mhurhangee/ep-ind-claims huggingface dataset:
A method for decreasing the fermentation inhibition in a process for producing a target chemical from a pretreated cellulosic material, said process comprising enzymatic hydrolysis of the pretreated cellulosic material and fermentation of hydrolysed material, wherein the fermentation inhibitory properties of the material subjected to fermentation is decreased by an addition of at least one reducing agent to said pretreated material or hydrolysed material and wherein said reducing agent is dithionite.
A razor assembly comprising: a blade assembly configured to removably connect with an attachment mechanism; a handle having a distal end configured to removably connect with the attachment mechanism providing a first pivotal movement about a first axis (A-A) between the handle and the attachment mechanism; wherein the attachment mechanism comprises a connection portion configured to provide a second pivotal movement between the blade assembly and the attachment mechanism, wherein the handle and the attachment mechanism are configured to provide a return force against the first pivotal movement, characterised in that the attachment mechanism is oval shaped and the distal end of the handle comprises an elastically deformable material such that when the attachment mechanism is in a rotated position, the handle distal end is in a deformed state. a blade assembly configured to removably connect with an attachment mechanism; a handle having a distal end configured to removably connect with the attachment mechanism providing a first pivotal movement about a first axis (A-A) between the handle and the attachment mechanism; wherein the attachment mechanism comprises a connection portion configured to provide a second pivotal movement between the blade assembly and the attachment mechanism, wherein the handle and the attachment mechanism are configured to provide a return force against the first pivotal movement, characterised in that the attachment mechanism is oval shaped and the distal end of the handle comprises an elastically deformable material such that when the attachment mechanism is in a rotated position, the handle distal end is in a deformed state.
A loudspeaker resin molding component comprising: carbonized bamboo fibers that are refined to have a microfibril status, resin, wherein the refined carbonized bamboo fibers have an average fiber diameter smaller than 5 μm, a ratio of an average fiber length with respect to the average fiber diameter of the refined carbonized bamboo fibers is 10 or more, and the refined carbonized bamboo fibers are obtained by a carbonization temperature of 500 oC or more, characterized in that the refined carbonized bamboo fibers have a freeness of 37 cc or less, the refined carbonized bamboo fibers are included at 3 weight % or more and 30 weight % or less. carbonized bamboo fibers that are refined to have a microfibril status, resin, wherein the refined carbonized bamboo fibers have an average fiber diameter smaller than 5 μm, a ratio of an average fiber length with respect to the average fiber diameter of the refined carbonized bamboo fibers is 10 or more, and the refined carbonized bamboo fibers are obtained by a carbonization temperature of 500 oC or more, characterized in that the refined carbonized bamboo fibers have a freeness of 37 cc or less, the refined carbonized bamboo fibers are included at 3 weight % or more and 30 weight % or less.
Camera for a motor vehicle including a housing configured to shield electromagnetic radiation at least in certain areas, including a circuit board disposed in the housing, and including an interface device for connecting the camera to the motor vehicle, wherein the interface device is electrically connected to the circuit board, wherein the interface device includes a coaxial plug with an inner conductor and an outer conductor and the camera has a connecting device for electrically connecting the outer conductor to the housing, characterized in that said connecting device comprises a plurality of spring elements, which exert a spring force on said housing and/or said outer conductor in the assembled state of the camera and said plurality of spring elements are disposed distributed along a circumferential direction of said connecting device.
A gas turbine engine control system characterised in that is configured to: • generate an arm signal indicating potential shaft break; and • limit a response rate of a variable stator vane actuator in response to the arm signal. • generate an arm signal indicating potential shaft break; and • limit a response rate of a variable stator vane actuator in response to the arm signal.
Ceramic material-and-binder system, also referred to as feedstock, for injection-molding thick-walled and/or large-volume components having wall thicknesses in the range of more than 5 mm and/or volumes of at least 15 cm 3, containing a binder system that is a mixture of at least two organic compounds and a ceramic material containing an aluminum oxide-chromium oxide mixed crystal and zirconium dioxide, and the ceramic powder has a specific surface area, measured by the BET method, in the range of from 8-30 m 2 /g, and wherein the grain size of the zirconium dioxide, measured by laser diffractometry, is in the range of from 0.2 to 1.5 μm and the average grain size of the aluminum oxide/chromium oxide mixed crystal is in the range of from 0.8 to 1.5 μm.
A heat transfer plate (2a, 2d) extending in an imaginary central extension plane and comprising an upper end portion, a center portion and a lower end portion arranged in succession along a longitudinal center axis of the heat transfer plate (2a, 2d), the upper end portion comprising a first and a second port hole (10, 12) and an upper distribution area provided with an upper distribution pattern, the lower end portion comprising a third and a fourth port hole (18, 20) and a lower distribution area provided with a lower distribution pattern, and the center portion comprising a heat transfer area provided with a heat transfer pattern differing from the upper and lower distribution patterns, the upper end portion adjoining the center portion along an upper borderline and the lower end portion adjoining the center portion along a lower borderline, wherein the upper distribution pattern comprises elongate upper distribution ridges and elongate upper distribution valleys, a respective top portion of the upper distribution ridges extending in an imaginary upper plane and having a rounded first, a rounded second, a rounded third and a rounded fourth corner (64, 66, 68, 70), and a respective bottom portion of the upper distribution valleys extending in an imaginary lower plane and having a rounded first, a rounded second, a rounded third and a rounded fourth corner (74, 76, 78, 80), the upper distribution ridges longitudinally extending along a plurality of separated imaginary upper ridge lines extending from the upper borderline towards the first port hole, the upper distribution valleys longitudinally extending along a plurality of separated imaginary upper valley lines extending from the upper borderline towards the second port hole, characterized in that, for each of a first number > 1 of the upper distribution ridges extending along a top upper ridge line of the upper ridge lines, which top upper ridge line is arranged closest to the second porthole, a curvature radius of the first corner of the top portion is larger than a curvature radius of the second corner of the top portion, the first and second corners (64, 66) being arranged on opposite sides of the top upper ridge line, the second corner being arranged closer to the second porthole than the first corner, and the first and third corners being arranged on the same side of the top upper ridge line.
A catalyst for selective catalytic reduction of NO x in alkali metal containing flue gas using ammonia as reductant, the catalyst comprising either (i) V2O5 and MoO3 on TiO2 or (ii) V2O5 and WO3 on TiO2 and a surface with catalytically active sites comprising V-OH or V=O, characterised in that the surface is at least partly coated with a coating comprising MgO.
Support member for a plurality of straws for packaging animal semen each having a predetermined diameter and a predetermined length, the support member comprising a plate and two flanges rigidly connected to said plate, which has a width less than said predetermined length and comprising a fluted surface having a plurality of similar channels each of which is oriented in the direction of the width of the plate and each delimited by a surface having a curvature according to said predetermined diameter, said channels being disposed side by side with a predetermined pitch, said flanges being configured such that said support member can be placed on a horizontal reception surface with said fluted surface located atop the plate at a predetermined level above said reception surface, whereby each said channel can receive a said straw of which an end section (26,27) projects from said plate on each side, each flange comprising a central part as well as a first projecting part and a second projecting part each extending on one side of the central part, characterized in that the first projecting part comprises a foot having a bearing face and the second projecting part comprises another foot having another bearing face, said bearing face and said other bearing face being turned upward when said support member is placed on said horizontal reception surface, said bearing face being farther from said plate than said other bearing face in the direction of the height.
A method of treating waste comprising: (a) providing an apparatus comprising a media bed, wherein said media bed comprises a biomass and media, wherein (i) the biomass comprises water and viable earthworms at a density of 100 earthworms/m 3 to 100,000 earthworms/m 3, (ii) the earthworms are completely submerged in the water and are able to survive, eat and reproduce, and (iii) the water comprises a dissolved oxygen content of at least 3 ppm; (b) oxygenating the water by an aeration means, wherein the aeration means is configured to introduce air or oxygen into the water, thereby providing the water comprising a dissolved oxygen content of at least 3 ppm; (c) contacting the biomass of the apparatus with oxidizable waste, thereby forming a mixture; and. (d) removing a portion of the mixture from the apparatus, wherein a portion of the mixture comprises treated waste. (a) providing an apparatus comprising a media bed, wherein said media bed comprises a biomass and media, wherein (i) the biomass comprises water and viable earthworms at a density of 100 earthworms/m 3 to 100,000 earthworms/m 3, (ii) the earthworms are completely submerged in the water and are able to survive, eat and reproduce, and (iii) the water comprises a dissolved oxygen content of at least 3 ppm; (b) oxygenating the water by an aeration means, wherein the aeration means is configured to introduce air or oxygen into the water, thereby providing the water comprising a dissolved oxygen content of at least 3 ppm; (c) contacting the biomass of the apparatus with oxidizable waste, thereby forming a mixture; and. (d) removing a portion of the mixture from the apparatus, wherein a portion of the mixture comprises treated waste.
A radiation detection assembly for detecting radiation in a local area atmosphere, the assembly including: a spherical ionization chamber for detecting the radiation, the ionization chamber having an outer surface; and an exterior enclosure housing the ionization chamber within an interior volume, with the interior volume being substantially hollow, characterized by a pair of support structures (60,70) supporting the ionization chamber with respect to the exterior enclosure, the support structures being disposed diametrically opposite each other at a surface of the ionization chamber such that the ionization chamber is symmetric with respect to an axis extending between the support structures (60,70) through the ionization chamber wherein no material is contacting the outer surface of the ionization chamber along the surface extending between the opposing support structures, whereby blockage of radiation along sides of the ionization chamber is reduced; wherein the first support structure is positioned adjacent and in contact with a relief assembly and the second support structure is positioned in proximity to an amplifier; wherein the support structures (60,70) are arranged to compress opposing sides of the ionization chamber preventing movement of the ionization chamber with respect to the exterior enclosure; and wherein the first support structure and the second support structure each include an elastomeric material. a spherical ionization chamber for detecting the radiation, the ionization chamber having an outer surface; and an exterior enclosure housing the ionization chamber within an interior volume, with the interior volume being substantially hollow, characterized by a pair of support structures (60,70) supporting the ionization chamber with respect to the exterior enclosure, the support structures being disposed diametrically opposite each other at a surface of the ionization chamber such that the ionization chamber is symmetric with respect to an axis extending between the support structures (60,70) through the ionization chamber wherein no material is contacting the outer surface of the ionization chamber along the surface extending between the opposing support structures, whereby blockage of radiation along sides of the ionization chamber is reduced; wherein the first support structure is positioned adjacent and in contact with a relief assembly and the second support structure is positioned in proximity to an amplifier; wherein the support structures (60,70) are arranged to compress opposing sides of the ionization chamber preventing movement of the ionization chamber with respect to the exterior enclosure; and wherein the first support structure and the second support structure each include an elastomeric material.
Luteolin-7-O-glucoside as shown in formula I and/or luteolin-7-O-glucuronide as shown in formula II for use in preventing or treating an eye injury wherein the eye injury is an human retinal injury caused by blue light.
A first content delivery system for delivering content to at least one client (528, 660), said first content delivery system comprising a processor and a memory area, and characterized by at least one mobile object adapted to be stored in the memory area and to be executed in the first content delivery system and in at least one second content delivery system and where the mobile object comprises the following parts: - a first media file accessible by the clients (528,660); - a policy data base; - execution logic comprising program code and a data area where the data area comprises client access data related to the clients' (528,660) access of the media file and where the execution logic is adapted to determine the capabilities of the second content delivery system and to monitor the client access data, to interrogate the policy data base and to copy the mobile object excluding the first media file to the second content delivery system when certain conditions stored in the policy data base are met by the client access data and where the first content delivery system further comprises a transcoder unit, adapted to transcode the first media file into a second media file prior the sending of the second media file to the copied mobile object in the second content delivery system. - a first media file accessible by the clients (528,660); - a policy data base; - execution logic comprising program code and a data area where the data area comprises client access data related to the clients' (528,660) access of the media file and where the execution logic is adapted to determine the capabilities of the second content delivery system and to monitor the client access data, to interrogate the policy data base and to copy the mobile object excluding the first media file to the second content delivery system when certain conditions stored in the policy data base are met by the client access data
A method for locally controlling delivery of electrical power along a distribution feeder of an electricity grid, the distribution feeder comprising a substation and a plurality of nodes, and the plurality of nodes comprising at least one controllable reactive power resource, the method comprising, for a feeder segment in the distribution feeder: (a) obtaining an actual voltage magnitude at an upstream node and at a downstream node of the feeder segment, and a real power value at the upstream node; (b) setting a target voltage phasor at the downstream node as a value when a power flow across the feeder segment is maintained, and when total reactive power injected at the upstream and downstream nodes collectively generates all reactive power consumed by the feeder segment; and (c) adjusting operation of the at least one controllable reactive power resource so that the actual voltage magnitude at the downstream node moves towards a target voltage magnitude of the target voltage phasor. (a) obtaining an actual voltage magnitude at an upstream node and at a downstream node of the feeder segment, and a real power value at the upstream node; (b) setting a target voltage phasor at the downstream node as a value when a power flow across the feeder segment is maintained, and when total reactive power injected at the upstream and downstream nodes collectively generates all reactive power consumed by the feeder segment; and (c) adjusting operation of the at least one controllable reactive power resource so that the actual voltage magnitude at the downstream node moves towards a target voltage magnitude of the target voltage phasor.
An MS/MS mass spectrometer including a first mass separator for selecting, as a precursor ion, an ion having a specific mass-to-charge ratio from various kinds of ions, a collision cell for dissociating the precursor ion by making the precursor ion collide with a collision-induced dissociation gas, and a second mass separator for selecting an ion having a specific mass-to-charge ratio from various kinds of product ions created by dissociation of the precursor ion, wherein the MS/MS mass spectrometer further includes: a) a calibrating analysis execution means for collecting mass analysis data by analyzing a sample providing ions having a known mass-to-charge ratio by performing a mass scan in the first mass separator under a condition that a collision-induced dissociation gas is introduced into the collision cell while no substantial mass separation is performed in the second mass separator; b) a calibration information memory means for creating mass calibration information for the first mass separator, based on a relationship between a voltage applied to the first mass separator at a time when a peak corresponding to ions having the known mass-to-charge ratio is detected and the known mass-to-charge ratio in the mass analysis data collected by the calibrating analysis execution means, the mass calibration information reflecting a time delay of an ion in the collision cell, and for memorizing said mass calibration information; and c) an actual analysis execution means for collecting mass analysis data for a target sample by controlling a mass-scan operation of the first mass separator by using said mass calibration information memorized in the calibration information memory means, at least when a neutral loss scan or a precursor ion scan is performed. a) a calibrating analysis execution means for collecting mass analysis data by analyzing a sample providing ions having a known mass-to-charge ratio by performing a mass scan in the first mass separator under a condition that a collision-induced dissociation gas is introduced into the collision cell while no substantial mass separation is performed in the second mass separator; b) a calibration information memory means for creating mass calibration information for the first mass separator, based on a relationship between a voltage applied to the first mass separator at a time when a peak corresponding to ions having the known mass-to-charge ratio is detected and the known mass-to-charge ratio in the mass analysis data collected by the calibrating analysis execution means, the mass calibration information reflecting a time delay of an ion in the collision cell, and for memorizing said mass calibration information; and c) an actual analysis execution means for collecting mass analysis data for a target sample by controlling a mass-scan operation of the first mass separator by using said mass calibration information memorized in the calibration information memory means, at least when a neutral loss scan or a precursor ion scan is performed.
A non-transitory computer readable medium having instructions stored thereon that, when executed by a processor, cause the processor to provide cloud-based identity and access management, the processor: receiving a request from a client for an identity management service; authenticating the request; accessing a microservice based on the request; determining, based on the request, a tenancy of the client, a tenancy of a user related to the request, and a tenancy of a resource related to the request; retrieving data from at least one of the tenancy of the client, the tenancy of the user, or the tenancy of the resource in a database, wherein the data is retrieved by the microservice using a connection pool that provides connections to the database; and performing the identity management service by the microservice using the data; wherein the microservice uses a proxy user to connect to a respective connection in the connection pool, and the proxy user represents a tenant in the database. receiving a request from a client for an identity management service; authenticating the request; accessing a microservice based on the request; determining, based on the request, a tenancy of the client, a tenancy of a user related to the request, and a tenancy of a resource related to the request; retrieving data from at least one of the tenancy of the client, the tenancy of the user, or the tenancy of the resource in a database, wherein the data is retrieved by the microservice using a connection pool that provides connections to the database; and performing the identity management service by the microservice using the data; wherein the microservice uses a proxy user to connect to a respective connection in the connection pool, and the proxy user represents a tenant in the database.