mhurhangee/ep-ind-claims huggingface dataset:
Use of a dispersant viscosity modifier to improve film thickness and/or antiwear performance of an engine lubricating composition, the lubricating composition comprising: an oil of lubricating viscosity; and at least 0.05 wt. % of an oil-soluble dispersant viscosity modifier comprising: an olefin-based polymer backbone, the olefin-based polymer backbone comprising an ethylene-propylene copolymer, and at least one pendent group derived from aminoethyl ethylene urea, wherein each of the at least one pendent groups is independently attached to the olefin-based polymer backbone by a succinimide linkage through a linking unit derived from maleic anhydride; and wherein each of the at least one pendent groups is non-ionic, non-basic, and non-acidic. an oil of lubricating viscosity; and at least 0.05 wt. % of an oil-soluble dispersant viscosity modifier comprising: an olefin-based polymer backbone, the olefin-based polymer backbone comprising an ethylene-propylene copolymer, and at least one pendent group derived from aminoethyl ethylene urea, wherein each of the at least one pendent groups is independently attached to the olefin-based polymer backbone by a succinimide linkage through a linking unit derived from maleic anhydride; and wherein each of the at least one pendent groups is non-ionic, non-basic, and non-acidic. an olefin-based polymer backbone, the olefin-based polymer backbone comprising an ethylene-propylene copolymer, and at least one pendent group derived from aminoethyl ethylene urea, wherein each of the at least one pendent groups is independently attached to the olefin-based polymer backbone by a succinimide linkage through a linking unit derived from maleic anhydride; and wherein each of the at least one pendent groups is non-ionic, non-basic, and non-acidic.
An aircraft engine pylon comprising: a fitting; a panel located below the fitting; a shear pin at least partially coupling the fitting and the panel; and tension fasteners at least partially coupling the fitting and the panel; the tension fasteners define a primary tension force load path for tension forces acting between the fitting and the panel; the shear pin defines a primary shear force load path for shear forces acting between the fitting and the panel; characterized in that the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit. a fitting; a panel located below the fitting; a shear pin at least partially coupling the fitting and the panel; and tension fasteners at least partially coupling the fitting and the panel; the tension fasteners define a primary tension force load path for tension forces acting between the fitting and the panel; the shear pin defines a primary shear force load path for shear forces acting between the fitting and the panel; characterized in that the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit. the panel and the fitting include corresponding pin openings for the shear pin to be inserted into and where the pin openings are sized such that the shear pin presses against the pin openings; and the panel and the fitting include corresponding fastener openings for the tension fasteners to extend through and the fastener openings are wider than portions of the tension fasteners extending there through to form a clearance fit.
Use of a composition including: (i) adenosine; and (ii) lignocaine; in the manufacture of a medicament for reducing injury to cells, tissues or organs in a person suffering injury to cells, tissues or organs resulting from hemorrhagic shock as a consequence of trauma; wherein, said injury is reduced by the administration of the composition following the trauma. (i) adenosine; and (ii) lignocaine;
Non-therapeutic cosmetic use of N-acetylaspartic acid, wherein the use is in the treatment of, and/or prevention of, at least one sign of skin ageing, wherein the sign of skin ageing is present on skin of the face, body or the scalp of a subject, wherein the at least one sign of skin ageing is produced by intrinsic biological aging (natural ageing) or photo-induced ageing (actinic ageing), and wherein the at least one sign of skin ageing is chosen from wrinkles, fine lines, wizened skin, skin laxity associated with collagen loss or destruction, loss or reduction in skin integrity, lack of skin elasticity, lack of skin tone, thinned skin, sagging skin, skin suffering from degradation of collagen fibres, flaccid skin.
A liquid filled bottle, comprising a cover member and a plastic bottle having a body and a narrow opening sealed by the cover member, the cover member comprising: - a closing portion comprising a peelable foil sealing the narrow opening of the bottle in an annular area, the closing portion having a circumference defined by an outer edge of said annular area, the closing portion defining a first surface that is substantially planar and delimited by said circumference; and - a label portion that defines a second surface (S2, S2'), the label portion and the closing portion being parts of a single piece foil; wherein the second surface (S2, S2') is entirely offset relative to said annular area, the ratio between the second surface and the first surface being at least 1:2. - a closing portion comprising a peelable foil sealing the narrow opening of the bottle in an annular area, the closing portion having a circumference defined by an outer edge of said annular area, the closing portion defining a first surface that is substantially planar and delimited by said circumference; and - a label portion that defines a second surface (S2, S2'), the label portion and the closing portion being parts of a single piece foil; wherein the second surface (S2, S2') is entirely offset relative to said annular area, the ratio between the second surface and the first surface being at least 1:2.
A method, comprising: injecting a quantity of a reagent with a dosing system over a dosing cycle in response to a dosing command to treat an exhaust gas in an exhaust system that includes a selective catalytic reduction catalyst, wherein the dosing system includes a pump operating via feedback control to maintain a generally stable pressure of the reagent downstream of the pump during the dosing cycle, wherein injecting the quantity of the reagent includes: suspending pressure feedback control of the pump during a diagnostic dosing period t 22 within the dosing cycle while maintaining a pump speed; injecting a portion of the quantity of the reagent while suspending pressure feedback control during the diagnostic dosing period t 22; and determining a fault condition of the dosing system in satisfying the dosing command in response to a pressure drop of the dosing system during the diagnostic dosing period t 22. injecting a quantity of a reagent with a dosing system over a dosing cycle in response to a dosing command to treat an exhaust gas in an exhaust system that includes a selective catalytic reduction catalyst, wherein the dosing system includes a pump operating via feedback control to maintain a generally stable pressure of the reagent downstream of the pump during the dosing cycle, wherein injecting the quantity of the reagent includes: suspending pressure feedback control of the pump during a diagnostic dosing period t 22 within the dosing cycle while maintaining a pump speed; injecting a portion of the quantity of the reagent while suspending pressure feedback control during the diagnostic dosing period t 22; and determining a fault condition of the dosing system in satisfying the dosing command in response to a pressure drop of the dosing system during the diagnostic dosing period t 22. suspending pressure feedback control of the pump during a diagnostic dosing period t 22 within the dosing cycle while maintaining a pump speed; injecting a portion of the quantity of the reagent while suspending pressure feedback control during the diagnostic dosing period t 22; and determining a fault condition of the dosing system in satisfying the dosing command in response to a pressure drop of the dosing system during the diagnostic dosing period t 22.
An aqueous ophthalmic pharmaceutical composition comprising tramadol or a pharmaceutically acceptable salt thereof, characterized in that the concentration of tramadol is comprised between 0.04% (w/v) and 0.07% (w/v), expressed as equivalent concentration of tramadol hydrochloride, and wherein tramadol is the only active ingredient of the composition.
A method for transmitting and receiving signals by a user equipment, UE, (100, 400) operating in a wireless communication system, the method comprising: transmitting a physical random access channel, PRACH; and receiving a random access response, RAR, based on the PRACH, wherein the PRACH is transmitted on a first RACH occasion, RO, among a plurality of ROs, wherein a starting frequency position of the first RO is determined based on a value obtained by adding a lowest Resource Block, RB, index of a first RB set including the first RO and an offset value, wherein the offset value is identical to a value obtained by subtracting a lowest RB index of a second RB set including a second RO positioned at the lowest frequency among the plurality of ROs from a starting RB index of the second RO, wherein the first RB set and the second RB set are included in RB sets, wherein each of the RB sets is a contiguous set of RBs in a shared spectrum, and wherein a channel access procedure for the shared spectrum is performed in an RB set included in the RB sets. transmitting a physical random access channel, PRACH; and receiving a random access response, RAR, based on the PRACH, wherein the PRACH is transmitted on a first RACH occasion, RO, among a plurality of ROs, wherein a starting frequency position of the first RO is determined based on a value obtained by adding a lowest Resource Block, RB, index of a first RB set including the first RO and an offset value, wherein the offset value is identical to a value obtained by subtracting a lowest RB index of a second RB set including a second RO positioned at the lowest frequency among the plurality of ROs from a starting RB index of the second RO, wherein the first RB set and the second RB set are included in RB sets, wherein each of the RB sets is a contiguous set of RBs in a shared spectrum, and wherein a channel access procedure for the shared spectrum is performed in an RB set included in the RB sets.
A method of positioning an implant analog (1606, 2102) in a modified stone model (1700, 1900) of a patient's dentition for use in creating a patient specific prosthesis, comprising: - creating, on a CAD program, a three-dimensional computer model of at least two teeth in the patient's mouth and an implant installation site near the at least two teeth; - determining the location and orientation of a dental implant within the implant installation site; - developing, on the CAD program, a three-dimensional image of an abutment for mating with the dental implant in the patient's mouth; characterised by further comprising: - generating implant analog positional information on the CAD program; - attaching an implant analog to the abutment on the CAD program; - transferring the implant analog positional information to a robot manipulator; - modifying a stone model by removing model markers of the stone model; - placing the implant analog on the modified stone model (1700, 1900) using the robot manipulator and the implant analog positional information. - creating, on a CAD program, a three-dimensional computer model of at least two teeth in the patient's mouth and an implant installation site near the at least two teeth; - determining the location and orientation of a dental implant within the implant installation site; - developing, on the CAD program, a three-dimensional image of an abutment for mating with the dental implant in the patient's mouth; - generating implant analog positional information on the CAD program; - attaching an implant analog to the abutment on the CAD program; - transferring the implant analog positional information to a robot manipulator; - modifying a stone model by removing model markers of the stone model; - placing the implant analog on the modified stone model (1700, 1900) using the robot manipulator and the implant analog positional information.
Aluminium oxyhydroxide for use in the treatment and prevention of Alzheimer's Disease, wherein the aluminium oxyhydroxide is contained in a pharmaceutical preparation, and wherein said preparation contains aluminium oxyhydroxide as the single effective ingredient.
Liquid ejection device for a vehicle washing facility; having a storage volume (4, 204); a first supply line (1, 101, 201) coupled upstream to the storage volume (4, 204) for supplying a first liquid; a supply unit coupled upstream to the storage volume (4, 204) for supplying a second liquid; and a removal line coupled downstream to the storage volume (4, 204) for discharging a liquid to be ejected, with a shut-off device (15, 215) for shutting off a liquid flow through the removal line; wherein the storage volume (4, 204) is sealed gas-tightly, so that an increase in an internal gas pressure occurs in the storage volume (4, 204) when the first and/or second liquid is introduced; the liquid ejection device comprises a detection unit for detecting the supplied volume of the second liquid into the storage volume (4, 204) and the internal gas pressure in the storage volume (4, 204); a control unit coupled to the detection unit and the supply unit controls the supply of the second liquid on the basis of the detected supplied volume of the second liquid and the internal gas pressure in such a way that a predetermined mixing ratio of the first and second liquid is achieved in the storage volume (4, 204); and the supply unit comprises a pressure detection element for detecting the internal gas pressure, characterised in that the pressure detection element is designed to detect a power consumption of the supply unit and to detect the internal gas pressure on the basis of the power consumption. a storage volume (4, 204); a first supply line (1, 101, 201) coupled upstream to the storage volume (4, 204) for supplying a first liquid; a supply unit coupled upstream to the storage volume (4, 204) for supplying a second liquid; and a removal line coupled downstream to the storage volume (4, 204) for discharging a liquid to be ejected, with a shut-off device (15, 215) for shutting off a liquid flow through the removal line; wherein the storage volume (4, 204) is sealed gas-tightly, so that an increase in an internal gas pressure occurs in the storage volume (4, 204) when the first and/or second liquid is introduced; the liquid ejection device comprises a detection unit for detecting the supplied volume of the second liquid into the storage volume (4, 204) and the internal gas pressure in the storage volume (4, 204); a control unit coupled to the detection unit and the supply unit controls the supply of the second liquid on the basis of the detected supplied volume of the second liquid and the internal gas pressure in such a way that a predetermined mixing ratio of the first and second liquid is achieved in the storage volume (4, 204); and the supply unit comprises a pressure detection element for detecting the internal gas pressure, characterised in that the pressure detection element is designed to detect a power consumption of the supply unit and to detect the internal gas pressure on the basis of the power consumption.
An exhaust device for a four-cylinder internal combustion engine, the internal combustion engine having first to fourth cylinders (#1, #2, #3, #4), at least one pair of which are 360° apart in ignition timing, the exhaust device comprising: a collective exhaust port into which exhaust ports (2b, 2c) of the one pair of cylinders merge together inside a cylinder head, the collective exhaust port having an opening at one side surface of the cylinder head; and a collective exhaust pipe joined to the collective exhaust port, the collective exhaust pipe and an exhaust pipe (6, 7) for other one of the cylinders being connected to a single catalytic converter, characterised in that an equivalent diameter of the opening of the collective exhaust port is larger than equivalent diameters of the exhaust ports (2b, 2c) of the one pair of cylinders before merging; and in that the opening of the collective exhaust port has an elliptical or elongated circular shape along a cylinder row direction such that a short diameter of the opening of the collective exhaust port is smaller than or equal to the equivalent diameters of the exhaust ports (2b, 2c) of the one pair of cylinders before merging. a collective exhaust port into which exhaust ports (2b, 2c) of the one pair of cylinders merge together inside a cylinder head, the collective exhaust port having an opening at one side surface of the cylinder head; and a collective exhaust pipe joined to the collective exhaust port, the collective exhaust pipe and an exhaust pipe (6, 7) for other one of the cylinders being connected to a single catalytic converter, characterised in that an equivalent diameter of the opening of the collective exhaust port is larger than equivalent diameters of the exhaust ports (2b, 2c) of the one pair of cylinders before merging; and in that the opening of the collective exhaust port has an elliptical or elongated circular shape along a cylinder row direction such that a short diameter of the opening of the collective exhaust port is smaller than or equal to the equivalent diameters of the exhaust ports (2b, 2c) of the one pair of cylinders before merging.
A water-absorbent sheet structure comprising a structure in which an absorbent layer comprising a water-absorbent resin is sandwiched with a hydrophilic nonwoven fabric from an upper side and a lower side of the absorbent layer, characterized in that at least one side of the upper side and the lower side of the water-absorbent sheet structure is subjected to embossing, wherein a central region of a water-absorbent sheet structure along a longitudinal direction of the structure is subjected to: wavy embossing comprising one wavy embossing extending along the longitudinal direction, wherein the embossing comprises one or more discontinued segments of the embossing, and linear embossing in a direction from each of tips of wavy forms formed by the wavy embossing towards an edge portion contouring along the longitudinal direction of the water-absorbent sheet structure, and wherein a branched structure of embossing formed by the wavy embossing and the linear embossing has an approximate Y-shape-form, and wherein the edge portion contouring along the longitudinal direction of the water-absorbent sheet structure comprises non-embossing regions (W2, W2') not subjected to embossing, extending along the longitudinal direction, and further wherein an area of the embossing provided on the water-absorbent sheet structure is from 2 to 25% of an entire area of the water-absorbent sheet structure.
Use of at least one aldoxime of formula R-CH=N-OH where R is a linear or branched hydrocarbon chain having at least 4 carbon atoms, as anti-nitrous agent in a reductive stripping operation of plutonium.
A method for evaluating an adhesive strength of a separator, the method comprising: manufacturing an electrode-separator composite in which an electrode is stacked on at least one surface of a separator, and surfaces of the separator and the electrode facing each other include adhesive surfaces and non-adhesive surfaces of the separator and the electrode, and the adhesive surfaces and the non-adhesive surfaces are alternately disposed; moving the electrode-separator composite; cutting the electrode-separator composite in a direction parallel to the moving direction; attaching measuring rolls (14, 15) respectively to both surfaces of the cut electrode-separator composite; separating the electrode-separator composite by rotating each of the attached measuring rolls (14, 15) and spacing the measuring rolls (14, 15) apart from each other; and measuring a torque generated by the measuring rolls (14, 15) while separating the electrode-separator composite, and obtaining an adhesive strength from the measured torque. manufacturing an electrode-separator composite in which an electrode is stacked on at least one surface of a separator, and surfaces of the separator and the electrode facing each other include adhesive surfaces and non-adhesive surfaces of the separator and the electrode, and the adhesive surfaces and the non-adhesive surfaces are alternately disposed; moving the electrode-separator composite; cutting the electrode-separator composite in a direction parallel to the moving direction; attaching measuring rolls (14, 15) respectively to both surfaces of the cut electrode-separator composite; separating the electrode-separator composite by rotating each of the attached measuring rolls (14, 15) and spacing the measuring rolls (14, 15) apart from each other; and measuring a torque generated by the measuring rolls (14, 15) while separating the electrode-separator composite, and obtaining an adhesive strength from the measured torque.
An electrosurgical device, comprising: an electrosurgical implement supported by a shaft for rotation about a longitudinal axis; a stator positioned about the shaft and fixed against rotation, wherein the stator includes a pair of rings that are electrically isolated from each other and configured for connection to an electrosurgical power source; and a rotor having first and second sets of pins that are electrically isolated from each other and electrically coupled to the electrosurgical implement, wherein the rotor is positioned about and rotatable with the shaft such that the first set of pins are positioned in contact with one of the pair of rings and the second set of pins are positioned in contact with the other of the pair of rings. an electrosurgical implement supported by a shaft for rotation about a longitudinal axis; a stator positioned about the shaft and fixed against rotation, wherein the stator includes a pair of rings that are electrically isolated from each other and configured for connection to an electrosurgical power source; and a rotor having first and second sets of pins that are electrically isolated from each other and electrically coupled to the electrosurgical implement, wherein the rotor is positioned about and rotatable with the shaft such that the first set of pins are positioned in contact with one of the pair of rings and the second set of pins are positioned in contact with the other of the pair of rings.