mhurhangee/ep-ind-claims huggingface dataset:
A process for producing normally gaseous, normally liquid, and optionally normally solid hydrocarbons from synthesis gas in a three-phase reactor, said reactor comprising a top middle and bottom part wherein the bottom and top part are fluidly connected via one or more reactor tubes, wherein one or more reactor tubes comprise randomly stacked catalyst bodies held stationary in the reactor tube and the reactor is at least partially filled with a liquid medium, said process comprising the steps of: (i) introducing the synthesis gas into the reactor via the bottom part of the reactor; and (ii) contacting the synthesis gas with a stationary catalyst to catalytically convert the synthesis gas at an elevated temperature to obtain the normally gaseous, normally liquid, and optionally normally solid hydrocarbons from synthesis gas; (iii) withdrawing the normally gaseous, normally liquid, and optionally normally solid hydrocarbons; wherein the randomly packed catalyst bodies have an open celled foam structure with adjacent cells in the foam connected with each other such that a fluid can flow from one cell to the other, and a coating comprising a catalytically active component, wherein the material of the foam structure is selected from a metal alloy or ceramic material, and wherein the foam structure has a surface roughness of 50 to 200 um and a pore density of at least 15 pores per 2.54 cm (inch). (i) introducing the synthesis gas into the reactor via the bottom part of the reactor; and (ii) contacting the synthesis gas with a stationary catalyst to catalytically convert the synthesis gas at an elevated temperature to obtain the normally gaseous, normally liquid, and optionally normally solid hydrocarbons from synthesis gas; (iii) withdrawing the normally gaseous, normally liquid, and optionally normally solid hydrocarbons; wherein the randomly packed catalyst bodies have an open celled foam structure with adjacent cells in the foam connected with each other such that a fluid can flow from one cell to the other, and a coating comprising a catalytically active component, wherein the material of the foam structure is selected from a metal alloy or ceramic material, and wherein the foam structure has a surface roughness of 50 to 200 um and a pore density of at least 15 pores per 2.54 cm (inch).
A method of aligning a plurality of components for a repair process, the method comprising: positioning the plurality of components such that a repair surface of each of the plurality of components contacts an alignment plate; surrounding the alignment plate with containment walls to define a reservoir, the plurality of components being positioned at least partially within the reservoir; dispensing a fill material into the reservoir, the fill material being configured for fixing a relative position of the plurality of components when the fill material is solidified; characterized by solidifying the fill material to form a fixed component assembly comprising the fill material and the plurality of components; and removing a top layer of the fill material from the fixed component assembly proximate the repair surface of each of the plurality of components. positioning the plurality of components such that a repair surface of each of the plurality of components contacts an alignment plate; surrounding the alignment plate with containment walls to define a reservoir, the plurality of components being positioned at least partially within the reservoir; dispensing a fill material into the reservoir, the fill material being configured for fixing a relative position of the plurality of components when the fill material is solidified; characterized by solidifying the fill material to form a fixed component assembly comprising the fill material and the plurality of components; and removing a top layer of the fill material from the fixed component assembly proximate the repair surface of each of the plurality of components.
An article comprising a plurality of preferred geometry cube corner elements (α, β, α', β') each of which includes a first side groove surface (32, 82), a second side groove surface (34, 84), and a primary groove face; wherein each preferred geometry cube corner element includes a 1-2 dihedral angle formed by the intersection of the primary groove face and the first side groove surface, a 1-3 dihedral angle formed by the intersection of the primary groove face and the second side groove surface, and a 2-3 dihedral angle formed by the intersection of the first and second side groove surfaces wherein each preferred geometry cube corner element has at least one non-dihedral edge that is nonparallel to a reference plane that extends substantially coplanar with the article along which the preferred geometry cube corner elements are disposed; and is parallel to an adjacent non-dihedral edge of a neighboring cube corner element, wherein the 1-2 and 1-3 dihedral angles of each preferred geometry cube comer element deviate from 90° and the magnitude of the deviation from 90° is between 1 arc minute and 60 arc minutes; and wherein the deviation from 90° of dihedral angles 1-2 and 1-3 differs in magnitude by at least 1 are minute.
An alignment method between first and second substrates, the substrates having facing surfaces comprising alignment detection means, a method comprising, in an alignment phase, displacement of the substrates with respect to one another in a plane parallel to the substrates, the measure of an electrical quantity associated with the alignment detection means and determination of the alignment according to the variations of said quantity, a method characterized in that the alignment detection means comprise microcoils at the level of facing surfaces of first and second substrates, and in that the method comprises at least the power supply of microcoils of the first substrate, and the measuring of the inductance of the microcolis of the second substrate, the said inductance constituting the said electrical quantity.
A cosmetic composition comprising an ambora extract and a green tea extract, wherein the ambora extract represents between 0.00005% and 1% by weight of the composition.
An effervescent pharmaceutical composition comprising a granular component comprising an active agent and an extragranular component comprising a pharmaceutically acceptable effervescent couple comprising an acidic ingredient and a basic ingredient; wherein the active agent is ibuprofen or a pharmaceutically acceptable salt thereof; and wherein the water content of the pharmaceutical composition is between 0.10 % and 3.0 % w/w in respect of the pharmaceutical composition, when measured by Karl Fisher titration.
Method for manufacturing a grinding element for use in rotating grinding or polishing tools, and which includes abrasive cloth and stiffening brushes, which are mounted and secured in a substantially U-shaped profile with a bottom and two legs, which form side wall, the free edge regions delimiting the opening of the profile, as the profile, the abrasive cloth, the brushe and an adhesive means are continuously advanced to and through a mounting step and a fixing step, where the profile is statically deformed by the free edge regions of the two legs being pressed against each other in order to narrow the opening and squeeze around and secure the abrasive cloth and the brushes, and by the formed grinding element being cut up into requested lengths, characterized by the following steps: conveying a plane metal band; applying a longitudinal bead of glue on an area of the metal band which subsequently constitutes a side wall of the profile; applying abrasive cloth on the metal band as a first edge region of the abrasive cloth is pressed against the glue bead and as another edge region of the abrasive cloth is stretched beyond a side edge of the metal band; folding the metal band for forming the substantially U-shaped profile; placing the brushes over the opening in the profile and transversely to the formed profile; placing a retainer wire against the opening of the profile; inserting the retainer wire in the profile with the brushes disposed between the retainer wire and the side walls and bottom the profile; implementing the fixing step where the free edge regions of the legs are pressed against each other for providing a final shape, such that the legs are provided a converging shape in direction against the free edge regions; and implementing the cutting step. conveying a plane metal band; applying a longitudinal bead of glue on an area of the metal band which subsequently constitutes a side wall of the profile; applying abrasive cloth on the metal band as a first edge region of the abrasive cloth is pressed against the glue bead and as another edge region of the abrasive cloth is stretched beyond a side edge of the metal band; folding the metal band for forming the substantially U-shaped profile; placing the brushes over the opening in the profile and transversely to the formed profile; placing a retainer wire against the opening of the profile; inserting the retainer wire in the profile with the brushes disposed between the retainer wire and the side walls and bottom the profile; implementing the fixing step where the free edge regions of the legs are pressed against each other for providing a final shape, such that the legs are provided a converging shape in direction against the free edge regions; and implementing the cutting step.
A method for supporting diagnosis comprising: receiving a fundus image, processing the fundus image using a trained model configured to recognize an area of abnormality in blood circulation in the fundus image, wherein the trained model has been trained based upon a training data set comprising of a training fundus image, a fluorescent angiography image, and information of blood circulation abnormality associated with the fluorescent angiography image; and outputting information relating to the area of abnormality in blood circulation in the fundus image, wherein the fluorescent angiography image corresponds to the training fundus image and wherein the fluorescent angiography image and the training fundus image is acquired from same patient. receiving a fundus image, processing the fundus image using a trained model configured to recognize an area of abnormality in blood circulation in the fundus image, wherein the trained model has been trained based upon a training data set comprising of a training fundus image, a fluorescent angiography image, and information of blood circulation abnormality associated with the fluorescent angiography image; and outputting information relating to the area of abnormality in blood circulation in the fundus image, wherein the fluorescent angiography image corresponds to the training fundus image and wherein the fluorescent angiography image and the training fundus image is acquired from same patient.
A method for customizing a configuration setting of a software application, comprising: obtaining a plurality of profiles of a plurality of users of the software application, wherein each of the plurality of profiles comprises a plurality of attribute values corresponding to a portion of an attribute list, and wherein the plurality of attribute values describe a user of the plurality of users; identifying, by a computer processor, a subset of the plurality of users having same attribute values for a particular portion of the attribute list, wherein the same attribute values form an attribute signature of the subset of the plurality of users; analyzing, by the computer processor, the configuration setting used by each user in the subset of the plurality of users to generate a statistical measure representing the subset of the plurality of users configuring the software application; matching a new profile of a new user to the attribute signature of the subset of the plurality of users; presenting, to the new user and in response to matching the new profile to the attribute signature, the statistical measure representing the subset of the plurality of users configuring the software application; and receiving, in response to presenting the statistical measure, an approval from the new user to customize the software application, wherein the software application is automatically customized based on the statistical measure representing the subset of the plurality of users configuring the software application. obtaining a plurality of profiles of a plurality of users of the software application, wherein each of the plurality of profiles comprises a plurality of attribute values corresponding to a portion of an attribute list, and wherein the plurality of attribute values describe a user of the plurality of users; wherein each of the plurality of profiles comprises a plurality of attribute values corresponding to a portion of an attribute list, and wherein the plurality of attribute values describe a user of the plurality of users; identifying, by a computer processor, a subset of the plurality of users having same attribute values for a particular portion of the attribute list, wherein the same attribute values form an attribute signature of the subset of the plurality of users; analyzing, by the computer processor, the configuration setting used by each user in the subset of the plurality of users to generate a statistical measure representing the subset of the plurality of users configuring the software application; matching a new profile of a new user to the attribute signature of the subset of the plurality of users; presenting, to the new user and in response to matching the new profile to the attribute signature, the statistical measure representing the subset of the plurality of users configuring the software application; and receiving, in response to presenting the statistical measure, an approval from the new user to customize the software application, wherein the software application is automatically customized based on the statistical measure representing the subset of the plurality of users configuring the software application.
A method for transmitting, by a user equipment, UE, uplink data in a wireless communication system supporting a narrowband-internet of things, NB-IoT, system, the method comprising: receiving, from a base station, configuration information related to a Preconfigured Uplink resource, PUR, for transmitting the uplink data; and transmitting, to the base station, the uplink data using the PUR, wherein the uplink data is transmitted in an RRC idle state, characterized in that the PUR is a dedicated resource and the transmission of the uplink data using the PUR is performed or skipped, wherein the transmission of the uplink data using the PUR is skipped when there is no data to be transmitted in the PUR, wherein the transmission of the uplink data using the PUR is performed based on a validation related to a timing advance, TA, wherein a number of a consecutive skipping of the transmission of the uplink data using the PUR is counted and compared with a number configured by the base station, and wherein, based on that the transmission of the uplink data using the PUR has been skipped consecutively for the configured number, the PUR is released. receiving, from a base station, configuration information related to a Preconfigured Uplink resource, PUR, for transmitting the uplink data; and transmitting, to the base station, the uplink data using the PUR, wherein the uplink data is transmitted in an RRC idle state, characterized in that the PUR is a dedicated resource and the transmission of the uplink data using the PUR is performed or skipped, wherein the transmission of the uplink data using the PUR is skipped when there is no data to be transmitted in the PUR, wherein the transmission of the uplink data using the PUR is performed based on a validation related to a timing advance, TA, wherein a number of a consecutive skipping of the transmission of the uplink data using the PUR is counted and compared with a number configured by the base station, and wherein, based on that the transmission of the uplink data using the PUR has been skipped consecutively for the configured number, the PUR is released.
A method of preparing an alkene compound, comprising: introducing an acidic catalyst and a solvent into a reactor; increasing a temperature of the reactor; and continuously removing water from the reactor while continuously supplying an alcohol into the reactor and continuously collecting an alkene compound, characterized in that the acidic catalyst is a heteropoly acid. introducing an acidic catalyst and a solvent into a reactor; increasing a temperature of the reactor; and continuously removing water from the reactor while continuously supplying an alcohol into the reactor and continuously collecting an alkene compound, characterized in that the acidic catalyst is a heteropoly acid.
Method for regulating and/or controlling the manipulated variables of a gas turbine in a combustion system, characterized in that at least - a first submodel of the gas turbine with first expected values, which describe the emission behavior of the gas turbine in the combustion system, is prepared, - a second submodel of the gas turbine with second expected values, which describe the stability behavior of the gas turbine, is prepared, - a third submodel with third expected values, which describe the thermodynamic performance of the gas turbine, is prepared, - and wherein the first submodel is prepared before startup of the gas turbine and the second and the third submodels are prepared during the startup of the gas turbine, - and wherein the manipulated variables are set at least with the aid of the first, second, and third expected values supplied by the first, second, and third submodels (1, 2, 3), so that optimized operation of the gas turbine is enabled, - wherein the first, the second, and the third submodels are updated (In, 2n, 3n) in a time-tracked manner during the operation of the gas turbine, in that the expected values (1c, 2c, 3c) calculated by the respective submodels (1, 2, 3) are adapted to the measured values (1b, 2b, 3b), which are correlated with the expected values (1c, 2c, 3c) and are measured, - and wherein in the event of a change of the operating state, the manipulated variables are set on the basis of the time-tracked submodels (1, 2, 3), so that optimized operation of the gas turbine is enabled. - a first submodel of the gas turbine with first expected values, which describe the emission behavior of the gas turbine in the combustion system, is prepared, - a second submodel of the gas turbine with second expected values, which describe the stability behavior of the gas turbine, is prepared, - a third submodel with third expected values, which describe the thermodynamic performance of the gas turbine, is prepared, - and wherein the first submodel is prepared before startup of the gas turbine and the second and the third submodels are prepared during the startup of the gas turbine, - and wherein the manipulated variables are set at least with the aid of the first, second, and third expected values supplied by the first, second, and third submodels (1, 2, 3), so that optimized operation of the gas turbine is enabled, - wherein the first, the second, and the third submodels are updated (In, 2n, 3n) in a time-tracked manner during the operation of the gas turbine, in that the expected values (1c, 2c, 3c) calculated by the respective submodels (1, 2, 3) are adapted to the measured values (1b, 2b, 3b), which are correlated with the expected values (1c, 2c, 3c) and are measured, - and wherein in the event of a change of the operating state, the manipulated variables are set on the basis of the time-tracked submodels (1, 2, 3), so that optimized operation of the gas turbine is enabled.
A ring spinning machine having a plurality of adjacent spinning positions, wherein a spinning position is provided for producing fancy yarns in a spinning triangle behind a drafting device of the spinning position for preparing fibers of a roving, which is extracted from a roving bobbin of the ring spinning machine, wherein the feeding speed of the fibers of the roving in the drafting device is controllable, characterized in that underneath the roving bobbins and above each drafting device a support yarn mount for receiving at least one support yarn bobbin per drafting device of a spinning position is positioned, and a support yarn guide (38, 60) for feeding at least two mutually distanced support yarns, which are unwound parallel to each other from each support yarn bobbin, in the region of a pair of rollers (8, 9) which are positioned in front of a spinning triangle, wherein the fibers prepared by the drafting device are fed between the support yarns before they are twisted together in the spinning triangle.
A developing apparatus comprising: a developer bearing member for bearing developer; a developer housing chamber for housing the developer to be supplied to the developer bearing member; a stirring member which includes a sheet-like stirring portion and a rotary shaft to which the stirring portion is attached; and a first electrode and a second electrode which are used to detect an amount of the developer and which are arranged with an interval therebetween, wherein an area between the first electrode and the second electrode in a surface of the developer housing chamber is positioned below a center of the rotary shaft of the stirring member and below a lower end of the developer bearing member when the developing apparatus is mounted in an image forming apparatus, and the sheet-like stirring portion comes into contact with the area due to rotation of the stirring member, characterized in that the lower end of the developer bearing member is positioned above the center of the rotary shaft of the stirring member when the developing apparatus is mounted in the image forming apparatus, the first electrode, the second electrode, and the area are arranged in the following order in a rotational direction of the stirring member below the center of the rotary shaft when the developing apparatus is mounted in the image forming apparatus: the second electrode, the area, and the first electrode, and the sheet-like stirring portion comes into contact with the second electrode, the area, and the first electrode in this order due to rotation of the stirring member. a developer bearing member for bearing developer; a developer housing chamber for housing the developer to be supplied to the developer bearing member; a stirring member which includes a sheet-like stirring portion and a rotary shaft to which the stirring portion is attached; and a first electrode and a second electrode which are used to detect an amount of the developer and which are arranged with an interval therebetween, wherein an area between the first electrode and the second electrode in a surface of the developer housing chamber is positioned below a center of the rotary shaft of the stirring member and below a lower end of the developer bearing member when the developing apparatus is mounted in an image forming apparatus, and the sheet-like stirring portion comes into contact with the area due to rotation of the stirring member, characterized in that the lower end of the developer bearing member is positioned above the center of the rotary shaft of the stirring member when the developing apparatus is mounted in the image forming apparatus, the first electrode, the second electrode, and the area are arranged in the following order in a rotational direction of the stirring member below the center of the rotary shaft when the developing apparatus is mounted in the image forming apparatus: the second electrode, the area, and the first electrode, and the sheet-like stirring portion comes into contact with the second electrode, the area, and the first electrode in this order due to rotation of the stirring member.