mhurhangee/ep-ind-claims huggingface dataset:
Control method (1, 11) for controlling aerodynamic means of an aircraft with mechanically decoupled flight control means allowing the aircraft to be controlled by at least two pilots, the aircraft comprising at least two control members (22, 32- 23, 33) which are each intended to be manoeuvred by one of the at least two pilots, respectively, and which each enable control instructions to be generated in order to carry out a movement of the aerodynamic means relative to an incident air flow, the control method (1, 11) comprising a control logic, referred to as the operational logic (2, 12), the operational logic (2, 12) comprising a dual operating mode where each control member (22, 32- 23, 33) can control the aerodynamic means, in the dual operating mode only one of the at least two control members, referred to as the activated member (22, 32), controls exclusively, over an entire movement range, the aerodynamic means, the other control member, referred to as the deactivated member (23, 33) being temporarily inoperative on the aerodynamic means, and, in the dual operating mode, it is possible to generate a manual activation of the deactivated member (23, 33) which automatically brings about a deactivation of the activated member (22, 32), the initially deactivated member (23, 33) being newly activated in order to control the aerodynamic means over the entire movement range, the operational logic comprising at least one single-pilot operating mode (6, 7), in which: • only one of the at least two control members, referred to as the activated member (22, 32), enables the aerodynamic means to be controlled exclusively over an entire movement range, the other control member, referred to as the deactivated member (23, 33) being inoperative on the aerodynamic means, and • the activated member (22, 32) always remains activated and the deactivated member (23, 33) always remains deactivated, the operational logic comprising two single-pilot operating modes (6, 7) which correspond to a left single-pilot mode in which the activated member (22, 32) is the one which is arranged on the left of a cockpit of the aircraft and a right single-pilot mode in which the activated member (23, 33) is the one which is arranged on the right of a cockpit of the aircraft, characterised in that the aircraft comprises a commutator which enables the dual operating mode and one or other of the two single-pilot operating modes (6, 7) to be selected manually, and in that, in the dual operating mode, the manual activation of the deactivated member (22, 33) is produced by another means separate from the commutator. • only one of the at least two control members, referred to as the activated member (22, 32), enables the aerodynamic means to be controlled exclusively over an entire movement range, the other control member, referred to as the deactivated member (23, 33) being inoperative on the aerodynamic means, and • the activated member (22, 32) always remains activated and the deactivated member (23, 33) always remains deactivated,
Polyolefin resin pre-expanded particles produced by expanding a polyolefin-based resin particle, wherein the polyolefin-based resin particles are obtained from a polyolefin-based resin composition comprising 100 parts by weight of a polyolefin-based resin, less than 0.01 part by weight of a low-molecular type antistatic agent, and 5 parts by weight or more and 30 parts by weight or less of a polyether-polyolefin resin block copolymer-based antistatic agent.
An anti-lofting deflector for landing gear having two wheels on an axle, the deflector comprising: · a stationary support for being fastened in service to a portion of the landing gear that carries the axle in order to extend between the wheels and present a distal end behind the wheels; · a first flap hinged to the stationary support via its distal end about a first hinge axis substantially parallel to the axle; · a second flap hinged to the first flap about a second hinge axis substantially parallel to the first hinge axis; and · a return member arranged so as to urge the second flap against an abutment of the first flap that prevents the second flap from becoming aligned with the first flap, and to urge the first flap against an abutment of the stationary support that prevents the first flap from folding against the support. · a stationary support for being fastened in service to a portion of the landing gear that carries the axle in order to extend between the wheels and present a distal end behind the wheels; · a first flap hinged to the stationary support via its distal end about a first hinge axis substantially parallel to the axle; · a second flap hinged to the first flap about a second hinge axis substantially parallel to the first hinge axis; and · a return member arranged so as to urge the second flap against an abutment of the first flap that prevents the second flap from becoming aligned with the first flap, and to urge the first flap against an abutment of the stationary support that prevents the first flap from folding against the support.
An electronics device, the electronics device comprising: a circuit board; an electronics component; and a rotating disk player; the rotating disk player having an air flow inlet to receive air from the exterior of the electronics device and an air flow outlet arranged such that air flow generated by a disk rotating in the rotating disk player causes air to flow from the exterior of the electronics device through the air flow inlet and out through the air flow outlet towards at least one of the circuit board and the electronics component to cool the at least one of the circuit board and the electronics component. a circuit board; an electronics component; and a rotating disk player; the rotating disk player having an air flow inlet to receive air from the exterior of the electronics device and an air flow outlet arranged such that air flow generated by a disk rotating in the rotating disk player causes air to flow from the exterior of the electronics device through the air flow inlet and out through the air flow outlet towards at least one of the circuit board and the electronics component to cool the at least one of the circuit board and the electronics component.
A processor implemented method for testing of skin electroporation using simulations of human skin, the method comprising: providing a molecular model of stratum corneum layer of the human skin, wherein the stratum corneum layer comprises a lipid bilayer; setting a plurality of parameters for creating an equilibrium environment for the simulations; applying an external electric field across the lipid bilayer, wherein the application of the external electric field results in the generation of a pore inside the lipid bilayer of the stratum corneum layer; measuring the radius of the pore across the bilayer based on the applied external electric field; stabilizing the radius of the pore by varying the applied external electric field,wherein the stabilization includes performing a molecular dynamic simulation of an electroporation of a planar lipid membrane in the pore; and removing the external electric field, wherein the removal of external electric field results in the reformation of the lipid bilayer and self-healing of human skin. providing a molecular model of stratum corneum layer of the human skin, wherein the stratum corneum layer comprises a lipid bilayer; setting a plurality of parameters for creating an equilibrium environment for the simulations; applying an external electric field across the lipid bilayer, wherein the application of the external electric field results in the generation of a pore inside the lipid bilayer of the stratum corneum layer; measuring the radius of the pore across the bilayer based on the applied external electric field; stabilizing the radius of the pore by varying the applied external electric field,wherein the stabilization includes performing a molecular dynamic simulation of an electroporation of a planar lipid membrane in the pore; and removing the external electric field, wherein the removal of external electric field results in the reformation of the lipid bilayer and self-healing of human skin.
Device (1, 100) for processing contacts, wherein the contacts are arranged on a carrier strip, having: a tool (40, 140) for processing the contacts; a guideway (30, 130) for feeding the at least one carrier strip to the tool (40, 140) in a feeding direction; characterized in that the device (1, 100) furthermore has a clamping device (50, 150), arranged after the tool (40, 140) in the feeding direction, for clamping the at least one carrier strip perpendicularly to the feeding direction. a tool (40, 140) for processing the contacts; a guideway (30, 130) for feeding the at least one carrier strip to the tool (40, 140) in a feeding direction; characterized in that the device (1, 100) furthermore has a clamping device (50, 150), arranged after the tool (40, 140) in the feeding direction, for clamping the at least one carrier strip perpendicularly to the feeding direction.
A composition for straightening hair comprising: (a) at least one reducing agent selected from thiolactic acid and salts thereof; (b) at least one neutralizing agent selected from organic amines, alkali metal hydroxides, alkali earth metal hydroxides, alkali metal carbonates, alkali metal phosphates, and mixtures thereof; (c) at least one dimethicone copolyol which is present in an amount of from 0.5% to 5% by weight, preferably from 1% to 4% by weight, more preferably from 1.5% to 3% by weight, and even more preferably from 2% to 3% by weight; (d) from 0.1% to 2% by weight of at least one cellulose compound chosen from hydroxyalkyl cellulose, alkylcellulose, and mixtures thereof; and (e) water; wherein the pH of the composition ranges from 2 to less than 7; all weights being based on the total weight of the composition. (a) at least one reducing agent selected from thiolactic acid and salts thereof; (b) at least one neutralizing agent selected from organic amines, alkali metal hydroxides, alkali earth metal hydroxides, alkali metal carbonates, alkali metal phosphates, and mixtures thereof; (c) at least one dimethicone copolyol which is present in an amount of from 0.5% to 5% by weight, preferably from 1% to 4% by weight, more preferably from 1.5% to 3% by weight, and even more preferably from 2% to 3% by weight; (d) from 0.1% to 2% by weight of at least one cellulose compound chosen from hydroxyalkyl cellulose, alkylcellulose, and mixtures thereof; and (e) water; wherein the pH of the composition ranges from 2 to less than 7; all weights being based on the total weight of the composition. wherein the pH of the composition ranges from 2 to less than 7; all weights being based on the total weight of the composition.
A computer-implemented method, comprising: for each of a plurality of communications channels in a power line communications system, conveying information over a power distribution network; accessing channel data that specifies at least one channel characteristic for the communications channel; normalizing the channel data based on reference channel data; generating status scores based on the normalized channel data, the status scores being a vector of values representing the status of the communications channel; normalizing the status scores for each communications channel that is in a valid operating state; adjusting the status scores based on variations of the channel data; and determining whether a network status indicates a power outage on the power distribution network based on status score variations; and generating status data based on the determination. for each of a plurality of communications channels in a power line communications system, conveying information over a power distribution network; accessing channel data that specifies at least one channel characteristic for the communications channel; normalizing the channel data based on reference channel data; generating status scores based on the normalized channel data, the status scores being a vector of values representing the status of the communications channel; normalizing the status scores for each communications channel that is in a valid operating state; adjusting the status scores based on variations of the channel data; and determining whether a network status indicates a power outage on the power distribution network based on status score variations; and generating status data based on the determination.
An illuminator comprising a generally cylindrical body in and along an outer surface of which extends a beta light cavity, a beta light inserted into the cavity, and a sleeve which can be slid onto the cylindrical body with the beta light inserted in the beta light cavity, the sleeve having a slot in it which corresponds in position to the beta light cavity, the slot being narrower than the beta light cavity, so that light from the beta light within the cavity can pass through the slot, but not the beta light itself.
A pressure ring assembly suitable for use in an electric arc furnace, the pressure ring assembly comprising a pressure ring characterised therein that it is made of a metal alloy wherein a first metal of the alloy is copper, and a second metal of the alloy is silver.
A rotary electric shaver comprising: a handle assembly that houses a motor and has an upper receptacle formed by a head assembly mount that is recessed relative to a proximal end of the handle assembly, the head assembly mount having a drive mechanism protruding therethrough, the drive mechanism comprising a plurality of drive shafts operatively connected to the motor and protruding into the upper receptacle; and a head assembly having a circumference and a cutter frame assembly including a plurality of cutters comprising inner cutters each operatively connected to a respective one of the drive shafts for conjoint rotation therewith, wherein the head assembly is mounted on the handle assembly; characterised in that the head assembly has a hair retention assembly having a circumference sized such that the hair retention assembly is insertable into the upper receptacle to position the hair retention assembly atop the head assembly mount, and in that the cutter frame assembly is connected to the hair retention assembly and sized such that the cutter frame assembly substantially covers the hair retention assembly, the hair retention assembly having a hair pocket in which hair cut by the cutters is stored, the head assembly being pivotably mounted on the head assembly mount such that the head assembly is capable of pivoting movement relative to the handle assembly about the entire circumference of the head assembly. a handle assembly that houses a motor and has an upper receptacle formed by a head assembly mount that is recessed relative to a proximal end of the handle assembly, the head assembly mount having a drive mechanism protruding therethrough, the drive mechanism comprising a plurality of drive shafts operatively connected to the motor and protruding into the upper receptacle; and a head assembly having a circumference and a cutter frame assembly including a plurality of cutters comprising inner cutters each operatively connected to a respective one of the drive shafts for conjoint rotation therewith, wherein the head assembly is mounted on the handle assembly; characterised in that the head assembly has a hair retention assembly having a circumference sized such that the hair retention assembly is insertable into the upper receptacle to position the hair retention assembly atop the head assembly mount, and in that the cutter frame assembly is connected to the hair retention assembly and sized such that the cutter frame assembly substantially covers the hair retention assembly, the hair retention assembly having a hair pocket in which hair cut by the cutters is stored, the head assembly being pivotably mounted on the head assembly mount such that the head assembly is capable of pivoting movement relative to the handle assembly about the entire circumference of the head assembly.
A spectrum analyzer comprising: a support substrate including a through-hole; and a plurality of resonators that have center frequencies different from each other, each of the plurality of resonators comprising a fixing portion fixed to the support substrate, a movable portion movable in response to an audio signal, and a sensor configured to sense a movement of the movable portion, and characterised in that the fixing portions of the plurality of resonators are arranged to have a circular trajectory along a cross-sectional shape of the through-hole, the plurality of resonators are arranged with an arrangement period (p), and a separation distance (d) between two resonators having center frequencies immediately adjacent to each other, among the plurality of resonators, is greater than a shortest separation distance among separation distances between the plurality of resonators. a support substrate including a through-hole; and a plurality of resonators that have center frequencies different from each other, each of the plurality of resonators comprising a fixing portion fixed to the support substrate, a movable portion movable in response to an audio signal, and a sensor configured to sense a movement of the movable portion, and characterised in that the fixing portions of the plurality of resonators are arranged to have a circular trajectory along a cross-sectional shape of the through-hole, the plurality of resonators are arranged with an arrangement period (p), and a separation distance (d) between two resonators having center frequencies immediately adjacent to each other, among the plurality of resonators, is greater than a shortest separation distance among separation distances between the plurality of resonators.
A process for making a dry granulation of a metal complex of a compound of Formula in a solid dosage form, wherein R 1 = N(CH 3) 2; R 2 = H; R 3 = H; and R 4 = H, wherein the compound is minocycline and wherein said metal complex is selected from the group consisting of a calcium complex, a magnesium complex, a sodium complex, a zinc complex, an aluminum complex, an iron complex, a copper complex and mixtures thereof, said process comprising the steps of: (i) providing an aqueous solution of the compound of Formula or a physiologically acceptable salt thereof, where the compound is partially or completely solubilized; (ii) admixing a metal salt with said aqueous solution, (iii) admixing a base to increase the pH of said aqueous solution, whereby a suspension of a metal complex of the compound of Formula is formed after steps (ii) and (iii); and (iv) admixing one or more pharmaceutically acceptable-excipients with the suspension thereby forming a wet granulation; and (v) drying the wet granulation, thereby forming a dry granulation of the metal complex of the compound of Formula. R 1 = N(CH 3) 2; R 2 = H; R 3 = H; and R 4 = H, (i) providing an aqueous solution of the compound of Formula or a physiologically acceptable salt thereof, where the compound is partially or completely solubilized; (ii) admixing a metal salt with said aqueous solution, (iii) admixing a base to increase the pH of said aqueous solution, whereby a suspension of a metal complex of the compound of Formula is formed after steps (ii) and (iii); and (iv) admixing one or more pharmaceutically acceptable-excipients with the suspension thereby forming a wet granulation; and (v) drying the wet granulation, thereby forming a dry granulation of the metal complex of the compound of Formula.
An overcurrent fault detector (100, 502) using a High Electron Mobility Transistor, HEMT, (102, 510) operated by a gate driver (104, 514), the overcurrent fault detector (100, 502) comprising: a band-pass filter (108, 538) configured to: receive gate-to-source voltage signals (110, 536) of the HEMT (102, 510), wherein the HEMT generates an oscillation in the VGS signals at a characteristic frequency in response to a thermal overload at HEMT during an overcurrent fault condition; and filter the VGS signals (110, 536) to generate a band-limited version of the VGS signals (110, 536) that suppresses signals outside of the characteristic frequency; and a control circuit configured to: measure a value of the band-limited version of the VGS signals (110, 536); determine if the value is greater than a threshold value; and generate a fault signal (124, 522) that disables the gate driver (104, 514) and terminates the overcurrent fault condition in response to determining that the value is greater than the threshold value. a band-pass filter (108, 538) configured to: receive gate-to-source voltage signals (110, 536) of the HEMT (102, 510), wherein the HEMT generates an oscillation in the VGS signals at a characteristic frequency in response to a thermal overload at HEMT during an overcurrent fault condition; and filter the VGS signals (110, 536) to generate a band-limited version of the VGS signals (110, 536) that suppresses signals outside of the characteristic frequency; and receive gate-to-source voltage signals (110, 536) of the HEMT (102, 510), wherein the HEMT generates an oscillation in the VGS signals at a characteristic frequency in response to a thermal overload at HEMT during an overcurrent fault condition; and filter the VGS signals (110, 536) to generate a band-limited version of the VGS signals (110, 536) that suppresses signals outside of the characteristic frequency; and a control circuit configured to: measure a value of the band-limited version of the VGS signals (110, 536); determine if the value is greater than a threshold value; and generate a fault signal (124, 522) that disables the gate driver (104, 514) and terminates the overcurrent fault condition in response to determining that the value is greater than the threshold value. measure a value of the band-limited version of the VGS signals (110, 536); determine if the value is greater than a threshold value; and generate a fault signal (124, 522) that disables the gate driver (104, 514) and terminates the overcurrent fault condition in response to determining that the value is greater than the threshold value.
A heat exchange and/or mass transfer column comprising a gas distributor, said gas distributor located within said column and comprising at least one feed gas inlet nozzle extending through a shell wall of the column substantially perpendicular to the longitudinal axis of the column for directing a feed gas perpendicularly to a substantially vertical interior cylindrical deflector wall comprising at least one opening to an annular interior open area within the gas distributor, a bottom section that extends the interior cylindrical deflector wall and conforms to the contour of the shell wall, said bottom section comprising a bottom section opening to a column sump within the column, and a generally horizontal ceiling above the feed gas inlet nozzle between the interior cylindrical deflector wall and the shell wall to define a generally circumferential gas flow channel formed between the shell wall and the interior cylindrical deflector wall, wherein the interior cylindrical deflector wall comprises wall segments and said ceiling comprising a plurality of openings (24,42).