mhurhangee/ep-ind-claims huggingface dataset:
A downlighting illumination system that maintains a high light output ratio with an extended apparent source size to provide a near uniform illuminance, CCT and CRI distribution across an illuminated area comprising: a power source to supply any one of a range of AC or DC voltages; a means for controlling the power factor and power quality to the system; a light emitting source with appropriate thermal conductivity and dissipation means; a reflector comprising a reflective inner surface (36,37) having an input aperture and an output aperture and arranged to receive light from said light emitting source; an electronic driving system to control the light output characteristics of the light emitting source; a mechanical means for securing the position of the said illumination system characterised in that the light emitting source is placed at the input aperture of the reflective inner surface (36,37) whereby said reflective inner surface (36,37) receives light from said light emitting source and reflects said light through the output aperture in a manner that creates multiple virtual images of the light source to virtually extends the apparent size of the light emitting source to illuminate the output aperture, and the illumination system comprises means for diffusing light emitted by said light emitting source, to further virtually extend the apparent size of the light emitting source such that the illumination system has substantially uniform illuminance, said diffusion means comprising a translucent light shaping diffuser located at the output aperture, and one or more diffusion surfaces on the reflector. a power source to supply any one of a range of AC or DC voltages; a means for controlling the power factor and power quality to the system; a light emitting source with appropriate thermal conductivity and dissipation means; a reflector comprising a reflective inner surface (36,37) having an input aperture and an output aperture and arranged to receive light from said light emitting source; an electronic driving system to control the light output characteristics of the light emitting source; a mechanical means for securing the position of the said illumination system
An apparatus comprising: means for capturing a plurality of visual images from an image capturing start time to an image capturing end time, for use in generating a panorama image; means for capturing audio data relating to said visual images from an audio capturing start time to an audio capturing end time; means for defining a reference direction of the panorama image; means for determining a time instance when the apparatus was pointing at the determined reference direction during the audio and image capturing process; means for rotating audio data differently for audio captured before and after the determined time instance; and means for modifying audio in a direction generally opposite to said reference direction, wherein audio in the direction generally opposite to said reference direction is modified such that, when presented with the panorama image, said modified audio appears to originate from one direction. means for capturing a plurality of visual images from an image capturing start time to an image capturing end time, for use in generating a panorama image; means for capturing audio data relating to said visual images from an audio capturing start time to an audio capturing end time; means for defining a reference direction of the panorama image; means for determining a time instance when the apparatus was pointing at the determined reference direction during the audio and image capturing process; means for rotating audio data differently for audio captured before and after the determined time instance; and means for modifying audio in a direction generally opposite to said reference direction, wherein audio in the direction generally opposite to said reference direction is modified such that, when presented with the panorama image, said modified audio appears to originate from one direction.
A heat dissipating sheet having a configuration in which a layer of a silicone composition containing aluminum oxide is laminated on both faces of a glass cloth as a reinforcing layer, and the silicone composition is contained in the glass cloth, characterized in that an average sphericity of the aluminum oxide is 0.85 or more, maximum peaks are present in a region of 15 to 50 μm, a region of 1 to 7 μm, and a region of 0.1 to 0.8 μm in a frequency particle-size distribution of the aluminum oxide, an average particle size of the aluminum oxide is in the range of 7 to 50 μm, a content of the aluminum oxide in the silicone composition is in the range of 62 to 78% by volume, and a content of a silicone resin in the silicone composition is in the range of 22 to 38% by volume, the glass cloth is a woven article made of a glass fiber bundle obtained by bundling a plurality of glass filaments, and a ratio of impregnation of the glass fiber bundle with the silicone composition is 20% or more. an average sphericity of the aluminum oxide is 0.85 or more, maximum peaks are present in a region of 15 to 50 μm, a region of 1 to 7 μm, and a region of 0.1 to 0.8 μm in a frequency particle-size distribution of the aluminum oxide, an average particle size of the aluminum oxide is in the range of 7 to 50 μm, a content of the aluminum oxide in the silicone composition is in the range of 62 to 78% by volume, and a content of a silicone resin in the silicone composition is in the range of 22 to 38% by volume, the glass cloth is a woven article made of a glass fiber bundle obtained by bundling a plurality of glass filaments, and a ratio of impregnation of the glass fiber bundle with the silicone composition is 20% or more.
An illumination device comprising: a plurality of light emitting devices (10r, 10g, 10b, 10y) of different emission colors; and a control device for controlling an optical output ratio in the plurality of the light emitting devices, able to change a color tone in mixed color light of light radiated from the plurality of the light emitting devices (10r, 10g, 10b, 10y) of different emission colors, wherein each of the plurality of the light emitting device (10r, 10g, 10b, 10y) includes: a light emitting element; and a first wavelength conversion part for absorbing at least a part of light radiated from the light emitting element and converting the wavelength to emit fluorescence, and ' a part of the light emitting devices (10r, 10g, 10b, 10y) among the plurality of the light emitting devices (10r, 10g, 10b, 10y) include a second wavelength conversion part (4r, 4g, 4b, 4y) for converting wavelengths of at least a part of the light radiated from at least one of the light emitting element and the first wavelength conversion part into an emission color different from the emission color of the light radiated from the light emitting element and the first wavelength conversion part, characterized in that the second wavelength conversion part (4r, 4g, 4b, 4y) is separated from the first wavelength conversion part via an air layer.
A bone preparation guide, comprising: a body with a first guide surface to define a first preparing plane and a second guide surface to define a second preparing plane, the first guide surface being configured to be positioned over a first metatarsal, the second guide surface being configured to be positioned over a medial cuneiform, and the first and second guide surfaces (160, 164) being spaced from each other by a distance configured to cross a tarsal-metatarsal joint, and an opening disposed between the first and second guide surfaces (160, 164); and a first end extending from the body in a first direction and a second end extending from the body in a second direction, the second direction being different than the first direction, the first end including a fixation aperture configured to receive a fixation pin for securing the body to the first metatarsal and the second end including a fixation aperture configured to receive a fixation pin for securing the body to the medial cuneiform. a body with a first guide surface to define a first preparing plane and a second guide surface to define a second preparing plane, the first guide surface being configured to be positioned over a first metatarsal, the second guide surface being configured to be positioned over a medial cuneiform, and the first and second guide surfaces (160, 164) being spaced from each other by a distance configured to cross a tarsal-metatarsal joint, and an opening disposed between the first and second guide surfaces (160, 164); and a first end extending from the body in a first direction and a second end extending from the body in a second direction, the second direction being different than the first direction, the first end including a fixation aperture configured to receive a fixation pin for securing the body to the first metatarsal and the second end including a fixation aperture configured to receive a fixation pin for securing the body to the medial cuneiform.
A light fixture configured for attachment to a standard ceiling fixture junction box, the light fixture comprising: a metal base having a hole pattern that matches a mounting screw hole pattern of the standard ceiling fixture junction box; a printed circuit board attached to a bottom surface of the metal base; a circular array of LEDs attached to an outer perimeter of the printed circuit board; and a domed cover attached to the bottom surface of the metal base and covering the printed circuit board and the circular array of LEDs, the domed cover molded from clear plastic through which light from the LEDs may pass, the domed cover including apertures therethrough that are aligned with the hole pattern in the metal base, the apertures for receiving mounting screws that attach the light fixture to the standard ceiling fixture junction box. a metal base having a hole pattern that matches a mounting screw hole pattern of the standard ceiling fixture junction box; a printed circuit board attached to a bottom surface of the metal base; a circular array of LEDs attached to an outer perimeter of the printed circuit board; and a domed cover attached to the bottom surface of the metal base and covering the printed circuit board and the circular array of LEDs, the domed cover molded from clear plastic through which light from the LEDs may pass, the domed cover including apertures therethrough that are aligned with the hole pattern in the metal base, the apertures for receiving mounting screws that attach the light fixture to the standard ceiling fixture junction box.
An apparatus comprising: a processor; and a memory including computer program code for one or more programs, the memory and the computer program code configured to, with the one processor, cause the apparatus to perform the following: process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison. a processor; and a memory including computer program code for one or more programs, the memory and the computer program code configured to, with the one processor, cause the apparatus to perform the following: process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison. process sensor data from sensors of a vehicle travelling on a travel segment to determine a road-vehicle friction change associated with the travel segment; cause a comparison of the road-vehicle friction change to a guideline friction map for a plurality of travel segments including the travelled-on travel segment, the guideline friction map having been generated from friction data collected under standard road conditions by at least one vehicle travelling on the plurality of travel segments; and determine a response action for the vehicle travelling on the travel segment to the road-friction change based on the comparison.
Oil pan of an internal combustion engine, in particular for a motor vehicle, designed to accommodate an oil pump, the oil pump being driven by a pinion, the pinion being arranged in a suitable installation position of the internal combustion engine in the motor vehicle at least partially below an oil surface of an oil pan volume within a pinion volume which is separated from the oil pan volume by a partition wall, so that engine oil whirled up by the pinion does not lead to foaming of engine oil which is located in the oil pan volume, characterized in that the partition wall extends in one piece from a geodetically underlying base surface of the oil pan and the partition wall formed on the pan in the region of a the oil drain opening arranged in the oil pan has a recess.
Method for purifying combustion fumes containing nitrogen oxides, wherein: - a first SNCR denitrification reagent is injected into a zone where the fumes have a temperature of between 800 °C and 1100 °C, preferably of between 850 °C and 1100°C, - a reagent for controlling the content of sulphur oxides is injected into said fumes in a zone where said fumes have a temperature of between 500 °C and 1100 °C, - said fumes are subsequently circulated in a boiler or an economiser so as to substantially lower the temperature thereof, - a second SCR denitrification reagent is subsequently injected into said fumes in a zone where the temperature of the fumes is of between 160 °C and 500 °C, preferably of between 180 °C and 250 °C, - said fumes are subsequently circulated in an electrostatic precipitator which incorporates a SCR catalytic reactor capable of using the second SCR denitrification reagent, - the fumes that have passed through said SCR reactor are then analysed by measuring the concentration of at least one of the following gases: N 2 O, NH 3 and CO, and by measuring the concentration of nitrogen oxides; and - at least one fraction of the acid pollutants of said fumes are subsequently eliminated, in particular of the type SO 2 and HCl, method in which the first reagent is injected in an amount such that the first SNCR denitrification has a yield of 30 % to 70 %, preferably 40 % to 50 %, while reducing said amount of the first reagent when the measured value of the concentration of at least one of the mentioned gases exceeds a corresponding predetermined threshold value, each of the mentioned gases being associated with its own predetermined threshold value, and in which the amount of the second reagent that is injected is controlled based on information related to the measurement of the concentration of nitrogen oxides. - a first SNCR denitrification reagent is injected into a zone where the fumes have a temperature of between 800 °C and 1100 °C, preferably of between 850 °C and 1100°C, - a reagent for controlling the content of sulphur oxides is injected into said fumes in a zone where said fumes have a temperature of between 500 °C and 1100 °C, - said fumes are subsequently circulated in a boiler or an economiser so as to substantially lower the temperature thereof, - a second SCR denitrification reagent is subsequently injected into said fumes in a zone where the temperature of the fumes is of between 160 °C and 500 °C, preferably of between 180 °C and 250 °C, - said fumes are subsequently circulated in an electrostatic precipitator which incorporates a SCR catalytic reactor capable of using the second SCR denitrification reagent, - the fumes that have passed through said SCR reactor are then analysed by measuring the concentration of at least one of the following gases: N 2 O, NH 3 and CO, and by measuring the concentration of nitrogen oxides; and - at least one fraction of the acid pollutants of said fumes are subsequently eliminated, in particular of the type SO 2 and HCl,
Track part, in particular rail for railway vehicles, made of a hypereutectoid steel, comprising a rail foot, a rail web and a rail head portion, wherein a hypereutectoid steel with the following directional analysis is used: 0.98 - 1.17 wt.-% of C 0.90 - 1.35% wt.-% of Mn 0.70 - 1.10% wt.-% of Si 0.15 - 0.70 wt.-% of Cr and the steel, at least in the head portion of the rail, has a pearlitic structure that is substantially free of secondary cementite networks with at most 5% of the existing secondary cementite precipitates being in the form of secondary cementite networks, wherein the hypereutectoid steel additionally contains optionally Al in an amount of 0.01 - 0.06 wt.-% and optionally V in an amount of 0.07 to 0.20 wt.-%, in particular 0.10 to 0.20 wt.-%, and optionally Nb in an amount of 0.01 - 0.03 wt.-% and optionally Ti in an amount of 0.015 - 0.05 wt.-%, wherein the hypereutectoid steel, at least in the head portion of the rail, has a tensile strength greater than 1500 MPa, an elongation at break of greater than 8% and a Brinell hardness greater than 460 HB. 0.98 - 1.17 wt.-% of C 0.90 - 1.35% wt.-% of Mn 0.70 - 1.10% wt.-% of Si 0.15 - 0.70 wt.-% of Cr
Packaging container (1, 24, 32, 38) for a chunky or flowable product, which packaging container is made of a film material which is sealable at least on one side, and which container can be filled to form a rectangular block shape having adjoining rectangular main walls (2, 3, 25, 33, 40, 41), which are positioned opposite one another and alternate with longitudinal edges (6, 7, 8, 9) or transverse edges (10, 11, 12, 13, 14, 15, 16), side walls and end walls (5, 31, 34), and which can be folded flat when empty using side walls and end walls which are V-shaped when folded, and which comprises a removal opening, which is slot-shaped and is provided with a reclosure device (18, 27, 37, 39), and a fill opening (28, 35) which is to be sealed shut after filling, characterised in that the main walls, side walls and end walls (2, 3, 4, 5) consist of surfaces which are opposite one another in pairs and which are connected to sealed seams only at the edges, and in that the removal opening extends along one of the longitudinal edges (6, 7, 8, 9).
A cable ladder corner, formed by two coplanar side rails (2A, 2B) attached to one another by a plurality of crosspieces spaced apart from one another, said plurality of crosspieces constituting a discontinuous cable seating surface, wherein each of said crosspieces is a profile made of a polymeric material and each of said side rails (2A, 2B) is a profile made of a polymeric material, wherein the inner side of each of said side rails (2A, 2B), facing the opposite side rail (2A, 2B), forms a channel (4A, 4B) having an open face (5A, 5B) oriented towards said opposite side rail (2A, 2B), and wherein said channels (4A, 4B) of the side rails (2A, 2B) and the two ends of each of said crosspieces are shaped such that said ends of crosspiece are introduced in said channels (4A, 4B) through said open face (5A, 5B) and fit and are snap-fitted into said channels (4A, 4B), characterized in that: - said two side rails (2A, 2B) have a curved segment with a continuous curvature without angular points; - at the two ends of said cable ladder corner, said two side rails (2A, 2B) end in one and the same plane (7, 8) perpendicular to said two side rails (2A, 2B); - in one of said side rails (2A, 2B), said open face of channel is provided with widened portions distributed along said side rail, said widened portions and said open face being shaped such that a corresponding end of said crosspieces enters said channel through each of said widened portions and is immobilized in said widened portion in the longitudinal direction of said side rail; - and in the other one of said side rails (2A, 2B), said channel is uniform along said side rail, such that a corresponding end of said crosspieces is introduced in said channel through said open face thereof in any position along said side rail. - said two side rails (2A, 2B) have a curved segment with a continuous curvature without angular points; - at the two ends of said cable ladder corner, said two side rails (2A, 2B) end in one and the same plane (7, 8) perpendicular to said two side rails (2A, 2B); - in one of said side rails (2A, 2B), said open face of channel is provided with widened portions distributed along said side rail, said widened portions and said open face being shaped such that a corresponding end of said crosspieces enters said channel through each of said widened portions and is immobilized in said widened portion in the longitudinal direction of said side rail; - and in the other one of said side rails (2A, 2B), said channel is uniform along said side rail, such that a corresponding end of said crosspieces is introduced in said channel through said open face thereof in any position along said side rail.
A device for calculating a score for human or animal, said score being a quantitative or semi-quantitative evaluation of a liver injury of alcoholic or non-alcoholic steatohepatitis type, the score being calculated by means of statistical modelling, the score being a function of the following physical and biological parameters: - a parameter correlated to fibrosis; - a parameter correlated to steatosis; and - a parameter correlated to inflammatory activity; wherein the parameter correlated to fibrosis is liver elasticity; wherein the parameter correlated to steatosis is an ultrasound wave attenuation measurement or a liver viscosity measurement; wherein the parameter correlated to inflammatory activity is one of: ALAT, ASAT and GGT. - a parameter correlated to fibrosis; - a parameter correlated to steatosis; and - a parameter correlated to inflammatory activity; wherein the parameter correlated to fibrosis is liver elasticity; wherein the parameter correlated to steatosis is an ultrasound wave attenuation measurement or a liver viscosity measurement; wherein the parameter correlated to inflammatory activity is one of: ALAT, ASAT and GGT.
A method for removing at least one particle from an additively manufactured orthopaedic prosthetic component configured to be implanted in a patient's body, the method comprising the steps of: submersing at least a portion of the additively manufactured orthopaedic prosthetic component in a liquid; sonicating at least a portion of the additively manufactured orthopaedic prosthetic component with a high frequency vibration so as to loosen the at least one particle; and shaking the additively manufactured orthopaedic prosthetic component to a low frequency vibration that is less than the high frequency vibration so as to evacuate the loosened at least one particle from the additively manufactured orthopaedic prosthetic component. submersing at least a portion of the additively manufactured orthopaedic prosthetic component in a liquid; sonicating at least a portion of the additively manufactured orthopaedic prosthetic component with a high frequency vibration so as to loosen the at least one particle; and shaking the additively manufactured orthopaedic prosthetic component to a low frequency vibration that is less than the high frequency vibration so as to evacuate the loosened at least one particle from the additively manufactured orthopaedic prosthetic component.