mhurhangee/ep-ind-claims huggingface dataset:
A safety analysis zone for an aircraft, said zone comprising: a first aircraft component; a wired arrangement disposed proximate the first aircraft component and comprising a primary monitoring and control arrangement for monitoring and controlling a second aircraft component; and a wireless system for monitoring and controlling the second aircraft component, the wireless system comprising a redundant monitoring and control arrangement for use upon the imposition of a hazardous condition on the wired arrangement; one or more sensors and processors configured to determine whether the wired arrangement is in a satisfactory operating condition, as well as to obtain information about the second aircraft component; and a plurality of transceivers, at least one of which is disposed proximate the wired arrangement, configured to relay information wirelessly to each other and to send commands to an actuator for controlling the second aircraft component. a first aircraft component; a wired arrangement disposed proximate the first aircraft component and comprising a primary monitoring and control arrangement for monitoring and controlling a second aircraft component; and a wireless system for monitoring and controlling the second aircraft component, the wireless system comprising a redundant monitoring and control arrangement for use upon the imposition of a hazardous condition on the wired arrangement; one or more sensors and processors configured to determine whether the wired arrangement is in a satisfactory operating condition, as well as to obtain information about the second aircraft component; and a plurality of transceivers, at least one of which is disposed proximate the wired arrangement, configured to relay information wirelessly to each other and to send commands to an actuator for controlling the second aircraft component.
A catalyst for purification of exhaust gas containing a phosphorus compound comprising: a lower catalyst layer containing at least one of noble metal provided on a refractory three-dimensional structure; and an upper catalyst layer at an inflow side of exhaust gas and an upper catalyst layer at an outflow side of exhaust gas provided on a surface of the lower catalyst layer, wherein; the upper catalyst layer at the inflow side and the upper catalyst layer at the outflow side having different concentrations of noble metal, an intermediate zone with a length of 3 to 23% of the overall length of the refractory three-dimensional structure provided between the upper catalyst layer at the inflow side and the upper catalyst layer at the outflow side, and the intermediate zone starting from a position 10 to 38% from an end face of the catalyst at the inflow side of exhaust gas, characterized in that the upper catalyst layer at the inflow side and the upper catalyst layer at the outflow side contain palladium.
An apparatus comprising: a signal generator configured to generate a sampling signal with a varying sampling interval having an average time step with a variation size; and an analog-to-digital converter configured to sample a received signal using the sampling signal; wherein the signal generator is configured to generate the sampling signal with the varying sampling interval Δ t n, defined by: Δ t n = dt 1 − f + 2 f n n max wherein n is a current sample number relative to a total number of samples taken, n max, dt is the average time step, and f is the variation size. a signal generator configured to generate a sampling signal with a varying sampling interval having an average time step with a variation size; and an analog-to-digital converter configured to sample a received signal using the sampling signal; wherein the signal generator is configured to generate the sampling signal with the varying sampling interval Δ t n, defined by: Δ t n = dt 1 − f + 2 f n n max wherein n is a current sample number relative to a total number of samples taken, n max, dt is the average time step, and f is the variation size.
A method of loading a self-expanding stent into a delivery sheath configured to retain the stent in a radially compressed pre-deployment configuration, comprising the steps of: i) radially compressing the stent from a relaxed outside diameter d0 to a compressed outside diameter d1; ii) providing a loading sheath with an inner diameter d2, where d0 > d2 > d1; iii) translating the stent relative to the sheath, whereby the stent is accommodated within the lumen of the loading sheath; iv) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; v) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; and vi) deploying the stent into the lumen of the delivery sheath, characterised in that the stent is deployed by withdrawing the loading sheath while restraining the stent from relative axial movement out of the lumen of the delivery sheath. i) radially compressing the stent from a relaxed outside diameter d0 to a compressed outside diameter d1; ii) providing a loading sheath with an inner diameter d2, where d0 > d2 > d1; iii) translating the stent relative to the sheath, whereby the stent is accommodated within the lumen of the loading sheath; iv) providing a delivery sheath with an inner diameter d3, where d0 > d3 > d2; v) advancing the loading sheath, containing the stent, into the lumen of the delivery sheath; and vi) deploying the stent into the lumen of the delivery sheath, characterised in that the stent is deployed by withdrawing the loading sheath while restraining the stent from relative axial movement out of the lumen of the delivery sheath.
A solder alloy having an alloy composition consisting of, in mass%, Ag: from 3.2 to 3.8%, Cu: from 0.6 to 0.8%, Ni: from 0.01 to 0.2%, Sb: from 2 to 5.5%, Bi: from 1.5 to 5.5%, Co: from 0.001 to 0.1%, Ge: from 0.001 to 0.1%, and optionally at least one of Mg, Ti, Cr, Mn, Fe, Ga, Zr, Nb, Pd, Pt, Au, La and Ce: 0.1% or less in total, with the balance being Sn and unavoidable impurities, wherein the alloy composition satisfies the following relationship: 2.93 ≤ Ge / Sn + Bi / Ge × Bi / Sn wherein in the relationship, each of Sn, Ge, and Bi represents the content (mass%) in the alloy composition.
A fluoro-containing ether monomer for fabricating contact lenses, represented by the following formula: wherein R 10 is fluoroalkyl group (C x F y H z, wherein x is an integer of 2 to 20, y is an integer of 5 to 30, and y+z=2x+1); R 11 is oxygen, nitrogen or sulfur; R 12 is C 1 -C 3 alkylene group and n is an integer of 3 to 40.
An arrangement of windings of a HV insulated transformer for power supply device comprising a secondary winding superimposed on a primary winding forming a pair of windings wound on a transformer core, wherein at least two pairs of windings are placed on the same one common transformer core in such a way that any windings (2, 4) of each pair of windings are not overlapping the windings (2, 4) of the neighboring pair of windings and where the primary windings are connected in parallel, characterized in that each of the primary winding has a current sensor adapted for measuring the current of its respective secondary winding.
Form II polymorph of ferric maltol characterized by a powder X-ray diffraction pattern comprising a characteristic crystalline peak expressed in degrees 2-theta at 8.3 ±0.25 degrees.
A resin dispersion, comprising: a dispersing medium comprising 50% by weight or higher of alcohols; and a modified polyolefin resin in which the following polymer is grafted on the following resin, Polymer: a polymer including (i) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having a hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having a hydroxy group, and (ii) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having no hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having no hydroxy group in an amount of 50% by weight or higher and 97% by weight or lower, and having a hydroxyl value in a range of 10 mgKOH/g or larger and 200 mgKOH/g or smaller, wherein the hydroxyl value is calculated as indicated in the description, Resin: a polyolefin resin or a modified product thereof. a dispersing medium comprising 50% by weight or higher of alcohols; and a modified polyolefin resin in which the following polymer is grafted on the following resin, Polymer: a polymer including (i) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having a hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having a hydroxy group, and (ii) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having no hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having no hydroxy group in an amount of 50% by weight or higher and 97% by weight or lower, and having a hydroxyl value in a range of 10 mgKOH/g or larger and 200 mgKOH/g or smaller, wherein the hydroxyl value is calculated as indicated in the description, (i) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having a hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having a hydroxy group, and (ii) at least one constitutional unit selected from the group consisting of a constitutional unit derived from an α,β-unsaturated carboxylic acid having no hydroxy group and a constitutional unit derived from a derivative of an α,β-unsaturated carboxylic acid having no hydroxy group in an amount of 50% by weight or higher and 97% by weight or lower, Resin: a polyolefin resin or a modified product thereof.
A bobbin in which a needle attached to a needle bar, which moves up and down, and a horizontal shuttle supply in cooperation with each other a bobbin thread (n) for forming a stitch, the bobbin comprising: a bobbin main body including flanges (11, 12) at both ends of a bobbin winder spindle for winding the bobbin thread (n); and an outer flange attached to one of the flanges of the bobbin main body, wherein a gap (c) in which a thread end (nt) of the bobbin thread (n) is housed is provided between the outer flange and the flange of the bobbin main body, characterized in that a thread come-off preventing unit that prevents the housed thread end (nt) of the bobbin thread from coming off the gap is provided in the gap (c), and the thread come-off preventing unit is formed as a protrusion section that projects from at least one of the outer flange and the flange of the bobbin main body to face the other one of the outer flange and the flange of the bobbin main body. a bobbin main body including flanges (11, 12) at both ends of a bobbin winder spindle for winding the bobbin thread (n); and an outer flange attached to one of the flanges of the bobbin main body, wherein a gap (c) in which a thread end (nt) of the bobbin thread (n) is housed is provided between the outer flange and the flange of the bobbin main body, characterized in that a thread come-off preventing unit that prevents the housed thread end (nt) of the bobbin thread from coming off the gap is provided in the gap (c), and the thread come-off preventing unit is formed as a protrusion section that projects from at least one of the outer flange and the flange of the bobbin main body to face the other one of the outer flange and the flange of the bobbin main body.
A fermentation container for a beverage maker, comprising: a main body having a central axis and a circumferential portion; a bonding portion vertically spaced apart from a bottom surface of the circumferential portion of the main body; a connecting portion configured to connect the bonding portion and the main body; and a flexible container disposed below the circumferential portion of the main body and including a thermal bonding portion and a container portion, wherein the thermal bonding portion is thermally bonded to a surface of the bonding portion facing the circumferential portion of the main body, and wherein the container portion is connected to the thermal bonding portion and includes a fermentation space therein; wherein the fermentation container is a pack in which materials for making a beverage are accommodated, wherein the materials are accommodated in the fermentation space; and wherein the fermentation container further comprises: a pressing member comprising an elastic material and being fitted between the circumferential portion of the main body and the thermal bonding portion to press the thermal bonding portion to the bonding portion. a main body having a central axis and a circumferential portion; a bonding portion vertically spaced apart from a bottom surface of the circumferential portion of the main body; a connecting portion configured to connect the bonding portion and the main body; and a flexible container disposed below the circumferential portion of the main body and including a thermal bonding portion and a container portion, wherein the thermal bonding portion is thermally bonded to a surface of the bonding portion facing the circumferential portion of the main body, and wherein the container portion is connected to the thermal bonding portion and includes a fermentation space therein; wherein the fermentation container is a pack in which materials for making a beverage are accommodated, wherein the materials are accommodated in the fermentation space; and wherein the fermentation container further comprises: a pressing member comprising an elastic material and being fitted between the circumferential portion of the main body and the thermal bonding portion to press the thermal bonding portion to the bonding portion.
A handheld dispenser for dispensing a powder, the dispenser comprising: a container comprising a first opening, and a powder storage volume for storing the powder; a rotatable member, located in the container; a handle connected to the rotatable member; and an actuator at least partially located on the handle, wherein the actuator is actuatable to rotate the rotatable member in the container for allowing powder located in the powder storage volume of the container to travel past the rotatable member and out from the first opening; wherein the actuator comprises a shaft member located inside the handle and a sleeve portion of the handle, wherein the sleeve portion is rotatable relative to the container and is connected to the rotatable member by the shaft member, wherein rotation of the sleeve portion relative to the container is configured to rotate the rotatable member in the container for allowing powder located in the powder storage volume to travel past the rotatable member and out from the first opening; wherein the powder storage volume is no more than 200ml. a container comprising a first opening, and a powder storage volume for storing the powder; a rotatable member, located in the container; a handle connected to the rotatable member; and an actuator at least partially located on the handle, wherein the actuator is actuatable to rotate the rotatable member in the container for allowing powder located in the powder storage volume of the container to travel past the rotatable member and out from the first opening; wherein the actuator comprises a shaft member located inside the handle and a sleeve portion of the handle, wherein the sleeve portion is rotatable relative to the container and is connected to the rotatable member by the shaft member, wherein rotation of the sleeve portion relative to the container is configured to rotate the rotatable member in the container for allowing powder located in the powder storage volume to travel past the rotatable member and out from the first opening; wherein the powder storage volume is no more than 200ml.
A fuel injection feedback system comprising: a light source disposed inside a fuel injector, said fuel injector having a nozzle with an orifice, said light source being oriented to direct light toward a location inside the fuel injector at which cavitation occurs; an optical sensor disposed inside the fuel injector, said optical sensor oriented to receive light reflected by cavitation occurring at the location inside the fuel injector; and a computing device electronically connected to the optical sensor, said computing device configured to detect a disturbance in the intensity of light received by the optical sensor and to determine from a duration of the disturbance a duration of a fuel injection shot. a light source disposed inside a fuel injector, said fuel injector having a nozzle with an orifice, said light source being oriented to direct light toward a location inside the fuel injector at which cavitation occurs; an optical sensor disposed inside the fuel injector, said optical sensor oriented to receive light reflected by cavitation occurring at the location inside the fuel injector; and a computing device electronically connected to the optical sensor, said computing device configured to detect a disturbance in the intensity of light received by the optical sensor and to determine from a duration of the disturbance a duration of a fuel injection shot.
A method for producing hydrogen sulfide from sulfur and hydrogen comprising: a reaction step of reacting sulfur and hydrogen to obtain a crude hydrogen sulfide gas; a purification step of purifying the crude hydrogen sulfide gas by bringing the crude hydrogen sulfide gas into contact with aliphatic lower alcohol in a packed tower to precipitate sulfur contained in the crude hydrogen sulfide gas; a discharge step of discharging from inside the packed tower a suspension of sulfur in aliphatic lower alcohol obtained in the purification step; and a filtration step of filtering the suspension of sulfur in aliphatic lower alcohol with a filter to obtain a sulfur cake, wherein the filter is a rotary filter or a leaf filter. a reaction step of reacting sulfur and hydrogen to obtain a crude hydrogen sulfide gas; a purification step of purifying the crude hydrogen sulfide gas by bringing the crude hydrogen sulfide gas into contact with aliphatic lower alcohol in a packed tower to precipitate sulfur contained in the crude hydrogen sulfide gas; a discharge step of discharging from inside the packed tower a suspension of sulfur in aliphatic lower alcohol obtained in the purification step; and a filtration step of filtering the suspension of sulfur in aliphatic lower alcohol with a filter to obtain a sulfur cake, wherein the filter is a rotary filter or a leaf filter.
A method for measuring Mac-2-binding protein (M2BP) contained in a serum sample or blood sample collected from a subject, comprising: measuring M2BP binding to the lectin WFA. measuring M2BP binding to the lectin WFA.
A pyro igniter circuit, comprising: - a shunt resistor connected in series with a power line; - an amplifier comprising inputs (21, 22) electrically connected to terminals (11, 12) of the shunt resistor; - a pyro igniter disconnect element electrically connected to an output of the amplifier and configured to cut the power line based on an ignition control signal received from the output of the amplifier; the pyro igniter circuit being characterized by further comprising - a coupling resistor electrically interconnected between an input of the amplifier and a terminal of the shunt resistor; - a supervisory circuit electrically connected to a node interconnected between an input of the amplifier and the coupling resistor, configured to: transmit a test signal to the node, wherein the test signal comprises a pulse duration time (Td) below an igniter activation pulse time (Ta) of the pyro igniter disconnect element and/or the ignition control signal in response to the transmitted test signal comprises an amplitude (Vd, Id) below an igniter activation amplitude (Va, la) of the pyro igniter disconnect element; and receive a diagnostic response signal (54, 56, 58) in response to the transmitted test signal. - a shunt resistor connected in series with a power line; - an amplifier comprising inputs (21, 22) electrically connected to terminals (11, 12) of the shunt resistor; - a pyro igniter disconnect element electrically connected to an output of the amplifier and configured to cut the power line based on an ignition control signal received from the output of the amplifier; - a coupling resistor electrically interconnected between an input of the amplifier and a terminal of the shunt resistor; - a supervisory circuit electrically connected to a node interconnected between an input of the amplifier and the coupling resistor, configured to: transmit a test signal to the node, wherein the test signal comprises a pulse duration time (Td) below an igniter activation pulse time (Ta) of the pyro igniter disconnect element and/or the ignition control signal in response to the transmitted test signal comprises an amplitude (Vd, Id) below an igniter activation amplitude (Va, la) of the pyro igniter disconnect element; and receive a diagnostic response signal (54, 56, 58) in response to the transmitted test signal. transmit a test signal to the node, wherein the test signal comprises a pulse duration time (Td) below an igniter activation pulse time (Ta) of the pyro igniter disconnect element and/or the ignition control signal in response to the transmitted test signal comprises an amplitude (Vd, Id) below an igniter activation amplitude (Va, la) of the pyro igniter disconnect element; and receive a diagnostic response signal (54, 56, 58) in response to the transmitted test signal.