mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a data storage system comprising a plurality of physical storage devices, the method comprising: in the data storage system, assigning, by a processor, a reliability value to each of a plurality of logical containers of data (1202, 1204) based on a service level objective - SLO- associated with the data storage system; for each of the plurality of logical containers of data, allocating, by the processor, one or more physical storage blocks from the physical storage devices to store the data, the physical storage blocks being selected from a specific parity group of a plurality of parity groups of the physical storage devices, wherein the specific parity group for storing a given logical container is selected according to the reliability value associated with the given logical container of data; assigning, by the processor, a specific one of a plurality of parity-group reliability values to each of the plurality of parity groups, wherein a specific parity-group reliability value assigned to a given parity group is based on a corresponding reliability value associated with one or more blocks of physical storage devices in the given parity group; receiving, at the data storage system, a request to perform an operation on at least one of the plurality of physical storage devices of the data storage system; and performing the operation on each of said at least one physical storage device according to a prioritized order, the prioritized order determined based on the reliability values assigned to the parity groups associated with said at least one physical storage device. in the data storage system, assigning, by a processor, a reliability value to each of a plurality of logical containers of data (1202, 1204) based on a service level objective - SLO- associated with the data storage system; for each of the plurality of logical containers of data, allocating, by the processor, one or more physical storage blocks from the physical storage devices to store the data, the physical storage blocks being selected from a specific parity group of a plurality of parity groups of the physical storage devices, wherein the specific parity group for storing a given logical container is selected according to the reliability value associated with the given logical container of data; assigning, by the processor, a specific one of a plurality of parity-group reliability values to each of the plurality of parity groups, wherein a specific parity-group reliability value assigned to a given parity group is based on a corresponding reliability value associated with one or more blocks of physical storage devices in the given parity group; receiving, at the data storage system, a request to perform an operation on at least one of the plurality of physical storage devices of the data storage system; and performing the operation on each of said at least one physical storage device according to a prioritized order, the prioritized order determined based on the reliability values assigned to the parity groups associated with said at least one physical storage device.
Device for suspending objects from a part of a motor vehicle seat, such as a backrest, a headrest or a headrest mounting of a vehicle seat, comprising - a fastening element having a receiving socket for attaching the device to the motor vehicle seat part (1a, 1b, 1c), - a plug-in element which can be coupled to the receiving socket, - a support arm for suspending the objects, which is connected at one end to the rear end of the plug-in element by way of a rotary joint having an axis of rotation which extends horizontally and in parallel with the broad side of the backrest and/or headrest, and which is provided with an L-shaped hook (5b, 5c) at the other end, characterized in that, in an in-use position, the longitudinal axis of the support arm is oriented approximately vertically downwards and forms, together with the longitudinal axis of the plug-in element, an angle α of between approximately 60° and 120°. - a fastening element having a receiving socket for attaching the device to the motor vehicle seat part (1a, 1b, 1c), - a plug-in element which can be coupled to the receiving socket, - a support arm for suspending the objects, which is connected at one end to the rear end of the plug-in element by way of a rotary joint having an axis of rotation which extends horizontally and in parallel with the broad side of the backrest and/or headrest, and which is provided with an L-shaped hook (5b, 5c) at the other end, characterized in that, in an in-use position, the longitudinal axis of the support arm is oriented approximately vertically downwards and forms, together with the longitudinal axis of the plug-in element, an angle α of between approximately 60° and 120°.
An expandable bone fixation assembly comprising: an expandable fixation member having an expandable shaft extending between opposing proximal and distal ends, the expandable shaft having an axial bore extending therein along a bore axis and the expandable shaft having an external threaded section in radial alignment with the bore, wherein at least a portion of the bore has an inner dimension; and an expansion member having an elongate shaft and a mandrel at a distal end of the shaft, the elongate shaft sized to fit within the axial bore, the mandrel having an outer dimension that is greater than the inner dimension, such that when the mandrel is biased through the axial bore, the mandrel causes the external threaded section to expand, characterized in that the expandable shaft is circumferentially solid and in that the portion of the axial bore having the inner dimension is in radial alignment with the entire external threaded section, such that when the mandrel is biased through the axial bore, the mandrel causes the entire external threaded section to expand. an expandable fixation member having an expandable shaft extending between opposing proximal and distal ends, the expandable shaft having an axial bore extending therein along a bore axis and the expandable shaft having an external threaded section in radial alignment with the bore, wherein at least a portion of the bore has an inner dimension; and an expansion member having an elongate shaft and a mandrel at a distal end of the shaft, the elongate shaft sized to fit within the axial bore, the mandrel having an outer dimension that is greater than the inner dimension, such that when the mandrel is biased through the axial bore, the mandrel causes the external threaded section to expand, characterized in that the expandable shaft is circumferentially solid and in that the portion of the axial bore having the inner dimension is in radial alignment with the entire external threaded section, such that when the mandrel is biased through the axial bore, the mandrel causes the entire external threaded section to expand.
Device and method for measuring the mass and/or humidity of dielectric objects with an evaluation unit, at least one high frequency generator (14, 16, 18), at least one high frequency detector (32, 34, 36) and a high frequency resonator, characterized in that • the at least one high frequency generator (14, 16, 18) can generate three modes independent from one another in the resonator with differing resonance frequencies, wherein the electrical fields of the modes are perpendicular to one another in a measurement range and two adjacent resonances have a minimum distance of 100 MHz, • the at least one high frequency detector (32, 34, 36) can measure the occurring frequencies for each mode in the resonator, wherein the resonator has an entrance opening and an exit opening, which permit a movement of the dielectric object to be measured through the resonator, and • the evaluation unit can determine a displacement of the resonance frequency and a change of the resonance curve for the measured frequencies in each mode and can calculate the mass and/or humidity of the dielectric object moving through the resonator from the determined values for the displacement of the resonance frequency and the change of the resonance curve, wherein the measured values of the modes of the evaluation unit for a measured object moving through the resonator are recorded multiple times in succession and evaluated at a time in which the maximum detuning of the resonance frequency in the case of passage of the measured object through the resonator has been detected for a mode. • the at least one high frequency generator (14, 16, 18) can generate three modes independent from one another in the resonator with differing resonance frequencies, wherein the electrical fields of the modes are perpendicular to one another in a measurement range and two adjacent resonances have a minimum distance of 100 MHz, • the at least one high frequency detector (32, 34, 36) can measure the occurring frequencies for each mode in the resonator, wherein the resonator has an entrance opening and an exit opening, which permit a movement of the dielectric object to be measured through the resonator, and • the evaluation unit can determine a displacement of the resonance frequency and a change of the resonance curve for the measured frequencies in each mode and can calculate the mass and/or humidity of the dielectric object moving through the resonator from the determined values for the displacement of the resonance frequency and the change of the resonance curve, wherein the measured values of the modes of the evaluation unit for a measured object moving through the resonator are recorded multiple times in succession and evaluated at a time in which the maximum detuning of the resonance frequency in the case of passage of the measured object through the resonator has been detected for a mode.
A multi-weight gravity-based energy storage system comprising: a first weight; a second weight; a first transporter comprising a first transporter linkage which is configured for coupling to and decoupling from the first weight for mechanically linking the first weight to the first transporter, the first transporter configured for transporting the first weight along a first pre-defined path defining a vertical displacement between a first upper position and a second lower position; a second transporter comprising a second transporter linkage which is configured for coupling to and decoupling from the second weight for mechanically linking the second weight to the second transporter, the second transporter configured for transporting the second weight along a second pre-defined path defining a vertical displacement between a first upper position and a second lower position; a first path volume defined by the area of the first weight coupled with the first transporter linkage developed or swept along the first pre-defined path; a second path volume defined by the area of the second weight coupled with the second transporter linkage developed or swept along the second pre-defined path; and a second linkage path volume defined by the area of the second linkage decoupled from a weight and developed or swept along a respective pre-defined path between an upper position and a lower position, the system characterized in that at least a portion of the second path volume overlaps with the first path volume and in that the second linkage path volume does not overlap with the first path volume. a first weight; a second weight; a first transporter comprising a first transporter linkage which is configured for coupling to and decoupling from the first weight for mechanically linking the first weight to the first transporter, the first transporter configured for transporting the first weight along a first pre-defined path defining a vertical displacement between a first upper position and a second lower position; a second transporter comprising a second transporter linkage which is configured for coupling to and decoupling from the second weight for mechanically linking the second weight to the second transporter, the second transporter configured for transporting the second weight along a second pre-defined path defining a vertical displacement between a first upper position and a second lower position; a first path volume defined by the area of the first weight coupled with the first transporter linkage developed or swept along the first pre-defined path; a second path volume defined by the area of the second weight coupled with the second transporter linkage developed or swept along the second pre-defined path; and a second linkage path volume defined by the area of the second linkage decoupled from a weight and developed or swept along a respective pre-defined path between an upper position and a lower position,
A method for implementation by one or more processors forming part of at least one computing device, the method comprising: receiving by an input module of a neural network system from a computer device communicatively coupled to the neural network system an instruction sequence, written in a scripting language that can be executed without compilation or written in a programming language that requires compilation prior to execution; processing the instruction sequence with a trained machine learning model configured to at least detect one or more interdependencies amongst a plurality of tokens in the instruction sequence, wherein the tokens in an instruction sequence are the individual terms that appear in the instruction sequence, and to determine a classification for the instruction sequence as malicious or benign based on the one or more interdependencies amongst the plurality of tokens; and providing to the computer device via an output module of the neural network system, as an output, the classification of the instruction sequence, wherein the trained machine learning model comprises a trained neural network and wherein the trained neural network comprises a trained long short-term memory neural network, wherein the method further comprises: generating, by the trained long short-term memory neural network, vector representations of the plurality of tokens in the instruction sequence. receiving by an input module of a neural network system from a computer device communicatively coupled to the neural network system an instruction sequence, written in a scripting language that can be executed without compilation or written in a programming language that requires compilation prior to execution; processing the instruction sequence with a trained machine learning model configured to at least detect one or more interdependencies amongst a plurality of tokens in the instruction sequence, wherein the tokens in an instruction sequence are the individual terms that appear in the instruction sequence, and to determine a classification for the instruction sequence as malicious or benign based on the one or more interdependencies amongst the plurality of tokens; and providing to the computer device via an output module of the neural network system, as an output, the classification of the instruction sequence, wherein the trained machine learning model comprises a trained neural network and wherein the trained neural network comprises a trained long short-term memory neural network, wherein the method further comprises: generating, by the trained long short-term memory neural network, vector representations of the plurality of tokens in the instruction sequence.
Use of at least one alkoxylated alcohol as a minor component in a lubricating oil comprising a lubricating oil base stock as a major component for improving high temperature wear, deposit and varnish control in an engine lubricated with said lubricating oil characterised in that the alkoxylated alcohol is added in an amount of from 0.01 to 5 wt% relative to the base oil and is represented by the formula R 2 O-(R 3 -O-) z H wherein R 2 is a branched or linear hydrocarbon group having from 12 to 20 carbon atoms, R 3 is an alkylene group having from 2 to 4 carbon atoms, and z is an integer from 1 to 10.
Device for storing elements, each element comprising a first wireless communication unit, the device comprising at least one drawer assembly, each assembly drawer comprising: - a support comprising a housing, - a drawer positioned in the housing of the support and slidable relative to the support, the drawer comprising a bottom defining at least one slot for receiving an element, - for each slot, at least one second wireless communication unit capable of transmitting radio frequency waves, the second communication unit being designed to communicate with all the first communication units, characterized in that the bottom of the drawer is made of a material able to be traversed by radiofrequency waves emitted by the or each second communication unit, the or each second communication unit being arranged under the bottom of the drawer facing the corresponding slot of the bottom of the drawer in order to allow communication between the second communication unit and the first communication unit of an element received in the slot. - a support comprising a housing, - a drawer positioned in the housing of the support and slidable relative to the support, the drawer comprising a bottom defining at least one slot for receiving an element, - for each slot, at least one second wireless communication unit capable of transmitting radio frequency waves, the second communication unit being designed to communicate with all the first communication units,
A multi-wall blade comprising a trailing edge cooling system, the trailing edge cooling system comprising: a coolant feed; a coolant collection passage; and a plurality of cooling circuits extending at least partially along a radial length of the trailing edge of the multi-wall blade, each of the plurality of cooling circuits including: an outward leg configured to extend from the coolant feed axially toward a trailing edge of the multi-wall blade; a return leg configured to extend away from the trailing edge axially toward a leading edge of the multi-wall blade to the coolant collection passage; and a turn fluidly coupling the outward leg and the return leg, the turn being configured to redirect flow of coolant in the outward leg into the return leg; wherein the outward leg is radially offset from the return leg along a radial axis of the multi-wall blade by the turn; wherein the return leg is circumferentially offset by the turn relative to the outward leg; and wherein the outward leg extends along a suction side of the multi-wall blade and the return leg extends along a pressure side of the multi-wall blade, or wherein the outward leg extends along the pressure side of the multi-wall blade and the return leg extends along the suction side of the multi-wall blade. a coolant feed; a coolant collection passage; and a plurality of cooling circuits extending at least partially along a radial length of the trailing edge of the multi-wall blade, each of the plurality of cooling circuits including: an outward leg configured to extend from the coolant feed axially toward a trailing edge of the multi-wall blade; a return leg configured to extend away from the trailing edge axially toward a leading edge of the multi-wall blade to the coolant collection passage; and a turn fluidly coupling the outward leg and the return leg, the turn being configured to redirect flow of coolant in the outward leg into the return leg; an outward leg configured to extend from the coolant feed axially toward a trailing edge of the multi-wall blade; a return leg configured to extend away from the trailing edge axially toward a leading edge of the multi-wall blade to the coolant collection passage; and a turn fluidly coupling the outward leg and the return leg, the turn being configured to redirect flow of coolant in the outward leg into the return leg; wherein the outward leg is radially offset from the return leg along a radial axis of the multi-wall blade by the turn; wherein the return leg is circumferentially offset by the turn relative to the outward leg; and wherein the outward leg extends along a suction side of the multi-wall blade and the return leg extends along a pressure side of the multi-wall blade, or wherein the outward leg extends along the pressure side of the multi-wall blade and the return leg extends along the suction side of the multi-wall blade.
A piece of computer furniture for adjustably positioning at least one computer peripheral device, such as in particular a keyboard, a computer mouse, a foot pedal, a joystick, a steering wheel and/or a screen wherein the piece of computer furniture is designed to be self-standing, comprising: - a base configured to support the piece of computer furniture on the floor, - a shelf for placing or holding the computer peripheral device, - a main stand, wherein the main stand is connected or coupled to the base via a first joint so as to be inclinable and fixable in a selectable inclination position, - wherein the piece of computer furniture has a legroom, which is limited from above by the shelf, from below by the base and on one side by the main stand, - wherein the shelf is connected or coupled to the main stand via a second joint so as to be inclinable and fixable in a selectable inclination position, wherein the main stand extends from the base on one side and extends laterally adjacent to the legroom up to the shelf, and wherein a swivel joint is provided for horizontally pivoting the shelf, wherein the swivel joint is provided between the shelf and the second joint, characterized in that at least one auxiliary stand is provided at a protruding end of the shelf, and/or in that at least one auxiliary stand attached to the main stand is provided, which is configured for additional support of the main stand on the floor. - a base configured to support the piece of computer furniture on the floor, - a shelf for placing or holding the computer peripheral device, - a main stand, wherein the main stand is connected or coupled to the base via a first joint so as to be inclinable and fixable in a selectable inclination position, - wherein the piece of computer furniture has a legroom, which is limited from above by the shelf, from below by the base and on one side by the main stand, - wherein the shelf is connected or coupled to the main stand via a second joint so as to be inclinable and fixable in a selectable inclination position, wherein the main stand extends from the base on one side and extends laterally adjacent to the legroom up to the shelf, and wherein a swivel joint is provided for horizontally pivoting the shelf, wherein the swivel joint is provided between the shelf and the second joint,