a lumen extending along a length thereof and defining a longitudinal axis therethrough, the introducer configured for placement adjacent target tissue; and a shaft (10, 110, 210, 310) operably coupled to the introducer and deployable from a distal end thereof, the introducer including a proximal end for approximating the distal end of the shaft adjacent target tissue, the distal end of the shaft movable from a non-extended, non-expanded configuration to an expanded configuration for separating target tissue from neighbouring tissue, wherein in the expanded configuration the distal end of the shaft spans a distance sufficient such that neighbouring tissue is not critically affected during the electrosurgical procedure. a source of electrosurgical energy; an electrosurgical instrument adapted to operably couple to the source of electrosurgical energy and configured to electrosurgically treat target tissue; a tissue dissector (6, 106), comprising: an introducer including a lumen extending along a length thereof and defining a longitudinal axis therethrough, the introducer configured for placement adjacent target tissue; and a shaft (10, 110, 210, 310) operably coupled to the introducer and deployable from a distal end thereof, the introducer including a proximal end for approximating the distal end of the shaft adjacent target tissue, the distal end of the shaft movable from a non-extended, non-expanded configuration to an expanded configuration for separating target tissue from neighbouring tissue, wherein in the expanded configuration the distal end of the shaft spans a distance sufficient such that neighbouring tissue is not critically affected during the electrosurgical procedure. an introducer including a lumen extending along a length thereof and defining a longitudinal axis therethrough, the introducer configured for placement adjacent target tissue; and a shaft (10, 110, 210, 310) operably coupled to the introducer and deployable from a distal end thereof, the introducer including a proximal end for approximating the distal end of the shaft adjacent target tissue, the distal end of the shaft movable from a non-extended, non-expanded configuration to an expanded configuration for separating target tissue from neighbouring tissue, wherein in the expanded configuration the distal end of the shaft spans a distance sufficient such that neighbouring tissue is not critically affected during the electrosurgical procedure.
A method for transmitting handover information, comprising steps of: receiving, by a target evolved Node-B, eNB, a handover request sent by a source eNB, wherein said handover request comprises a candidate primary cell, Pcell set, a candidate secondary cell, Scell set and identification information for distinguishing said candidate Pcell set and said candidate Scell set; distinguishing, by said target eNB, said candidate Pcell set and said candidate Scell set through said identification information carried by said handover request; and selecting a Pcell, by said target eNB, from said candidate Pcell set and selecting an Scell, by said target eNB, from said candidate Pcell set or from said candidate Scell receiving, by a target evolved Node-B, eNB, a handover request sent by a source eNB, wherein said handover request comprises a candidate primary cell, Pcell set, a candidate secondary cell, Scell set and identification information for distinguishing said candidate Pcell set and said candidate Scell set; distinguishing, by said target eNB, said candidate Pcell set and said candidate Scell set through said identification information carried by said handover request; and selecting a Pcell, by said target eNB, from said candidate Pcell set and selecting an Scell, by said target eNB, from said candidate Pcell set or from said candidate Scell
A method for operating a telecommunications network comprising: determining a percentage of storage capacity at a cache node of a content delivery network; determining a lifetime available writes for the cache node, wherein the lifetime available writes comprise a total amount of data that can be written to the cache node, over a lifetime of the cache node, before the cache node must be replaced; scaling a resource caching popularity threshold value based on both the determined percentage of storage capacity at the cache node and a cache pressure for the cache node, wherein scaling the resource caching popularity threshold value comprises determining a threshold popularity above which a particular resource will be cached at the cache node, and wherein the cache pressure for the cache node is a function of a ratio between total writes to the cache node and the lifetime available writes to the cache node; receiving, at the cache node, a request for the particular resource available from the CDN; comparing a resource popularity counter associated with the particular resource to the scaled resource caching popularity threshold value, wherein the resource popularity counter indicates a number of requests received for a particular resource; and caching the particular resource in the cache node storage system when the resource popularity counter exceeds the scaled resource caching threshold value. determining a percentage of storage capacity at a cache node of a content delivery network; determining a lifetime available writes for the cache node, wherein the lifetime available writes comprise a total amount of data that can be written to the cache node, over a lifetime of the cache node, before the cache node must be replaced; scaling a resource caching popularity threshold value based on both the determined percentage of storage capacity at the cache node and a cache pressure for the cache node, wherein scaling the resource caching popularity threshold value comprises determining a threshold popularity above which a particular resource will be cached at the cache node, and wherein the cache pressure for the cache node is a function of a ratio between total writes to the cache node and the lifetime available writes to the cache node; receiving, at the cache node, a request for the particular resource available from the CDN; comparing a resource popularity counter associated with the particular resource to the scaled resource caching popularity threshold value, wherein the resource popularity counter indicates a number of requests received for a particular resource; and caching the particular resource in the cache node storage system when the resource popularity counter exceeds the scaled resource caching threshold value.
Manually guided cleaning and care appliance, in particular for floor coverings, preferably tiled floor or wooden floor coverings, having a motor housing which accommodates at least one electric motor and having at least one drive shaft which is driven by the electric motor, wherein the cleaning and care appliance comprises a roller which is driven by the drive shaft and which is in the form of a roller brush having a roller surface, wherein the roller brush is mounted at one side and a stem is arranged on the motor housing along an axis for manual guidance purposes, wherein the stem is configured such as to be rotatable about the axis, preferably such as to be rotatable through 160°, in particular 180°, about the axis, characterized in that the manually guided cleaning and care appliance comprises a device for changing the direction of rotation of the roller brush, and the stem a switching shaft which is connected to the stem in an axially sliding manner and transmits the rotational movement of the stem.
A granulated material comprising dust and sludge which are generated in steel-making processes, wherein the dust which is generated in steel-making processes is fine powder having a water content of 0 mass% to 5 mass%, wherein the sludge which is generated in steel-making processes is fine powder having a water content of 20 mass% or more, wherein a water content of the granulated material is 10 mass% or more and 18 mass% or less, and a content of a granulated material having a particle size of 0.125 mm or more is 90 mass% or more, and wherein a surface water content of the granulated material determined by using a near-infrared moisture gauge as described in the description is 10 mass% or more and 15 mass% or less. wherein the dust which is generated in steel-making processes is fine powder having a water content of 0 mass% to 5 mass%, wherein the sludge which is generated in steel-making processes is fine powder having a water content of 20 mass% or more, wherein a water content of the granulated material is 10 mass% or more and 18 mass% or less, and a content of a granulated material having a particle size of 0.125 mm or more is 90 mass% or more, and wherein a surface water content of the granulated material determined by using a near-infrared moisture gauge as described in the description is 10 mass% or more and 15 mass% or less.
A selectively activatable variable valve timing assembly for one or more cylinders of an internal combustion engine that includes a pedestal, the VVT assembly 30 configured to operatively engage an intake valve to extend a duration of the intake valve in an open position in response to an extended duration mode of operation, wherein the VVT assembly includes: an intake rocker mounted on the pedestal, the intake rocker operable by a cam lobe to open and close the intake valve; a lever extension (32, 332) extending from the intake rocker; a holding member (34, 34', 334) extendable from the pedestal and lockable in position by a hydraulic circuit in the pedestal to contact the lever extension (32, 332) and hold the intake valve in the open position during the extended duration mode of operation; and a reset pin (36, 36' 360) movable in the pedestal and actuatable by the cam lobe to release the holding member (34, 34', 334) to allow the intake valve to close. an intake rocker mounted on the pedestal, the intake rocker operable by a cam lobe to open and close the intake valve; a lever extension (32, 332) extending from the intake rocker; a holding member (34, 34', 334) extendable from the pedestal and lockable in position by a hydraulic circuit in the pedestal to contact the lever extension (32, 332) and hold the intake valve in the open position during the extended duration mode of operation; and a reset pin (36, 36' 360) movable in the pedestal and actuatable by the cam lobe to release the holding member (34, 34', 334) to allow the intake valve to close.
An annuloplasty implant comprising first and second support members, wherein said implant comprises a shape memory material and has an elongated delivery configuration for advancement in a catheter, and an implanted shape in a coiled configuration, assuming a predefined configuration of said shape memory material for positioning at an annulus of a heart valve, wherein the first and second support members are arranged as a coil in said coiled configuration around a central axis with two free ends (104, 105) adapted to be on opposite sides of native heart valve leaflets of said heart valve, wherein, when in said coiled configuration, said two free ends are displaced from each other with a peripheral off-set distance extending in a coil plane, said coil plane being substantially parallel to an annular periphery of said coil and perpendicular to said central axis, wherein said off-set distance corresponds to a determined circle sector of said annular periphery by which said two free ends are separated.
Method for the open-loop or closed-loop control of an apparatus for treating fibrous material at least partially on the basis of its drive power, wherein the apparatus has a housing, in which at least one first treatment tool and one second treatment tool are arranged, the treatment tools (3, 4) are each fastened on a base plate (7, 8), have a rotationally symmetrical shape, are arranged coaxially with respect to one another, rotate relative to one another about a common axis and delimit a treatment nip which is flowed through by the fibrous material, the nip width of which treatment nip can be changed via an axial displacement of at least one base plate (7, 8) of a treatment tool (3, 4), characterized in that the axial force which acts on the displaceable base plate is open-loop or closed-loop controlled at least in a manner which is dependent on the drive power and axial force.
A computing device for generating an approximated embedding of an out-of-knowledge-graph entity based on a knowledge graph, the computing device comprising: a reception circuitry configured to receive a target entity, wherein the target entity represents a patient or a gene, a dataset associated with the target entity, and an embeddings space of a knowledge graph comprising a set of structured data, wherein the target entity is out of the knowledge graph and the embeddings space includes a set of vectors representing the set of structured data associated with the knowledge graph in the embeddings space; a selection circuitry configured to select a set of elements from the knowledge graph, each element being related to the target entity according to the dataset associated with the target entity; a construction circuitry configured to construct a set of descriptory triples based on the target entity and the set of elements; an aggregation circuitry configured to obtain an embedding matrix based on the descriptory triples and the embeddings space; an approximator circuitry configured to generate an approximated embedding for the target entity based on the embedding matrix; and an output circuitry configured to output a plausibility prediction for a target triple involving the target entity based on the approximated embedding for the target entity, wherein the plausibility prediction indicates a probability that the target triple comprises a correct relation between one of: the gene and one or more diseases; the patient and a treatment; or the patient and a medical problem. a reception circuitry configured to receive a target entity, wherein the target entity represents a patient or a gene, a dataset associated with the target entity, and an embeddings space of a knowledge graph comprising a set of structured data, wherein the target entity is out of the knowledge graph and the embeddings space includes a set of vectors representing the set of structured data associated with the knowledge graph in the embeddings space; a selection circuitry configured to select a set of elements from the knowledge graph, each element being related to the target entity according to the dataset associated with the target entity; a construction circuitry configured to construct a set of descriptory triples based on the target entity and the set of elements; an aggregation circuitry configured to obtain an embedding matrix based on the descriptory triples and the embeddings space; an approximator circuitry configured to generate an approximated embedding for the target entity based on the embedding matrix; and an output circuitry configured to output a plausibility prediction for a target triple involving the target entity based on the approximated embedding for the target entity, wherein the plausibility prediction indicates a probability that the target triple comprises a correct relation between one of: the gene and one or more diseases; the patient and a treatment; or the patient and a medical problem.
A negative electrode material for use in a lithium ion secondary battery, comprising silicon-containing particles which are capable of intercalating and deintercalating lithium ions and are characterized by having a volume base particle size distribution, as measured with a laser diffraction-type particle size analyzer, wherein D 50 is from 0.5 to 10 μm, D 90 is from 5 to 15 μm, (modal diameter - D 50)/D 50 is from 0.15 to 0.50, and (D 90 - modal diameter)/D 90 is from 0.05 to 0.20, where modal diameter is the mode, D 50 is the cumulative 50% diameter and D 90 is the cumulative 90% diameter.
An apparatus to verify efficiency of a unit under test, UUT, in a transmit opportunity, TxOP, Operation condition, the apparatus comprising: memory configured to store channel data from monitoring of a first channel; and processing circuitry coupled to the memory and configured to: initiate configuration of the UUT to a maximum TxOP duration for transmissions from the UUT connected to a companion device via the first channel; initiate communication of a transmit command to the UUT to cause the UUT to perform a TxOP operation using the maximum TxOP duration; monitor channel availability on the first channel between the UUT and the companion device in the TxOP operation; identify a pause in the TxOP operation based on the channel availability for the first channel; and determine whether a duration of the pause is greater than or equal to a minimum pause duration. memory configured to store channel data from monitoring of a first channel; and processing circuitry coupled to the memory and configured to: initiate configuration of the UUT to a maximum TxOP duration for transmissions from the UUT connected to a companion device via the first channel; initiate communication of a transmit command to the UUT to cause the UUT to perform a TxOP operation using the maximum TxOP duration; monitor channel availability on the first channel between the UUT and the companion device in the TxOP operation; identify a pause in the TxOP operation based on the channel availability for the first channel; and determine whether a duration of the pause is greater than or equal to a minimum pause duration. initiate configuration of the UUT to a maximum TxOP duration for transmissions from the UUT connected to a companion device via the first channel; initiate communication of a transmit command to the UUT to cause the UUT to perform a TxOP operation using the maximum TxOP duration; monitor channel availability on the first channel between the UUT and the companion device in the TxOP operation; identify a pause in the TxOP operation based on the channel availability for the first channel; and determine whether a duration of the pause is greater than or equal to a minimum pause duration.
A laundry machine comprising: a drum rotatable in a cabinet; a hot air heater to supply hot air to the drum by heating air; a steam generator to supply steam to the drum; and a controller to control an amount of steam supplied to the drum; characterized by further comprising a sensor to sense a laundry amount inside the drum, the sensor being an electrode sensor; and wherein the controller is configured to control an amount of steam supplied to the drum based on sensing results of the sensor by adjusting the steam supply time (T_steam) based on the determined laundry amount. a drum rotatable in a cabinet; a hot air heater to supply hot air to the drum by heating air; a steam generator to supply steam to the drum; and a controller to control an amount of steam supplied to the drum; characterized by further comprising a sensor to sense a laundry amount inside the drum, the sensor being an electrode sensor; and wherein the controller is configured to control an amount of steam supplied to the drum based on sensing results of the sensor by adjusting the steam supply time (T_steam) based on the determined laundry amount. a sensor to sense a laundry amount inside the drum, the sensor being an electrode sensor; and wherein the controller is configured to control an amount of steam supplied to the drum based on sensing results of the sensor by adjusting the steam supply time (T_steam) based on the determined laundry amount.