mhurhangee/ep-ind-claims huggingface dataset:
A method of compiling high-level software instructions to generate low-level software instructions, the method comprising: identifying, with a computing device, a set of HL control flow instructions having one or more associated texture load instructions, wherein execution of the one or more texture load instructions causes a texture to be loaded to memory, wherein the set of HL CF instructions comprises one or more branches; determining whether the one or more texture load instructions are symmetric or approximately symmetric with respect to the set of HL CF instructions based on whether each branch of the set of HL CF instructions has the same or approximately the same number of texture load instructions; when it is determined that the one or more texture load instructions are symmetric or approximately symmetric with respect to the set of HL CF instructions, converting, with the computing device, the identified set of HL CF instructions to LL instructions having a predicate structure on texture coordinates associated with the one or more texture load instructions, wherein the LL instructions having the predicate structure are executable without branching, and outputting the LL instructions having the predicate structure; when it is determined that the one or more texture load instructions are neither symmetric nor approximately symmetric with respect to the set of HL CF instructions, refraining from converting the identified set of HL CF instructions. identifying, with a computing device, a set of HL control flow instructions having one or more associated texture load instructions, wherein execution of the one or more texture load instructions causes a texture to be loaded to memory, wherein the set of HL CF instructions comprises one or more branches; determining whether the one or more texture load instructions are symmetric or approximately symmetric with respect to the set of HL CF instructions based on whether each branch of the set of HL CF instructions has the same or approximately the same number of texture load instructions; when it is determined that the one or more texture load instructions are symmetric or approximately symmetric with respect to the set of HL CF instructions, converting, with the computing device, the identified set of HL CF instructions to LL instructions having a predicate structure on texture coordinates associated with the one or more texture load instructions, wherein the LL instructions having the predicate structure are executable without branching, and outputting the LL instructions having the predicate structure; when it is determined that the one or more texture load instructions are neither symmetric nor approximately symmetric with respect to the set of HL CF instructions, refraining from converting the identified set of HL CF instructions.
Method for determining the position and/or movement of an object (O1, O2, O3, O4, O5, O6, O7, O8, O9, O10) in the surroundings of a mobility aid by means of received signals reflected from the object (01,..., 010), subsequently referred to as echo signals, wherein the received echo signals are each amplified by means of a gain dependent on the delay of the applicable echo signal, characterized in that amplified echo signals of multiple measurement channels (70, 71) are each converted into a measurement signal, which is discretized in terms of value and in terms of time, having a first dynamic range (m) that is prescribed on the basis of a present ambient and/or driving situation, and the measurement signals each having the first dynamic range (m) are mapped onto a second dynamic range (n), which is larger in comparison with the first dynamic range (m), of a processing device such that they are at least intermittently processed at the same time by means of the processing device.
A vehicle comprising: a power reception unit that receives electric power contactlessly from a power transmission unit externally provided; an electronic device; and a first wheel and a second wheel arranged in the width direction of the vehicle, said power reception unit including a coil formed to surround a winding axis, a region in which said electronic device is disposed being positioned in a direction different from a direction in which said winding axis extends from said coil; characterized in that the coil is wounded around a core having a plate-like shape and disposed such that winding axis extends in a horizontal direction, and said power reception unit is disposed between said first wheel and said second wheel. a power reception unit that receives electric power contactlessly from a power transmission unit externally provided; an electronic device; and a first wheel and a second wheel arranged in the width direction of the vehicle, said power reception unit including a coil formed to surround a winding axis, a region in which said electronic device is disposed being positioned in a direction different from a direction in which said winding axis extends from said coil; characterized in that the coil is wounded around a core having a plate-like shape and disposed such that winding axis extends in a horizontal direction, and said power reception unit is disposed between said first wheel and said second wheel.
An aircraft controlled by compressed air, comprising: a fuselage having a main wing at opposite sides; a first nozzle installed on a roof of the fuselage; a plurality of first tanks (31 and 41) disposed in the fuselage or the main wing and configured to store compressed air; a second nozzle installed on an upper surface of the main wing; a main control valve controlled to provide the compressed air to the first nozzle or the second nozzle; a plurality of second tanks (33 and 43) configured to store compressed air; and a plurality of pressure reducing valves (32 and 42) configured to reduce a pressure of the compressed air stored in the second tanks (33 and 43) and to store the compressed air in the first tanks (31 and 41). a fuselage having a main wing at opposite sides; a first nozzle installed on a roof of the fuselage; a plurality of first tanks (31 and 41) disposed in the fuselage or the main wing and configured to store compressed air; a second nozzle installed on an upper surface of the main wing; a main control valve controlled to provide the compressed air to the first nozzle or the second nozzle; a plurality of second tanks (33 and 43) configured to store compressed air; and a plurality of pressure reducing valves (32 and 42) configured to reduce a pressure of the compressed air stored in the second tanks (33 and 43) and to store the compressed air in the first tanks (31 and 41).
A web of packaging material for forming of individual packages for storing liquid food products, comprising a core layer, comprising paper or paperboard, an inside laminate portion to be directed towards the inside of a package formed from the packaging material and comprising a layer of a heat sealable thermoplastic polymer, the core layer further being laminated to an outside laminate portion on the opposite side of the core layer, said web of packaging material comprising a first area to form a first package, a second area to form a second and adjacent package, and a transversal sealing area extending in the transversal direction across the width of the web, located between the first area and the second area, wherein the transversal sealing area comprises an upper transversal sealing area for accommodating an upper end seal of the first package, a lower transversal sealing area for accommodating a lower end seal of the second package, and a transversal cutting area arranged between the upper and lower transversal sealing areas (142, 144), for accommodating a linear transversal cut along the center of the entire extension of the transversal cutting area when cutting off individual packages formed from the web of packaging material, wherein the core layer is provided with at least one weakening portion at the transversal sealing area, the weakening portion being additional to any optional weakening for the linear transversal cut, extending in a direction substantially perpendicular to the transversal cutting area, and being arranged at a lateral position of the transversal sealing area, at which lateral position the packaging material is intended to be folded.
Electrical network for an automotive vehicle comprising - a first electrical subnetwork, the said first electrical subnetwork comprising in parallel: - an electrical generator; - a first energy store; - at least one first electrical consumer; - a second electrical subnetwork, the said second electrical subnetwork comprising in parallel: - a second energy store; - a second electrical consumer; - a third electrical consumer; - a DC/DC converter, configured to charge the second energy store from the first subnetwork; the electrical network also comprising: - a means to switch between the first subnetwork and the second subnetwork, the said switching means being configured to electrically connect the first subnetwork and the second subnetwork when the voltage across the terminals of the second energy store becomes equal to the voltage across the terminals of the first energy store, so as to ensure a supply to the second consumer by the electrical generator; - a second switching means configured to selectively isolate and connect the third electrical consumer with the second energy store and the second electrical consumer; the third electrical consumer having one terminal in common with the first switching means and the second switching means. - a first electrical subnetwork, the said first electrical subnetwork comprising in parallel: - an electrical generator; - a first energy store; - at least one first electrical consumer; - an electrical generator; - a first energy store; - at least one first electrical consumer; - a second electrical subnetwork, the said second electrical subnetwork comprising in parallel: - a second energy store; - a second electrical consumer; - a third electrical consumer; - a second energy store; - a second electrical consumer; - a third electrical consumer; - a DC/DC converter, configured to charge the second energy store from the first subnetwork; - a means to switch between the first subnetwork and the second subnetwork, the said switching means being configured to electrically connect the first subnetwork and the second subnetwork when the voltage across the terminals of the second energy store becomes equal to the voltage across the terminals of the first energy store, so as to ensure a supply to the second consumer by the electrical generator; - a second switching means configured to selectively isolate and connect the third electrical consumer with the second energy store and the second electrical consumer;
A food composition in the form of an oil-in-water emulsion, comprising: • From 66 to 87 wt% of vegetable oil, based on the weight of the composition, wherein the composition comprises less than 1 wt% of microalgal oil, based on the weight of the composition, • Water, • From 0.01 to 2 wt% of microalgal protein, wherein the composition has a pH of from 2.5 to 4.8, wherein the composition is free from egg-derived ingredients wherein the composition is free from animal-derived ingredients, wherein the composition is free from any one of monoglycerides, ethoxylated monoglyceride, polyoxy-ethylene sorbitans, mono- and diesters of higher fatty acids and glycerin, derived from non-microalgae origin and wherein the composition is free from non-mustard plant protein. • From 66 to 87 wt% of vegetable oil, based on the weight of the composition, wherein the composition comprises less than 1 wt% of microalgal oil, based on the weight of the composition, • Water, • From 0.01 to 2 wt% of microalgal protein, wherein the composition has a pH of from 2.5 to 4.8, wherein the composition is free from egg-derived ingredients wherein the composition is free from animal-derived ingredients, wherein the composition is free from any one of monoglycerides, ethoxylated monoglyceride, polyoxy-ethylene sorbitans, mono- and diesters of higher fatty acids and glycerin, derived from non-microalgae origin and wherein the composition is free from non-mustard plant protein.
A method, comprising: providing a flange (200; 300; 350) of a gas turbine engine, wherein the flange (200; 300; 350) comprises a bolt hole (240; 340) therethrough defined by a bolt hole circumference (245; 345) between an inner diameter and an outer diameter of the flange (200; 300; 350), wherein the bolt hole circumference (245; 345) comprises a radially outward area (244; 344) proximate the outer diameter and a radially inward area (242; 342) proximate the inner diameter; heating a plurality of shot; applying the heated plurality of shot to the bolt hole circumference (245; 345); and plastically deforming the bolt hole circumference (245; 345) to strengthen the bolt hole circumference (245; 345) in response to the applying the heated plurality of shot, producing a plastically deformed bolt hole (240; 340); characterised in that: the applying the heated shot to the bolt hole circumference (245; 345) comprises applying the heated shot only to the radially inward area (242; 342) of the bolt hole circumference (245; 345). providing a flange (200; 300; 350) of a gas turbine engine, wherein the flange (200; 300; 350) comprises a bolt hole (240; 340) therethrough defined by a bolt hole circumference (245; 345) between an inner diameter and an outer diameter of the flange (200; 300; 350), wherein the bolt hole circumference (245; 345) comprises a radially outward area (244; 344) proximate the outer diameter and a radially inward area (242; 342) proximate the inner diameter; heating a plurality of shot; applying the heated plurality of shot to the bolt hole circumference (245; 345); and plastically deforming the bolt hole circumference (245; 345) to strengthen the bolt hole circumference (245; 345) in response to the applying the heated plurality of shot, producing a plastically deformed bolt hole (240; 340);
A coated substrate, made of glass or glass ceramic, preferably an induction cooking surface of glass ceramic, comprising a noise-optimized glass-based decoration, having an acuteness < 3 acum and a loudness < 7 sone, measured according to DIN 45631/A1:2010-03 and DIN 45692:2009-08 on a substrate with the outer dimensions 500 x 550 mm 2 coated with the decoration, while using a steel-enamel pot having an enamel bottom of the company Silit, of the type Silargan® roasting pot 20 cm Accento with a diameter of the stand bottom of 17 cm and a weight of a mass of 1 kg received within the inside, while displacing the pot with a speed of 0.08 m/s, wherein the pot comprises an enamel bottom with a Vicker's hardness of 635 ± 50 HV 0.1/10 according to DIN EN ISO 6507-1 and a roughness Ra between 0.2 and 0.9 μm according to DIN EN ISO 4288:1998, a diameter of the stand bottom of 17 cm, a height of 8.5 cm, an inner diameter at the upper rim of 20 cm and an empty weight of 1.6 kg, wherein the decoration has a roughness portion determined by white light interference microscopy rms in the range of 10 mm -1 to 20 mm -1 being smaller than 0.1 micrometers (rms 10mm -1...20 mm -1 < 0.1 μm), and a roughness portion rms in the range of 20 mm -1 to 50 mm -1 being smaller than 0.045 micrometers (rms 20 mm -1...50 mm -1 < 0.045 μm).
Composite (P1, P2) comprising: - at least one reinforcing element, - an adhesive layer made from an adhesive composition and coating the reinforcing element, - an elastomeric bonding layer made from an elastomeric bonding composition and directly coating the adhesive layer, - an elastomeric body made from an elastomeric matrix and embedded in which is the reinforcing element coated with the adhesive layer and with the elastomeric bonding layer, the composite (P1, P2) being characterized in that the adhesive composition comprises at least one phenol-aldehyde resin based: - on at least one aromatic polyphenol comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted, and - on at least one aromatic aldehyde bearing at least one aldehyde function, comprising at least one aromatic ring. - at least one reinforcing element, - an adhesive layer made from an adhesive composition and coating the reinforcing element, - an elastomeric bonding layer made from an elastomeric bonding composition and directly coating the adhesive layer, - an elastomeric body made from an elastomeric matrix and embedded in which is the reinforcing element coated with the adhesive layer and with the elastomeric bonding layer, - on at least one aromatic polyphenol comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted, and - on at least one aromatic aldehyde bearing at least one aldehyde function, comprising at least one aromatic ring.
A method for treating a powder-based additively manufactured moulded part which is produced from a first plastics material or a composite material, comprising the steps of: (a) bringing the moulded part into contact with a substance mixture for impregnating and/or coating the moulded part; wherein the substance mixture contains at least one second plastics material and at least one fluid; (b) bringing the moulded part treated according to step (a) into contact with an auxiliary agent; characterised in that the auxiliary agent is suitable for receiving the substance mixture or components thereof by these adhering to the surface of the auxiliary agent, penetrating into pores or other types of cavities of the auxiliary agent, being absorbed by the auxiliary agent and/or being chemically bonded by the auxiliary agent. (a) bringing the moulded part into contact with a substance mixture for impregnating and/or coating the moulded part; wherein the substance mixture contains at least one second plastics material and at least one fluid; (b) bringing the moulded part treated according to step (a) into contact with an auxiliary agent;
An implant device to facilitate access across pleura layers, comprising: a tube having a side wall, a lumen, a proximal end portion, a distal end portion, and a central portion interposed between the proximal end portion and the distal end portion, the tube having a longitudinal extent, wherein each of the proximal end portion and the distal end portion extends outwardly from the central portion, and wherein the side wall has a longitudinal split to define a first lateral edge surface and a second lateral edge surface, wherein each of the first lateral edge surface and the second lateral edge surface longitudinally extends through each of the proximal end portion, the central portion, and the distal end portion, wherein the tube is shaped as a roll that overlaps on itself, wherein one of the first lateral edge surface and the second lateral edge surface is positioned on an exterior of the tube and the other of the first lateral edge surface and the second lateral edge surface is positioned in an interior of the tube. a tube having a side wall, a lumen, a proximal end portion, a distal end portion, and a central portion interposed between the proximal end portion and the distal end portion, the tube having a longitudinal extent, wherein each of the proximal end portion and the distal end portion extends outwardly from the central portion, and wherein the side wall has a longitudinal split to define a first lateral edge surface and a second lateral edge surface, wherein each of the first lateral edge surface and the second lateral edge surface longitudinally extends through each of the proximal end portion, the central portion, and the distal end portion, wherein the tube is shaped as a roll that overlaps on itself, wherein one of the first lateral edge surface and the second lateral edge surface is positioned on an exterior of the tube and the other of the first lateral edge surface and the second lateral edge surface is positioned in an interior of the tube.
A micro-fluidic system comprising at least one micro-fluidic channel, which in turn comprises a first segment, at least one second segment and at least one wall, which is provided with at least one hole arranged between the first and the second segment (4, 5) and has an inner surface at least partially delimiting the micro-fluidic channel; and at least one valve, which is arranged along the microfluidic channel in the area of the hole and comprises an actuator, a closing element comprising at least one substantially elastic material and a partition arranged within the micro fluidic channel, between the first and the second segment (4, 5); the actuator is adapted to handle the closing element between a locked configuration, in which the closing element cooperates with the partition so as to substantially isolate the first and the second segment (4, 5) from one another, and an open configuration, in which the first and the second segment (4, 5) are connected to one another; the inner surface extends downstream and upstream of valve so as to at least partially define the microfluidic channel in the area of the first and second segment (4, 5); the system being characterised in that the closing element is connected to the wall in the area of the hole and has an opposing surface, which, in the locked position, is in contact with the partition and extends coplanar to said inner surface.
Cryostat assembly for a superconductive magnet assembly, with a helium tank for liquid helium, wherein the superconductive magnet assembly is located in the helium tank, with a nitrogen tank for liquid nitrogen, wherein the nitrogen tank encloses the helium tank, and with at least one access tube in which a power supply assembly of the cryostat assembly is mounted through which current can flow from the room-temperature warm area of the cryostat into the superconductive magnet assembly, wherein the power supply assembly comprises at least one power supply line with a normal conductor part and a superconductor part made of HTSL material, characterized in that a terminal of the at least one power supply line, through which the normal conductor part is electrically connected to the superconductor part, is thermally coupled with a wall of the nitrogen tank, wherein the thermal coupling is produced through a solid state connection of the terminal to the nitrogen tank via contact elements and contacting elements (15, 16, 8) of a material with good thermal conductivity having a thermal conductivity of at least 20 W/(K*m) measured at room temperature.