mhurhangee/ep-ind-claims huggingface dataset:
A lighting module comprising: a light mixing chamber, and a light source arranged to emit light into the light mixing chamber, wherein the light mixing chamber is delimited by a back plate opposed by a cover plate and a sidewall arrangement extending between the back plate and the cover plate, wherein the cover plate is transmissive for light emitted by the light source and transmissive for sound waves, wherein the back plate has a light-reflective surface facing the light mixing chamber, wherein the back plate comprises a plurality of through holes, characterised in that, each through hole has J diameter in a range of 50 to 500 micrometers, wherein the combined area of the through holes forms 0.5 % to 2 % of the total surface area of the light-reflective surface. a light mixing chamber, and a light source arranged to emit light into the light mixing chamber, wherein the light mixing chamber is delimited by a back plate opposed by a cover plate and a sidewall arrangement extending between the back plate and the cover plate, wherein the cover plate is transmissive for light emitted by the light source and transmissive for sound waves, wherein the back plate has a light-reflective surface facing the light mixing chamber, wherein the back plate comprises a plurality of through holes, characterised in that, each through hole has J diameter in a range of 50 to 500 micrometers, wherein the combined area of the through holes forms 0.5 % to 2 % of the total surface area of the light-reflective surface.
A particle beam irradiation apparatus adapted to scan a charged particle beam on two directions of X-direction and Y-direction desired orbits perpendicular to a travelling direction of the charged particle beam and which is adapted to irradiate the charged particle beam onto an irradiation subject, the particle beam irradiation apparatus comprising: - two or more pairs of scanning electromagnets (5, 6) that are each adapted to scan the charged particle beam in the two directions, wherein the desired orbit is given by time-series desired orbit data in which desired irradiation positions corresponding to time are specified; and the particle beam irradiation apparatus further comprises - a frequency separation unit which is adapted to frequency-separate the desired orbit data into a component for the first pair of scanning electromagnets and the component for the second pair of scanning electromagnets - a command value conversion unit which is adapted to convert the frequency separated data into command values for respective scanning electromagnets (5, 6) in the first and second pairs of scanning electromagnets (5, 6). - two or more pairs of scanning electromagnets (5, 6) that are each adapted to scan the charged particle beam in the two directions, - a frequency separation unit which is adapted to frequency-separate the desired orbit data into a component for the first pair of scanning electromagnets and the component for the second pair of scanning electromagnets - a command value conversion unit which is adapted to convert the frequency separated data into command values for respective scanning electromagnets (5, 6) in the first and second pairs of scanning electromagnets (5, 6).
A method of inhibiting scale in a geological formation comprising: (a) depositing a binder on a surface of the geological formation; (b) delivering a nano-material to the surface of the geological formation whereby to cause adherence by a chemical interaction between the nano-material and the binder, wherein the nano-material is carbon nano-tubes and provides one or more adsorption sites for a scale inhibitor; (c) emplacing a quantity of the scale inhibitor in the geological formation whereby an amount of the scale inhibitor is adsorbed by the nano-material; and (d) inhibiting scale in the geological formation by sustained release of the amount of the scale inhibitor from the nano-material into the geological formation. (a) depositing a binder on a surface of the geological formation; (b) delivering a nano-material to the surface of the geological formation whereby to cause adherence by a chemical interaction between the nano-material and the binder, wherein the nano-material is carbon nano-tubes and provides one or more adsorption sites for a scale inhibitor; (c) emplacing a quantity of the scale inhibitor in the geological formation whereby an amount of the scale inhibitor is adsorbed by the nano-material; and (d) inhibiting scale in the geological formation by sustained release of the amount of the scale inhibitor from the nano-material into the geological formation.
An orthopaedic knee prosthesis comprising: a femoral component having a condyle surface curved in the sagittal plane; and a tibial bearing having a bearing surface configured to articulate with the condyle surface of the femoral component, in which the condyle surface (i) contacts the bearing surface at a first contact point on the condyle surface at a first degree of flexion, the first degree of flexion being less than 30°, and (ii) contacts the bearing surface at a second contact point on the condyle surface at a second degree of flexion, the second degree of flexion being greater than about 30°, in which (i) the condyle surface in the sagittal plane has a first radius of curvature at the first contact point, (ii) the condyle surface in the sagittal plane has a second radius of curvature at the second contact point, characterised in that the ratio of the first radius of curvature to the second radius of curvature is in the range of 0.80 to 0.99. a femoral component having a condyle surface curved in the sagittal plane; and a tibial bearing having a bearing surface configured to articulate with the condyle surface of the femoral component, in which the condyle surface (i) contacts the bearing surface at a first contact point on the condyle surface at a first degree of flexion, the first degree of flexion being less than 30°, and (ii) contacts the bearing surface at a second contact point on the condyle surface at a second degree of flexion, the second degree of flexion being greater than about 30°, in which (i) the condyle surface in the sagittal plane has a first radius of curvature at the first contact point, (ii) the condyle surface in the sagittal plane has a second radius of curvature at the second contact point, characterised in that the ratio of the first radius of curvature to the second radius of curvature is in the range of 0.80 to 0.99.
Apparatus for targeting for a guided missile, comprising a first imaging optical system, which has a first entry lens, a second imaging optical system, which has a second entry lens, a first sensor, a second sensor, a heat sink, at least one mirror means, a capsule and a screen, wherein a) the first sensor is in the form of an infrared sensor, b) the second sensor is connected to the heat sink so as to conduct heat, c) the first imaging optical system routes a first beam path to the first sensor, d) the second entry lens is incorporated in a cutout in the first entry lens, e) the second sensor is arranged outside the first beam path, f) the second imaging optical system routes a second beam path to the second sensor by means of the at least one mirror means, wherein the at least one mirror means is screened from the first beam path by the capsule, and g) the second beam path is routed to the second sensor through the screen, wherein the screen is mounted outside the first beam path and is connected to the heat sink so as to conduct heat. a) the first sensor is in the form of an infrared sensor, b) the second sensor is connected to the heat sink so as to conduct heat, c) the first imaging optical system routes a first beam path to the first sensor, d) the second entry lens is incorporated in a cutout in the first entry lens, e) the second sensor is arranged outside the first beam path, f) the second imaging optical system routes a second beam path to the second sensor by means of the at least one mirror means, wherein the at least one mirror means is screened from the first beam path by the capsule, and g) the second beam path is routed to the second sensor through the screen, wherein the screen is mounted outside the first beam path and is connected to the heat sink so as to conduct heat.
An LED lamp, comprising a lamp housing, a lamp cover and a light source plate, the lamp cover is located at one end of the lamp housing, and the other end of the lamp housing is provided with an opening, wherein the light source plate comprises an insulating plate and lamp beads provided on the insulating plate, wherein the insulating plate is connected with the lamp housing, and the insulating plate encloses the opening, characterized in that a first restriction piece and a second restriction piece are provided in the inner wall of the lamp housing, the first restriction piece and the second restriction piece are spaced apart, the second restriction piece is provided thereon with an opening, a side of the insulating plate is fixed thereon with a restriction portion that is smaller or equal to the opening, the restriction portion is abutted against the first restriction piece and the second restriction piece respectively after the restriction portion of the light source plate is brought into rotation from the opening.
A piston for an internal combustion engine, in particular a diesel engine, consisting of an iron-based alloy having the following alloy elements in percent by weight (wt.%): Carbon: 0.07 to 0.24; Chromium (Cr): > 7.0 to 12.5; Molybdenum (Mo): 0.3 to 1.2; Manganese (Mn): 0.3 to 0.9; Silicon (Si): < 0.5; Copper (Cu): < 0.3; Nickel (Ni): < 0.8; Vanadium: 0.15 to 0.35; Sulfur: < 0.015; Phosphorus: < 0.025; Niobium (Nb): < 0.1; Nitrogen: < 0.07; Aluminum (Al): < 0.04; Tungsten: < 2.5 and the remainder being iron (Fe) and unavoidable impurities.
A method for minimizing power consumption in graphics frame processing, the method comprising: initiating graphics frame processing to be cooperatively performed by a central processing unit, CPU, and a graphics processing unit, GPU; detecting a workload type associated with the graphics frame processing, wherein the workload type comprises a CPU/GPU serialized workload or a CPU/GPU parallelized workload; selecting an appropriate co-optimization algorithm according to the graphics workload type, wherein for serialized workloads one of a set of CPU/GPU serialized dynamic clock and voltage/frequency scaling, DCVS, co-optimization algorithms is applied, and wherein for parallelized workloads one of a set of CPU/GPU parallelized DCVS co-optimization algorithms is applied; receiving CPU activity data and GPU activity data; determining (404, 406) a set of available DCVS levels for the GPU and the CPU; and selecting, using the selected co-optimization algorithm, from the set of available DCVS levels an optimal combination of a GPU DCVS level and a CPU DCVS level, based on the CPU and GPU activity data, which minimizes a combined power consumption of the CPU and the GPU during the graphics frame processing. initiating graphics frame processing to be cooperatively performed by a central processing unit, CPU, and a graphics processing unit, GPU; detecting a workload type associated with the graphics frame processing, wherein the workload type comprises a CPU/GPU serialized workload or a CPU/GPU parallelized workload; selecting an appropriate co-optimization algorithm according to the graphics workload type, wherein for serialized workloads one of a set of CPU/GPU serialized dynamic clock and voltage/frequency scaling, DCVS, co-optimization algorithms is applied, and wherein for parallelized workloads one of a set of CPU/GPU parallelized DCVS co-optimization algorithms is applied; receiving CPU activity data and GPU activity data; determining (404, 406) a set of available DCVS levels for the GPU and the CPU; and selecting, using the selected co-optimization algorithm, from the set of available DCVS levels an optimal combination of a GPU DCVS level and a CPU DCVS level, based on the CPU and GPU activity data, which minimizes a combined power consumption of the CPU and the GPU during the graphics frame processing.
Vertical roller mill, having a driven grinding table and at least two stationary grinding rollers rolling on the grinding bed of the grinding material, an annular gap surrounding the grinding table for blown-in gas for transporting and / or drying grinding material particles of the over-ground grinding material, at least one wind classifier which classifies grinding material particles upwardly conveyed in the gas flow into fines and recirculated coarse material, wherein the wind classifier is arranged essentially with horizontal or inclined classifier axis, characterised in that a plurality of wind classifiers is provided, wherein the plurality of classifiers is located in the vicinity above the grinding rollers, and at least one guide unit, for feeding grinding material particles in a spiral manner upwardly conveyed in the gas flow to the wind classifier, is assigned to each grinding roller.
Signage for urban roads and/or highways comprising a collapsible securing element installed between a post and a vertical signage plate, the securing element pertaining to devices and fittings used to mount road and highway signage plates on posts; the collapsible securing element comprising of two basic members, namely a first, mounting member based on an "L" profile, with a branch provided with at least one pair of cutouts of oblong format made in the elongate free edge and an orthogonal branch provided with at least two oblong orifices, and a second member for securing or locking the collapsible securing element obtained from a straight profile provided with at least a further two oblong orifices that correspond axially to the orifices of the orthogonal branch such that the latter is held parallel to the straight profile of the second member: said orifices (O1, O2) being traversed by locking screws such as to maintain an adjustable space (x) between the two, receiving and securing the first and second members (40, 41) to the post by means of washer and nut; to supplement the collapsible securing element, provision is made for at least one pair of screw and nut assemblies, which are mounted to the cross member or frame of the signage plate such as to maintain a space (y) corresponding to the thickness of the branch, and which receive the cutouts of the branch.
Use of a viscosity increasing component (ii) in a composition (i) of a diesel fuel, for the purpose of: improving the vehicle tractive effort and acceleration performance of a compression ignition engine or a vehicle powered by such an engine, into which engine the composition (i) is introduced, or mitigating decrease in the vehicle tractive effort and acceleration performance, in the case of a composition (i) to which an additional component (iii) is introduced for the purpose of improving the emissions performance, of a compression ignition engine or a vehicle powered by such an engine, into which engine the composition (i) is introduced. improving the vehicle tractive effort and acceleration performance of a compression ignition engine or a vehicle powered by such an engine, into which engine the composition (i) is introduced, or mitigating decrease in the vehicle tractive effort and acceleration performance, in the case of a composition (i) to which an additional component (iii) is introduced for the purpose of improving the emissions performance, of a compression ignition engine or a vehicle powered by such an engine, into which engine the composition (i) is introduced.
A winding reel for an ink ribbon, configured to comprise: an inner circumferential member comprising a portion with a reducing outer diameter in which the outer diameter decreases from a base end toward a distal end; an outer circumferential member that is attached to the outer circumference of the inner circumferential member, rotates integrally with said inner circumferential member, and serves for winding the ink ribbon on the outer circumference thereof; and fixing means (4, 21a) for releasably fixing an attachment position of said outer circumferential member to said inner circumferential member, wherein said outer circumferential member comprises a portion with a reducing inner diameter in which the inner diameter decreases from said base end toward said distal end and is configured to be expandable and contractible in a radial direction, and said portion with a reducing inner diameter is attached to said inner circumferential member by being supported on said portion with a reducing outer diameter.
Nutritional composition comprising carbohydrates, protein and lipid, wherein the lipid is present in the form of lipid globules, wherein i) the fatty acid composition of the lipid comprises linoleic acid and alpha-linolenic acid in a weight ratio of 2 to 10, ii) the fatty acid composition of the lipid comprises at least 10 wt.% palmitic acid based on total fatty acids, and at least 30 wt.% of the palmitic acid is esterified to the sn-2 position of a triglyceride based on total palmitic acid, iii) the lipid globules are at least partly coated on the surface with phospholipids, the amount of phospholipids present in the nutritional composition being from 0.5 to 20 wt.% phospholipids based on total lipid, wherein the nutritional composition is not human milk. i) the fatty acid composition of the lipid comprises linoleic acid and alpha-linolenic acid in a weight ratio of 2 to 10, ii) the fatty acid composition of the lipid comprises at least 10 wt.% palmitic acid based on total fatty acids, and at least 30 wt.% of the palmitic acid is esterified to the sn-2 position of a triglyceride based on total palmitic acid, iii) the lipid globules are at least partly coated on the surface with phospholipids, the amount of phospholipids present in the nutritional composition being from 0.5 to 20 wt.% phospholipids based on total lipid,
Hot-melt pressure-sensitive adhesive composition a having a melt flow index ranging from 0.01 to 200 g/10 minutes and comprising, on the basis of the total weight of the said composition a: - from 45 to 70% by weight of a composition a1 of styrene block copolymers comprising at least one elastomer block, the said composition a1 being composed, on the basis of its total weight: - of 30 to 90% by weight of at least one diblock copolymer of Styrene-Isoprene type, and - of 10 to 70% by weight of at least one Styrene-Isoprene-Styrene linear triblock copolymer; the total content of styrene units of the said composition a1 varying from 10 to 40% by weight on the basis of the total weight of a1; and - from 30 to 55% by weight of at least one tackifying resin a2 having a softening temperature of between 5 and 150°C and obtained by a process comprising: - a first stage of polymerization of a composition chosen from: - a composition (i) essentially composed of unsaturated hydrocarbons having 9 carbon atoms, or - a composition (ii) essentially composed of dicyclopentadiene and of its derivatives having 10 carbon atoms; then - a second stage of hydrogenation of the polymer thus obtained. - from 45 to 70% by weight of a composition a1 of styrene block copolymers comprising at least one elastomer block, the said composition a1 being composed, on the basis of its total weight: - of 30 to 90% by weight of at least one diblock copolymer of Styrene-Isoprene type, and - of 10 to 70% by weight of at least one Styrene-Isoprene-Styrene linear triblock copolymer; - from 30 to 55% by weight of at least one tackifying resin a2 having a softening temperature of between 5 and 150°C and obtained by a process comprising: - a first stage of polymerization of a composition chosen from: - a composition (i) essentially composed of unsaturated hydrocarbons having 9 carbon atoms, or - a composition (ii) essentially composed of dicyclopentadiene and of its derivatives having 10 carbon atoms; then - a second stage of hydrogenation of the polymer thus obtained. - a first stage of polymerization of a composition chosen from: - a composition (i) essentially composed of unsaturated hydrocarbons having 9 carbon atoms, or - a composition (ii) essentially composed of dicyclopentadiene and of its derivatives having 10 carbon atoms; then - a composition (i) essentially composed of unsaturated hydrocarbons having 9 carbon atoms, or - a composition (ii) essentially composed of dicyclopentadiene and of its derivatives having 10 carbon atoms; then - a second stage of hydrogenation of the polymer thus obtained.
A means to control flow from an infusion device, said means comprising: a) a plurality of input orifices, where the sizes of the input orifices are selected to control the drop size, b) an output orifice, c) a single reservoir, d) a level sensor having an output signal proportional to the level of fluid in the reservoir, e) a plurality of light sources, f) a plurality of light detectors each positioned to detect light from one of the light sources with a space between the light source and the light detector, and the light source and light detector positioned such that drops from one of the input orifices traverse through the space between the light source and the light detector at least partially blocking the light output from the light source, said detector having an electrical output proportional to the intensity of light received from said light source, g) a means to restrict flow from the output orifice comprising an actuator that variably squeezes a compressible tube attached to the output orifice, h) a controller comprising a processor, memory, and, an input signal from the light detector and said controller having an output signal proportional to the flow from the infusion device. a) a plurality of input orifices, where the sizes of the input orifices are selected to control the drop size, b) an output orifice, c) a single reservoir, d) a level sensor having an output signal proportional to the level of fluid in the reservoir, e) a plurality of light sources, f) a plurality of light detectors each positioned to detect light from one of the light sources with a space between the light source and the light detector, and the light source and light detector positioned such that drops from one of the input orifices traverse through the space between the light source and the light detector at least partially blocking the light output from the light source, said detector having an electrical output proportional to the intensity of light received from said light source, g) a means to restrict flow from the output orifice comprising an actuator that variably squeezes a compressible tube attached to the output orifice, h) a controller comprising a processor, memory, and, an input signal from the light detector and said controller having an output signal proportional to the flow from the infusion device.
Conveyor belt device for transporting a vehicle through a vehicle treatment system, in particular for transporting a vehicle through a wash tunnel, comprising a conveyor belt on which wheels of at least one side of a transported vehicle rest for transportation, characterized in that the conveyor belt device further comprises: at least one lifting device, by means of which the transported vehicle is movable in at least one drag operation section of the vehicle treatment system relative to the conveyor belt in one lifting direction such that the wheels of the transported vehicle come out of contact with the conveyor belt, and at least one carrier roller, by means of which the transported vehicle is movable across the drag operation section with rolling wheels.