mhurhangee/ep-ind-claims huggingface dataset:
A lentil (Lens culinaris L.) extract characterized by the presence of soyasaponin I in the range comprised between 50 and 300 mg kg-1 and of soyasaponin βg in the range comprised between 0.5 and 5 mg kg -1 obtainable by a process characterized by the following steps: a) adding a 70:30 mixture of water and ethanol to a ground lentil (Lens culinaris L.) sample, with the proviso that said mixture does not comprise ethylenediaminetetraacetic acid (EDTA); b) stirring the obtained mixture; c) filtering the obtained mixture; d) concentrating the obtained mixture until complete evaporation of ethanol. a) adding a 70:30 mixture of water and ethanol to a ground lentil (Lens culinaris L.) sample, with the proviso that said mixture does not comprise ethylenediaminetetraacetic acid (EDTA); b) stirring the obtained mixture; c) filtering the obtained mixture; d) concentrating the obtained mixture until complete evaporation of ethanol.
Domestic refrigeration appliance with an inner compartment to be cooled, with a plate or a container having at least one retaining element, wherein the at least one retaining element holds the plate or the container, a rear wall and two lateral inner walls, which can be closed off by a door, wherein on each lateral inner wall at least two cams (2, 2') are provided in each case, which are arranged at least essentially horizontally with respect to one another and wherein said at least two cams (2, 2') are connected to at least one corresponding lateral retaining element for the plate or the container and engage into a corresponding duct (6, 9) of the lateral retaining element, which is aligned horizontally and vertically, and via which the plate or the container is arranged such that it can be moved horizontally and vertically, wherein the duct has at least two essentially vertical grooves in the lateral retaining element, each of said grooves being guided along at least one cam (2, 2') to adjust the height of the plate or the container, characterised in that at least two essentially horizontal recesses branch from the at least two essentially vertical grooves in each case, which recesses are arranged on the cams (2, 2') in order to serve as stops for the plate or the container in one of a plurality of vertical positions.
A light control device having an electro-optical effect, comprising a thin plate having a thickness of 10 μm or less, an optical waveguide formed in the thin plate, and a set of controlling electrodes, to which a microwave signal is applied, for controlling light which passes through the optical waveguide, the set of controlling electrodes includes a set of first electrodes (4,5,51) and a set of second electrodes which are disposed so that the thin plate is interposed therebetween, the set of first electrodes (4,5,51) has a coplanar type electrode structure which includes at least a signal electrode and a grounding electrode (5 or 51), the set of second electrodes includes at least a grounding electrode and is configured so as to apply an electric field to the optical waveguide in corporation with the signal electrode of the set of first electrodes (4,5,51), the signal electrode of the set of first electrodes (4,5,51) includes a branched signal path in which at least one signal path is branched into two or more in the middle of the path, and the thin plate in at least a part of an operation region in the thin plate where an electric field by the branched signal path operates is polarized reversely.
An electric power steering apparatus that calculates a current command value (Iref1) based on a steering torque (Th) and a vehicle speed, drives a motor based on said current command value (Iref1), and performs assist control of a steering system by drive-control of said motor, comprising: a steering wheel return control section that calculates a return control current (Irc) with a steering angle(θ), said vehicle speed and a steering speed (ω), and drives said motor with a compensated current command value (Iref3a) left by the subtraction of said return control current from said current command value, wherein said steering wheel return section comprises a base-return control current calculating section that calculates a base-return control current (Ibr) based on said steering angle and said vehicle speed, a target steering speed calculating section that calculates a target steering speed (ωt) based on said steering angle and said vehicle speed, a return control gain calculating section (104,110) that calculates a deviation (ωe) between said target steering speed and said steering speed, performs coding, and calculates a return control gain (Gr) using by at least two control calculations among a P-control calculation, an I-control calculation and a D-control calculation, a limiter that limits a maximum value of said return control gain, and a correcting section that corrects said base-return control current with an output gain (Grl) of said limiter and outputs said return control current. a steering wheel return control section that calculates a return control current (Irc) with a steering angle(θ), said vehicle speed and a steering speed (ω), and drives said motor with a compensated current command value (Iref3a) left by the subtraction of said return control current from said current command value, wherein said steering wheel return section comprises a base-return control current calculating section that calculates a base-return control current (Ibr) based on said steering angle and said vehicle speed, a target steering speed calculating section that calculates a target steering speed (ωt) based on said steering angle and said vehicle speed, a return control gain calculating section (104,110) that calculates a deviation (ωe) between said target steering speed and said steering speed, performs coding, and calculates a return control gain (Gr) using by at least two control calculations among a P-control calculation, an I-control calculation and a D-control calculation, a limiter that limits a maximum value of said return control gain, and a correcting section that corrects said base-return control current with an output gain (Grl) of said limiter and outputs said return control current.
Feedstock for metal injection molding, comprising; a) an iron based powder, having an median particle size of 25-45 μm, and 99% of the particles less than 120 μm, wherein the iron-based powder comprises, by weight percent; 15-17%Cr; 3-5% Ni; 3-5%,Cu; 0.15-0.45% Nb; <1.0% Mn; <1.0% Si; less than 0.08% C, balanced with Fe; and b) 30-65% by volume of the feedstock of a binder. a) an iron based powder, having an median particle size of 25-45 μm, and 99% of the particles less than 120 μm, wherein the iron-based powder comprises, by weight percent; 15-17%Cr; 3-5% Ni; 3-5%,Cu; 0.15-0.45% Nb; <1.0% Mn; <1.0% Si; less than 0.08% C, balanced with Fe; and b) 30-65% by volume of the feedstock of a binder.
Spectacle lens for an eye of a spectacle wearer, having a front surface and a back surface, the front surface of the spectacle lens facing away from the eye and the back surface of the spectacle lens facing the eye and the spectacle lens comprising an optical lens substrate made of or comprising mineral material and/or organic material, wherein the spectacle lens has at least one first antireflection coating and at least one second antireflection coating, the at least one first antireflection coating having a filter effect for blue light in a wavelength range from 430 nm to 530 nm or in a wavelength range from 400 nm to 500 nm, characterized in that the reflectivity curve of the first antireflection coating respectively has, in a wavelength range from 430 nm to 530 nm or in a wavelength range from 400 nm to 500 nm, a reflectivity maximum with a full width at half maximum (FWHM) ranging from 20 nm to ≤55 nm, the at least one first antireflection coating having a transmission from 70% to 100% in the remaining wavelength range of the visible light between 380 nm and 780 nm, the filter effect for blue light being in a range from 5% to 40% in the wavelength range from 400 nm to 500 nm or in the wavelength range from 430 nm to 530 nm.
Coriolis mass flowmeter with a measuring tube that can be excited to oscillation, an oscillation driver and/or an oscillation sensor, wherein the oscillation driver and/or the oscillation sensor has a permanent magnet, wherein the permanent magnet is provided in a magnet holder, characterized in that the magnet holder consists of plastic.
A pump assembly for a high-pressure cleaning apparatus, comprising: a motor; a transmission assembly driven by the motor and including a sealing portion, a transmission mechanism received in the sealing portion and a heat dissipating portion connected to the sealing portion for transferring heat with the sealing portion; and a water pump connected to the transmission assembly, characterized in that the heat dissipating portion comprises a water inlet and a water outlet both for water passing to dissipate heat generated by the transmission mechanism. a motor; a transmission assembly driven by the motor and including a sealing portion, a transmission mechanism received in the sealing portion and a heat dissipating portion connected to the sealing portion for transferring heat with the sealing portion; and a water pump connected to the transmission assembly, characterized in that the heat dissipating portion comprises a water inlet and a water outlet both for water passing to dissipate heat generated by the transmission mechanism.
A method of assembling a supplemental device for use in performing pattern recognition for determining an amount of dose delivered by an injection device, the supplemental device comprising a module and a housing, the method comprising: placing the module and the housing relative to one another, the housing being supported relative to a reference object which has an optical marker provided thereon, the object corresponding in shape to a part of an injection device to which the supplemental device is configured to be coupled in use, and the module comprising a camera for generating a camera output indicative of a scene in the field-of-view of the camera; using the camera output to determine the position of the marker in the field-of-view of the camera; comparing the determined position of the marker with a template indicative of an intended position of the marker in the field of view of the camera; and moving, based on the comparison, the module and the housing relative to one another until the marker is at the predetermined location in the field-of-view of the camera and then fixing the position of the module relative to the housing. placing the module and the housing relative to one another, the housing being supported relative to a reference object which has an optical marker provided thereon, the object corresponding in shape to a part of an injection device to which the supplemental device is configured to be coupled in use, and the module comprising a camera for generating a camera output indicative of a scene in the field-of-view of the camera; using the camera output to determine the position of the marker in the field-of-view of the camera; comparing the determined position of the marker with a template indicative of an intended position of the marker in the field of view of the camera; and moving, based on the comparison, the module and the housing relative to one another until the marker is at the predetermined location in the field-of-view of the camera and then fixing the position of the module relative to the housing.
Heat exchanger for sewer riser, composed of a vertical sewer pipe for greywater and of a helical pipe coil for heated water, wherein the helical pipe coil constitutes a metal insert mounted vertically inside the sewer pipe together with an inner pipe, characterised in that the inner pipe is short so that on the short inner pipe the upper part of the pipe coil is wound, and the helical line of the pipe coil wound on the short inner pipe has its pitch greater than the pitch of the helical line of the pipe coil below the short inner pipe, wherein the short inner pipe has a diameter in a range of a half to three quarters of the diameter of the sewer pipe, in which the helical pipe coil is mounted.
A device for forming sleeve-like foil envelopes from a flat strip of foil material, at least comprising: supply means for supplying the flat strip of foil material; cutting means for cutting the strip of foil material through over the entire width thereof so as to obtain a foil envelope strip of a specific length having a first and a second free edge; at least one enveloping unit, around which the foil envelope strip is to be wrapped; connecting means disposed near said enveloping unit for joining said first and said second free edge (120a,120b) together, using heat, so as to obtain a sleeve- like foil envelope; as well as discharge means for discharging the sleeve-like foil envelope thus formed from the enveloping unit, wherein said supply means have a curved surface, over which the flat strip of foil material is to be passed, the supply means being cylindrical in shape, characterised in that the strip of foil material is fed over the curved surface of the supply means at an angle with respect to a longitudinal direction of the supply means, such that the strip of foil material is given a curved cross-section. supply means for supplying the flat strip of foil material; cutting means for cutting the strip of foil material through over the entire width thereof so as to obtain a foil envelope strip of a specific length having a first and a second free edge; at least one enveloping unit, around which the foil envelope strip is to be wrapped; connecting means disposed near said enveloping unit for joining said first and said second free edge (120a,120b) together, using heat, so as to obtain a sleeve- like foil envelope; as well as discharge means for discharging the sleeve-like foil envelope thus formed from the enveloping unit, wherein said supply means have a curved surface, over which the flat strip of foil material is to be passed, the supply means being cylindrical in shape, characterised in that the strip of foil material is fed over the curved surface of the supply means at an angle with respect to a longitudinal direction of the supply means, such that the strip of foil material is given a curved cross-section.
Device for merging a plurality of optical components each associated with one and the same wavelength into one of the optical components, the device comprising: for each optical component to be merged from said plurality of optical components, - optical means (31-33; 101-103), designed to shift to a position for blocking said optical component to be merged depending on a blocking signal; - combining means (61,62,63) designed to obtain said blocking signal; - duplicating means, designed to duplicate said optical component to be merged to the combining means (61,62,63); and - merging means, designed to merge the optical components at the output of the optical means, characterized in that the combining means (61,62,63) are designed to obtain said blocking signal by combining the duplicated optical components from the plurality of optical components, excluding the duplicated optical component of said optical component to be merged. for each optical component to be merged from said plurality of optical components, - optical means (31-33; 101-103), designed to shift to a position for blocking said optical component to be merged depending on a blocking signal; - combining means (61,62,63) designed to obtain said blocking signal; - duplicating means, designed to duplicate said optical component to be merged to the combining means (61,62,63); and - merging means, designed to merge the optical components at the output of the optical means, characterized in that the combining means (61,62,63) are designed to obtain said blocking signal by combining the duplicated optical components from the plurality of optical components, excluding the duplicated optical component of said optical component to be merged. - optical means (31-33; 101-103), designed to shift to a position for blocking said optical component to be merged depending on a blocking signal; - combining means (61,62,63) designed to obtain said blocking signal; - duplicating means, designed to duplicate said optical component to be merged to the combining means (61,62,63); and - merging means, designed to merge the optical components at the output of the optical means,
An apparatus for adjusting characteristics of the flow of a fluid contacting a solid product to form a product chemistry comprising: a diffuser manifold having a manifold diffuse member comprising: a first side with ports therethrough, and a fluid valve for controlling the flow rate of a fluid moving through the plurality of ports; characterized in that the manifold diffuse member further comprises a second side having a first fluid path and a second fluid path determined by a flow geometry of the manifold diffuse member, the first fluid path and the second fluid path intersected by the ports; wherein the fluid valve selectively orients a flow of the fluid through a first flow path or a second flow path, wherein opening or closing the flow paths (91, 92) causes the fluid to start or stop traveling through one or more of the fluid paths (44, 46) in the diffuser manifold. a first side with ports therethrough, and a fluid valve for controlling the flow rate of a fluid moving through the plurality of ports; characterized in that the manifold diffuse member further comprises a second side having a first fluid path and a second fluid path determined by a flow geometry of the manifold diffuse member, the first fluid path and the second fluid path intersected by the ports; wherein the fluid valve selectively orients a flow of the fluid through a first flow path or a second flow path, wherein opening or closing the flow paths (91, 92) causes the fluid to start or stop traveling through one or more of the fluid paths (44, 46) in the diffuser manifold.
An apparatus comprising: a housing (12, 112, 212, 312, 412, 512) comprising a sound hole (32, 432); a sound transducer in the housing, where the sound transducer comprises a permanent magnet; and a magnetic dust collection system for collecting metal particles that enter the sound hole (32, 432) and preventing the metal particles from reaching the sound transducer, characterized in that the magnetic dust collection system comprises a dust barrier (46, 70, 170, 270, 470, 570, 670) between the sound hole (32, 432) and the permanent magnet and a magnetic field of the permanent magnet being orientated across a sound aperture, formed by the housing (12, 112, 212, 312, 412, 512) and the dust barrier (46, 70, 170, 270, 470, 570, 670), to magnetically pull the metal particles against the dust barrier (46, 70, 170, 270, 470, 570, 670). a housing (12, 112, 212, 312, 412, 512) comprising a sound hole (32, 432); a sound transducer in the housing, where the sound transducer comprises a permanent magnet; and a magnetic dust collection system for collecting metal particles that enter the sound hole (32, 432) and preventing the metal particles from reaching the sound transducer, characterized in that the magnetic dust collection system comprises a dust barrier (46, 70, 170, 270, 470, 570, 670) between the sound hole (32, 432) and the permanent magnet and a magnetic field of the permanent magnet being orientated across a sound aperture, formed by the housing (12, 112, 212, 312, 412, 512) and the dust barrier (46, 70, 170, 270, 470, 570, 670), to magnetically pull the metal particles against the dust barrier (46, 70, 170, 270, 470, 570, 670).
A device for pharmaceutical sealing of vials filled with a high-purity product following a freeze-drying process, in particular in clean room conditions, with a station, on which a sealing device for pharmaceutical sealing of the vials, a housing covering the sealing device, an unloading device and a transport device for transporting the vials from a freeze-dryer (G1-G4) to the sealing device are accommodated and with a ventilation system mounted on the housing for providing high-purity air in the interior of the housing, so that clean room conditions can be provided in the interior of the housing, characterized in that the station is designed to be displaceable, in order to bring the device from the first freeze dryer (G1-G4) to a second freeze dryer (G1-G4).
A method for detecting a void in a concrete composite member covered with a steel plate, comprising: a first step of setting, as a reference temperature difference, a temperature difference between a void and a non-void in the concrete composite member covered with the steel plate in accordance with an on-site temperature and a concrete pouring temperature; a second step of measuring the on-site temperature and the concrete pouring temperature before construction of the concrete composite member covered with the steel plate, and extracting, from the reference temperature difference set in the first step, a reference temperature difference corresponding to the measured on-site temperature and the concrete pouring temperature; and a third step of measuring a steel plate surface temperature of an area in which concrete is poured using a thermal image during the construction of the concrete composite member covered with the steel plate, and determining, as a void, a section in which a temperature difference between the measured steel plate surface temperature and a temperature of a surrounding part thereof is equal to or greater than the reference temperature difference extracted in the second step, wherein the on-site temperature in the first and second steps is set by a mean temperature of the steel plate surface temperature measured using the thermal image before pouring the concrete at a site or an outside air temperature at the site. a first step of setting, as a reference temperature difference, a temperature difference between a void and a non-void in the concrete composite member covered with the steel plate in accordance with an on-site temperature and a concrete pouring temperature; a second step of measuring the on-site temperature and the concrete pouring temperature before construction of the concrete composite member covered with the steel plate, and extracting, from the reference temperature difference set in the first step, a reference temperature difference corresponding to the measured on-site temperature and the concrete pouring temperature; and a third step of measuring a steel plate surface temperature of an area in which concrete is poured using a thermal image during the construction of the concrete composite member covered with the steel plate, and determining, as a void, a section in which a temperature difference between the measured steel plate surface temperature and a temperature of a surrounding part thereof is equal to or greater than the reference temperature difference extracted in the second step, wherein the on-site temperature in the first and second steps is set by a mean temperature of the steel plate surface temperature measured using the thermal image before pouring the concrete at a site or an outside air temperature at the site.
A method for the diagnosis, prognosis, risk assessment, risk stratification, monitoring, therapy guidance and/or therapy control of cancer in a subject comprising the determination of the level of an anti-PD1 auto-antibody and/or an anti-PD-L1 auto-antibody in a blood sample of said subject.