mhurhangee/ep-ind-claims huggingface dataset:
A passenger suite seating arrangement adapted to be installed in an airliner having a front, a rear, a longitudinal axis extending in a longitudinal direction from the front to the rear of the airliner and a first longitudinal aisle extending in the longitudinal direction, the seating arrangement having a longitudinal direction that, when installed in an airliner, is the same direction as the longitudinal direction of the airliner in which the seating arrangement is installed, and comprising: a suite grouping comprising a first suite, a second suite, a third suite, and a fourth suite each comprising a lay-flat seat extending in the longitudinal direction; the lay-flat seats in the first and second suites (36, 38) arranged laterally adjacent and, when installed in an airliner, facing a rear of the airliner; the lay-flat seats in the third and fourth suites (40, 42) arranged laterally adjacent and, when installed in an airliner, facing a front of the airliner; the second and fourth suites (38, 42) spaced apart in the longitudinal direction such that a lateral aisle is provided therebetween which lateral aisle, when installed in an airliner, is accessible from the first longitudinal aisle of the airliner; and first and second branch aisles (50, 52) accessible from the lateral aisle, the first branch aisle providing passage from the lateral aisle to the first suite, and the second branch aisle providing passage from the lateral aisle to the third suite; characterized in that the lateral aisle is formed between facing foot ends of the second and fourth suites (38, 42) and the lateral aisle, when installed in an airliner, is oriented at a non-orthogonal angle to the longitudinal aisle. a suite grouping comprising a first suite, a second suite, a third suite, and a fourth suite each comprising a lay-flat seat extending in the longitudinal direction; the lay-flat seats in the first and second suites (36, 38) arranged laterally adjacent and, when installed in an airliner, facing a rear of the airliner; the lay-flat seats in the third and fourth suites (40, 42) arranged laterally adjacent and, when installed in an airliner, facing a front of the airliner; the second and fourth suites (38, 42) spaced apart in the longitudinal direction such that a lateral aisle is provided therebetween which lateral aisle, when installed in an airliner, is accessible from the first longitudinal aisle of the airliner; and first and second branch aisles (50, 52) accessible from the lateral aisle, the first branch aisle providing passage from the lateral aisle to the first suite, and the second branch aisle providing passage from the lateral aisle to the third suite; characterized in that the lateral aisle is formed between facing foot ends of the second and fourth suites (38, 42) and the lateral aisle, when installed in an airliner, is oriented at a non-orthogonal angle to the longitudinal aisle.
Device comprising an actuator, a thrust element which is axially driven by the actuator, at least one connecting element which connects the actuator and the thrust element and which is arranged between the actuator and the thrust element, at least one pyrotechnic component comprising at least one ignition unit and at least one pyrotechnic charge, wherein the pyrotechnic component is arranged in such a manner that the hot gas producible thereby is directed towards the at least one connecting element, and wherein the at least one connecting element can be weakened by the hot gas producible by the at least one pyrotechnic component in such a manner that the thrust element is separable from the actuator.
A slewing bearing assembly comprising: an inner ring formed with a raceway groove (1a, 1b); an outer ring formed with a raceway groove (2a, 2b); a plurality of balls interposed between the raceway grooves (1a, 1b, 2a, 2b) of those inner and outer rings (1, 2); and a spacer interposed between the neighboring balls; wherein the slewing bearing assembly is in the form of a four point contact ball bearing having respective sectional shapes of the raceway grooves (1a, 1b, 2a, 2b) formed to represent shapes effective to allow each ball to achieve a four point contact with inner surfaces of the raceway grooves (1a, 1b, 2a, 2b) of the inner and outer rings (1, 2), the spacer is made of a resinous material, the resinous material having a melt viscosity within the range of 1000 to 2000 Pa • s at a temperature of 270°C, the inner ring includes a raceway ring body formed with an insertion hole defined so as to extend completely through the raceway ring body in a radial direction of the bearing assembly, and a plug inserted into the insertion hole and having an outer diametric surface that forms a circumferential part of the raceway groove (1a, 1b) of the inner ring, the plug is formed with an annular groove in a portion of an outer peripheral surface thereof at a position radially inward of a connecting hole formed in the plug, and an annular sealing member is fitted into the annular groove. an inner ring formed with a raceway groove (1a, 1b); an outer ring formed with a raceway groove (2a, 2b); a plurality of balls interposed between the raceway grooves (1a, 1b, 2a, 2b) of those inner and outer rings (1, 2); and a spacer interposed between the neighboring balls; wherein the slewing bearing assembly is in the form of a four point contact ball bearing having respective sectional shapes of the raceway grooves (1a, 1b, 2a, 2b) formed to represent shapes effective to allow each ball to achieve a four point contact with inner surfaces of the raceway grooves (1a, 1b, 2a, 2b) of the inner and outer rings (1, 2), the spacer is made of a resinous material, the resinous material having a melt viscosity within the range of 1000 to 2000 Pa • s at a temperature of 270°C, the inner ring includes a raceway ring body formed with an insertion hole defined so as to extend completely through the raceway ring body in a radial direction of the bearing assembly, and a plug inserted into the insertion hole and having an outer diametric surface that forms a circumferential part of the raceway groove (1a, 1b) of the inner ring, the plug is formed with an annular groove in a portion of an outer peripheral surface thereof at a position radially inward of a connecting hole formed in the plug, and an annular sealing member is fitted into the annular groove.
An antiperspirant active composition comprising: (i) an aluminum salt having an aluminum to chloride molar ratio of 0.3:1 to 3:1, exhibiting a SEC chromatogram having a SEC Peak 4 to Peak 3 intensity ratio of at least 17 and a Peak 4 intensity greater than a Peak 5 intensity in aqueous solution; and (ii) at least one buffer chosen from glycine, and betaine, wherein a molar ratio of buffer to aluminum is 0.1:1 to 3:1; wherein the antiperspirant active composition is obtainable by a method comprising: I) heating an aqueous solution containing an aluminum salt having an aluminum to chloride molar ratio of 0.3:1 to 3:1, with a buffer agent, at a temperature of 50°C to 95°C to reflux for a period of time of 1 hour to 5 hours to obtain an aluminum salt solution; II) adding an aqueous solution of an inorganic base to obtain an aluminum salt solution having an OH:A1 molar ratio of 2:1 to 2.6:1 to obtain a pH adjusted aluminum salt solution having a pH of 2 to 5; and III) optionally adding an aqueous solution containing a zirconium compound to the pH adjusted aluminum salt solution to thereby obtain an aluminum-zirconium salt solution having a molar ratio of aluminum to zirconium of 5:1 to 10:1; wherein the buffer agent is at least one buffer chosen from glycine and betaine. (i) an aluminum salt having an aluminum to chloride molar ratio of 0.3:1 to 3:1, exhibiting a SEC chromatogram having a SEC Peak 4 to Peak 3 intensity ratio of at least 17 and a Peak 4 intensity greater than a Peak 5 intensity in aqueous solution; and (ii) at least one buffer chosen from glycine, and betaine, wherein a molar ratio of buffer to aluminum is 0.1:1 to 3:1; I) heating an aqueous solution containing an aluminum salt having an aluminum to chloride molar ratio of 0.3:1 to 3:1, with a buffer agent, at a temperature of 50°C to 95°C to reflux for a period of time of 1 hour to 5 hours to obtain an aluminum salt solution; II) adding an aqueous solution of an inorganic base to obtain an aluminum salt solution having an OH:A1 molar ratio of 2:1 to 2.6:1 to obtain a pH adjusted aluminum salt solution having a pH of 2 to 5; and III) optionally adding an aqueous solution containing a zirconium compound to the pH adjusted aluminum salt solution to thereby obtain an aluminum-zirconium salt solution having a molar ratio of aluminum to zirconium of 5:1 to 10:1; wherein the buffer agent is at least one buffer chosen from glycine and betaine.
A large-area extensible pressure sensor for textiles surfaces, of the type comprising a support or substrate on which a conductive paste or ink is printed which can transmit an electrical signal, characterised in that said support is flexible, extensible and elastic, and a plurality of main tracks of extensible and elastic conductive ink or paste are printed on said support; on said plurality of main tracks a plurality of piezoresistive paste or ink depositions acting as pressure sensing points are printed, and each of these depositions are linked to a secondary extensible and elastic conductive ink or paste track, which is also printed on said support, resulting in all tracks, primary or secondary, being connected to a control system without crossing each other.
A cosmetic non-therapeutic method of inducing satiation in a subject in need thereof comprising orally administering to the subject an effective amount of Hafnia alvei.
A modified bispecific antibody against blood coagulation factor IX and/or activated blood coagulation factor IX and blood coagulation factor X, wherein the antibody comprises a modification of at least one amino acid residue in the constant region of the antibody, and wherein the antibody has higher blood coagulation factor VIII mimetic activity than that of a bispecific antibody, which is an antibody before the modification, in which an H chain comprising the amino acid sequence of SEQ ID NO: 1 associates with an L chain comprising the amino acid sequence of SEQ ID NO: 3, and an H chain comprising the amino acid sequence of SEQ ID NO: 2 associates with an L chain comprising the amino acid sequence of SEQ ID NO: 3, wherein the modification is a modification of the amino acid residue in the CH3 region at position 434 according to EU numbering to Tyr, and/or the modification is a modification of the amino acid residues in the hinge region at positions 216 to 230 according to EU numbering to AAAC.
A method performed by a computing system, the method comprising: receiving a threshold metric condition, and operational metric data, associated with a past time period, of a metric; performing a threshold determination, based on a first time window defined by a first length, that includes, for each of a different number of consecutive instances of the first time window over a first portion of the past time period, determining a first data value that corresponds to a first number of times the threshold metric condition is met by the operational metric data in the number of consecutive instances of the first time window; generating a first data set that is monotonically decreasing and that includes the first data values; determining, based at least on an amount of change between first data values that are adjacent across the first data set, a first number of consecutive instances of the first time window; and applying the first number of consecutive instances of the first time window, as a monitoring interval, to a system alert monitor that monitors the metric and that triggers system alerts based on the monitoring interval. receiving a threshold metric condition, and operational metric data, associated with a past time period, of a metric; performing a threshold determination, based on a first time window defined by a first length, that includes, for each of a different number of consecutive instances of the first time window over a first portion of the past time period, determining a first data value that corresponds to a first number of times the threshold metric condition is met by the operational metric data in the number of consecutive instances of the first time window; generating a first data set that is monotonically decreasing and that includes the first data values; determining, based at least on an amount of change between first data values that are adjacent across the first data set, a first number of consecutive instances of the first time window; and applying the first number of consecutive instances of the first time window, as a monitoring interval, to a system alert monitor that monitors the metric and that triggers system alerts based on the monitoring interval.
A method of driving an ElectroPhoretic Display, EPD, comprising a plurality of microcapsules, each microcapsule including first color particles, second color particles and a fluid the first color particles having a higher mobility than the second color particules, and positioned between a COM electrode and an SEG electrode, and a driving unit, under the control of a control unit, arranged to apply driving signals to the microcapsules by applying an operating voltage to the SEG electrode and a reference voltage to the COM electrode, the method comprising: in a first period for displaying the first color, applying, to the microcapsules that should do a transition toward the first color, a first driving signal comprising periodic pulses when a current temperature is below a predetermined temperature, or a third driving signal comprising a pulse that is kept at a constant voltage level when the current temperature is higher than the predetermined temperature, the first or third driving signals moving the first color particules toward a surface of the EPD; and in a second period for displaying the second color, following the first period, applying a second driving signal comprising a pulse that is kept at a constant voltage level to the microcapsules that should do a transition toward the second color, the second driving signal moving the second color particles toward the surface of the EPD, wherein the first and second periods have equal durations and wherein a pulse rate of the periodic pulse is determined in accordance with a difference in mobility between the first color particles and the second color particles at the predetermined temperature, so that the moving speed of the first color particles in the first period is similar to the moving speed of the second color particles in the second period. in a first period for displaying the first color, applying, to the microcapsules that should do a transition toward the first color, a first driving signal comprising periodic pulses when a current temperature is below a predetermined temperature, or a third driving signal comprising a pulse that is kept at a constant voltage level when the current temperature is higher than the predetermined temperature, the first or third driving signals moving the first color particules toward a surface of the EPD; and in a second period for displaying the second color, following the first period, applying a second driving signal comprising a pulse that is kept at a constant voltage level to the microcapsules that should do a transition toward the second color, the second driving signal moving the second color particles toward the surface of the EPD, wherein the first and second periods have equal durations and wherein a pulse rate of the periodic pulse is determined in accordance with a difference in mobility between the first color particles and the second color particles at the predetermined temperature, so that the moving speed of the first color particles in the first period is similar to the moving speed of the second color particles in the second period.
A method of machining a bevel gear having a plurality of teeth with a rotating tool, said method comprising a generating method and: machining a tooth flank surface of a first tooth to produce a pattern of machining-specific flats on said tooth flank surface, machining a tooth flank surface of a next tooth to produce a pattern of machining-specific flats on said tooth flank surface, wherein by machining modification, the pattern of machining-specific flats on the tooth flank surface of said next tooth differs from the pattern of machining-specific flats on the tooth flank surface of said first tooth, characterized in that said machining modification comprises shifting the roll-positions in a way that not every flat is positioned the same way on each tooth flank and/or changing the distances of the roll angle increments of a generating roll in which the tool and the bevel gear roll together. machining a tooth flank surface of a first tooth to produce a pattern of machining-specific flats on said tooth flank surface, machining a tooth flank surface of a next tooth to produce a pattern of machining-specific flats on said tooth flank surface, wherein by machining modification, the pattern of machining-specific flats on the tooth flank surface of said next tooth differs from the pattern of machining-specific flats on the tooth flank surface of said first tooth, characterized in that said machining modification comprises shifting the roll-positions in a way that not every flat is positioned the same way on each tooth flank and/or changing the distances of the roll angle increments of a generating roll in which the tool and the bevel gear roll together.
A surface for culturing cells comprising: a substrate comprising a substantially planar top surface, wherein the surface comprises a plurality of divots; wherein each divot comprises an interior bottom surface and an interior sidewall surface, wherein the bottom surface is rounded and wherein each divot is between 100-200 μm in diameter (± 20%) and 50-150 μm in depth (± 20%); wherein cells are distributed into individual divots, and wherein the substrate surface is a non-adherent surface. a substrate comprising a substantially planar top surface, wherein the surface comprises a plurality of divots; wherein each divot comprises an interior bottom surface and an interior sidewall surface, wherein the bottom surface is rounded and wherein each divot is between 100-200 μm in diameter (± 20%) and 50-150 μm in depth (± 20%); wherein cells are distributed into individual divots, and wherein the substrate surface is a non-adherent surface.
A hybrid polypeptide comprising an amino acid sequence having 80% or more sequence identity to an amino acid sequence selected from SEQ ID NOs: 36, 30, 31 and 37.
Hydraulic arrangement in connection with a cutting saw having a cutting flange with an endless chain, in which the hydraulic arrangement includes - a hydraulic input line, - a hydraulic motor connected to the said hydraulic input line for operating the endless chain, - a return line from the hydraulic motor, - a hydraulic cylinder for pressing the cutting flange against the tree to be cut, - a feed line for pressing the hydraulic cylinder, - a directional control valve located on the feed line of the hydraulic cylinder, - a pressing line and a lifting line for guiding the flow from the said directional control valve to the hydraulic cylinder, guiding the flow as selected either to the side of the piston rod of the hydraulic cylinder or to the cylinder side, - a pressure valve located in connection with the said pressing line and/or the lifting line for controlling the hydraulic cylinder, characterized in that said pressure valve is suitable for controlling the hydraulic cylinder on the basis of the speed of rotation of the hydraulic motor and in that the hydraulic arrangement further includes - a throttle in the return line for throttling the flow exiting from the hydraulic motor, and - a control line for leading pressure caused by the throttling of the return line to the pressure valve for controlling the pressure valve, wherein the feed line of the hydraulic cylinder is connected in parallel with feed line of the hydraulic motor to the input line. - a hydraulic input line, - a hydraulic motor connected to the said hydraulic input line for operating the endless chain, - a return line from the hydraulic motor, - a hydraulic cylinder for pressing the cutting flange against the tree to be cut, - a feed line for pressing the hydraulic cylinder, - a directional control valve located on the feed line of the hydraulic cylinder, - a pressing line and a lifting line for guiding the flow from the said directional control valve to the hydraulic cylinder, guiding the flow as selected either to the side of the piston rod of the hydraulic cylinder or to the cylinder side, - a pressure valve located in connection with the said pressing line and/or the lifting line for controlling the hydraulic cylinder, - a throttle in the return line for throttling the flow exiting from the hydraulic motor, and - a control line for leading pressure caused by the throttling of the return line to the pressure valve for controlling the pressure valve,
A method for logging of an event and routing a request to an application of a set of applications, the method comprising the steps of: - analysing the request, - generating a first descriptor for the result of the analysis, - comparing the first descriptor to second descriptors, each of the second descriptors belonging to an application of the set of applications and one of the second descriptors belongs to the logging module being registered as an application with a special descriptor, wherein the special descriptor belonging to the logging module specifies a class of protocol requests which need to be forwarded to the logging module to create a log file, - routing the request to the application having a second descriptor matching the first descriptor, and - sending a copy of the request to the logging module in case of a match of the first descriptor and the second descriptor belonging to the logging module for logging of the event; - receiving the request by the logging module and adding said request to a log file contained in the logging module for recordation of the corresponding event. - analysing the request, - generating a first descriptor for the result of the analysis, - comparing the first descriptor to second descriptors, each of the second descriptors belonging to an application of the set of applications and one of the second descriptors belongs to the logging module being registered as an application with a special descriptor, wherein the special descriptor belonging to the logging module specifies a class of protocol requests which need to be forwarded to the logging module to create a log file, - routing the request to the application having a second descriptor matching the first descriptor, and - sending a copy of the request to the logging module in case of a match of the first descriptor and the second descriptor belonging to the logging module for logging of the event; - receiving the request by the logging module and adding said request to a log file contained in the logging module for recordation of the corresponding event.
Chain for a conveyor of an apparatus for accumulating and arranging products or packs into groups, the conveyor comprising sliding blocks provided for accommodating the products or packs, the chain being made loop-closed by means of a series of links articulated to each other through a connection of pins connected by assembly plates, wherein each link is provided with a driving portion and a drawing portion for drawing said sliding blocks, such drawing portion being provided with guide plates (37, 37') for guiding the sliding blocks, characterised in that said guide plates (37, 37') are substantially rectangular shaped with rounded edges and made with a height (a) greater than the height of the assembly plates.