mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus that executes machine learning by a plurality of processing layers, the information processing apparatus, comprising: a processor; and a memory, wherein the memory includes a normal region and an isolation region isolated from the normal region, the normal region holds a parameter of the machine learning, the isolation region holds input data to an i-th layer included in the plurality of processing layers and a parameter of the machine learning, and the processor executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region, when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region, and when determining that there is no risk, outputs the input data to the normal region, and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region. a processor; and a memory, wherein the memory includes a normal region and an isolation region isolated from the normal region, the normal region holds a parameter of the machine learning, the isolation region holds input data to an i-th layer included in the plurality of processing layers and a parameter of the machine learning, and the processor executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region, when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region, and when determining that there is no risk, outputs the input data to the normal region, and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region. executes semantic determination processing of determining whether there is a risk in executing processing of the i-th layer for the input data in the normal region on a basis of a content of secret information of the input data in the isolation region, when determining that there is the risk, executes the processing of the i-th layer for the input data on a basis of the parameter held by the isolation region in the isolation region, and when determining that there is no risk, outputs the input data to the normal region, and executes the processing of the i-th layer for the input data on a basis of the parameter held by the normal region in the normal region.
A modular block, wherein it comprises a circuit board, a functional circuit disposed on the circuit board, an input connector and an output connector, the input connector and the output connector being both provided with a plurality of conductive terminals connected to the circuit board, the plurality of conductive terminals being a positive power conductive terminal, a negative power conductive terminal and a data signal conductive terminal respectively, and at least one of the input connector and the output connector being provided with a plurality of the data signal conductive terminals, characterized in that the number of data signal conductive terminals of the input connector is different from the number of data signal conductive terminals of the output connector, so that data signals input to and output from the modular block can be done through a different number of wires.
A method comprising: determining, estimating, or computing a coarse time delay represented by an integer T1; determining or selecting a current reference point for a transmitted signal waveform of an RF power amplifier (335, 203); characterized by shifting the transmitted signal waveform by a set of offsets comprising a plurality of non-integer fractional steps from (T1 - Xd) to (T1 + Xd) where T1 is the integer and S1 is a non-integer fractional step size value for defining the plurality of non-integer fractional steps about the integer T1 such that the non-integer fractional steps progress in a positive direction as well as a negative direction from the integer T1 up to a limit Xd; at each of the plurality of non-integer fractional steps, correlating the transmitted signal waveform with a feedback signal waveform to obtain a respective correlation value for each of corresponding fractional steps of the plurality of non-integer fractional steps; obtaining a correct fractional delay value by selecting a fractional step of the plurality of non-integer fractional steps having a highest respective correlation value; applying the obtained correct fractional delay value to the transmitted signal waveform to provide a compensated transmitted signal waveform; and combining the compensated transmitted signal waveform with the feedback signal waveform to reduce or eliminate at least one intermodulation product of the RF power amplifier (335, 209); determining, estimating, or computing a coarse time delay represented by an integer T1; determining or selecting a current reference point for a transmitted signal waveform of an RF power amplifier (335, 203); characterized by shifting the transmitted signal waveform by a set of offsets comprising a plurality of non-integer fractional steps from (T1 - Xd) to (T1 + Xd) where T1 is the integer and S1 is a non-integer fractional step size value for defining the plurality of non-integer fractional steps about the integer T1 such that the non-integer fractional steps progress in a positive direction as well as a negative direction from the integer T1 up to a limit Xd; at each of the plurality of non-integer fractional steps, correlating the transmitted signal waveform with a feedback signal waveform to obtain a respective correlation value for each of corresponding fractional steps of the plurality of non-integer fractional steps; obtaining a correct fractional delay value by selecting a fractional step of the plurality of non-integer fractional steps having a highest respective correlation value; applying the obtained correct fractional delay value to the transmitted signal waveform to provide a compensated transmitted signal waveform; and combining the compensated transmitted signal waveform with the feedback signal waveform to reduce or eliminate at least one intermodulation product of the RF power amplifier (335, 209);
Method of preparing a self-emulsifying fat composition, comprising the steps of: a) providing a fat composition comprising at least 95% by weight triglycerides; b) separating a portion from the fat composition, wherein the portion represents from 0.5 to 10 % by weight of the fat composition; c) reacting the separated portion with glycerol to obtain a reacted portion comprising monoglycerides and diglycerides, wherein the weight of the fatty acids that are present in the fat composition in an amount greater than 5% by weight of the composition will vary in the reacted portion by 50% or less; and d) reintroducing at least part of the reacted portion into the fat composition to obtain a self-emulsifying fat composition comprising from 0.5 to 10% by weight MG and from 2 to 15% by weight DG. a) providing a fat composition comprising at least 95% by weight triglycerides; b) separating a portion from the fat composition, wherein the portion represents from 0.5 to 10 % by weight of the fat composition; c) reacting the separated portion with glycerol to obtain a reacted portion comprising monoglycerides and diglycerides, wherein the weight of the fatty acids that are present in the fat composition in an amount greater than 5% by weight of the composition will vary in the reacted portion by 50% or less; and d) reintroducing at least part of the reacted portion into the fat composition to obtain a self-emulsifying fat composition comprising from 0.5 to 10% by weight MG and from 2 to 15% by weight DG.
A control apparatus for a vehicle, comprising: a driving source which outputs a driving force to the vehicle; a clutch interposed between the driving source and driving wheels (RL, RR) of the vehicle to generate a transmission torque capacity on a basis of a command hydraulic pressure; a traveling mode (a WSC traveling mode) in which a slip control is performed for the clutch and a revolution speed control is performed for the driving source such that a revolution speed at a driving source side of the clutch becomes higher than that at a driving wheel side of the clutch by a predetermined revolution speed; a vehicle stop state determining section (10, step S1) configured to determine a vehicle stopped state; a torque detecting section (10, motor controller 2) configured to detect an actual torque of the driving source; and characterised in that the control apparatus further comprises a vehicle stop-time transmission torque capacity correcting section (10, steps S1 through S17) configured to reduce the command hydraulic pressure from an initial command hydraulic pressure and to set a post-correction command hydraulic pressure on a basis of the command hydraulic pressure when a variation in the actual torque of the driving source along with the reduction of the command hydraulic pressure is determined to end, when the vehicle stopped state is determined to occur during the traveling mode. a driving source which outputs a driving force to the vehicle; a clutch interposed between the driving source and driving wheels (RL, RR) of the vehicle to generate a transmission torque capacity on a basis of a command hydraulic pressure; a traveling mode (a WSC traveling mode) in which a slip control is performed for the clutch and a revolution speed control is performed for the driving source such that a revolution speed at a driving source side of the clutch becomes higher than that at a driving wheel side of the clutch by a predetermined revolution speed; a vehicle stop state determining section (10, step S1) configured to determine a vehicle stopped state; a torque detecting section (10, motor controller 2) configured to detect an actual torque of the driving source; and characterised in that the control apparatus further comprises a vehicle stop-time transmission torque capacity correcting section (10, steps S1 through S17) configured to reduce the command hydraulic pressure from an initial command hydraulic pressure and to set a post-correction command hydraulic pressure on a basis of the command hydraulic pressure when a variation in the actual torque of the driving source along with the reduction of the command hydraulic pressure is determined to end, when the vehicle stopped state is determined to occur during the traveling mode.
An accompaniment data generating apparatus comprising: storing means configured to store a set (AP a - AP g) of basic phrase waveform data which includes phrase waveform data indicative of at least one chord note including a chord root note; and chord information obtaining means for obtaining chord information which identifies chord type and chord root; characterized in that said storing means are further configured to store a plurality of selective phrase waveform data sets (AP a, AP b,... AP g), each being phrase waveform data indicative of a respective chord note whose chord root is the chord root indicated by the set of basic phrase waveform data and which is not included in the at least one chord note for which the set of basic phrase waveform data is indicative; and said data generating apparatus further comprises chord note phrase generating means for reading out, from the storing means, the set of basic phrase waveform data and one or more selective phrase waveform data sets of the plurality of selective phrase waveform data sets, combining the read out set of basic phrase waveform data and the read out one or more selective phrase waveform data sets, and generating waveform data indicative of a chord note phrase corresponding to a chord identified on the basis of the obtained chord information as accompaniment data. storing means configured to store a set (AP a - AP g) of basic phrase waveform data which includes phrase waveform data indicative of at least one chord note including a chord root note; and chord information obtaining means for obtaining chord information which identifies chord type and chord root; characterized in that said storing means are further configured to store a plurality of selective phrase waveform data sets (AP a, AP b,... AP g), each being phrase waveform data indicative of a respective chord note whose chord root is the chord root indicated by the set of basic phrase waveform data and which is not included in the at least one chord note for which the set of basic phrase waveform data is indicative; and said data generating apparatus further comprises chord note phrase generating means for reading out, from the storing means, the set of basic phrase waveform data and one or more selective phrase waveform data sets of the plurality of selective phrase waveform data sets, combining the read out set of basic phrase waveform data and the read out one or more selective phrase waveform data sets, and generating waveform data indicative of a chord note phrase corresponding to a chord identified on the basis of the obtained chord information as accompaniment data.
An electric blower, comprising: an impeller having a front shroud, a rear shroud, and a plurality of blades provided between the front and rear shrouds; an inducer having a hub disposed in an inlet of the impeller; an air guide provided around an outer periphery of the impeller; a casing enclosing the impeller and the air guide and having an intake opening at a central position thereof; and an electric motor for rotating the impeller, wherein an area of a passage cross-section perpendicular to a center line of a passage from the inlet to an outlet of the impeller, defined by the front shroud, the rear shroud and the hub of the inducer, is monotonically increased from the inlet to the outlet, the electric blower being characterised in that a variation rate of the monotonic increase in the passage cross-sectional area from the inlet of the impeller to a position at an upstream side of an outer edge of the hub differs from that from a position at a downstream side of the outer edge of the hub to the outlet, each of the monotonic increases being linear, in that a curved variation section is provided between the positions at the upstream and the downstream side of the outer edge of the hub to connect the monotonic increases of the passage cross-sectional area, and in that optionally the curved variation section may be vanishingly small. an impeller having a front shroud, a rear shroud, and a plurality of blades provided between the front and rear shrouds; an inducer having a hub disposed in an inlet of the impeller; an air guide provided around an outer periphery of the impeller; a casing enclosing the impeller and the air guide and having an intake opening at a central position thereof; and an electric motor for rotating the impeller, wherein an area of a passage cross-section perpendicular to a center line of a passage from the inlet to an outlet of the impeller, defined by the front shroud, the rear shroud and the hub of the inducer, is monotonically increased from the inlet to the outlet, the electric blower being characterised in that a variation rate of the monotonic increase in the passage cross-sectional area from the inlet of the impeller to a position at an upstream side of an outer edge of the hub differs from that from a position at a downstream side of the outer edge of the hub to the outlet, each of the monotonic increases being linear, in that a curved variation section is provided between the positions at the upstream and the downstream side of the outer edge of the hub to connect the monotonic increases of the passage cross-sectional area, and in that optionally the curved variation section may be vanishingly small.
Device for filtering water, having a filter arrangement with a chemical-free self-cleaning function for filter cleaning and having an ozonisation device, having an inlet line for contaminated water, to which a pump is connected, wherein the ozone inlet line of an ozone source, specifically an ozone generator, is connected to the inlet line in order to supply ozone to the contaminated water, wherein the pump supplies ozonised water to a membrane filter module, specifically a cross-flow ultrafiltration module, characterised in that a portion of the water is filtered by the membrane and, in contrast, another portion of the water is passed via a pressure-regulating device, in particular a valve, in an unfiltered state out of the membrane filter module, and cleaned water, filtered by the membrane, issues, on the one hand, in an outlet and, on the other hand, in a container for pure drinking water, wherein the container is connected to the membrane filter module via lines and a reverse cleaning pump for counter-flushing the filter membranes in the membrane filter module and wherein the flushing-out of impurities retained in the membrane filter module takes place via a pressure-regulating device, in particular a valve, allocated to a waste water outlet, wherein, for reverse cleaning of the membrane filter module, the reverse cleaning pump for counter-flushing the filter membranes in the membrane filter module is connected to the membrane filter module via a further membrane filter module, an ultrafilter.
A radiating surface assembly for adjusting the temperature of a room, comprising a plurality of pipes of a pipe register through which a heat transfer medium flows and which are assigned radiating sheets that are in heat-conducting communication with the pipes, wherein at least one cable carrier is fixed on the side of the pipes facing away from the radiating sheets, wherein the pipes and/or the radiating sheets are connected with cross beams extending in a direction perpendicular to the longitudinal direction of the pipes and the at least one cable carrier is fixed on at least some of the cross beams, characterized in that at least in one of the radiating sheets there is integrated a lighting fixture, the power supply of which is fed via the at least one cable carrier.
A stage light with a defogging device, comprising a light head, in which a mounting plate configured for fixing a light source and a supporting plate configured for mounting an optical lens are arranged, wherein at a light outlet of the light head a light emitting lens is provided, a light source cavity is formed by the supporting plate, the mounting plate and an inner side wall of the light head, and a blower is arranged in the light source cavity, which is configured to guide airflow into space between the supporting plate and the light emitting lens through an air guiding element, characterized by further comprising an annular air duct disposed around the light emitting lens, wherein the annular air duct is communicated with the air guiding element, and a side wall of the annular air duct close to a center of the light emitting lens is provided with a plurality of air exhaust holes.
A brachytherapy kit, comprising: - a tubular introducer sheath to receive an afterload catheter, the introducer sheath comprising a distal opening, a cylindrical part and a proximal inlet cap, wherein at least the cylindrical part of the introducer sheath has a visual depth marking or scale; and - an afterload catheter, comprising a catheter tip, a cylindrical shaft to be introduced and snuggly sliding in the tubular introducer sheath, and a visual exit mark positioned on said shaft to visibly coincide with the proximal inlet cap of the introducer sheath when said catheter tip is at said distal opening of the introducer sheath, characterized in that the brachytherapy kit further comprises - a puncture needle, having a visual depth marking or scale corresponding with the visual depth marking or scale of the introducer sheath. - a tubular introducer sheath to receive an afterload catheter, the introducer sheath comprising a distal opening, a cylindrical part and a proximal inlet cap, wherein at least the cylindrical part of the introducer sheath has a visual depth marking or scale; and - an afterload catheter, comprising a catheter tip, a cylindrical shaft to be introduced and snuggly sliding in the tubular introducer sheath, and a visual exit mark positioned on said shaft to visibly coincide with the proximal inlet cap of the introducer sheath when said catheter tip is at said distal opening of the introducer sheath, - a puncture needle, having a visual depth marking or scale corresponding with the visual depth marking or scale of the introducer sheath.
A pressure-sensitive sensor comprising a substrate (1, 10) supporting a piezoelectric layer of a piezoelectric material, the piezoelectric layer having surface undulations as wrinkles on which the pressure is exerted upon use of the sensor, the piezoelectric layer being an undulated layer locally suspended above the substrate, the substrate being covered with a layer forming a lower electrode, the piezoelectric layer being formed on the lower electrode, the piezoelectric layer being an undulated layer suspended above the substrate outside zones of localized adherent contact with the lower electrode.
A secure document comprising: a transparent window; a mirror element positioned in proximity with the transparent window; and a first photo-luminescent material positioned relative to the transparent window and the mirror element such that the mirror element enhances a luminescence of the first photo-luminescent material when viewed and illuminated through the transparent window. a transparent window; a mirror element positioned in proximity with the transparent window; and a first photo-luminescent material positioned relative to the transparent window and the mirror element such that the mirror element enhances a luminescence of the first photo-luminescent material when viewed and illuminated through the transparent window.
A securement arrangement for securing a hanger within a subsea wellhead comprising first securement means to secure the hanger in a first position and second securement means to secure the hanger in a second position, the first securement means being arranged, in use, to provide a fluid passageway over an outer sealing surface of the hanger whilst the hanger is retained in the first position such that fluid can flow around the outer sealing surface of the hanger, the second securement means comprising a clamping arrangement in order to provide a seal around the hanger whilst the hanger is secured in the second position such that fluid cannot flow around the outer sealing surface of the hanger characterised in that the first securement means secures the hanger in a single longitudinal direction and enables movement of the hanger in the second opposite longitudinal direction and wherein the hanger comprises a plurality of first longitudinal ribs located below the outer sealing surface and the hanger comprises a plurality of second longitudinal ribs located above the outer sealing surface.