mhurhangee/ep-ind-claims huggingface dataset:
A processor package comprising: an integrated circuit; and a compression accelerator in the integrated circuit, the compression accelerator to process a request to compress source data into an output file, characterized in that the processor package further comprises: early-abort circuitry in the compression accelerator to provide for early abort of compression operations, wherein to provide for early abort of compression operations comprises: using a predetermined sample size to compute an estimated size for a portion of the output file, wherein the sample size specifies how much of the source data is to be analyzed before computing the estimated size for the portion of the output file; determining whether the estimated size for the portion of the output file reflects an acceptable amount of compression, based on a predetermined early-abort threshold; and causing the compression accelerator to abort the request if the estimated size for the portion of the output file does not reflect the acceptable amount of compression. an integrated circuit; and a compression accelerator in the integrated circuit, the compression accelerator to process a request to compress source data into an output file, characterized in that the processor package further comprises: early-abort circuitry in the compression accelerator to provide for early abort of compression operations, wherein to provide for early abort of compression operations comprises: using a predetermined sample size to compute an estimated size for a portion of the output file, wherein the sample size specifies how much of the source data is to be analyzed before computing the estimated size for the portion of the output file; determining whether the estimated size for the portion of the output file reflects an acceptable amount of compression, based on a predetermined early-abort threshold; and causing the compression accelerator to abort the request if the estimated size for the portion of the output file does not reflect the acceptable amount of compression. using a predetermined sample size to compute an estimated size for a portion of the output file, wherein the sample size specifies how much of the source data is to be analyzed before computing the estimated size for the portion of the output file; determining whether the estimated size for the portion of the output file reflects an acceptable amount of compression, based on a predetermined early-abort threshold; and causing the compression accelerator to abort the request if the estimated size for the portion of the output file does not reflect the acceptable amount of compression.
Display device for a motor vehicle, which comprises: - at least one support structure; - at least one electronic control apparatus mechanically mounted on said support structure, which comprises: - a computing unit; - at least one memory unit electrically connected to at least said computing unit; - at least one receiver module electrically connected at least to said computing unit; - at least one display mechanically mounted on said support structure and electrically connected to said electronic control apparatus and visible from the outside by a user; - said memory unit contains a plurality of images, in which each image has associated at least one identifier; characterized by the fact that - said receiver module is configured to receive at least one command signal containing at least said identifier of at least one said image contained in said memory unit; - said computing unit is programmed to receive said command signal from said receiver module, to select said image equipped with said identifier contained in said command signal and to send a display signal to said display comprising at least said image contained in said memory unit. - at least one support structure; - at least one electronic control apparatus mechanically mounted on said support structure, which comprises: - a computing unit; - at least one memory unit electrically connected to at least said computing unit; - at least one receiver module electrically connected at least to said computing unit; - at least one display mechanically mounted on said support structure and electrically connected to said electronic control apparatus and visible from the outside by a user; - said memory unit contains a plurality of images, in which each image has associated at least one identifier; - a computing unit; - at least one memory unit electrically connected to at least said computing unit; - at least one receiver module electrically connected at least to said computing unit; - at least one display mechanically mounted on said support structure and electrically connected to said electronic control apparatus and visible from the outside by a user; - said memory unit contains a plurality of images, in which each image has associated at least one identifier; - said receiver module is configured to receive at least one command signal containing at least said identifier of at least one said image contained in said memory unit; - said computing unit is programmed to receive said command signal from said receiver module, to select said image equipped with said identifier contained in said command signal and to send a display signal to said display comprising at least said image contained in said memory unit.
A control apparatus for a vehicle electric power steering apparatus that calculates a steering assist torque command value based on a steering torque generated in a steering shaft and a velocity, calculates each-phase current command values from said steering assist torque command value, and controls said each phase of a motor that provides a steering mechanism with a steering assist torque based on current control values calculated from said each-phase current command values and each-phase current values of said motor, characterised by comprising: arranging filters having a characteristic that compensates each-phase inductance and resistance characteristics of said motor and said control apparatus at each pathway of a voltage command section or a current control section and conforming said each-phase inductance and resistance characteristics of said motor and said control apparatus, and at the same time, obtaining desired dynamic characteristics by converting said each-phase inductance and resistance characteristics in said filters. arranging filters having a characteristic that compensates each-phase inductance and resistance characteristics of said motor and said control apparatus at each pathway of a voltage command section or a current control section and conforming said each-phase inductance and resistance characteristics of said motor and said control apparatus, and at the same time, obtaining desired dynamic characteristics by converting said each-phase inductance and resistance characteristics in said filters.
A process for producing treated filler comprising: (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a halo-functional organosilane of the general formula: R 1 SiX 3 wherein R 1 is an organofunctional hydrocarbon comprising 1 to 36 carbon atoms, wherein the functional group of the organofunctional hydrocarbon is halogen; X is each independently alkoxy comprising 1 to 36 carbon atoms; to produce a treated filler slurry, and (b) drying said treated filler slurry to produce treated filler, wherein said untreated filler is chosen from aluminum silicate, silica gel, colloidal silica, precipitated silica, and mixtures thereof. (a) treating a slurry comprising untreated filler wherein said untreated filler has not been previously dried, with a treating composition comprising a halo-functional organosilane of the general formula: R 1 SiX 3 wherein R 1 is an organofunctional hydrocarbon comprising 1 to 36 carbon atoms, wherein the functional group of the organofunctional hydrocarbon is halogen; X is each independently alkoxy comprising 1 to 36 carbon atoms; to produce a treated filler slurry, and (b) drying said treated filler slurry to produce treated filler, wherein said untreated filler is chosen from aluminum silicate, silica gel, colloidal silica, precipitated silica, and mixtures thereof.
Eye examining instrument, more particularly a perimeter, comprising a projection device and a concave screen, wherein the eye examining instrument furthermore comprises a convex reflector, wherein an image (70, 71) can be projected by the projection device onto the convex reflector and reflected by the convex reflector onto the concave screen, characterized in that the convex reflector and the projection device are arranged opposite to one another in the edge region of the concave screen.
A valve actuator, comprising: a housing; a motor disposed on the housing; a drive gear coupled to a motor shaft of the motor; a transfer gear (140, 150, 160) engaging with the drive gear and rotating according to a predetermined gear ratio when the drive gear rotates; an output gear coupled to an output shaft and engaging with the transfer gear (140, 150, 160); and a stopper disposed in the housing and limiting a rotation of the output gear, characterized in that the transfer gear (140, 150, 160) comprises an outer part, an inner part disposed in the outer part, a first magnet disposed on the outer part, and a second magnet disposed on the inner part and facing the first magnet, and in that an upper end and a lower end of the inner part are supported by an inner surface of the housing, an upper or a lower end of the outer part is vertically supported by the inner part, and a height of the first magnet is larger than a height of the second magnet. a housing; a motor disposed on the housing; a drive gear coupled to a motor shaft of the motor; a transfer gear (140, 150, 160) engaging with the drive gear and rotating according to a predetermined gear ratio when the drive gear rotates; an output gear coupled to an output shaft and engaging with the transfer gear (140, 150, 160); and a stopper disposed in the housing and limiting a rotation of the output gear, characterized in that the transfer gear (140, 150, 160) comprises an outer part, an inner part disposed in the outer part, a first magnet disposed on the outer part, and a second magnet disposed on the inner part and facing the first magnet, and in that an upper end and a lower end of the inner part are supported by an inner surface of the housing, an upper or a lower end of the outer part is vertically supported by the inner part, and a height of the first magnet is larger than a height of the second magnet.
An alloy comprising, by weight: 57% to 60% copper; less than 0.1 % lead; less than 1% iron; less than 0.4% tin; less than 1% nickel; 1.5% to 3.0% manganese; 1,3% to 2.0% silicon; 1.3% to 2.3% aluminum; and a balance zinc, with the proviso that a ratio of Si/Mn is in the range of 0.3 to 0.7, and with the further proviso that a zinc equivalent content according to the following formula: ZnEq = Zn + Si*10 - Mn/2 + Al*5 is from 51% to 58%, and comprising beta phase in an amount from 75% to 90% by weight, wherein the alloy is thermally processed by extrusion at a rate of 96% or greater followed by cold drawing at a rate of 5% to 8%. 57% to 60% copper; less than 0.1 % lead; less than 1% iron; less than 0.4% tin; less than 1% nickel; 1.5% to 3.0% manganese; 1,3% to 2.0% silicon; 1.3% to 2.3% aluminum; and a balance zinc, with the proviso that a ratio of Si/Mn is in the range of 0.3 to 0.7, and with the further proviso that a zinc equivalent content according to the following formula: ZnEq = Zn + Si*10 - Mn/2 + Al*5 is from 51% to 58%, and comprising beta phase in an amount from 75% to 90% by weight, wherein the alloy is thermally processed by extrusion at a rate of 96% or greater followed by cold drawing at a rate of 5% to 8%.
A method of automatic switching between omnidirectional (OMNI) and directional microphone modes in a binaural hearing aid comprising a first microphone system for the provision of a first input signal, a second microphone system for the provision of a second input signal, where the first microphone system is adapted to be placed in or at a first ear of a user, the second microphone system is adapted to be placed in or at a second ear of said user, the method comprising - a measurement step, where the spectral and temporal modulations of the first and second input signal are monitored, - an evaluation step, where the spectral and temporal modulations of the first and second input signal are evaluated by the calculation of an evaluation index of speech intelligibility for each of said signals, and a comparison of each of the evaluation indexes of the two input signals with a first threshold value, - an operational step, where the microphone mode of the first and the second microphone systems of the binaural hearing aid are both set to the omnidirectional (OMNI) microphone mode when the comparison of the evaluation indexes of both input signals with the first threshold value indicates high speech intelligibility. - a measurement step, where the spectral and temporal modulations of the first and second input signal are monitored, - an evaluation step, where the spectral and temporal modulations of the first and second input signal are evaluated by the calculation of an evaluation index of speech intelligibility for each of said signals, and a comparison of each of the evaluation indexes of the two input signals with a first threshold value, - an operational step, where the microphone mode of the first and the second microphone systems of the binaural hearing aid are both set to the omnidirectional (OMNI) microphone mode when the comparison of the evaluation indexes of both input signals with the first threshold value indicates high speech intelligibility.
A vented ribbing structure for a knitted sleeve, the vented ribbing structure comprising: a plurality of rib-knit structures perpendicular to a central axis of a tubular sleeve body; characterized by a plurality of vent-knit structures perpendicular to the central axis of the tubular sleeve body, each of the plurality of vent-knit structures parallel to and between two or more of the plurality of rib-knit structures, wherein each of the plurality of vent-knit structures comprises at least one stretch portion and at least one vent portion, the at least one vent portion configured to open and close in response to stretching of the at least one stretch portion. a plurality of rib-knit structures perpendicular to a central axis of a tubular sleeve body; characterized by a plurality of vent-knit structures perpendicular to the central axis of the tubular sleeve body, each of the plurality of vent-knit structures parallel to and between two or more of the plurality of rib-knit structures, wherein each of the plurality of vent-knit structures comprises at least one stretch portion and at least one vent portion, the at least one vent portion configured to open and close in response to stretching of the at least one stretch portion.
A method for balancing a rotor of a gas turbine having a plurality of discs arranged in succession along a line, the method comprising: acquiring eccentricity measurements (ER1,..., ERP) of the discs of a rotor of a gas turbine in an initial configuration; based on the eccentricity measurements (ER1,..., ERP), identifying at least two critical areas of the rotor, in which variations of eccentricity between consecutive discs are not in compliance with an acceptance criterion; characterized by: identifying at least a first group of consecutive discs, arranged between two critical areas; determining at least one corrective action of the rotor, the corrective action including a relative rotation about the axis between two consecutive discs of the first group of discs; and performing the corrective action. acquiring eccentricity measurements (ER1,..., ERP) of the discs of a rotor of a gas turbine in an initial configuration; based on the eccentricity measurements (ER1,..., ERP), identifying at least two critical areas of the rotor, in which variations of eccentricity between consecutive discs are not in compliance with an acceptance criterion; characterized by: identifying at least a first group of consecutive discs, arranged between two critical areas; determining at least one corrective action of the rotor, the corrective action including a relative rotation about the axis between two consecutive discs of the first group of discs; and performing the corrective action. identifying at least a first group of consecutive discs, arranged between two critical areas; determining at least one corrective action of the rotor, the corrective action including a relative rotation about the axis between two consecutive discs of the first group of discs; and performing the corrective action.
A method of producing cellulose from lignocellulosic material by sulfite digestion or sulfate digestion in the presence of a salt of dithionous acid, which method comprises using the salt of dithionous acid in an amount from 0.1 to 4.0 wt.% in the case of sulfite digestion and in an amount from 1.0 to 2.0 wt.% in the case of sulfate digestion, based in each case on the amount of oven-dry lignocellulosic material, and wherein the salt of dithionous acid is added in said sulfite digestion as soon as the mixture of cooking liquor and lignocellulosic material to be digested has attained a temperature in the range from 60°C to 110°C in the course of being heated up, and the mixture thus obtained is left at a temperature from 100°C to 110°C for from 30 to 90 minutes (impregnation phase) and wherein the salt of dithionous acid is added in the end phase of said sulfate digestion.
A method of producing 1-butene, the method comprising: dehydrogenating n-butane to produce a first stream comprising 1-butene, isobutene, trans-2-butene, cis-2-butene, and n-butane; separating the first stream by extractive distillation to produce a second stream comprising primarily n-butane and a third stream comprising primarily 1-butene, isobutene, trans-2-butene, cis-2-butene, collectively; distilling, in a distillation column, the third stream to form a fourth stream comprising primarily iso-butene and 1-butene, collectively and a fifth stream comprising primarily trans-2-butene and cis-2-butene, collectively; and separating the fourth stream to produce a sixth stream comprising primarily iso-butene and seventh stream comprising primarily 1-butene. dehydrogenating n-butane to produce a first stream comprising 1-butene, isobutene, trans-2-butene, cis-2-butene, and n-butane; separating the first stream by extractive distillation to produce a second stream comprising primarily n-butane and a third stream comprising primarily 1-butene, isobutene, trans-2-butene, cis-2-butene, collectively; distilling, in a distillation column, the third stream to form a fourth stream comprising primarily iso-butene and 1-butene, collectively and a fifth stream comprising primarily trans-2-butene and cis-2-butene, collectively; and separating the fourth stream to produce a sixth stream comprising primarily iso-butene and seventh stream comprising primarily 1-butene.
A method, performed by one or more processors, comprising: receiving a user query; deriving, based on the user query, a search engine query for use with search engine software and a data access query for use with data access software; sending, to the search engine software, the search engine query to cause the search engine software to locate first data stored in a search engine index; sending, to the data access software, the data access query to cause the data access software to locate second data stored in a distributed data store; receiving, from the search engine software, the first data; in response to receiving the first data, sending the first data to a client device for display; receiving, from the data access software, the second data; and in response to receiving the second data, sending the second data to the client device for display, wherein the receiving and sending of the second data are subsequent to the receiving and sending of the first data, wherein the search engine index stores a subset of data stored in the distributed data store, and wherein the time taken between sending the data access query and receiving the second data is greater than the time between sending the search engine query and receiving the first data. receiving a user query; deriving, based on the user query, a search engine query for use with search engine software and a data access query for use with data access software; sending, to the search engine software, the search engine query to cause the search engine software to locate first data stored in a search engine index; sending, to the data access software, the data access query to cause the data access software to locate second data stored in a distributed data store; receiving, from the search engine software, the first data; in response to receiving the first data, sending the first data to a client device for display; receiving, from the data access software, the second data; and in response to receiving the second data, sending the second data to the client device for display, wherein the receiving and sending of the second data are subsequent to the receiving and sending of the first data, wherein the search engine index stores a subset of data stored in the distributed data store, and wherein the time taken between sending the data access query and receiving the second data is greater than the time between sending the search engine query and receiving the first data.
An electronic device comprising: at least one strain gauge arranged at the electronic device such that a strain of the at least one strain gauge is influenced by a change of a temperature of the electronic device, wherein the at least one strain gauge is part of a force detection arrangement of the electronic device, the force detection arrangement being provided for detecting a force exerted on the electronic device, and a control assembly for evaluating an output signal of the at least one strain gauge, characterized in that the control assembly is configured to evaluate the output signal of the at least one strain gauge to determine a temperature of the electronic device on the basis of the output signal and to control at least one function of the electronic device based on the determined temperature. at least one strain gauge arranged at the electronic device such that a strain of the at least one strain gauge is influenced by a change of a temperature of the electronic device, wherein the at least one strain gauge is part of a force detection arrangement of the electronic device, the force detection arrangement being provided for detecting a force exerted on the electronic device, and a control assembly for evaluating an output signal of the at least one strain gauge, characterized in that the control assembly is configured to evaluate the output signal of the at least one strain gauge to determine a temperature of the electronic device on the basis of the output signal and to control at least one function of the electronic device based on the determined temperature.
Strand pressure-pipe anchor, comprising: - a pressure anchor base element, - a tension strand or a plurality of tension strands, - at least one sheath, in which the tension strand or at least one of the tension strands is received, characterised in that the tension strand or at least one of the tension strands is provided, at the end thereof associated with the pressure anchor base element, with a ferrule which is provided with an external thread which, in a connected state of the tension strand and the pressure anchor base element in which the tension strand is connected to the pressure anchor base element in order to transfer the anchoring forces to the surrounding subsoil, is in threaded engagement with an internal thread of the pressure anchor base element. - a pressure anchor base element, - a tension strand or a plurality of tension strands, - at least one sheath, in which the tension strand or at least one of the tension strands is received,