mhurhangee/ep-ind-claims huggingface dataset:
A monitoring device for monitoring the operability of at least one sensing means for sensing at least one motion parameter of a rail vehicle, wherein a reference coordinate system(Cref) is assigned to the rail vehicle, wherein the monitoring device comprises a first sensing means for sensing at least one motion parameter, wherein the first sensing means is designed and/or arranged such that the least one motion parameter is sensable by the first sensing means relative to a first axis, wherein the monitoring device comprises at least one other sensing means for at least one motion parameter, wherein the other sensing means is designed and/or arranged such that the at least one motion parameter is sensable by the other sensing means relative to another axis, wherein an orientation of the first axis relative to the reference coordinate system (Cref) is different from an orientation of the other axis relative to the reference coordinate system (Cref), wherein the motion parameter relative to the first axis is converted into at least one motion parameter relative to the reference coordinate system (Cref) and the motion parameter relative to the other axis is converted into at least one motion parameter relative to the reference coordinate system (Cref) by known conversion operations, wherein the operability is monitorable depending on the motion parameter relative to the first axis, the motion parameter relative to the other axis and the known conversion operations, characterized in that corresponding portions of the converted motion parameters are determinable, wherein a failure is detectable if a deviation between the corresponding portions of the converted motion parameters is not within a predetermined interval.
Metal cord consisting of two layers (Ci, Ce) of 3+N construction, rubberized in situ, comprising an inner layer (Ci) formed from three core wires of diameter d 1 wound together in a helix with a pitch p 1 and an outer layer (Ce) of N wires, N varying from 6 to 12, of diameter d 2, which are wound together in a helix with a pitch p 2 around the inner layer (Ci), said cord being characterized in that it has the following characteristics (d 1, d 2, p 1 and p 2 are expressed in mm): - 0.20 < d 1 < 0.50; - 0.20 < d 2 < 0.50; - p 1 / p 2 ≤ 1; - 5 < p 1 < 30; - 10 < p 2 < 30; - the inner layer is sheathed with a diene rubber composition called a "filling rubber " which, for any length of cord of at least 2 cm, is present in the central channel formed by the three core wires and in each of the gaps lying between the three core wires and the N wires of the outer layer (Ce); and - the content of filling rubber in the cord is between 5 and 30 mg per g of cord; - the cord has no filling rubber on its periphery. - 0.20 < d 1 < 0.50; - 0.20 < d 2 < 0.50; - p 1 / p 2 ≤ 1; - 5 < p 1 < 30; - 10 < p 2 < 30; - the inner layer is sheathed with a diene rubber composition called a "filling rubber " which, for any length of cord of at least 2 cm, is present in the central channel formed by the three core wires and in each of the gaps lying between the three core wires and the N wires of the outer layer (Ce); and - the content of filling rubber in the cord is between 5 and 30 mg per g of cord; - the cord has no filling rubber on its periphery.
A urolithin for use in the treatment of skin disorders, wherein the skin disorder is selected from environmental insults and skin injury from excessive lipid oxidation in aged and diseased skin.
Method for monitoring the position of a shaft of a test bench, wherein the shaft is accommodated in an enclosure, which substantially surrounds at least part of the shaft in the circumferential direction, wherein the enclosure comprises an inner surface facing the shaft and, in an intended position of the shaft, the inner surface is arranged in a contactless manner relative to the shaft, characterised in that, at least one conductor loop is arranged on the inner surface, and an electrical signal transmitted through the conductor loop, preferably a closed-circuit current, is measured to determine any severance of the conductor loop.
A vehicle seat, comprising: a seat frame; a seat cushion receiving member stretched across the seat frame; and a seat cushion placed on the seat cushion receiving member, wherein the seat cushion has such dimensions as to cover the seat frame as viewed in plan, and a lower surface of the seat cushion has a raised portion in a region covering the seat frame, and the raised portion is raised so as not to contact the seat frame, characterised in that the seat cushion includes a cushion core and an upholstery, the upholstery is bonded to a surface of the cushion core so as to cover an upper surface, a side surface, and a part of a bottom surface of the cushion core, and the cushion core and the upholstery do not contact the seat frame. a seat frame; a seat cushion receiving member stretched across the seat frame; and a seat cushion placed on the seat cushion receiving member, wherein the seat cushion has such dimensions as to cover the seat frame as viewed in plan, and a lower surface of the seat cushion has a raised portion in a region covering the seat frame, and the raised portion is raised so as not to contact the seat frame, characterised in that the seat cushion includes a cushion core and an upholstery, the upholstery is bonded to a surface of the cushion core so as to cover an upper surface, a side surface, and a part of a bottom surface of the cushion core, and the cushion core and the upholstery do not contact the seat frame.
A process for making distillate comprising: feeding an oligomerization feed stream comprising C 4 olefins to an oligomerization zone; recycling a gasoline stream comprising C 8 olefins to said oligomerization zone; oligomerizing C 4 olefins with C 4 olefins and C 8 olefins in said oligomerization zone; the process further comprising oligomerizing a greater proportion of normal butenes than isobutenes; the process further comprising oligomerizing said C 4 olefins with others of said C 4 olefins and said C 8 olefins over a zeolite catalyst having a uni-dimensional 10-ring pore structure; wherein said zeolite catalyst is an MTT; separating an oligomerate stream from said oligomerization zone in a recovery zone to provide a distillate stream comprising distillate hydrocarbons and said gasoline recycle stream. feeding an oligomerization feed stream comprising C 4 olefins to an oligomerization zone; recycling a gasoline stream comprising C 8 olefins to said oligomerization zone; oligomerizing C 4 olefins with C 4 olefins and C 8 olefins in said oligomerization zone; the process further comprising oligomerizing a greater proportion of normal butenes than isobutenes; the process further comprising oligomerizing said C 4 olefins with others of said C 4 olefins and said C 8 olefins over a zeolite catalyst having a uni-dimensional 10-ring pore structure; wherein said zeolite catalyst is an MTT; separating an oligomerate stream from said oligomerization zone in a recovery zone to provide a distillate stream comprising distillate hydrocarbons and said gasoline recycle stream.
A dust suppressing aggregate comprising: A. a fertilizer core particle; and B. a dust suppressing agent disposed about said fertilizer core particle and comprising polycarbodiimide, wherein said polycarbodiimide comprises the in-situ formed reaction product of isocyanates in the presence of a catalyst, and wherein said isocyanates comprise polymeric diphenylmethane diisocyanate and/or comprise 4,4'-diphenylmethane diisocyanate, and the dust suppressing agent comprising polycarbodiimide is formed by simultaneously reacting the isocyanates in the presence of a catalyst and encapsulating the fertilizer core particle with the polycarbodiimide. A. a fertilizer core particle; and B. a dust suppressing agent disposed about said fertilizer core particle and comprising polycarbodiimide,
Pellet consisting of aramid pulp, filler material and moisture, wherein the pellet comprises at most 90 wt% aramid pulp and at least 10 wt% filler material.
A system, comprising: an imaging tool rotatable in a borehole and including a sensor assembly positionable on the imaging tool to transmit an electrical current toward a formation adjacent to the borehole, the sensor assembly including at least one sensor for generating one or more complex measurements that are affected by resistivity of the formation and a distance and a medium between the sensor assembly and the formation, wherein the one or more complex measurements include at least a real-part measurement that is affected by the resistivity of the formation and the distance between the sensor assembly and the formation, and an imaginary-part measurement that is affected by the distance between the sensor assembly and the formation; characterized in that it comprises a computing device couplable to the sensor assembly and including a processing device and a non-transitory computer-readable medium on which instructions are stored that are executable by the processing device to cause the processing device to generate an adjusted real-part measurement usable to determine a property change in the formation by applying a ratio to the real part of the measurement to reduce the effect of the distance between the sensor assembly and the formation on the real-part measurement, wherein the ratio includes the imaginary-part measurement that is sensitive to the distance between the sensor assembly and the formation as the imaging tool rotates in the borehole. an imaging tool rotatable in a borehole and including a sensor assembly positionable on the imaging tool to transmit an electrical current toward a formation adjacent to the borehole, the sensor assembly including at least one sensor for generating one or more complex measurements that are affected by resistivity of the formation and a distance and a medium between the sensor assembly and the formation, wherein the one or more complex measurements include at least a real-part measurement that is affected by the resistivity of the formation and the distance between the sensor assembly and the formation, and an imaginary-part measurement that is affected by the distance between the sensor assembly and the formation; characterized in that it comprises a computing device couplable to the sensor assembly and including a processing device and a non-transitory computer-readable medium on which instructions are stored that are executable by the processing device to cause the processing device to generate an adjusted real-part measurement usable to determine a property change in the formation by applying a ratio to the real part of the measurement to reduce the effect of the distance between the sensor assembly and the formation on the real-part measurement, wherein the ratio includes the imaginary-part measurement that is sensitive to the distance between the sensor assembly and the formation as the imaging tool rotates in the borehole.
A gantry lift truck for use in container terminals and for general transport purposes, with a framework, a load receiving means, preferentially a spreader or top spreader, which hangs between the framework and can be locked to a load, preferentially a container, lifting winches, by means of which the load receiving means can be vertically moved, moving mechanisms which are arranged on the lower region of the framework and in each case have a multiplicity of wheels arranged in a row, and a drive unit, by means of which the drive energy required for the operation of the gantry lift truck can be generated and which comprises a diesel engine and a generator, characterized in that the generator of the drive unit is designed as permanently excited generators.
Method of operating a carousel weighing machine (10, 10') with a plurality of weighing cells annularly arranged at a continuously rotating base and moved on a circular path divided into a plurality of function sectors (I, II, III, IV, V), wherein - the weighing cells are each loaded in a loading sector with a respective sample (100; 104) to be weighed, - corresponding dynamic sample weight values are determined in a weighing sector, - the dynamic sample weight values are corrected by the weighing cells to form respectively associated correction values and - the samples (100; 104) are removed from the weighing cells in an unloading sector, characterised in that in a calibration sector disposed behind the unloading sector and in front of the loading sector in rotational direction - the weighing cells are each loaded with a reference weight piece of known static reference weight, - corresponding dynamic reference weight values are determined and - the correction values are calculated by comparison of the determined dynamic reference weight values with the known static reference weights. - the weighing cells are each loaded in a loading sector with a respective sample (100; 104) to be weighed, - corresponding dynamic sample weight values are determined in a weighing sector, - the dynamic sample weight values are corrected by the weighing cells to form respectively associated correction values and - the samples (100; 104) are removed from the weighing cells in an unloading sector, - the weighing cells are each loaded with a reference weight piece of known static reference weight, - corresponding dynamic reference weight values are determined and - the correction values are calculated by comparison of the determined dynamic reference weight values with the known static reference weights.
A covalently crosslinked hydrogel comprising the strain-induced reaction product of an 8-member cycloalkyne functionalized polyalkylene glycol and a multi-arm glycerol ethoxylate triazide.
A far-infrared radiation multi-stage type heating furnace comprising heating units (13-1,..., 13-6) and steel sheet support members (30,..., 34), the heating units (13-1,..., 13-6) comprising: blocks (16a,..., 16f) comprising a thermal insulation material, the blocks being disposed around horizontal planes of spaces for accommodating steel sheets (15-1,..., 15-6) for hot stamping; and far-infrared radiation heaters (14-1,..., 14-7) positioned above and below the steel sheets (15-1,..., 15-6) for hot stamping to heat the steel sheets for hot stamping, the steel sheet support members (30,..., 34) being disposed within the heating units (13-1,..., 13-6) to support the steel sheets (15-1,..., 15-6) for hot stamping, the far-infrared radiation heating furnace further comprising support pieces that support the steel sheet support members (30,..., 34) in such a manner that the steel sheet support members (30,..., 34) are expandable and contractible in a longitudinal direction by thermal expansion or thermal contraction wherein the steel sheet support members (30,..., 34) are supported by the support pieces mounted to the upper surfaces of the thermal insulation materials. the heating units (13-1,..., 13-6) comprising: blocks (16a,..., 16f) comprising a thermal insulation material, the blocks being disposed around horizontal planes of spaces for accommodating steel sheets (15-1,..., 15-6) for hot stamping; and far-infrared radiation heaters (14-1,..., 14-7) positioned above and below the steel sheets (15-1,..., 15-6) for hot stamping to heat the steel sheets for hot stamping, blocks (16a,..., 16f) comprising a thermal insulation material, the blocks being disposed around horizontal planes of spaces for accommodating steel sheets (15-1,..., 15-6) for hot stamping; and far-infrared radiation heaters (14-1,..., 14-7) positioned above and below the steel sheets (15-1,..., 15-6) for hot stamping to heat the steel sheets for hot stamping, the steel sheet support members (30,..., 34) being disposed within the heating units (13-1,..., 13-6) to support the steel sheets (15-1,..., 15-6) for hot stamping, the far-infrared radiation heating furnace further comprising support pieces that support the steel sheet support members (30,..., 34) in such a manner that the steel sheet support members (30,..., 34) are expandable and contractible in a longitudinal direction by thermal expansion or thermal contraction wherein the steel sheet support members (30,..., 34) are supported by the support pieces mounted to the upper surfaces of the thermal insulation materials.
A device for supporting at least a portion of a user's body, the device comprising: a plurality of bladders capable of containing a fluid, the plurality of bladders including at least a first bladder and a second bladder; and a plurality of posts adjacent to and supporting the plurality of bladders, such that at least one post is positioned adjacent to each of the plurality of bladders and supports one of the plurality of bladders; the post is a rigid structure; the bladder has a top surface, a side wall and a neck region, the bladder is coupled at the neck region to the post; the plurality of posts including at least a first post and a second post, with the first post positioned adjacent to and supporting the first bladder and the second post positioned adjacent to and supporting the second bladder; characterized in that the side wall of the bladder passes downward from the neck region, then curves upwards in a rolling diaphragm portion region, and runs upwards to the top surface; wherein the first and second bladders each forms a rolling diaphragm portion with the first and second posts, respectively, such that when a force is applied to the first bladder, the rolling diaphragm portion of the first bladder rolls along the outside of the first post decreasing the volume of the first bladder, and when a force is applied to the second bladder, the rolling diaphragm portion of the second bladder rolls along the outside of the second post decreasing the volume of the second bladder. a plurality of bladders capable of containing a fluid, the plurality of bladders including at least a first bladder and a second bladder; and a plurality of posts adjacent to and supporting the plurality of bladders, such that at least one post is positioned adjacent to each of the plurality of bladders and supports one of the plurality of bladders; the post is a rigid structure; the bladder has a top surface, a side wall and a neck region, the bladder is coupled at the neck region to the post; the plurality of posts including at least a first post and a second post, with the first post positioned adjacent to and supporting the first bladder and the second post positioned adjacent to and supporting the second bladder; characterized in that the side wall of the bladder passes downward from the neck region, then curves upwards in a rolling diaphragm portion region, and runs upwards to the top surface; wherein the first and second bladders each forms a rolling diaphragm portion with the first and second posts, respectively, such that when a force is applied to the first bladder, the rolling diaphragm portion of the first bladder rolls along the outside of the first post decreasing the volume of the first bladder, and when a force is applied to the second bladder, the rolling diaphragm portion of the second bladder rolls along the outside of the second post decreasing the volume of the second bladder.
A nozzle tip for a pulverized coal burner, including an inner tubular body having a first passage in which pulverized coal introduced into the inner tubular body flows, an outer tubular body installed outside the inner tubular body while being spaced apart therefrom, and at least one guide plate installed to partition the first passage, the nozzle tip comprising: a plurality of flame stabilizers arranged in a row at the upper and/or lower side in the inner tubular body, wherein each of the flame stabilizers has an inclined surface formed on a side thereof facing a direction in which the pulverized coal flows in the first passage, the inclined surface being inclined toward a central portion of the inner tubular body, characterized in that the inclined surface (1420, 4520) has a quadrant shape that is concave toward the central portion of the inner tubular body. a plurality of flame stabilizers arranged in a row at the upper and/or lower side in the inner tubular body, wherein each of the flame stabilizers has an inclined surface formed on a side thereof facing a direction in which the pulverized coal flows in the first passage, the inclined surface being inclined toward a central portion of the inner tubular body, characterized in that the inclined surface (1420, 4520) has a quadrant shape that is concave toward the central portion of the inner tubular body.
A method for producing an optical element, in which a) information elements are printed on a rear side of a transparent or translucent substrate, characterized in that b) a grid is printed on a front side of the substrate, the grid being matched to the information elements and comprising first and second portions (7, 6), and c) a lens material is applied to the grid at least in a partial region, which lens material is repelled from the first portions of the grid, so that lenses are formed from the repelled lens material in the second portions, wherein - either the first portions of the grid are printed from a colored material having a hydrophobic or hydrophilic property, the lens material comprises a property complementary thereto, and the grid printed in step b) delimits with its first portions the second portions, - or the front side of the substrate comprises a hydrophobic or hydrophilic property and the grid is printed from a colored material having a complementary hydrophilic or hydrophobic property, the lens material being selected so as to attract the colored material. a) information elements are printed on a rear side of a transparent or translucent substrate, characterized in that b) a grid is printed on a front side of the substrate, the grid being matched to the information elements and comprising first and second portions (7, 6), and c) a lens material is applied to the grid at least in a partial region, which lens material is repelled from the first portions of the grid, so that lenses are formed from the repelled lens material in the second portions, wherein - either the first portions of the grid are printed from a colored material having a hydrophobic or hydrophilic property, the lens material comprises a property complementary thereto, and the grid printed in step b) delimits with its first portions the second portions, - or the front side of the substrate comprises a hydrophobic or hydrophilic property and the grid is printed from a colored material having a complementary hydrophilic or hydrophobic property, the lens material being selected so as to attract the colored material. - either the first portions of the grid are printed from a colored material having a hydrophobic or hydrophilic property, the lens material comprises a property complementary thereto, and the grid printed in step b) delimits with its first portions the second portions, - or the front side of the substrate comprises a hydrophobic or hydrophilic property and the grid is printed from a colored material having a complementary hydrophilic or hydrophobic property, the lens material being selected so as to attract the colored material.