mhurhangee/ep-ind-claims huggingface dataset:
A light emission system including: - a light emission device using an emitting diode fixed on a support and whose light is intended to be recovered by an optical fiber bundle, the device including a casing provided with a positioning system for an optical coupling element having an exit surface opening out into a well for receiving the bundle, the optical coupling element including a bearing surface with the support positioning the exit surface of the optical coupling element facing the diode, the support of the diode being placed in contact with a heat dissipation shell assembled to the casing by a fixing device ensuring the mounting of the optical coupling element; - and the bundle being positioned in the well of the casing to capture the light emitted by the exit surface of the optical coupling element, the light emission system being characterized in that the bundle is provided with a sleeve presenting a transverse face bearing on the optical coupling element, outside the exit surface, the sleeve including a translational blocking system. - a light emission device using an emitting diode fixed on a support and whose light is intended to be recovered by an optical fiber bundle, the device including a casing provided with a positioning system for an optical coupling element having an exit surface opening out into a well for receiving the bundle, the optical coupling element including a bearing surface with the support positioning the exit surface of the optical coupling element facing the diode, the support of the diode being placed in contact with a heat dissipation shell assembled to the casing by a fixing device ensuring the mounting of the optical coupling element; - and the bundle being positioned in the well of the casing to capture the light emitted by the exit surface of the optical coupling element, the light emission system being characterized in that the bundle is provided with a sleeve presenting a transverse face bearing on the optical coupling element, outside the exit surface, the sleeve including a translational blocking system.
A radiant heat discharge arrangement configured to be used at a large internal combustion engine including an outlet manifold, the radiant heat discharge arrangement comprising: a cover configured to be mounted on the large internal combustion engine and to cover the outlet manifold of the internal combustion engine with a clearance between the cover and the outlet manifold, the cover having at least one outlet opening, an air duct having at least one air inlet fluidly connected to the at least one outlet opening of the cover and an air outlet; and a fan fluidly connected to the air outlet, characterized in the cover comprising a circumferential lower edge, the circumferential lower edge being shaped such that at least some parts of the circumferential lower edge define an inlet air gap against the large internal combustion engine; a cover configured to be mounted on the large internal combustion engine and to cover the outlet manifold of the internal combustion engine with a clearance between the cover and the outlet manifold, the cover having at least one outlet opening, an air duct having at least one air inlet fluidly connected to the at least one outlet opening of the cover and an air outlet; and a fan fluidly connected to the air outlet,
An internal combustion engine for straddled vehicles, comprising: a cylinder made of an aluminum alloy, the cylinder having a cylinder wall which defines a cylinder bore; a piston made of an aluminum alloy, the piston being accommodated in the cylinder bore and being capable of reciprocating in a first direction which is parallel to a cylinder axis and in a second direction which is opposite to the first direction; and a cylinder head at an end of the cylinder bore in the first direction, the cylinder head defining a combustion chamber together with the cylinder wall and the piston, wherein, the piston includes a piston head which defines an end of the combustion chamber in the second direction, and a piston skirt extending in the second direction from an outer periphery of the piston head; the piston skirt has fiber flow lines; and the piston skirt is divided into a pair of skirt sections (42a,42b) positioned so that the cylinder axis is interposed therebetween along a radial direction, characterized in that an outer peripheral surface of the piston skirt is at least partially coated with a resin, wherein a length L of the piston skirt along the second direction and a diameter D of the cylinder bore satisfy the relationship L/D ≥ 0.3. a cylinder made of an aluminum alloy, the cylinder having a cylinder wall which defines a cylinder bore; a piston made of an aluminum alloy, the piston being accommodated in the cylinder bore and being capable of reciprocating in a first direction which is parallel to a cylinder axis and in a second direction which is opposite to the first direction; and a cylinder head at an end of the cylinder bore in the first direction, the cylinder head defining a combustion chamber together with the cylinder wall and the piston, wherein, the piston includes a piston head which defines an end of the combustion chamber in the second direction, and a piston skirt extending in the second direction from an outer periphery of the piston head; the piston skirt has fiber flow lines; and the piston skirt is divided into a pair of skirt sections (42a,42b) positioned so that the cylinder axis is interposed therebetween along a radial direction, characterized in that an outer peripheral surface of the piston skirt is at least partially coated with a resin, wherein a length L of the piston skirt along the second direction and a diameter D of the cylinder bore satisfy the relationship L/D ≥ 0.3.
A refrigeration appliance comprising: an assembly comprising an insulated cabinet comprising five closed faces and an open face providing access to an interior of the cabinet, a refrigeration system, and a door operatively rotationally connected to the insulated cabinet to selectively open or close the open face of the insulated cabinet, wherein the insulated cabinet comprises a wrapper formed from sheet metal, the cabinet at least in part being formed by folding sheet metal to form at least part of the wrapper, the five closed faces being rigidly joined, or continuous, in the case of folding, along their coincident edges to form at least part of the wrapper, characterised in that the assembly also includes a torsionally stiff structure comprising a sheet metal box that accommodates the refrigeration system or refrigeration system components, for example, at least a compressor, fixed to or comprising a closed bottom face or a closed top face of the wrapper, and the torsionally stiff structure stopping or restraining the closed cabinet face to which it is attached, or which it includes, from twisting and thereby substantially increasing torsional stiffness of the assembly beyond that of the insulated cabinet alone so that the insulated cabinet has an increased ability to resist twisting. an assembly comprising an insulated cabinet comprising five closed faces and an open face providing access to an interior of the cabinet, a refrigeration system, and a door operatively rotationally connected to the insulated cabinet to selectively open or close the open face of the insulated cabinet, wherein the insulated cabinet comprises a wrapper formed from sheet metal, the cabinet at least in part being formed by folding sheet metal to form at least part of the wrapper, the five closed faces being rigidly joined, or continuous, in the case of folding, along their coincident edges to form at least part of the wrapper, characterised in that the assembly also includes a torsionally stiff structure comprising a sheet metal box that accommodates the refrigeration system or refrigeration system components, for example, at least a compressor, fixed to or comprising a closed bottom face or a closed top face of the wrapper, and the torsionally stiff structure stopping or restraining the closed cabinet face to which it is attached, or which it includes, from twisting and thereby substantially increasing torsional stiffness of the assembly beyond that of the insulated cabinet alone so that the insulated cabinet has an increased ability to resist twisting.
An adeno-associated virus vector comprising an AAV capsid comprising at least an AAV8 vp3 capsid protein having a sequence comprising amino acids 204 to 738 of SEQ ID NO: 2 or an amino acid sequence at least 95% or at least 99% identical thereto, said capsid having packaged therein a minigene having an AAV inverted terminal repeat sequence and a heterologous gene operably linked to regulatory sequences which direct its expression in a host cell.
A liquid diversion assembly for a medical device that includes a housing, the liquid diversion assembly comprising: an end cap in association with the housing, the end cap comprising: a proximal panel proximal to the medical device in use, comprising a first interior surface a and a first exterior surface; a distal panel distal to the medical device in use, comprising a second interior surface a and a second exterior surface; at least one wall extending between the first interior surface and the second interior surface; at least one aperture for selective coupling with a compatible accessory, wherein the at least one aperture is between the second exterior surface and the second interior surface of the distal panel, characterized in that the end cap comprises at least one internal fluid passageway in fluid communication with the at least one aperture to divert liquid to an exterior of the housing, wherein the internal fluid passageway is at least in part defined by the at least one wall, the first interior surface, and the second interior surface. an end cap in association with the housing, the end cap comprising: a proximal panel proximal to the medical device in use, comprising a first interior surface a and a first exterior surface; a distal panel distal to the medical device in use, comprising a second interior surface a and a second exterior surface; at least one wall extending between the first interior surface and the second interior surface; at least one aperture for selective coupling with a compatible accessory, wherein the at least one aperture is between the second exterior surface and the second interior surface of the distal panel, a distal panel distal to the medical device in use, comprising a second interior surface a and a second exterior surface; at least one wall extending between the first interior surface and the second interior surface; at least one aperture for selective coupling with a compatible accessory, wherein the at least one aperture is between the second exterior surface and the second interior surface of the distal panel, characterized in that the end cap comprises at least one internal fluid passageway in fluid communication with the at least one aperture to divert liquid to an exterior of the housing, wherein the internal fluid passageway is at least in part defined by the at least one wall, the first interior surface, and the second interior surface.
A carbon composite agglomerate for producing reduced iron, the carbon composite agglomerate being used as a material for a moving hearth furnace for producing reduced iron, wherein, in the carbon composite agglomerate, a total content of SiO 2, Al 2 O 3, CaO, and MgO is 7 to 15 mass%, a MgO content is 0.1 to 6 mass%, a mass ratio of Al 2 O 3 /SiO 2 is 0.34 to 0.52, a mass ratio of CaO/SiO 2 is 0.25 to 1.5, and a C content Xc is set with the following formula such that 1 to 9 mass% of C remains in reduced iron produced from the carbon composite agglomerate: Xc = XcT + XcR where XcT = (12/16) · Xo; XcT represents a theoretical C amount necessary for completely reducing iron oxide and zinc oxide in the carbon composite agglomerate to the metals; XcR represents the amount of C remaining in reduced iron when the iron oxide and zinc oxide have been completely reduced to the metals with the theoretical C amount XcT; and Xo represents the total amount of oxygen of iron oxide and oxygen of zinc oxide in the carbon composite agglomerate.
An open sight for use on a weapon such as a handgun, the open sight comprising: rear sight means and front sight means for aiming the weapon at a target; the rear sight means comprising: (a) aiming mark means (5; 6) for aligning with the front sight means; and (b) illumination means (4; 14) for illuminating the front sight means and the aiming mark means (5; 6); characterized in that: the front sight means comprises reflective means for reflecting light back from the illumination means (4; 14). rear sight means and front sight means for aiming the weapon at a target; the rear sight means comprising: (a) aiming mark means (5; 6) for aligning with the front sight means; and (b) illumination means (4; 14) for illuminating the front sight means and the aiming mark means (5; 6); (a) aiming mark means (5; 6) for aligning with the front sight means; and (b) illumination means (4; 14) for illuminating the front sight means and the aiming mark means (5; 6);
A nacelle comprising: a thrust reverser comprising a translating sleeve (208; 604) configured to translate between a stowed position and a deployed position, the translating sleeve (208; 604) comprising a slat cutout (210; 610) formed therein; and a slat clearance door (204; 602) disposed at least partially covering the slat cutout (210; 610) when the translating sleeve (208; 604) is in the stowed position, the slat clearance door (204; 602) creating a generally continuous, smooth aerodynamic surface over the slat clearance door (204; 602) relative to the translating sleeve (208; 604), wherein the slat clearance door (204; 602) is configured to move in response to the thrust reverser being moved to the deployed position to expose a portion of the slat cutout (210; 610) to receive a portion of an aircraft wing slat (206; 606); wherein the slat clearance door (204; 602) is coupled to at least one of the translating sleeve (208; 604) or a hinge beam via a hinge (252; 704). a thrust reverser comprising a translating sleeve (208; 604) configured to translate between a stowed position and a deployed position, the translating sleeve (208; 604) comprising a slat cutout (210; 610) formed therein; and a slat clearance door (204; 602) disposed at least partially covering the slat cutout (210; 610) when the translating sleeve (208; 604) is in the stowed position, the slat clearance door (204; 602) creating a generally continuous, smooth aerodynamic surface over the slat clearance door (204; 602) relative to the translating sleeve (208; 604), wherein the slat clearance door (204; 602) is configured to move in response to the thrust reverser being moved to the deployed position to expose a portion of the slat cutout (210; 610) to receive a portion of an aircraft wing slat (206; 606); wherein the slat clearance door (204; 602) is coupled to at least one of the translating sleeve (208; 604) or a hinge beam via a hinge (252; 704).
A steel material which has a chemical composition consisting of, in mass percent, C: 0.05 - 0.35%, Si: at most 0.5%, Mn: 0.5 - 2.5%, P: at most 0.03%, S: at most 0.01%, sol. Al: at most 0.1%, N: at most 0.01%, B: 0 - 0.005%, Ti: 0 - 0.1%, Cr: 0 - 0.5%, Nb: 0 - 0.1%, Ni: 0 - 1.0%, Mo: 0 - 0.5%, and a remainder of Fe and impurities and which has a steel structure containing carbides, with the spheroidization ratio of the carbides being 0.60 - 0.90, wherein the number density of the carbides is at least 0.50 carbides per μm 2, and wherein the proportion of the number of coarse carbides having a particle diameter of at least 0.5 μm in the carbides is at most 0.15.
A compound having the following structure: or a stereoisomer, pharmaceutically acceptable salt or tautomer thereof, wherein: R 1 is haloalkyl, cycloalkyl, halo, nitrile or amino; R 2 is H or halo; R 3 is heterocyclylalkyl, alkyl, alkoxyalkyl, cycloalkoxyalkyl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heteroaryl, heteroarylalkyl or aralkyl R 4 is aryl or heteroaryl R 5 and R 6 are each independently H or alkyl. R 1 is haloalkyl, cycloalkyl, halo, nitrile or amino; R 2 is H or halo; R 3 is heterocyclylalkyl, alkyl, alkoxyalkyl, cycloalkoxyalkyl, cycloalkyl, cycloalkylalkyl, heterocyclyl, heteroaryl, heteroarylalkyl or aralkyl R 4 is aryl or heteroaryl R 5 and R 6 are each independently H or alkyl.
An absorbent article comprising a chassis comprising a topsheet, a backsheet, and an absorbent core disposed between the topsheet and backsheet; and wherein the backsheet comprises a film comprising an odor absorbing material, wherein the article comprises: a. one or more adhesives forming an aggregate adhesive content; and b. wherein the odor absorbing material forms an aggregate odor absorber content; and c. wherein the ratio of the aggregate odor absorbent content to the aggregate adhesive content is 0.5% to 10%; wherein the film comprises a plurality of micropores, and wherein the odor absorbing material is disposed in one or more of the micropores, and wherein the odor absorbing material comprises zeolites. a. one or more adhesives forming an aggregate adhesive content; and b. wherein the odor absorbing material forms an aggregate odor absorber content; and c. wherein the ratio of the aggregate odor absorbent content to the aggregate adhesive content is 0.5% to 10%;
An aerosol delivery system, comprising: a control body (102; 202; 502; 702) for an aerosol delivery device, the control body (102; 202; 502; 702) comprising processing circuitry (310; 510); and an accessory cartridge (328; 504; 704) carrying control information that is readable by the processing circuitry (310; 510); wherein the control body (102; 202; 502; 702) further comprises a cartridge engaging portion configured to removably engage a cartridge that comprises a consumable arrangement comprising aerosol precursor composition and at least one heating element (134; 234) operably engaged therewith; and the control body cartridge engaging portion is also configured to removably engage the accessory cartridge (328; 504; 704) that does not comprise aerosol precursor composition or a heating element; and wherein the processing circuitry (310; 510) is configured to at least: read the control information carried by the accessory cartridge (328; 504; 704) when the control body (102; 202; 502; 702) and accessory cartridge (328; 504; 704) are engaged; and perform an action based at least in part on the control information; and wherein the accessory cartridge (328; 504; 704) is configured to cause performance of the action when engaged with the control body (102; 202; 502; 702). a control body (102; 202; 502; 702) for an aerosol delivery device, the control body (102; 202; 502; 702) comprising processing circuitry (310; 510); and an accessory cartridge (328; 504; 704) carrying control information that is readable by the processing circuitry (310; 510); wherein the control body (102; 202; 502; 702) further comprises a cartridge engaging portion configured to removably engage a cartridge that comprises a consumable arrangement comprising aerosol precursor composition and at least one heating element (134; 234) operably engaged therewith; and the control body cartridge engaging portion is also configured to removably engage the accessory cartridge (328; 504; 704) that does not comprise aerosol precursor composition or a heating element; and wherein the processing circuitry (310; 510) is configured to at least: read the control information carried by the accessory cartridge (328; 504; 704) when the control body (102; 202; 502; 702) and accessory cartridge (328; 504; 704) are engaged; and perform an action based at least in part on the control information; and read the control information carried by the accessory cartridge (328; 504; 704) when the control body (102; 202; 502; 702) and accessory cartridge (328; 504; 704) are engaged; and perform an action based at least in part on the control information; and wherein the accessory cartridge (328; 504; 704) is configured to cause performance of the action when engaged with the control body (102; 202; 502; 702).
A method of treating water that contains a target anion, the method comprising: providing a treatment composition solution containing a metal treatment agent; mixing the treatment composition solution with the water; then increasing the pH of the mixture of the treatment composition solution and water to a first pH that is greater than 7.5 thereby precipitating the metal treatment agent to form a slurry; then adjusting the pH of the slurry to a second pH that is less than 4.5 thereby causing the target anion to adsorb onto the precipitated metal treatment agent; and then physically separating the precipitated metal treatment agent with the adsorbed target anion from the water. providing a treatment composition solution containing a metal treatment agent; mixing the treatment composition solution with the water; then increasing the pH of the mixture of the treatment composition solution and water to a first pH that is greater than 7.5 thereby precipitating the metal treatment agent to form a slurry; then adjusting the pH of the slurry to a second pH that is less than 4.5 thereby causing the target anion to adsorb onto the precipitated metal treatment agent; and then physically separating the precipitated metal treatment agent with the adsorbed target anion from the water.
A radio frequency identification, RFID, device, comprising: a booster antenna adapted to extend the operational range of the RFID device; a first radio frequency, RF, module comprising a first integrated circuit and a first conductive trace pattern, wherein at least a portion of the first conductive trace pattern is adapted to electrically couple to a coupling region of the booster antenna when the coupling region of the booster antenna is located in a first position relative to the first conductive trace pattern; characterized by a second RF module comprising a second integrated circuit and a second conductive trace pattern, wherein at least a portion of the second conductive trace pattern is adapted to electrically couple to the coupling region of the booster antenna when the coupling region of the booster antenna is located in a second position relative to the second conductive trace pattern; and a switching mechanism adapted to change the position of the coupling region of the booster antenna between the first position associated with the first RF module and the second position associated with the second RF module. a booster antenna adapted to extend the operational range of the RFID device; a first radio frequency, RF, module comprising a first integrated circuit and a first conductive trace pattern, wherein at least a portion of the first conductive trace pattern is adapted to electrically couple to a coupling region of the booster antenna when the coupling region of the booster antenna is located in a first position relative to the first conductive trace pattern; characterized by a second RF module comprising a second integrated circuit and a second conductive trace pattern, wherein at least a portion of the second conductive trace pattern is adapted to electrically couple to the coupling region of the booster antenna when the coupling region of the booster antenna is located in a second position relative to the second conductive trace pattern; and a switching mechanism adapted to change the position of the coupling region of the booster antenna between the first position associated with the first RF module and the second position associated with the second RF module.