mhurhangee/ep-ind-claims huggingface dataset:
A flame-retardant fabric provided for vehicle cushions, in particular for aircraft cushions, wherein the flame-retardant fabric comprises the following layers: - at least one first abrasion-resistant layer as an abrasion layer comprising at least one textile material with an abrasion resistance of at least 30,000 cycles (determined according to Martinedale DIN ISO 12947 1; BS 5960; 1988) of at least one type of fiber, and - at least one second layer as a barrier layer comprising at least one nonwoven fabric of at least one flame-resistant type of fiber, wherein the at least one abrasion layer is provided as a first layer on at least one side of the at least one barrier layer as a second layer, characterized by at least one intumescent layer of expandable graphite provided as an intermediate layer between the at least one abrasion layer and the at least one barrier layer, wherein the at least one expandable graphite layer has a basis weight of between 30 and 110 g/m 2. - at least one first abrasion-resistant layer as an abrasion layer comprising at least one textile material with an abrasion resistance of at least 30,000 cycles (determined according to Martinedale DIN ISO 12947 1; BS 5960; 1988) of at least one type of fiber, and - at least one second layer as a barrier layer comprising at least one nonwoven fabric of at least one flame-resistant type of fiber,
Scaffold platform having - longitudinally oriented platform profile units (12, 14.1, 14.2), - which are designed in the form of light-metal extruded-profile parts, - which are connected to one another by means of longitudinal-seam transverse-connecting means (16.1, 16.2), - which are connected to one another in their end region by means of end transverse-connecting means, - which, in the outer periphery region in each case, have a continuous peripheral hollow-profile unit with an upper profile wall, an outer and inner side profile wall (26, 28) and a lower, base profile wall, - which, in the upper outer periphery region in each case, have an upwardly oriented continuous protrusion unit, - wherein engagement claws, which are open in the downward direction, are present in each end region of the scaffold platform, - characterized in that - in the outer region, in the outward direction from the inside, the base profile wall has a first offset region, which is offset downwards in relation to the underside of the base profile wall by a first offset dimension, and a second offset region, which follows the first offset region in the outward direction and is offset downwards in relation to the underside of the base profile wall by a second offset dimension, which is greater than the first offset dimension, wherein the offset regions (36, 38) are designed such that, when the scaffold platforms are stacked one upon the other, the protrusion unit of a lower scaffold platform is arranged in the region beneath the first offset region of the base profile wall of the scaffold platform stacked above. - longitudinally oriented platform profile units (12, 14.1, 14.2), - which are designed in the form of light-metal extruded-profile parts, - which are connected to one another by means of longitudinal-seam transverse-connecting means (16.1, 16.2), - which are connected to one another in their end region by means of end transverse-connecting means, - which, in the outer periphery region in each case, have a continuous peripheral hollow-profile unit with an upper profile wall, an outer and inner side profile wall (26, 28) and a lower, base profile wall, - which, in the upper outer periphery region in each case, have an upwardly oriented continuous protrusion unit, - wherein engagement claws, which are open in the downward direction, are present in each end region of the scaffold platform, - characterized in that - in the outer region, in the outward direction from the inside, the base profile wall has a first offset region, which is offset downwards in relation to the underside of the base profile wall by a first offset dimension, and a second offset region, which follows the first offset region in the outward direction and is offset downwards in relation to the underside of the base profile wall by a second offset dimension, which is greater than the first offset dimension, wherein the offset regions (36, 38) are designed such that, when the scaffold platforms are stacked one upon the other, the protrusion unit of a lower scaffold platform is arranged in the region beneath the first offset region of the base profile wall of the scaffold platform stacked above.
A method for modeling a dental arch of a patient, said method comprising the following steps: a) creating a historical library of over 1,000 tooth models, known as "historical tooth models", and assign each historical tooth model a value for at least one tooth attribute, or "tooth attribute value"; b) analyzing at least one "analysis image" of the dental arch by means of a deep learning system, so as to determine at least one tooth analysis zone and at least one tooth attribute value associated with said tooth analysis zone; c) for each tooth analysis zone determined in the previous step, searching the historical library for a historical tooth model having maximum proximity to the analysis image or to the tooth analysis zone, or "optimal tooth model" and having, for at least one tooth attribute, the same value as said tooth analysis zone; d) arranging the set of optimal tooth models to create a model with maximum proximity to the analysis image, or "assembled model"; e) optionally, replacing at least one optimal tooth model with another tooth model determined by means of a metaheuristic method and repeated in step d) so as to maximize the match between the assembled model and the analysis image; f) optionally, repeating step b) with another analysis image and, in step d) and/or e), search for maximum match with the set of analysis images used. a) creating a historical library of over 1,000 tooth models, known as "historical tooth models", and assign each historical tooth model a value for at least one tooth attribute, or "tooth attribute value"; b) analyzing at least one "analysis image" of the dental arch by means of a deep learning system, so as to determine at least one tooth analysis zone and at least one tooth attribute value associated with said tooth analysis zone; c) for each tooth analysis zone determined in the previous step, searching the historical library for a historical tooth model having maximum proximity to the analysis image or to the tooth analysis zone, or "optimal tooth model" and having, for at least one tooth attribute, the same value as said tooth analysis zone; d) arranging the set of optimal tooth models to create a model with maximum proximity to the analysis image, or "assembled model"; e) optionally, replacing at least one optimal tooth model with another tooth model determined by means of a metaheuristic method and repeated in step d) so as to maximize the match between the assembled model and the analysis image; f) optionally, repeating step b) with another analysis image and, in step d) and/or e), search for maximum match with the set of analysis images used.
A device (10, 11, 13) for preventing or reducing the severity of external hemorrhoids in a patient during childbirth, the anus of the patient being defined by an anal orifice, the device (10, 11, 13) comprising: a base having a first longitudinal axis; and a raised portion (14, 15, 17) extending outwardly from the base, the raised portion (14, 15, 17) having a second longitudinal axis with an angular orientation relative to the first longitudinal axis, wherein said raised portion (14, 15, 17) comprises a convex, curved surface having an apex, characterized in that said raised portion (14, 15, 17) adapted to be of a size greater than said anal orifice and anatomically configured to contact only the perianal region and not substantially enter the anal canal and to not substantially interfere with the birthing canal of the patient during childbirth, and wherein the convex, curved surface has a radius of curvature sized to substantially prevent the apex from entering the anal canal of the patient, and comprises a continuously curved surface. a base having a first longitudinal axis; and a raised portion (14, 15, 17) extending outwardly from the base, the raised portion (14, 15, 17) having a second longitudinal axis with an angular orientation relative to the first longitudinal axis, wherein said raised portion (14, 15, 17) comprises a convex, curved surface having an apex, characterized in that said raised portion (14, 15, 17) adapted to be of a size greater than said anal orifice and anatomically configured to contact only the perianal region and not substantially enter the anal canal and to not substantially interfere with the birthing canal of the patient during childbirth, and wherein the convex, curved surface has a radius of curvature sized to substantially prevent the apex from entering the anal canal of the patient, and comprises a continuously curved surface.
A composite panel consisting of two half shells welded together, wherein each of the two half shells represents composite moldings produced by means of back-molding, back-stamping, back-compression or back-injection compression molding, and each comprising: a metallic layer as an outer layer; an undercloth which has an open structure and is connected to the metallic layer by means of a cross-linked adhesive layer; and a plastic material as an essentially rigid support connected to the undercloth forming a composite material.
Balance set for a timepiece, with inertia adjustment for adjusting the inertia or/and balancing or/and oscillation frequency of the balance, comprising, on the one hand, a balance including a hub arranged to cooperate with a staff pivoting about a balance axis perpendicular to a balance plane, and a peripheral, continuous or discontinuous felloe connected to said hub by at least one joining surface, said balance set comprising, on the other hand, at least one insert, said balance comprising, at the periphery of said felloe, at least one recess for receiving said at least one insert, said insert comprising a complementary guide means whose profile is complementary to a guide means comprised in said recess, said balance comprising elastic holding means arranged, in a first, insertion position wherein said elastic holding means is stressed, to allow the insertion of said insert into said recess and, in a second, holding position in which said elastic holding means is released, to prevent the removal of said insert from said recess, said insert being insertable into a said recess by stressing said elastic holding means into said first, insertion position, said elastic holding means being releasable into said second, holding position after the complete insertion of each said insert into its said recess in order to hold said insert inside said recess, and said elastic holding means, of said balance, comprising at least a first elastic holding means and a second elastic holding means, formed by elastic lips and extending on both sides of said insert to exert torques in opposite directions on said insert, said first elastic holding means, respectively said second elastic holding means, acting as a retaining click when said second elastic holding means, respectively said first elastic holding means, pivots said insert, and the balance being designed such that said insert is gripped and confined between at least two flanges (7A; 7B) arranged to rest on either side of said felloe and to be assembled to each other by permanent assembly means such that the sub-assembly formed by the assembly of said two flanges (7A; 7B) has at most one rotational or translational degree of freedom relative to said felloe.
Dosage form, comprising a biologically active ingredient for use in treating or preventing of a disease in the animal or human body, which treatment or prevention requires the release of 50 % or more of the biologically active ingredient in the small intestine within the pH range from 3 up to 5.5, wherein the dosage form comprises: a) a core, comprising the biologically active ingredient, b) an intermediate coating layer onto or above the core, comprising an alkaline agent and c) an enteric coating layer onto or above the intermediate coating layer, comprising an enteric polymer, wherein the relation of the alkaline agent to the enteric polymer is 5 to 95 % when calculated by the formula: quantity of alkaline agent in grams in the ICL × 100 quantity of alkaline agent in grams in the ICL + quantity of enteric polymer in grams in the ECL wherein biologically active ingredients which are proton-pump inhibitors belonging to the class of substituted benzimidazole compounds are excepted. a) a core, comprising the biologically active ingredient, b) an intermediate coating layer onto or above the core, comprising an alkaline agent and c) an enteric coating layer onto or above the intermediate coating layer, comprising an enteric polymer,
A catheter, comprising: working fluid supply and return lumens through which working fluid circulates to exchange heat with a patient in whom the catheter is positioned, at least one lumen (16, 18) being defined by plural coils axially spaced from each other, at least a first coil being a large coil that inflates with working fluid to seat against a wall of a blood vessel in which the catheter is positioned with blood flowing through the coil so as not to block blood flow in the vessel wherein at least a second coil is a small coil that does not contact the wall of the blood vessel when inflated with working fluid, and at least a third coil, the third coil being a large coil that inflates with working fluid to seat against a wall of a blood vessel in which the catheter is positioned with blood flowing through the third coil so as not to block blood flow in the vessel, characterized in that the first and third coils are separated from each other in an axial dimension by the second coil. working fluid supply and return lumens through which working fluid circulates to exchange heat with a patient in whom the catheter is positioned, at least one lumen (16, 18) being defined by plural coils axially spaced from each other, at least a first coil being a large coil that inflates with working fluid to seat against a wall of a blood vessel in which the catheter is positioned with blood flowing through the coil so as not to block blood flow in the vessel wherein at least a second coil is a small coil that does not contact the wall of the blood vessel when inflated with working fluid, and at least a third coil, the third coil being a large coil that inflates with working fluid to seat against a wall of a blood vessel in which the catheter is positioned with blood flowing through the third coil so as not to block blood flow in the vessel, characterized in that the first and third coils are separated from each other in an axial dimension by the second coil.
A gas turbine combustor comprising a burner including: a plurality of fuel nozzles to supply fuel; a fuel nozzle plate to support end portions of the fuel nozzles structurally and being configured to distribute the fuel flowing from an upstream side to the fuel nozzles; and a swirler having a plurality of air holes to be supplied with combustion air; wherein the fuel nozzle plate is provided with one or more fuel nozzle receiving holes to receive one or more of the fuel nozzles, and the fuel nozzle plate and one or more of the fuel nozzles inserted in the fuel nozzle receiving hole are connected to each other from an upstream side of the fuel nozzle plate by welding, wherein an upstream portion of the fuel nozzle inserted in the fuel nozzle receiving hole to receive the fuel nozzle is formed to have an outer diameter larger than an outer diameter of a downstream portion of the fuel nozzle and wherein an upstream portion of the fuel nozzle receiving whole is formed to have an inner diameter larger than an inner diameter of a downstream portion of the fuel nozzle receiving hole, characterized in that a portion of the fuel nozzle projecting to a downstream side from the fuel nozzle receiving hole of the fuel nozzle pate is formed to have an outer diameter being gradually smaller toward a downstream end portion of the fuel nozzle. a plurality of fuel nozzles to supply fuel; a fuel nozzle plate to support end portions of the fuel nozzles structurally and being configured to distribute the fuel flowing from an upstream side to the fuel nozzles; and a swirler having a plurality of air holes to be supplied with combustion air; wherein the fuel nozzle plate is provided with one or more fuel nozzle receiving holes to receive one or more of the fuel nozzles, and the fuel nozzle plate and one or more of the fuel nozzles inserted in the fuel nozzle receiving hole are connected to each other from an upstream side of the fuel nozzle plate by welding, wherein an upstream portion of the fuel nozzle inserted in the fuel nozzle receiving hole to receive the fuel nozzle is formed to have an outer diameter larger than an outer diameter of a downstream portion of the fuel nozzle and wherein an upstream portion of the fuel nozzle receiving whole is formed to have an inner diameter larger than an inner diameter of a downstream portion of the fuel nozzle receiving hole, characterized in that a portion of the fuel nozzle projecting to a downstream side from the fuel nozzle receiving hole of the fuel nozzle pate is formed to have an outer diameter being gradually smaller toward a downstream end portion of the fuel nozzle.
A phosphor which emits light having a peak wavelength between a green wavelength band and a yellow wavelength band, has a crystal structure of which the chemical formula is MSi 2 N 2 O 2, M=Ca x Sr y Eu z (x + y + z = 1), and has a triclinic system crystal structure in which, when molar ratios of Ca, Sr and Eu are x, y and z respectively, x+y+z = 1 and when the x, y and z are represented by a triangular projection, the x, y and z are distributed on the lines and at the inside of an area formed by connecting five points of (0.45, 0.55, 0), (0.75, 0.25, 0), (0.75, 0, 0.25), (0.5, 0, 0.5) and (0.45, 0.05, 0.5) by a solid line on a triangular diagram.
A method for executing cache memory access requests for data on a computing device, comprising: combining, by a processor, data smaller than a cache line and padding data into combined data configured to fill a cache line; and sending, by the processor to a cache memory controller, a write cache memory access request for the combined data. combining, by a processor, data smaller than a cache line and padding data into combined data configured to fill a cache line; and sending, by the processor to a cache memory controller, a write cache memory access request for the combined data.
A rolling bearing device, comprising: an outer race on a stationary side; an inner race on a rotational side; a plurality of rolling elements interposed between a raceway surface of the inner race and a raceway surface of the outer race; a retainer for retaining the plurality of rolling elements; and an inner race spacer held in contact with an end surface of the inner race to perform axial positioning of the inner race, wherein the inner race spacer comprises an oil reservoir member formed of a porous body made of a metal or a resin, the oil reservoir member having pores containing lubricating oil, and wherein, at the time of rotation of the rolling bearing device, the oil reservoir member supplies the lubricating oil to an interior of the rolling bearing device by a centrifugal force wherein the oil reservoir member comprises an oil supply port provided in a surface thereof, and wherein the inner race spacer has an opening portion at an outer peripheral surface thereof so that the oil supply port is opened via an oil supply passage, and a part of the outer peripheral surface of the inner race spacer other than the opening portion is sealed characterized in that the oil supply port has a surface opening ratio larger than a part of the oil reservoir member other than the oil supply port. an outer race on a stationary side; an inner race on a rotational side; a plurality of rolling elements interposed between a raceway surface of the inner race and a raceway surface of the outer race; a retainer for retaining the plurality of rolling elements; and an inner race spacer held in contact with an end surface of the inner race to perform axial positioning of the inner race, wherein the inner race spacer comprises an oil reservoir member formed of a porous body made of a metal or a resin, the oil reservoir member having pores containing lubricating oil, and wherein, at the time of rotation of the rolling bearing device, the oil reservoir member supplies the lubricating oil to an interior of the rolling bearing device by a centrifugal force wherein the oil reservoir member comprises an oil supply port provided in a surface thereof, and wherein the inner race spacer has an opening portion at an outer peripheral surface thereof so that the oil supply port is opened via an oil supply passage, and a part of the outer peripheral surface of the inner race spacer other than the opening portion is sealed characterized in that the oil supply port has a surface opening ratio larger than a part of the oil reservoir member other than the oil supply port.
System for producing a cooked foodstuff, wherein the system comprises: - a printing chamber having a moving printhead for the extrusion of printing mass; - a cooking chamber arranged above the printing chamber with means (121, 122) for cooking printing mass; - a moving tray for printing mass, which can be moved by a movement mechanism between the printing chamber and the cooking chamber; and - a storage chamber arranged laterally next to the printing chamber for receiving the printhead. - a printing chamber having a moving printhead for the extrusion of printing mass; - a cooking chamber arranged above the printing chamber with means (121, 122) for cooking printing mass; - a moving tray for printing mass, which can be moved by a movement mechanism between the printing chamber and the cooking chamber; and - a storage chamber arranged laterally next to the printing chamber for receiving the printhead.
A loop member for a surface fastener, comprising: a loop layer; and a base material layer, the loop layer including fusion bonded short fiber nonwoven fabric, the base material layer including calendered short fiber nonwoven fabric, the ratio of an average fineness of the fiber in the loop layer to an average fineness of the fiber in the base material layer [average fineness of the fiber in the loop layer] / [average fineness of the fiber in the base material layer] being from 2 to 18, and a thickness of the base material layer being from 15 μm to 100 μm, wherein the short fiber nonwoven fabric of the loop layer includes core-in-sheath fibers that include a polypropylene core with a first melting point, and a polyethylene sheath with a second melting point that is lower than the first melting point, and has an average fineness of 4.0 deniers or greater and 10.0 deniers or less, as measured by an average fineness measurement as described in the description. the loop layer including fusion bonded short fiber nonwoven fabric, the base material layer including calendered short fiber nonwoven fabric, the ratio of an average fineness of the fiber in the loop layer to an average fineness of the fiber in the base material layer [average fineness of the fiber in the loop layer] / [average fineness of the fiber in the base material layer] being from 2 to 18, and a thickness of the base material layer being from 15 μm to 100 μm, wherein the short fiber nonwoven fabric of the loop layer includes core-in-sheath fibers that include a polypropylene core with a first melting point, and a polyethylene sheath with a second melting point that is lower than the first melting point, and has an average fineness of 4.0 deniers or greater and 10.0 deniers or less, as measured by an average fineness measurement as described in the description.