mhurhangee/ep-ind-claims huggingface dataset:
A molding material comprising: thermosetting resin; and filler, wherein provided that a total amount of the molding material is 100 parts by volume, a content of the filler is equal to or greater than 35 parts by volume and equal to or less than 80 parts by volume, the filler contains fibrous filler and spherical glass bead filler, provided that a total amount of the filler is 100 parts by volume, a content of the spherical glass bead filler is equal to or greater than 40 parts by volume and equal to or less than 95 parts by volume, and provided that a number-average fiber diameter of the fibrous filler is d, an average particle size of the spherical glass bead filler, measured using a scanning electron microscope, is within a range of equal to or greater than 2.5 d and equal to or less than 6.5 d. thermosetting resin; and filler, wherein provided that a total amount of the molding material is 100 parts by volume, a content of the filler is equal to or greater than 35 parts by volume and equal to or less than 80 parts by volume, the filler contains fibrous filler and spherical glass bead filler, provided that a total amount of the filler is 100 parts by volume, a content of the spherical glass bead filler is equal to or greater than 40 parts by volume and equal to or less than 95 parts by volume, and provided that a number-average fiber diameter of the fibrous filler is d, an average particle size of the spherical glass bead filler, measured using a scanning electron microscope, is within a range of equal to or greater than 2.5 d and equal to or less than 6.5 d. wherein provided that a total amount of the molding material is 100 parts by volume, a content of the filler is equal to or greater than 35 parts by volume and equal to or less than 80 parts by volume, the filler contains fibrous filler and spherical glass bead filler, provided that a total amount of the filler is 100 parts by volume, a content of the spherical glass bead filler is equal to or greater than 40 parts by volume and equal to or less than 95 parts by volume, and provided that a number-average fiber diameter of the fibrous filler is d, an average particle size of the spherical glass bead filler, measured using a scanning electron microscope, is within a range of equal to or greater than 2.5 d and equal to or less than 6.5 d.
An apparatus for generating information for environmental setting, the apparatus comprising: an information generator for generating information representing a tropical rain forest environment, the tropical rain forest environmental information being a super perceptual information including a perceptible first sensory information that is lower than a perceptual limit of what a human being can perceive, and an imperceptible second sensory information that is higher than the perceptual limit of what the human being can perceive, the super perceptual information including at least one of auditory information and visual information; and an applying device for applying the information generated by the information generator to the human being, characterized in that the auditory information has a density thereof having both a predetermined perceptible band and an imperceptible band which is higher than an auditory perceptual limit, the auditory information having such a complexity that a shape of a spectrum of the auditory information has the density and power thereof changing in a non-stationary manner in a time region at least ranging from 100 milliseconds to 0.5 milliseconds, and wherein the visual information has a visual stimulus density of a shape thereof such that a visual stimulus density of the shape of the visual information is higher than a predetermined spatial visual resolution threshold perceptual limit of what the human being can view, the visual information having such a complexity that a spatial fractal dimension of the shape of the visual information shows values ranging between 2.2 and 3.0. an information generator for generating information representing a tropical rain forest environment, the tropical rain forest environmental information being a super perceptual information including a perceptible first sensory information that is lower than a perceptual limit of what a human being can perceive, and an imperceptible second sensory information that is higher than the perceptual limit of what the human being can perceive, the super perceptual information including at least one of auditory information and visual information; and an applying device for applying the information generated by the information generator to the human being, characterized in that the auditory information has a density thereof having both a predetermined perceptible band and an imperceptible band which is higher than an auditory perceptual limit, the auditory information having such a complexity that a shape of a spectrum of the auditory information has the density and power thereof changing in a non-stationary manner in a time region at least ranging from 100 milliseconds to 0.5 milliseconds, and wherein the visual information has a visual stimulus density of a shape thereof such that a visual stimulus density of the shape of the visual information is higher than a predetermined spatial visual resolution threshold perceptual limit of what the human being can view, the visual information having such a complexity that a spatial fractal dimension of the shape of the visual information shows values ranging between 2.2 and 3.0.
A method for operating a workstation of a spinning machine or winding machine, including the following method steps: - supplying an auxiliary thread from a thread nozzle to a suction assigned to the workstation, wherein, as a result, the auxiliary thread is stretched between the thread nozzle and the suction, - severing the auxiliary thread, and therefore a thread section protruding into the suction and a thread section extending into the thread nozzle form, wherein the thread section protruding into the suction is carried away with the aid of the suction, - grasping the thread section extending into the thread nozzle by means of a thread receiver of the workstation, preferably in the form of a thread delivery unit or a thread joining unit, and therefore the thread section extending into the thread nozzle extends between the thread nozzle and the thread receiver, - severing the thread section extending into the thread nozzle, and therefore a thread section remaining in the thread nozzle and a thread section coming from the thread receiver form, - transferring the thread section coming from the thread receiver to the suction of the workstation, - grasping the thread section coming from the thread receiver with the aid of a capture arrangement in the area of a tube made available by the workstation and starting the process of winding the thread section coming from the thread receiver onto the tube. - supplying an auxiliary thread from a thread nozzle to a suction assigned to the workstation, wherein, as a result, the auxiliary thread is stretched between the thread nozzle and the suction, - severing the auxiliary thread, and therefore a thread section protruding into the suction and a thread section extending into the thread nozzle form, wherein the thread section protruding into the suction is carried away with the aid of the suction, - grasping the thread section extending into the thread nozzle by means of a thread receiver of the workstation, preferably in the form of a thread delivery unit or a thread joining unit, and therefore the thread section extending into the thread nozzle extends between the thread nozzle and the thread receiver, - severing the thread section extending into the thread nozzle, and therefore a thread section remaining in the thread nozzle and a thread section coming from the thread receiver form, - transferring the thread section coming from the thread receiver to the suction of the workstation, - grasping the thread section coming from the thread receiver with the aid of a capture arrangement in the area of a tube made available by the workstation and starting the process of winding the thread section coming from the thread receiver onto the tube.
A compound, which is an antagonist or inhibitor of osteoprotegerin binding protein (OPGbp)/receptor activator of NF-κB ligand (RANKL) binding to receptor activator of NF-κB (RANK), for use in treatment and/or prevention of male infertility in mammals; wherein said compound is immunoreactive with a RANKL or RANK and is selected from the group consisting of an antibody or antigen binding domain thereof, or said compound being selected from the group consisting of OPG, and a fusion protein comprising OPG (osteoprotegerin), such as Fc-OPG.
A power transmission device for a hybrid vehicle, comprising: first clutch means that is disposed in a drivetrain extending from an engine installed in the vehicle to a driving wheel and that is capable of transmitting or cutting off driving power of the engine to the driving wheel; and second clutch means that is disposed in a drivetrain extending from a motor installed in the vehicle to the driving wheel and that is capable of transmitting or cutting off driving power of the motor to the driving wheel, wherein the power transmission device is capable of appropriately operating the first clutch means and the second clutch means in accordance with driving conditions of the vehicle, wherein, when starting the engine by transmitting power from the motor to the engine via the first clutch means and the second clutch means, the power transmission device slip-controls the first clutch means and the second clutch means so that a torque calculated by subtracting a torque transmitted by the first clutch means from a torque transmitted by the second clutch means becomes a predetermined torque, wherein the power transmission device comprises a transmission that is disposed in a drivetrain between the engine and motor and the driving wheel, wherein a target transmission input torque is set in accordance with an accelerator opening degree, a vehicle speed, and a gear ratio, and wherein the power transmission device slip-controls the first clutch means and the second clutch means so that the predetermined torque becomes the target transmission input torque. first clutch means that is disposed in a drivetrain extending from an engine installed in the vehicle to a driving wheel and that is capable of transmitting or cutting off driving power of the engine to the driving wheel; and second clutch means that is disposed in a drivetrain extending from a motor installed in the vehicle to the driving wheel and that is capable of transmitting or cutting off driving power of the motor to the driving wheel, wherein the power transmission device is capable of appropriately operating the first clutch means and the second clutch means in accordance with driving conditions of the vehicle, wherein, when starting the engine by transmitting power from the motor to the engine via the first clutch means and the second clutch means, the power transmission device slip-controls the first clutch means and the second clutch means so that a torque calculated by subtracting a torque transmitted by the first clutch means from a torque transmitted by the second clutch means becomes a predetermined torque, wherein the power transmission device comprises a transmission that is disposed in a drivetrain between the engine and motor and the driving wheel, wherein a target transmission input torque is set in accordance with an accelerator opening degree, a vehicle speed, and a gear ratio, and wherein the power transmission device slip-controls the first clutch means and the second clutch means so that the predetermined torque becomes the target transmission input torque.
A power operated rotary knife comprising: a gearbox assembly including a gearbox housing and a gear train; a blade housing coupled to the gearbox housing; and an annular rotary knife blade including an upper end and an axially spaced apart lower end, the lower end defining a cutting edge of the knife blade, the knife blade further including an outer wall defining a set of gear teeth, the knife blade supported for rotation about a central axis by the blade housing; wherein the gear train comprises a pinion gear and a drive gear and a drive gear bearing support assembly, the pinion gear engaging and rotating the drive gear and the drive gear engaging and rotating the knife blade about the central axis; wherein the drive gear comprises a double gear including a first gear engaging and being rotated by the pinion gear about a rotational axis of the drive gear and a second gear engaging the set of gear teeth of the knife blade to rotate the knife blade about the central axis, and wherein the first and second gears (652,654) of the drive gear are concentric with the drive gear rotational axis, characterized in that the drive gear includes a central opening, and the drive gear bearing support assembly is secured to the gearbox housing and extends into the central opening of the drive gear to support the drive gear for rotation about the drive gear rotational axis. a gearbox assembly including a gearbox housing and a gear train; a blade housing coupled to the gearbox housing; and an annular rotary knife blade including an upper end and an axially spaced apart lower end, the lower end defining a cutting edge of the knife blade, the knife blade further including an outer wall defining a set of gear teeth, the knife blade supported for rotation about a central axis by the blade housing; wherein the gear train comprises a pinion gear and a drive gear and a drive gear bearing support assembly, the pinion gear engaging and rotating the drive gear and the drive gear engaging and rotating the knife blade about the central axis; wherein the drive gear comprises a double gear including a first gear engaging and being rotated by the pinion gear about a rotational axis of the drive gear and a second gear engaging the set of gear teeth of the knife blade to rotate the knife blade about the central axis, and wherein the first and second gears (652,654) of the drive gear are concentric with the drive gear rotational axis, characterized in that the drive gear includes a central opening, and the drive gear bearing support assembly is secured to the gearbox housing and extends into the central opening of the drive gear to support the drive gear for rotation about the drive gear rotational axis.
A device for manufacturing parts with a rotational shape, such as a fan casing of a turbomachine, said parts being made of composite material from a preform made of woven fibres, comprising a rigid mould and a counter-mould delimiting a space intended to accommodate a preform made of woven fibres, the center-mould being configured to be mounted in the mould, the mould comprising a cylindrical body of lengthways axis and side flanges, and the counter-mould comprising a cylindrical body and side counter-flanges, the counter-flanges being configures to be attached securely to the flanges, the body of the mould and the body of the counter-mould being concentric, the preform being intended to be positioned between the body of the mould and the body of the counter-mould, and the material of the body of the mould having an appreciably higher expansion coefficient than that of the body of the counter-mould, said device also comprising means for injection under pressure of a resin into said space, and said injection pressure being less than 4 Bar, and means able to produce a vacuum pressure in the space delimited by the mould and the counter-mould.
A microchip (1, 2) for measuring platelet function by allowing blood to flow through a channel to induce platelet aggregation, said microchip comprising a channel (101, 201) provided inside thereof, wherein at least a part of said channel is coated with collagen for adhesion of platelets; a plurality of walls (102, 202) extend along a direction of the flow of blood in the channel and divide the width of said channel to form a channel dividing section (103, 203), wherein said plurality of walls are placed at a position on the collagen-coated part (108,208) of said channel, characterised in that the walls have been treated to have a surface roughness (Ra) of 10 to 200 nm.
A method for configuring a handheld riveting device, provided with an electrical drive, for setting blind rivet elements in a receiving bore, wherein the riveting device is designed to apply a tensile force to a traction element of the blind rivet element during the setting operation, wherein the maximum tensile force, with which a blind rivet element is set, is defined by an adjustable maximum value (I max), which is determined during the configuration, wherein the method for configuring the type of blind rivet elements to be used comprises the following method steps: carrying out a setting operation using a blind rivet element of the type to be used; detecting a gradient of the tensile force during the setting operation; determining at least one characteristic value (I A) from this gradient; determining the maximum value (I max) as a function of the characteristic value (I A); characterized in that the blind rivet element is arranged outside of a receiving bore during the configuration of the riveting device. carrying out a setting operation using a blind rivet element of the type to be used; detecting a gradient of the tensile force during the setting operation; determining at least one characteristic value (I A) from this gradient; determining the maximum value (I max) as a function of the characteristic value (I A); characterized in that the blind rivet element is arranged outside of a receiving bore during the configuration of the riveting device.
A nanoparticle of a hydrophilic material characterized in that the nanoparticle is obtainable by a process comprising the steps of: (a) heating in the presence of a catalyst and a transesterification agent under shading in a nitrogen atmosphere a mixture of 3,4-dihydroxycinnamic acid (DHCA) and 4-hydroxycinnamic acid to cause polycondensation of the DHCA and 4HCA, and obtaining a DHCA-4HCA copolymer, wherein the catalyst is sodium acetate and the transesterification agent is acetic anhydride; (b) heating in the presence of an amine catalyst a mixture of the DHCA-4HCA copolymer and dithiothreitol to cause addition of DTT to the DHCA-4HCA copolymer, and obtaining a hydrophilic material in which DTT is attached to a DHCA-4HCA copolymer with an attachment rate of DTT to α,β-unsaturated carbonyl-groups and α,β-unsaturated carboxyl groups of the DHCA-4HCA copolymer calculated from 1 H NMR absorption spectrum being from 56 to 98 mol%; and (c) obtaining a nanoparticle of the hydrophilic material dispersed in a solvent. (a) heating in the presence of a catalyst and a transesterification agent under shading in a nitrogen atmosphere a mixture of 3,4-dihydroxycinnamic acid (DHCA) and 4-hydroxycinnamic acid to cause polycondensation of the DHCA and 4HCA, and obtaining a DHCA-4HCA copolymer, wherein the catalyst is sodium acetate and the transesterification agent is acetic anhydride; (b) heating in the presence of an amine catalyst a mixture of the DHCA-4HCA copolymer and dithiothreitol to cause addition of DTT to the DHCA-4HCA copolymer, and obtaining a hydrophilic material in which DTT is attached to a DHCA-4HCA copolymer with an attachment rate of DTT to α,β-unsaturated carbonyl-groups and α,β-unsaturated carboxyl groups of the DHCA-4HCA copolymer calculated from 1 H NMR absorption spectrum being from 56 to 98 mol%; and (c) obtaining a nanoparticle of the hydrophilic material dispersed in a solvent.
A method of detecting an analyte, the method comprising: (a) contacting a sample comprising a cell with a polymeric separation medium comprising a microwell, wherein the polymeric separation medium comprises benzophenone functional groups that covalently bond one or more cellular components to the polymeric separation medium upon application of ultraviolet light, wherein the contacting is sufficient to position the cell in the microwell; (b) contacting the polymeric separation medium with a buffer sufficient to differentially lyse a sub-cellular compartment of the cell to produce a set of cellular components; (c) applying an electric field to the polymeric separation medium in a manner sufficient to move at least some of the set of cellular components into the polymeric separation medium to produce a set of separated cellular components in the polymeric separation medium, (d) applying UV light to form a covalent bond between the benzophenone functional groups and the separated cellular components; and (e) detecting the separated cellular components. (a) contacting a sample comprising a cell with a polymeric separation medium comprising a microwell, wherein the polymeric separation medium comprises benzophenone functional groups that covalently bond one or more cellular components to the polymeric separation medium upon application of ultraviolet light, wherein the contacting is sufficient to position the cell in the microwell; (b) contacting the polymeric separation medium with a buffer sufficient to differentially lyse a sub-cellular compartment of the cell to produce a set of cellular components; (c) applying an electric field to the polymeric separation medium in a manner sufficient to move at least some of the set of cellular components into the polymeric separation medium to produce a set of separated cellular components in the polymeric separation medium, (d) applying UV light to form a covalent bond between the benzophenone functional groups and the separated cellular components; and (e) detecting the separated cellular components.
A method for analyzing electrical shorts in field windings of a synchronous machine having a rotor using a magnetic flux probe, said method comprising: monitoring flux signals generated by the flux probe wherein the flux signals are indicative of magnetic flux emanating from the field windings; electronically storing flux data obtained from the monitored flux signals and indicative of electrical shorts in the field windings; comparing the flux data from one pole of the synchronous machine with flux data obtained from another pole of the synchronous machine to identify field windings having the shorts and the number of shorts in each field winding having a short; automatically displaying information identifying the field windings with shorts and a number of shorts in each field winding; and characterised by automatically assigning a level of severity of the shorts based on a relative position of the field winding having the short and a magnetic pole of the rotor. monitoring flux signals generated by the flux probe wherein the flux signals are indicative of magnetic flux emanating from the field windings; electronically storing flux data obtained from the monitored flux signals and indicative of electrical shorts in the field windings; comparing the flux data from one pole of the synchronous machine with flux data obtained from another pole of the synchronous machine to identify field windings having the shorts and the number of shorts in each field winding having a short; automatically displaying information identifying the field windings with shorts and a number of shorts in each field winding; and characterised by automatically assigning a level of severity of the shorts based on a relative position of the field winding having the short and a magnetic pole of the rotor.