mhurhangee/ep-ind-claims huggingface dataset:
A motor rotor comprising: a hollow cylindrical motor shaft, a hollow cylindrical permanent magnet surrounding the motor shaft around an axis, and a hollow cylindrical outer sleeve surrounding the permanent magnet in a fastening state around the axis, wherein the permanent magnet is fitted to an outer periphery of the motor shaft in accordance with a close fitting, and wherein at least one end portion of the outer sleeve protrudes further in an axial direction than an end surface of the permanent magnet, characterized in that, the end portion or both end portions of the outer sleeve are pruned sufficiently to correct a rotating balance of the motor rotor. a hollow cylindrical motor shaft, a hollow cylindrical permanent magnet surrounding the motor shaft around an axis, and a hollow cylindrical outer sleeve surrounding the permanent magnet in a fastening state around the axis, wherein the permanent magnet is fitted to an outer periphery of the motor shaft in accordance with a close fitting, and wherein at least one end portion of the outer sleeve protrudes further in an axial direction than an end surface of the permanent magnet, characterized in that, the end portion or both end portions of the outer sleeve are pruned sufficiently to correct a rotating balance of the motor rotor.
A muffler for a gas concentrator, comprising: a pressure sensitive gas valve, wherein in an open position of the valve gas flow is substantially through an open portion of the valve; and, characterized by a housing made from a porous material holding the valve; wherein in a closed position of the valve gas flow is directed substantially through the porous housing, muffling the sound produced by the flowing gas. a pressure sensitive gas valve, wherein in an open position of the valve gas flow is substantially through an open portion of the valve; and, characterized by a housing made from a porous material holding the valve; wherein in a closed position of the valve gas flow is directed substantially through the porous housing, muffling the sound produced by the flowing gas.
A pharmaceutically acceptable liquid composition comprising 2.5% to 7% by weight levodopa; up to 2% by weight carbidopa; 5% to 18% by weight arginine; and 0.25% to 3% by weight ascorbic acid or a pharmaceutically acceptable salt thereof, wherein said composition has a pH of 9.1 to 9.8 at 25°C, and the molar ratio of levodopa plus carbidopa to the arginine is 1:1.8 to 1:3.5.
A display device comprising: sub-pixels (PXL1, PXL2, PXL3) disposed in a display area; dummy pixels (DP1, DP2, DP3) disposed in a non-display area; a first bank comprising openings, each opening corresponding to a sub-pixel; a second bank comprising openings, each opening corresponding to a dummy pixel; a color conversion layer disposed in the openings of the first bank; and an organic layer disposed in the openings of the second bank, characterised in that a difference between a thickness of the second bank and a thickness of the organic layer is about 5 μm or less. sub-pixels (PXL1, PXL2, PXL3) disposed in a display area; dummy pixels (DP1, DP2, DP3) disposed in a non-display area; a first bank comprising openings, each opening corresponding to a sub-pixel; a second bank comprising openings, each opening corresponding to a dummy pixel; a color conversion layer disposed in the openings of the first bank; and an organic layer disposed in the openings of the second bank,
A double barrier pipe assembly comprising an inner primary pipe for transferring liquid or gas and an outer secondary pipe surrounding the inner pipe, the end of the inner pipe extending further than the end of the outer pipe, characterized in that the assembly comprises a cup equipped with a duct to receive the outer pipe allowing the cup to slide along the outer pipe to allow to connect and fix the inner pipe to a tank, the duct further having a space to receive an inner pipe joint fitting when the cup is slid back along the outer pipe after the inner pipe has been fixed, the inner pipe joint fitting means used for fixing the inner pipe to the tank or to a base flange attached to the tank or to receive a welding or soldering between the inner pipe and the tank, the assembly comprising means for attaching the cup to the base flange or the tank.
A hand held plasma applicator for a plasma sterilisation system, the applicator comprising: an enclosed plasma generating region having: a gas inlet for receiving gas from a gas feed, an energy inlet for receiving microwave energy, and an outlet for delivering plasma out of the plasma generating region towards matter to be sterilised; a microwave connector for launching microwave power from a microwave cable into the energy inlet; and an impedance adjustor arranged to control the impedance within the plasma generating region beyond the microwave connector when gas and microwave energy are delivered thereto, characterised in that: the impedance adjustor comprises a variable capacitance connected in shunt to the plasma generating region relative to a microwave energy propagation path from the energy inlet to the outlet. an enclosed plasma generating region having: a gas inlet for receiving gas from a gas feed, an energy inlet for receiving microwave energy, and an outlet for delivering plasma out of the plasma generating region towards matter to be sterilised; a gas inlet for receiving gas from a gas feed, an energy inlet for receiving microwave energy, and an outlet for delivering plasma out of the plasma generating region towards matter to be sterilised; a microwave connector for launching microwave power from a microwave cable into the energy inlet; and an impedance adjustor arranged to control the impedance within the plasma generating region beyond the microwave connector when gas and microwave energy are delivered thereto, characterised in that: the impedance adjustor comprises a variable capacitance connected in shunt to the plasma generating region relative to a microwave energy propagation path from the energy inlet to the outlet.
An ultra-violet curable pressure sensitive adhesive comprising an acrylic polymer and a cationic photoinitiator, wherein said acrylic polymer comprises: (i) an acrylic monomer consisting of an acrylic or methacrylic acid derivative of the formula CH 2 =CH(R 1)(COOR 2), wherein R 1 is H or CH 3 and R 2 is C 1-20 alkyl chain: (ii) a monomer, wherein the monomer (a) comprises a pendant reactive functional groups selected from both cycloaliphatic epoxide, oxetane, benzophenone or mixtures thereof, and mono-substituted oxirane, and (b) wherein said monomer contains from 0.001 to 0.015 equivalent per 100g of said acrylic polymer; and said acrylic polymer is free of multi-(meth)acrylate. (i) an acrylic monomer consisting of an acrylic or methacrylic acid derivative of the formula CH 2 =CH(R 1)(COOR 2), wherein R 1 is H or CH 3 and R 2 is C 1-20 alkyl chain: (ii) a monomer, wherein the monomer (a) comprises a pendant reactive functional groups selected from both cycloaliphatic epoxide, oxetane, benzophenone or mixtures thereof, and mono-substituted oxirane, and (b) wherein said monomer contains from 0.001 to 0.015 equivalent per 100g of said acrylic polymer;
A system for facilitating a tool operation, comprising: a tool; a remotely locatable device (210, 210', 280, 860) positioned on the tool; and a computing device (250, 600) capable of determining a point location of the remotely locatable device (210, 210', 280, 860) relative to the computing device (250, 600), the computing device (250, 600) also capable of receiving and storing data representing at least one work point location where the tool is to perform a construction operation; characterized by: a support mechanism (500, 805) for supporting and automatically positioning the tool, the support mechanism (500, 805) including a signal receiver for receiving a signal from the computing device (250, 600); wherein the support mechanism (500, 805) is configured to receive a signal from the computing device (250, 600) to instruct the support mechanism (500, 805) to move the tool or the remotely locatable device (210, 210', 280, 860) toward the at least one work point location. a tool; a remotely locatable device (210, 210', 280, 860) positioned on the tool; and a computing device (250, 600) capable of determining a point location of the remotely locatable device (210, 210', 280, 860) relative to the computing device (250, 600), the computing device (250, 600) also capable of receiving and storing data representing at least one work point location where the tool is to perform a construction operation; characterized by: a support mechanism (500, 805) for supporting and automatically positioning the tool, the support mechanism (500, 805) including a signal receiver for receiving a signal from the computing device (250, 600); wherein the support mechanism (500, 805) is configured to receive a signal from the computing device (250, 600) to instruct the support mechanism (500, 805) to move the tool or the remotely locatable device (210, 210', 280, 860) toward the at least one work point location. a support mechanism (500, 805) for supporting and automatically positioning the tool, the support mechanism (500, 805) including a signal receiver for receiving a signal from the computing device (250, 600); wherein the support mechanism (500, 805) is configured to receive a signal from the computing device (250, 600) to instruct the support mechanism (500, 805) to move the tool or the remotely locatable device (210, 210', 280, 860) toward the at least one work point location.
A water jacket spacer that is inserted into a groove-like coolant passage provided to a cylinder block that is provided to an internal combustion engine, the water jacket spacer comprising a main body (2, 32a, 32b, 32c, 32d) that has a shape that conforms to the groove-like coolant passage, and either or both of an inner wall-side contact member (6, 36b, 36c, 36d) and an outer wall-side contact member (4, 34a, 34c, 34d), characterized in that: the inner wall-side contact member (6, 36b, 36c, 36d) being disposed on an inner wall-side wall formed on an inner wall side of the main body (2, 32a, 32b, 32c, 32d) along a longitudinal direction of an inner wall of the main body (2, 32a, 32b, 32c, 32d), and coming into contact with a cylinder bore-side wall surface of the groove-like coolant passage to divide the groove-like coolant passage situated on an inner side with respect to the water jacket spacer into an upper part and a lower part, and the outer wall-side contact member (4, 34a, 34c, 34d) being disposed on an outer wall-side wall formed on an outer wall side of the main body (2, 32a, 32b, 32c, 32d) along a longitudinal direction of an outer wall of the main body (2, 32a, 32b, 32c, 32d), and coming into contact with an outer wall surface of the groove-like coolant passage to divide the groove-like coolant passage situated on an outer side with respect to the water jacket spacer into an upper part and a lower part. the inner wall-side contact member (6, 36b, 36c, 36d) being disposed on an inner wall-side wall formed on an inner wall side of the main body (2, 32a, 32b, 32c, 32d) along a longitudinal direction of an inner wall of the main body (2, 32a, 32b, 32c, 32d), and coming into contact with a cylinder bore-side wall surface of the groove-like coolant passage to divide the groove-like coolant passage situated on an inner side with respect to the water jacket spacer into an upper part and a lower part, and the outer wall-side contact member (4, 34a, 34c, 34d) being disposed on an outer wall-side wall formed on an outer wall side of the main body (2, 32a, 32b, 32c, 32d) along a longitudinal direction of an outer wall of the main body (2, 32a, 32b, 32c, 32d), and coming into contact with an outer wall surface of the groove-like coolant passage to divide the groove-like coolant passage situated on an outer side with respect to the water jacket spacer into an upper part and a lower part.
Wind generator of compressed air, comprising: - a rotor comprising at least one wind blade, joined at one end to a rotation shaft having a rotation axis (X-X) and suitable to be driven so as to rotate around said rotation axis (X-X), under the influence of a flow of air, - at least one air compressor operatively connected to said rotation shaft so as to be driven by the rotation of the rotor to produce compressed air, said air compressor being positioned behind the rotor in relation to the direction which the flow of air acting on said rotor comes from, - an air conveyor which surrounds and contains the air compressor at least partially and having at least one entrance aperture suitable to convey on the air compressor part of the flow of air acting on the rotor, and at least one exit aperture suitable to convey the flow of air in exit at the rear to the air compressor, and - a rear rudder positioned downstream of the air compressor to direct the rotor perpendicular to the air flow; wherein the rotation shaft, the air compressor, the air conveyor and the rudder are supported by a support arm rotatably mounted in relation to a vertical orientation axis (Z-Z) so as to be able to tilt under the effect of the thrust of the air flow acting on the rear rudder; said wind generator being characterized in that the rear rudder is hinged to the support arm, so as to be rotatable in a position substantially orthogonal to said arm, and in that said rotation of the rudder is triggered by an electro-pneumatic safety device controlled by a dedicated control unit which receives in input an electric signal coming from a wind speed detector. - a rotor comprising at least one wind blade, joined at one end to a rotation shaft having a rotation axis (X-X) and suitable to be driven so as to rotate around said rotation axis (X-X), under the influence of a flow of air, - at least one air compressor operatively connected to said rotation shaft so as to be driven by the rotation of the rotor to produce compressed air, said air compressor being positioned behind the rotor in relation to the direction which the flow of air acting on said rotor comes from, - an air conveyor which surrounds and contains the air compressor at least partially and having at least one entrance aperture suitable to convey on the air compressor part of the flow of air acting on the rotor, and at least one exit aperture suitable to convey the flow of air in exit at the rear to the air compressor, and - a rear rudder positioned downstream of the air compressor to direct the rotor perpendicular to the air flow;
A balloon catheter comprising: a shaft having a distal end and a proximal end, an expandable balloon mounted at the distal end of the shaft, the shaft having an inflation lumen extending therethrough in fluid communication with an interior region of the balloon, wherein at least a length of an outer surface of the balloon comprises a working surface adapted to dilate a vessel wall, a cutting device comprising at least one cutting element, the cutting element contacting the outer surface of the balloon at the working surface when the balloon is in an expanded state, and characterised by a composition comprising a bioactive in contact with or adjacent to the cutting element. a shaft having a distal end and a proximal end, an expandable balloon mounted at the distal end of the shaft, the shaft having an inflation lumen extending therethrough in fluid communication with an interior region of the balloon, wherein at least a length of an outer surface of the balloon comprises a working surface adapted to dilate a vessel wall, a cutting device comprising at least one cutting element, the cutting element contacting the outer surface of the balloon at the working surface when the balloon is in an expanded state, and characterised by a composition comprising a bioactive in contact with or adjacent to the cutting element.
A modular shielding system comprising a plurality of panels arranged adjacent to each other, wherein each panel comprises a base element and a movable element slidably restrained to said base element in a vertical direction thereof, the system further comprising a plurality of sealing members arranged along vertical edges of the movable elements of adjacent panels, characterized in that the movable elements of the panels are frameless windows and in that the sealing members are made of a transparent material.
Use of a ketone body ester comprising a monoester of -3-hydroxybutyrate with an alcohol comprising R-1,3-butanediol in maintaining or improving the muscle power output of a healthy subject.
A delivery device (12, 140) comprising: a source of pressurized fluid; a nozzle which defines an outlet; a fluid pathway which fluidly connects the source of pressurized fluid with the nozzle outlet for delivery of a spray of fluid from the nozzle outlet; a delivery mechanism which releases a dose of particles into the fluid pathway from an associated cartridge, such that the dose of the particles is carried by the pressurized fluid through the nozzle outlet in the spray, the particles comprising a dental care agent, said delivery device being characterised in that the delivery mechanism includes a slider which receives the dose of particles from the cartridge, the slider being movable, relative to the cartridge, between first and second positions, wherein in the first position, the particles are received from the cartridge by the slider, and wherein in the second position, the particles are carried from the slider by the pressurized fluid. a source of pressurized fluid; a nozzle which defines an outlet; a fluid pathway which fluidly connects the source of pressurized fluid with the nozzle outlet for delivery of a spray of fluid from the nozzle outlet; a delivery mechanism which releases a dose of particles into the fluid pathway from an associated cartridge, such that the dose of the particles is carried by the pressurized fluid through the nozzle outlet in the spray, the particles comprising a dental care agent, said delivery device being characterised in that the delivery mechanism includes a slider which receives the dose of particles from the cartridge, the slider being movable, relative to the cartridge, between first and second positions, wherein in the first position, the particles are received from the cartridge by the slider, and wherein in the second position, the particles are carried from the slider by the pressurized fluid.
A positive electrode precursor for a nonaqueous lithium electric storage element, wherein "positive electrode precursor" is defined as referring to the state of the positive electrode before an alkali metal doping step to a negative electrode in said nonaqueous lithium electric storage element, said positive electrode precursor having a current collector and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer comprises all of a carbon material, lithium transition metal oxide, and an alkali metal compound, a weight proportion A 1 of the carbon material in the positive electrode active material layer accounts for 15% by weight or greater and 65% by weight or less, a weight proportion A 2 of the lithium transition metal oxide in the positive electrode active material layer accounts for 5% by weight or greater and 35% by weight or less, a weight proportion A 3 of the alkali metal compound in the positive electrode active material layer accounts for 10% by weight or greater and 50% by weight or less, A 2 /A 1 is 0.10 or greater and 2.00 or less, A 1 /A 3 is 0.50 or greater and 3.00 or less, and the positive electrode active material layer has a peel strength of 0.02 N/cm or greater and 3.00 N/cm or less, and the alkali metal compound is one or more selected from the group consisting of lithium carbonate, sodium carbonate, and potassium carbonate. said positive electrode precursor having a current collector and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer comprises all of a carbon material, lithium transition metal oxide, and an alkali metal compound, a weight proportion A 1 of the carbon material in the positive electrode active material layer accounts for 15% by weight or greater and 65% by weight or less, a weight proportion A 2 of the lithium transition metal oxide in the positive electrode active material layer accounts for 5% by weight or greater and 35% by weight or less, a weight proportion A 3 of the alkali metal compound in the positive electrode active material layer accounts for 10% by weight or greater and 50% by weight or less, A 2 /A 1 is 0.10 or greater and 2.00 or less, A 1 /A 3 is 0.50 or greater and 3.00 or less, and the positive electrode active material layer has a peel strength of 0.02 N/cm or greater and 3.00 N/cm or less, and the alkali metal compound is one or more selected from the group consisting of lithium carbonate, sodium carbonate, and potassium carbonate.
A syringe stopper comprising: an elastomeric body; a barrier comprising a first expanded fluoropolymer layer, characterized in that the barrier further comprises a second expanded fluoropolymer layer wherein said first expanded fluoropolymer is bonded to the elastomeric body and said second expanded fluoropolymer layer is bonded to said first expanded fluoropolymer layer, wherein said first expanded fluoropolymer layer is expanded polytetrafluoroethylene (ePTFE) film and has a first density and is positioned on said elastomeric body; said second expanded fluoropolymer layer is expanded polytetrafluoroethylene film and has a second density and is positioned on said first expanded fluoropolymer layer; and said second density is greater than said first density. an elastomeric body; a barrier comprising a first expanded fluoropolymer layer, characterized in that the barrier further comprises a second expanded fluoropolymer layer wherein said first expanded fluoropolymer is bonded to the elastomeric body and said second expanded fluoropolymer layer is bonded to said first expanded fluoropolymer layer, wherein said first expanded fluoropolymer layer is expanded polytetrafluoroethylene (ePTFE) film and has a first density and is positioned on said elastomeric body; said second expanded fluoropolymer layer is expanded polytetrafluoroethylene film and has a second density and is positioned on said first expanded fluoropolymer layer; and said second density is greater than said first density.
A method for providing a wear-resistant material on a body, the method comprising the steps of: providing a body made of glass, ceramic or glass-ceramic, wherein the body comprises a main body having a main body surface and a plurality of unfinished burls projecting from the main body surface, each unfinished burl having a distal end surface; providing a wear-resistant material having a hardness of more than 20 GPa; brazing or laser welding the wear-resistant material to the body; and characterized in that the wear-resistant material is provided on the distal end surface of each of the plurality of unfinished burls so as to form a support structure comprising a plurality of burls. providing a body made of glass, ceramic or glass-ceramic, wherein the body comprises a main body having a main body surface and a plurality of unfinished burls projecting from the main body surface, each unfinished burl having a distal end surface; providing a wear-resistant material having a hardness of more than 20 GPa; brazing or laser welding the wear-resistant material to the body; and characterized in that the wear-resistant material is provided on the distal end surface of each of the plurality of unfinished burls so as to form a support structure comprising a plurality of burls.