mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing hydrogen sulfide H 2 S by converting a reactant mixture which comprises gaseous sulfur and hydrogen over a solid catalyst, wherein the reactant mixture is converted at a pressure of from 0.5 to 10 bar absolute, a temperature of from 300 to 450°C and a sulfur excess in a reactor, wherein the sulfur excess corresponds to a ratio of excess sulfur to H 2 S prepared of from 0.2 to 3 kg of sulfur per kg of H 2 S prepared, wherein the reactant mixture is obtained by passing gaseous hydrogen through a sulfur melt into a reactant region of the reactor, wherein the sulfur melt has a temperature of from 300 to 450°C, wherein an H 2 S-containing crude gas stream passed out of the reactor is cooled in a cooler to separate out excess sulfur, and sulfur obtained in the cooler is recycled into the reactor for the preparation of H 2 S, which comprises providing a line between the cooler and the reactor, through which the crude gas stream is passed in a direction from the reactor into the cooler and through which the recycled sulfur is passed in an opposite direction from the cooler into the reactor.
A display system comprising: an acquisition device that acquires speed information indicating a speed of a moving body; a detection device that detects a posture variation amount of the moving body; a display processing device that controls a display position of an image based on a reference position and a correction amount; and a correction processing device that sets the correction amount based on the speed and the posture variation amount, characterized in that the correction processing device estimates whether or not the correction amount becomes equal to or more than a predetermined amount based on the speed and the posture variation amount, and adjusts the correction amount based on the estimation result. an acquisition device that acquires speed information indicating a speed of a moving body; a detection device that detects a posture variation amount of the moving body; a display processing device that controls a display position of an image based on a reference position and a correction amount; and a correction processing device that sets the correction amount based on the speed and the posture variation amount, characterized in that the correction processing device estimates whether or not the correction amount becomes equal to or more than a predetermined amount based on the speed and the posture variation amount, and adjusts the correction amount based on the estimation result. estimates whether or not the correction amount becomes equal to or more than a predetermined amount based on the speed and the posture variation amount, and adjusts the correction amount based on the estimation result.
Device for connecting/disconnecting a submersible connector provided with a male part and a female part, the device being external to the connector and comprising means (11, 12) for moving at least one of said male or female parts of the connector between a connection position and a disconnection position and vice versa, characterized in that it is releasable from the connector and it further comprises a system for injecting a fluid around the male part and the female part of the connector when the latter connector goes from its connection position to its disconnection position and vice versa, in such manner as to isolate them from the water around the connector.
A method for studying constituents of a nucleic acid molecular complex by labelling the molecules belonging to the same complex with at least one set of molecular constructs, wherein each member of the set comprises a Unique Identifying Sequence comprising degenerate bases, which UIS is a nucleic acid sequence unique for each member of the set, and at least one 5'-Common Tag Sequence (5'-CTS) at the 5' end, and at least one 3'-Common Tag Sequence (3'-CTS) at the 3' end which common tag sequences are nucleic acid sequences common to all members of the set, by: - ligating the 5'-CTS and the 3'-CTS to each other to form a circular DNA, wherein the 5'-CTS and the 3'-CTS are designed to be complementary to adjacent sequences in a nucleic acid molecule of the nucleic acid molecular complex, - amplifying the circular DNA by Rolling Circle Amplification to obtain clones of the UIS and CTS, - attaching the molecular construct to the complex by allowing the 5'-CTS and the 3'-CTS to hybridize to the nucleic acid molecule, - labelling the molecules belonging to the same complex by using the molecular construct as primers or templates in a nucleic acid polymerization reaction, and - analyzing the composition of the molecular complex by analyzing the combinations of UISs and CTSs. - ligating the 5'-CTS and the 3'-CTS to each other to form a circular DNA, wherein the 5'-CTS and the 3'-CTS are designed to be complementary to adjacent sequences in a nucleic acid molecule of the nucleic acid molecular complex, - amplifying the circular DNA by Rolling Circle Amplification to obtain clones of the UIS and CTS, - attaching the molecular construct to the complex by allowing the 5'-CTS and the 3'-CTS to hybridize to the nucleic acid molecule, - labelling the molecules belonging to the same complex by using the molecular construct as primers or templates in a nucleic acid polymerization reaction, and - analyzing the composition of the molecular complex by analyzing the combinations of UISs and CTSs.
An oral dosage composition comprising a physiologically effective dosage of S-adenosylmethionine in combination with at least one of a zwitterionic surfactant or a salt thereof, a fatty amine or a salt thereof, an alkane sulfonate or a salt thereof, a bile acid or a salt thereof, an unsaturated cyclic urea or a salt thereof, a cyclodextrin or a salt thereof, nonylphenoxypolyoxyethylene, polyoxyethylene sorbitan monolaurate, polyoxyethylene sorbitan monopalmitate, or sorbitan monooleate.
An adhesive composition comprising: a copolymer in which 10 parts by weight to 50 parts by weight of a polar functional group-containing monomer is polymerized based on 100 parts by weight of a (meth)acrylic acid ester monomer, in which the polar functional group is copolymerizable with the (meth)acrylic acid ester monomer; thermally conductive inorganic fillers; and hollow glass fillers or bubbles, wherein the thermally conductive inorganic fillers comprise at least one selected from the group consisting of metal oxide, metal hydroxide, metal nitride, metal carbide, metal boride, and combinations thereof and wherein the polar functional group-containing monomer comprises at least one selected from the group consisting of hydroxyl group-containing monomers, carboxyl group-containing monomers, nitrogen-containing monomers, and combinations thereof. a copolymer in which 10 parts by weight to 50 parts by weight of a polar functional group-containing monomer is polymerized based on 100 parts by weight of a (meth)acrylic acid ester monomer, in which the polar functional group is copolymerizable with the (meth)acrylic acid ester monomer; thermally conductive inorganic fillers; and hollow glass fillers or bubbles, wherein the thermally conductive inorganic fillers comprise at least one selected from the group consisting of metal oxide, metal hydroxide, metal nitride, metal carbide, metal boride, and combinations thereof and wherein the polar functional group-containing monomer comprises at least one selected from the group consisting of hydroxyl group-containing monomers, carboxyl group-containing monomers, nitrogen-containing monomers, and combinations thereof.
A method of forming a composite member, the method comprising: providing a contour surface corresponding in shape to a desired contour of the composite member for supporting a plurality of elongate tapes in a substantially parallel configuration, each tape including a plurality of reinforcement members disposed in a matrix material; and disposing each of the elongate tapes along a path defined by a plurality of natural path segments (58a, 58b, 58c), characterised by each segment defining a non-natural offset angle relative to adjacent segments of the path and each tape defining a plurality of consecutive portions corresponding to the natural path segments, such that a transverse edge of each elongate tape is disposed within a predetermined offset distance interval from an adjacent one of the tapes. providing a contour surface corresponding in shape to a desired contour of the composite member for supporting a plurality of elongate tapes in a substantially parallel configuration, each tape including a plurality of reinforcement members disposed in a matrix material; and disposing each of the elongate tapes along a path defined by a plurality of natural path segments (58a, 58b, 58c), characterised by each segment defining a non-natural offset angle relative to adjacent segments of the path and each tape defining a plurality of consecutive portions corresponding to the natural path segments, such that a transverse edge of each elongate tape is disposed within a predetermined offset distance interval from an adjacent one of the tapes.
System for charging at least one energy storage cell in a controllable energy store which serves to control and to supply electrical energy to an n-phase electrical machine, where n ≥ 1, characterized in that - the controllable energy store has n parallel energy supply branches (3-1, 3-2, 3-3) which • each have at least two energy storage modules which are connected in series and which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are connected to a reference rail (T-) at one end, and • are connected to in each case one phase (U, V, W) of the electrical machine at the other end, - the coupling units, depending on control signals, bridge the respectively associated energy storage cells or connect the respectively associated energy storage cells into the respective energy supply branch (3-1, 3-2, 3-3), and - an external energy source is connected to a star point of the electrical machine at one end and to the reference rail (T-) at the other end. - the controllable energy store has n parallel energy supply branches (3-1, 3-2, 3-3) which • each have at least two energy storage modules which are connected in series and which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are connected to a reference rail (T-) at one end, and • are connected to in each case one phase (U, V, W) of the electrical machine at the other end, • each have at least two energy storage modules which are connected in series and which each comprise at least one electrical energy storage cell with an associated controllable coupling unit, • are connected to a reference rail (T-) at one end, and • are connected to in each case one phase (U, V, W) of the electrical machine at the other end, - the coupling units, depending on control signals, bridge the respectively associated energy storage cells or connect the respectively associated energy storage cells into the respective energy supply branch (3-1, 3-2, 3-3), and - an external energy source is connected to a star point of the electrical machine at one end and to the reference rail (T-) at the other end.
Aerodynamic deflector device for a motor vehicle wheel, comprising: - a support configured to be mounted on a motor vehicle, - a deflecting wall movably mounted on the support on the one hand between a retracted position in which, in the assembled state, said deflecting wall is raised relative to the support, and on the other hand a deployed position in which, in the assembled state, said deflecting wall is lowered relative to the support and capable of being placed upstream of the wheel of the vehicle, - an actuator configured to move said deflecting wall between the retracted and deployed positions, characterized in that the deflecting wall has in cross section a central portion and two lateral parts (15B, 15C) flaring from the central part so as to obtain a divergent shape in the direction of the air flow striking said wall. - a support configured to be mounted on a motor vehicle, - a deflecting wall movably mounted on the support on the one hand between a retracted position in which, in the assembled state, said deflecting wall is raised relative to the support, and on the other hand a deployed position in which, in the assembled state, said deflecting wall is lowered relative to the support and capable of being placed upstream of the wheel of the vehicle, - an actuator configured to move said deflecting wall between the retracted and deployed positions,
An insulating glass arrangement comprising a first and a second pane of glass (12, 13, 112, 113), a frame (14, 114) disposed between the latter, an inner space formed by the panes of glass (12, 13, 112, 113) and the frame (14, 114) and that is filled with a gas, a solar thermal absorber disposed in the inner space and with a fluid connection (17, 117) and a feedthrough element (20, 12) by means of which the fluid connection (17, 117) is guided out of the inner space, characterised in that the feedthrough element (20, 210) is at least partially made of a casting material that is cast on the fluid connection (17, 117) and is thermally insulating so that the feedthrough element (20, 120) insulates the temperatures of the fluid connection (17, 117) so that temperatures of below 110°C occur at the edges of the feedthrough element (20, 120).
A method of transmitting a signal by a user equipment, UE, in a wireless communication system, the method comprising: transmitting 1st stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting 2nd stage SCI through a physical sidelink shared channel, PSSCH, characterized in that the number of symbols for transmission of the 2nd stage SCI is determined based on the number of resource elements, REs, related to the 2nd stage SCI, wherein the number of REs related to the 2nd stage SCI equals to 'M - N', where 'N' denotes the number of REs related to the PSCCH, and 'M' denotes a number of REs related to the PSSCH. transmitting 1st stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting 2nd stage SCI through a physical sidelink shared channel, PSSCH, characterized in that the number of symbols for transmission of the 2nd stage SCI is determined based on the number of resource elements, REs, related to the 2nd stage SCI, wherein the number of REs related to the 2nd stage SCI equals to 'M - N', where 'N' denotes the number of REs related to the PSCCH, and 'M' denotes a number of REs related to the PSSCH.
A sample observation device comprising: a light source unit configured to output excitation light to a sample; an irradiation optical system configured to shape the excitation light into planar light and to irradiate the sample with the planar light on an XZ surface; a scanning unit configured to scan the sample in a Y-axis direction at a predetermined scanning speed to pass through an irradiation surface of the planar light an imaging optical system having an observation axis inclined with respect to the irradiation surface and configured to image an observation light generated in the sample by irradiation with the planar light an image acquisition unit configured to acquire a plurality of pieces of XZ image data corresponding to an optical image of the observation light imaged by the imaging optical system at a predetermined frame rate; and a control unit configured to control a light amount of the planar light and the scanning speed, wherein the control unit refers to a reference table in which an optimum light amount of the planar light at a measurement sensitivity represented by the product of the light amount of the planar light and the scanning speed is set in accordance with the scanning speed and determines the scanning speed and the optimum light amount of the planar light on the basis of the measurement sensitivity selected by a user. a light source unit configured to output excitation light to a sample; an irradiation optical system configured to shape the excitation light into planar light and to irradiate the sample with the planar light on an XZ surface; a scanning unit configured to scan the sample in a Y-axis direction at a predetermined scanning speed to pass through an irradiation surface of the planar light an imaging optical system having an observation axis inclined with respect to the irradiation surface and configured to image an observation light generated in the sample by irradiation with the planar light an image acquisition unit configured to acquire a plurality of pieces of XZ image data corresponding to an optical image of the observation light imaged by the imaging optical system at a predetermined frame rate; and a control unit configured to control a light amount of the planar light and the scanning speed, wherein the control unit refers to a reference table in which an optimum light amount of the planar light at a measurement sensitivity represented by the product of the light amount of the planar light and the scanning speed is set in accordance with the scanning speed and determines the scanning speed and the optimum light amount of the planar light on the basis of the measurement sensitivity selected by a user.
A reflector device (101, 201) comprising a reflector (106, 406), having an inner surface (120, 122, 422, 424), and at least one solid state light emitting element (114, 414), wherein the inner surface (120, 122, 422, 424) of the reflector (106, 406) comprises first and second surface portions (120, 122, 422, 424), which extend in planes intersecting at an angle (α), said at least one solid state light emitting element (114, 414) being mounted at at least one of said first and second surface portions (120, 122, 422, 424) such that a major part of the light emitted from said at least one solid state light emitting element (114, 414) illuminates the other one of said first and second surface portions (120, 122, 422, 424), wherein said first and second surface portions (120, 122, 422, 424) define a V-shaped groove, characterized in that, each one of said first and second surface portions (120, 122) has a free side edge (124, 126), wherein the free side edges (124, 126) define a reflector opening, said at least one solid state light emitting element being mounted at a distance from the free side edge (124, 126) of the surface portion (120, 122, 422, 424) at which it is mounted.
A method for detecting and ranking hotspots in a lithographic mask for printing a pattern on a substrate, the method comprising the steps of: • providing a test substrate (1,10) comprising a plurality of die areas (2,12), • printing said pattern through said mask on said plurality of die areas (2,12), with a lithographic tool, wherein a lithographic parameter of the tool is incremented, starting from a set value of the parameter at one of the die areas (4,14), and increasing and/or decreasing the parameter stepwise in at least a portion of the other die areas (2,12), • examining each of said die areas (2,12) for defects and recording one or more repeating defects, defined as defects which occur starting from a first value of the parameter and which are repeated for at least one second value of the parameter, • determining for each individual defect in each of the die areas, the actual parameter value at the location of the defect, characterised in that the method further comprises the steps of: • ranking the hotspots, the ranking being determined by • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected. • providing a test substrate (1,10) comprising a plurality of die areas (2,12), • printing said pattern through said mask on said plurality of die areas (2,12), with a lithographic tool, wherein a lithographic parameter of the tool is incremented, starting from a set value of the parameter at one of the die areas (4,14), and increasing and/or decreasing the parameter stepwise in at least a portion of the other die areas (2,12), • examining each of said die areas (2,12) for defects and recording one or more repeating defects, defined as defects which occur starting from a first value of the parameter and which are repeated for at least one second value of the parameter, • determining for each individual defect in each of the die areas, the actual parameter value at the location of the defect, • ranking the hotspots, the ranking being determined by • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected. • whether a defect detected at the hotspot location is a repeating defect and • the actual parameter values at the locations at which the defect is detected.
Method for determining a state of health of a battery which is provided to supply energy to an electric motor of a vehicle, having the steps of: - determining a profile of an operating voltage of the battery and of an operating current of the battery in real time during driving operation of the vehicle, - checking the determined profile of the operating voltage of the battery and the determined profile of the operating current of the battery for sinusoidal curve sections of different frequencies, - if sinusoidal curve sections are identified, extracting the identified sinusoidal curve sections of different frequencies, - calculating an impedance of the battery by means of impedance spectroscopy on the basis of the sinusoidal curve sections, and - determining the state of health of the battery on the basis of the calculated impedance. - determining a profile of an operating voltage of the battery and of an operating current of the battery in real time during driving operation of the vehicle, - checking the determined profile of the operating voltage of the battery and the determined profile of the operating current of the battery for sinusoidal curve sections of different frequencies, - if sinusoidal curve sections are identified, extracting the identified sinusoidal curve sections of different frequencies, - calculating an impedance of the battery by means of impedance spectroscopy on the basis of the sinusoidal curve sections, and - determining the state of health of the battery on the basis of the calculated impedance.
A set for manufacturing a threaded connection, comprising a first and a second tubular component with an axis of revolution, one of their ends (1, 2) being provided with a threaded zone (3; 4) formed on the external or internal peripheral surface of the component depending on whether the threaded end is of the male or female type, said ends (1, 2) finishing in a terminal surface (7, 8), said threaded zones (3; 4) comprising, over at least a portion, threads (32, 42) comprising, viewed in longitudinal section passing through the axis of revolution of the tubular components, a thread crest (35, 45), a thread root (36, 46), a load flank (30; 40) and a stabbing flank (31; 41), the width of the thread crests (35, 45) of each tubular component reducing in the direction of the terminal surface (7; 8) of the tubular component under consideration, while the width of the thread roots (36, 46) increases, the profiles of the load flanks and/or the stabbing flanks of the male and female threaded zones, viewed in longitudinal section passing through the axis of revolution of the tubular components, each having at least one identical portion (E, E'), said identical portions (E, E') having a certain convexity and/or a certain concavity such that they are complementary, such that the male and female threads can be fitted one into the other over said identical portions (E, E') when the first and second tubular components are made up one into the other, characterized in that the identical portions (E, E') of the male and female ends (1, 2) are radially offset with respect to each other.