mhurhangee/ep-ind-claims huggingface dataset:
An assembly comprising: an LED die; a heat sink having a columnar portion, the LED die being coupled to the heat sink, an insulating body surrounding at least the columnar portion of the heat sink, the assembly being characterised in further comprising: a collar having at least one datum reference feature being integrally formed with the collar, the collar having an aperture approximately in the center thereof, the aperture having the same geometrical shape as the columnar portion of the heatsink, the collar being mounted on the heat sink by inserting the columnar portion of the heat sink through the aperture in the collar such that the datum reference feature has a fixed positional relationship to the heat sink, wherein the datum reference feature is exposed outside of the insulating body such that the datum reference feature provides a reference for the alignment of the LED die. an LED die; a heat sink having a columnar portion, the LED die being coupled to the heat sink, an insulating body surrounding at least the columnar portion of the heat sink, the assembly being characterised in further comprising: a collar having at least one datum reference feature being integrally formed with the collar, the collar having an aperture approximately in the center thereof, the aperture having the same geometrical shape as the columnar portion of the heatsink, the collar being mounted on the heat sink by inserting the columnar portion of the heat sink through the aperture in the collar such that the datum reference feature has a fixed positional relationship to the heat sink, wherein the datum reference feature is exposed outside of the insulating body such that the datum reference feature provides a reference for the alignment of the LED die. a collar having at least one datum reference feature being integrally formed with the collar, the collar having an aperture approximately in the center thereof, the aperture having the same geometrical shape as the columnar portion of the heatsink, the collar being mounted on the heat sink by inserting the columnar portion of the heat sink through the aperture in the collar such that the datum reference feature has a fixed positional relationship to the heat sink, wherein the datum reference feature is exposed outside of the insulating body such that the datum reference feature provides a reference for the alignment of the LED die.
Valve, notably for a combustion engine, comprising: - a body in which there are formed: a passage through which a fluid can pass and two housings, each housing accepting a bearing and being distant from the passage, and - a shutter pivot-mounted in the body via the two bearings, the shutter comprising: - a first part having a first surface of which a portion defines a first zone of contact with the body when the shutter is in the closed position, - a second part having a second surface of which a portion defines a second zone of contact with the body when the shutter is in the closed position, the first zone and the second zone belonging to opposite surfaces of the shutter and being coplanar along a plane intersecting the bearings, characterized in that the shutter is configured in such a way that a clearance is formed at least in a portion of said shutter located between a bearing and the passage, so as to allow the shutter to pivot without contacting the body. - a body in which there are formed: a passage through which a fluid can pass and two housings, each housing accepting a bearing and being distant from the passage, and - a shutter pivot-mounted in the body via the two bearings, the shutter comprising: - a first part having a first surface of which a portion defines a first zone of contact with the body when the shutter is in the closed position, - a second part having a second surface of which a portion defines a second zone of contact with the body when the shutter is in the closed position, - a first part having a first surface of which a portion defines a first zone of contact with the body when the shutter is in the closed position, - a second part having a second surface of which a portion defines a second zone of contact with the body when the shutter is in the closed position,
A solid-state cooling apparatus for a galley installed in an aircraft, comprising: (a) at least one storage enclosure (32, 34) for containing chilled beverage and/or foods for storage; (b) a solid-state air-to-air thermoelectric device (10, 36, 38) having a hot side and a cold side mountable in the galley and (c) a waste heat capture device including a hot air outlet for discharging waste heat from the hot side of the solid-state air-to-air thermoelectric device into the aircraft exterior to the galley, characterized in that the solid-state air-to-air thermoelectric device (10, 36, 38) has a finned heat sink on the cold side and finned heat sinks (14, 16) on the hot side as well as an axial cooling fan mounted on a shroud covering the finned heat sinks (14, 16) for pulling air through the solid-state air-to-air thermoelectric device (10, 34, 36) as well as an axial recirculation/cascade fan mounted on a partial shroud partially covering the finned heat sink for expelling cold air from the solid-state air-to-air thermoelectric device (10, 34, 36) for circulating chilled air in proximity to the storage enclosure. (a) at least one storage enclosure (32, 34) for containing chilled beverage and/or foods for storage; (b) a solid-state air-to-air thermoelectric device (10, 36, 38) having a hot side and a cold side mountable in the galley and (c) a waste heat capture device including a hot air outlet for discharging waste heat from the hot side of the solid-state air-to-air thermoelectric device into the aircraft exterior to the galley, characterized in that
A composition suitable for injection through a needle into a host, comprising: microparticles having a mass median diameter in the range of at least 10 μm to 250 μm and comprising a polymeric binder and an active agent, wherein the active agent is selected from the group consisting of risperidone, 9-hydroxyrisperidone, and pharmaceutically acceptable salts thereof, and the polymeric binder is selected from the group consisting of poly(glycolic acid), poly-d,l-lactic acid; poly-l-lactic acid, copolymers of the foregoing, poly(aliphatic carboxylic acids), copolyoxalates. polycaprolactone, polydioxanone, poly(ortho carbonates), poly(acetals), poly(lactic acid-caprolactone), polyorthoesters, poly(glycolic acid-caprolactone), polyanhydrides, polyphosphazines, albumin, and casein; and an aqueous injection vehicle comprising a viscosity enhancing agent, a wetting agent, and a tonicity adjusting agent, wherein the microparticles are suspended in the injection vehicle at a concentration of greater than 30 mg/ml to form a suspension, the aqueous injection vehicle has a viscosity greater than 20 mPa·s (20 cp) and less than 60 mPa·s (60 cp) at 20 °C determined by a Brookfield Model LVT viscometer fitted with a UL adapter. microparticles having a mass median diameter in the range of at least 10 μm to 250 μm and comprising a polymeric binder and an active agent, wherein the active agent is selected from the group consisting of risperidone, 9-hydroxyrisperidone, and pharmaceutically acceptable salts thereof, and the polymeric binder is selected from the group consisting of poly(glycolic acid), poly-d,l-lactic acid; poly-l-lactic acid, copolymers of the foregoing, poly(aliphatic carboxylic acids), copolyoxalates. polycaprolactone, polydioxanone, poly(ortho carbonates), poly(acetals), poly(lactic acid-caprolactone), polyorthoesters, poly(glycolic acid-caprolactone), polyanhydrides, polyphosphazines, albumin, and casein; and an aqueous injection vehicle comprising a viscosity enhancing agent, a wetting agent, and a tonicity adjusting agent, wherein the microparticles are suspended in the injection vehicle at a concentration of greater than 30 mg/ml to form a suspension, the aqueous injection vehicle has a viscosity greater than 20 mPa·s (20 cp) and less than 60 mPa·s (60 cp) at 20 °C determined by a Brookfield Model LVT viscometer fitted with a UL adapter.
Root-specific promoter comprising a nucleotide sequence of SEQ ID NO: 2 or a nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO: 2 or a nucleotide Sequence, which hybridizes with the nucleotide sequence of SEQ ID NO: 2 or with a nucleotide sequence, which is complementary to the nucleotide sequence of SEQ ID NO: 2, under stringent conditions.
A brazing method for brazing an object to be processed (1; 1b; 1c; 1d; 1e; 1f), which is composed of an aluminum material and has a hollow portion (11; 11a; 11b; 11c; 11d), collectively at an inner join part that faces the hollow portion (11; 11a; 11b; 11c; 11d) and at an outer join part that faces an external space, the brazing method comprising: preparing the object to be processed (1; 1b; 1c; 1d; 1e; 1f) that comprises a brazing sheet (2; 2b; 2c; 2d) including: a core layer having a chemical composition in which the content of Mg is restricted to less than 0.2% (mass%, likewise hereinbelow), the remainder being composed of Al and unavoidable impurities; and a filler metal layer having a chemical composition that indispensably contains Si: 4.0 to 13.0% and Bi: 0.01 to 0.3%, and further contains one or two from among Li: 0.004 to 0.08% and Be: 0.006 to 0.12%, the Mg content being restricted to less than 0.1% and the remainder being composed of Al and unavoidable impurities, the filler metal layer being clad onto at least one side of the core layer; assembling the object to be processed (1; 1b; 1c; 1d; 1e; 1f) such that the filler metal layer is present at both the inner join part and the outer join part; next, applying a flux onto the filler metal layer that is present at the outer join part, wherein the amount of the flux to be applied to the outer join part is 0.5 to 7.0 g/m 2; and subsequently, heating and brazing the object to be processed (1; 1b; 1c; 1d; 1e; 1f) in an inert gas atmosphere. a core layer having a chemical composition in which the content of Mg is restricted to less than 0.2% (mass%, likewise hereinbelow), the remainder being composed of Al and unavoidable impurities; and a filler metal layer having a chemical composition that indispensably contains Si: 4.0 to 13.0% and Bi: 0.01 to 0.3%, and further contains one or two from among Li: 0.004 to 0.08% and Be: 0.006 to 0.12%, the Mg content being restricted to less than 0.1% and the remainder being composed of Al and unavoidable impurities, the filler metal layer being clad onto at least one side of the core layer; assembling the object to be processed (1; 1b; 1c; 1d; 1e; 1f) such that the filler metal layer is present at both the inner join part and the outer join part; next, applying a flux onto the filler metal layer that is present at the outer join part, wherein the amount of the flux to be applied to the outer join part is 0.5 to 7.0 g/m 2; and subsequently, heating and brazing the object to be processed (1; 1b; 1c; 1d; 1e; 1f) in an inert gas atmosphere.
A printhead assembly, comprising: a printhead die; a black fluid slot formed in the printhead die to deliver black printing fluid to ejection elements on the printhead die; and a color fluid slot formed in the printhead die to deliver color printing fluid to ejection elements on the printhead die, wherein the black fluid slot defines a black column, and the color fluid slot defines a color column laterally spaced from the black column, and charaterised in that the color column further includes drive circuitry. a printhead die; a black fluid slot formed in the printhead die to deliver black printing fluid to ejection elements on the printhead die; and a color fluid slot formed in the printhead die to deliver color printing fluid to ejection elements on the printhead die, wherein the black fluid slot defines a black column, and the color fluid slot defines a color column laterally spaced from the black column, and charaterised in that the color column further includes drive circuitry.
A tubular member for use as a structural member of cylindrical tubular form when inflated to a pressure of between 10 and 20 psi (6.89 to 13.79 * 10 4 pascals); the tubular member being flexible when deflated and substantially inflexible when inflated to said pressure, and capable of repeated inflation to said pressure followed by deflation to collapse the tubular member; the tubular member including internal textile reinforcement strands (39, 41, 44) between an inner layer formed from a material selected from rubber, substitutes therefor and plastics and an outer layer formed from the same material, the internal textile reinforcement strands (39, 41, 44) including strands helically laid at an angle to the axis of the tubular member of 30° or less, and the material of the two layers (38 and 43) forming a unitary structure, as the result of heat softening of the material to cause the material of the two layers (38 and 43) to fuse together through spaces between the textile reinforcement strands (39, 41, 44).
A method of manufacturing a plurality of chips, comprising: dividing a chip substrate into a plurality of chip regions; processing a first region of each of the chip regions for forming at least one first circuit unit set; processing a second region of each of the chip regions for forming a second circuit unit set, wherein the at least one first circuit unit set comprises a plurality of same circuit units, wherein a size of the first region of each chip is determined by a number of the circuit units in the first region, and the number of the circuit units in the first region determines a specification of the chip, wherein the specification of each chip comprises an operational frequency of the chip, wherein the plurality of chips comprises a first chip and a second chip, and the operational frequency of the specification of the first chip is greater than the operational frequency of the specification of the second chip; and the method further comprises cutting the chip substrate for forming the plurality of chips, wherein a size of the first region of the first chip is greater than a size of the first region of the second chip; and wherein the first chip has at least one more circuit unit than the second chip, the at least one more circuit unit is arranged in a side region of the first region, and the first chip is the same as the second chip except the side region. dividing a chip substrate into a plurality of chip regions; processing a first region of each of the chip regions for forming at least one first circuit unit set; processing a second region of each of the chip regions for forming a second circuit unit set, wherein the at least one first circuit unit set comprises a plurality of same circuit units, wherein a size of the first region of each chip is determined by a number of the circuit units in the first region, and the number of the circuit units in the first region determines a specification of the chip, wherein the specification of each chip comprises an operational frequency of the chip, wherein the plurality of chips comprises a first chip and a second chip, and the operational frequency of the specification of the first chip is greater than the operational frequency of the specification of the second chip; and the method further comprises cutting the chip substrate for forming the plurality of chips, wherein a size of the first region of the first chip is greater than a size of the first region of the second chip; and wherein the first chip has at least one more circuit unit than the second chip, the at least one more circuit unit is arranged in a side region of the first region, and the first chip is the same as the second chip except the side region.
Device for reversing the blades for an impeller in a tidal power plant, comprising a servomotor (5, 6, 7) for adjusting the blades, which acts via a rod on a crosshead, to which there are fixed links and levers which act on the blades, comprising an auxiliary motor for overcoming the dead point of the levers, characterized in that the auxiliary motor acts simultaneously on all the levers of the blades via gear wheels (8, 9), and in that the auxiliary motor is located in the front impeller part, and in that the crosshead is located in the rear impeller part, wherein the impeller is divided into a rear and front part by a plane that extends at right angles to the impeller axis and is spanned by the axes of rotation of the blades, wherein the front impeller part extends from the plane as far as the tip of the impeller, and the rear impeller part is located on the side of the plane facing away from the tip.
A diagnostic method for predicting the response of a patient to chemovirotherapy or radiovirotherapy, comprising (a) exposing primary tumor cells of a tumor sample obtained from a patient to different doses of (i) a parvovirus and (ii) a chemotherapeutic agent or radiotherapy; and (b) determining the reduction of the expression or concentration of ISG15 over varying time periods. (a) exposing primary tumor cells of a tumor sample obtained from a patient to different doses of (i) a parvovirus and (ii) a chemotherapeutic agent or radiotherapy; and (b) determining the reduction of the expression or concentration of ISG15 over varying time periods.
A mounting mechanism for a liquid container, the mechanism comprising: a holder portion that fixes a mouthpiece serving as an outlet of a liquid of a liquid container in which the liquid is contained and that holds the liquid container; a set portion that has a fitting part fitted to the mouthpiece and causing the liquid to flow out of the mouthpiece; a tube that communicates with the fitting part; and a main body that is connected to the set portion by using the tube, wherein: the set portion is movable with respect to the main body; characterized in that the holder portion and the set portion are connected to each other, and the holder portion is rotatably movable with respect to the set portion and the mouthpiece is fitted to the fitting part by rotating the holder portion toward the set portion. a holder portion that fixes a mouthpiece serving as an outlet of a liquid of a liquid container in which the liquid is contained and that holds the liquid container; a set portion that has a fitting part fitted to the mouthpiece and causing the liquid to flow out of the mouthpiece; a tube that communicates with the fitting part; and a main body that is connected to the set portion by using the tube, wherein: the set portion is movable with respect to the main body; characterized in that the holder portion and the set portion are connected to each other, and the holder portion is rotatably movable with respect to the set portion and the mouthpiece is fitted to the fitting part by rotating the holder portion toward the set portion.
A sign assembly comprising: a framework defining a perimeter region, said framework including at least one frame member having an outer surface and a channel in said outer surface; a display sheet including a display portion, an outermost perimeter edge portion surrounding said display portion; and a flexible retainer element mounted in said channel of said at least one frame member, said display sheet includes an engagement portion comprising a flexible sheet material, and wherein a portion of said display sheet is configured to be positioned over at least a portion of said outer surface of said frame member with said engagement portion of said display sheet disposed in said channel of said frame member; and wherein said flexible retainer element is configured to releasably engage said engagement portion of said display sheet when said engagement portion is urged at least partially through said flexible retainer element characterized in that said engagement portion is spaced inwardly from said outermost perimeter edge portion, and in that said flexible retainer element comprises a plurality of openings for engaging said engagement portion of said display sheet. a framework defining a perimeter region, said framework including at least one frame member having an outer surface and a channel in said outer surface; a display sheet including a display portion, an outermost perimeter edge portion surrounding said display portion; and a flexible retainer element mounted in said channel of said at least one frame member, said display sheet includes an engagement portion comprising a flexible sheet material, and wherein a portion of said display sheet is configured to be positioned over at least a portion of said outer surface of said frame member with said engagement portion of said display sheet disposed in said channel of said frame member; and wherein said flexible retainer element is configured to releasably engage said engagement portion of said display sheet when said engagement portion is urged at least partially through said flexible retainer element characterized in that said engagement portion is spaced inwardly from said outermost perimeter edge portion, and in that said flexible retainer element comprises a plurality of openings for engaging said engagement portion of said display sheet.
A protective subsea housing for protecting an equipment space enclosed by the housing, the housing comprising: an access opening in a wall of the housing for providing access to the equipment space by an unmanned underwater vehicle; characterized by a closure (18, 38, 48) that is movable by translation, or by rotation relative to an axis transverse to the wall, to open and close the access opening; and an operating member, positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure. an access opening in a wall of the housing for providing access to the equipment space by an unmanned underwater vehicle; characterized by a closure (18, 38, 48) that is movable by translation, or by rotation relative to an axis transverse to the wall, to open and close the access opening; and an operating member, positioned outside the equipment space, that is engageable by and movable by the UUV to move the closure.
A headphone (100, 230, 630) comprising: an ear-cup configured to substantially cover or surround a listener's ear, the ear-cup comprising: a first speaker (420, 510, 600) to emit a first range of frequencies; a first acoustic chamber (520, 610) configured to be proximate to the listener's skin, the first acoustic chamber (520, 610) to deliver the first range of frequencies to a listener using vibrotactile stimulation of the listener's skin; an ear-bud disposed within the ear-cup, the ear-bud configured to be placed within or at an entrance of a listener's ear canal, the ear-bud comprising: a second speaker to emit a second range of frequencies, wherein the first range of frequencies is different from the second range of frequencies; and a second acoustic chamber to simultaneously deliver the second range of frequencies to the listener through acoustic stimulation of a listener's ear. a first speaker (420, 510, 600) to emit a first range of frequencies; a first acoustic chamber (520, 610) configured to be proximate to the listener's skin, the first acoustic chamber (520, 610) to deliver the first range of frequencies to a listener using vibrotactile stimulation of the listener's skin; an ear-bud disposed within the ear-cup, the ear-bud configured to be placed within or at an entrance of a listener's ear canal, the ear-bud comprising: a second speaker to emit a second range of frequencies, wherein the first range of frequencies is different from the second range of frequencies; and a second acoustic chamber to simultaneously deliver the second range of frequencies to the listener through acoustic stimulation of a listener's ear. a second speaker to emit a second range of frequencies, wherein the first range of frequencies is different from the second range of frequencies; and a second acoustic chamber to simultaneously deliver the second range of frequencies to the listener through acoustic stimulation of a listener's ear.