mhurhangee/ep-ind-claims huggingface dataset:
A side curtain airbag for a vehicle, comprising: an inner panel facing an interior of the vehicle; an outer panel facing the inner panel; a stopper chamber (115, 155) configured to prevent a head of an occupant seated in the vehicle from being moved toward a front side of the vehicle; a forward chamber (111, 130) arranged at a front side of the stopper chamber (115, 155); and a rearward chamber (113, 153) arranged at a rear side of the stopper chamber (115, 155), characterized in that a portion, in which the stopper chamber (115, 155) is located, is folded at least once along a vertical line to form an overlapped portion, such that the forward chamber (111, 130) and the rearward chamber (115, 155) are arranged to be adjacent to each other in a non-inflation state of the airbag. an inner panel facing an interior of the vehicle; an outer panel facing the inner panel; a stopper chamber (115, 155) configured to prevent a head of an occupant seated in the vehicle from being moved toward a front side of the vehicle; a forward chamber (111, 130) arranged at a front side of the stopper chamber (115, 155); and a rearward chamber (113, 153) arranged at a rear side of the stopper chamber (115, 155), characterized in that a portion, in which the stopper chamber (115, 155) is located, is folded at least once along a vertical line to form an overlapped portion, such that the forward chamber (111, 130) and the rearward chamber (115, 155) are arranged to be adjacent to each other in a non-inflation state of the airbag.
A vehicle body frame structure for a saddle riding vehicle comprising: a head section that rotatably supports a steering shaft; a pair of left and right main frames (12L, 12R) extending from the head section toward a rear side of a vehicle body; and a cross member that connects the pair of left and right main frames (12L, 12R), wherein each of the main frames (12L, 12R) is formed of a metal material, characterised in that the cross member is formed of a material having a higher specific rigidity than the metal material that constitutes each of the main frames (12L, 12R). a head section that rotatably supports a steering shaft; a pair of left and right main frames (12L, 12R) extending from the head section toward a rear side of a vehicle body; and a cross member that connects the pair of left and right main frames (12L, 12R), wherein each of the main frames (12L, 12R) is formed of a metal material, characterised in that the cross member is formed of a material having a higher specific rigidity than the metal material that constitutes each of the main frames (12L, 12R).
A combustor section for a gas turbine engine comprising: a combustion chamber; and a combustor vane that extends at least partially into said combustion chamber, characterised in that said combustor vane includes a multiple of helical axial swirlers along a leading edge thereof, wherein a first of said multiple of helical axial swirlers is axially offset with respect to a second of said multiple of helical axial swirlers. a combustion chamber; and a combustor vane that extends at least partially into said combustion chamber, characterised in that said combustor vane includes a multiple of helical axial swirlers along a leading edge thereof, wherein a first of said multiple of helical axial swirlers is axially offset with respect to a second of said multiple of helical axial swirlers.
A lubricating composition comprising: an oil of lubricating viscosity; at least 0.15 weight percent of an N-alkyl naphthylamine; and at least 0.1 weight percent of at least one ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and mixtures thereof, wherein the lubricating composition has a phosphorus content of less than 0.15 weight percent. an oil of lubricating viscosity; at least 0.15 weight percent of an N-alkyl naphthylamine; and at least 0.1 weight percent of at least one ashless antioxidant selected from a diarylamine antioxidant, a phenolic antioxidant, and mixtures thereof, wherein the lubricating composition has a phosphorus content of less than 0.15 weight percent.
A connection structure comprising a first connector, which has a first connection terminal, a second connector, which has a second connection terminal, which can be joined together with the first connection terminal, wherein the first connector comprises a first housing, which is provided around the first connection terminal and has at least one opening, and the second connector comprises a second housing, which is provided around the second connection terminal and has an engagement section, which in a state, in which the first connection terminal and the second connection terminal are joined together and the second housing is joined together with the first housing, engages in the opening formed in the first housing, and a locking member, which can move in a longitudinal direction of the connection structure and prevents a displacement of the engagement section in a direction of the disengagement from the opening in a state, in which the locking member is inserted up to a predetermined position on the side of the first connector, wherein the engagement section deforms to a state, in which, as the result of an external force, which is applied in a state, in which the locking member is not inserted to the side of the first connector, it can be disengaged from the opening, and the engagement section does not deform to a state, in which it can be disengaged from the opening, if an external force is applied in a state, in which the locking member is inserted to the side of the first connector characterized in that the second housing further comprises an engagement release section for applying a load to the engagement section in such a manner that the engagement section deforms to a state, in which, as the result of the application of the external force, it can be disengaged from the opening, wherein the locking member comprises a deformation prevention section, which in a state, in which the locking member is not inserted to the side of the first connector, does not come into contact with the engagement release section and which in a state, in which the locking member is inserted to the side of the first connector, prevents a deformation of the engagement release section, in that it comes into contact with the engagement release section.
A computer-implemented method for partitioning a set of assets, wherein each asset represents a computer-generated object associated with a computer-generated scene, the method comprising: accessing a dependency graph, the dependency graph comprising a plurality of interconnected nodes, wherein one of the interconnected nodes includes an organizer node having at least one predicate test; loading into computer memory at least some of the attributes of every asset associated with a scene; accessing the set of assets identified by an input of the predicate test of the organizer node; determining if the at least one predicate test can be evaluated using the set of assets; if the at least one predicate test can be evaluated, performing a logical operation on the set of assets to identify one or more partition assets, wherein the one or more partition assets are a subset of the set of assets, and passing the one or more partition assets at an output of the organizer node to a next node in the dependency graph; and if the at least one predicate test cannot be evaluated, passing a conservative set of assets at the output of the organizer node to the next node, wherein the conservative set of assets is the same set of assets identified by the input of the predicate test; wherein the at least one predicate test cannot be evaluated because at least some information for one or more assets of the set of assets is not loaded in computer memory. accessing a dependency graph, the dependency graph comprising a plurality of interconnected nodes, wherein one of the interconnected nodes includes an organizer node having at least one predicate test; loading into computer memory at least some of the attributes of every asset associated with a scene; accessing the set of assets identified by an input of the predicate test of the organizer node; determining if the at least one predicate test can be evaluated using the set of assets; if the at least one predicate test can be evaluated, performing a logical operation on the set of assets to identify one or more partition assets, wherein the one or more partition assets are a subset of the set of assets, and passing the one or more partition assets at an output of the organizer node to a next node in the dependency graph; and performing a logical operation on the set of assets to identify one or more partition assets, wherein the one or more partition assets are a subset of the set of assets, and passing the one or more partition assets at an output of the organizer node to a next node in the dependency graph; and if the at least one predicate test cannot be evaluated, passing a conservative set of assets at the output of the organizer node to the next node, wherein the conservative set of assets is the same set of assets identified by the input of the predicate test; wherein the at least one predicate test cannot be evaluated because at least some information for one or more assets of the set of assets is not loaded in computer memory.
A method for controlling the population of worms in a membrane aerated biofilm comprising discontinuing one or more supplies of oxygen to the biofilm, including discontinuing oxygen supplied to the biofilm through a supporting membrane, for a period of time effective to kill at least some of the worms growing in the biofilm.
An automated drainage bag actuation system (210, 302, 402), comprising: a first railing (306, 406); a control box (214, 308, 408) coupled to the first railing (306, 406) and configured to receive mounting fasteners that are configured to couple a drainage bag to the control box (214, 308, 408), the control box (214, 308, 408) including a tension load cell sensor; a first motor (218, 316, 414); and circuitry (222, 320, 418) electrically coupled to the first motor (218, 316, 414) and the tension load cell sensor, wherein the circuitry (222, 320, 418) is configured to receive data from the tension load cell sensor configured to indicate an amount of tension in tubing extending from the drainage bag and transmit one or more electrical signals to activate the first motor (218, 316, 414) configured to cause adjustment of a positioning of the drainage bag. a first railing (306, 406); a control box (214, 308, 408) coupled to the first railing (306, 406) and configured to receive mounting fasteners that are configured to couple a drainage bag to the control box (214, 308, 408), the control box (214, 308, 408) including a tension load cell sensor; a first motor (218, 316, 414); and circuitry (222, 320, 418) electrically coupled to the first motor (218, 316, 414) and the tension load cell sensor, wherein the circuitry (222, 320, 418) is configured to receive data from the tension load cell sensor configured to indicate an amount of tension in tubing extending from the drainage bag and transmit one or more electrical signals to activate the first motor (218, 316, 414) configured to cause adjustment of a positioning of the drainage bag.
A coffee bean obtainable by infusing the coffee bean at a temperature of less than 48.8°C (120° F) with a solution comprising water, a bridge initiator for acid salt bias, at least one fortifying agent, and an acid in a quantity sufficient to reach a pH from about 4 to about 3.5.
Oral dosage form comprising (a non-crystalline lopinavir, and (b) crystalline ritonavir. (a non-crystalline lopinavir, and (b) crystalline ritonavir.
Process for preparing methyl methacrylate, comprising the steps of: A) preparing methacrolein from propanal and formaldehyde in the presence of amine salts, B) isolating liquid crude methacrolein by distillation in a first distillation column and subsequently separating from an aqueous phase, C) distilling the crude methacrolein obtained from step B) in a second distillation column in the presence of methanol, D) subsequently oxidatively esterifying the methacrolein obtained from step C) with methanol and oxygen in the presence of a heterogeneous noble metal-containing oxidation catalyst comprising metals and/or metal oxides in a reactor and E) distilling the product obtained from step D) in a distillation column, and recycling a distillate comprising methacrolein and methanol into the reactor of step D), wherein the distillation columns of steps C) and E) are the same distillation column and the methanol in step C) originates from the reactor of step D) and is passed together with the product obtained from step D) into the second distillation column and further methanol is optionally added to the second distillation column in step E), and wherein steps A) to E) are conducted in a continuous process. A) preparing methacrolein from propanal and formaldehyde in the presence of amine salts, B) isolating liquid crude methacrolein by distillation in a first distillation column and subsequently separating from an aqueous phase, C) distilling the crude methacrolein obtained from step B) in a second distillation column in the presence of methanol, D) subsequently oxidatively esterifying the methacrolein obtained from step C) with methanol and oxygen in the presence of a heterogeneous noble metal-containing oxidation catalyst comprising metals and/or metal oxides in a reactor and E) distilling the product obtained from step D) in a distillation column, and recycling a distillate comprising methacrolein and methanol into the reactor of step D),
A detector system, comprising: a detector, comprising a plurality of detector layers that are overlapped, wherein said plurality of detector layers each comprise a detector element layer, and at least one of said plurality of detector layers is movable along the thickness direction of the detector layers; and a distance adjusting device which is drivingly connected with the at least one of the detector layers, so as to adjust the inter-layer distance between adjacent detector layers of the detector by moving the at least one of the detector layers along the thickness of the detector layers, wherein the distance adjusting device comprises an inter-layer connecting mechanism connected with each detector layer, and the inter-layer connecting mechanism defines the same inter-layer distances between each two adjacent detector layers when the distance adjusting device adjusts the inter-layer distance, characterized in that: the inter-layer connecting mechanism comprises a rod telescopic structure formed by a plurality of hinged connecting rods, and each detector layer is hinged with the rod telescopic structure. a detector, comprising a plurality of detector layers that are overlapped, wherein said plurality of detector layers each comprise a detector element layer, and at least one of said plurality of detector layers is movable along the thickness direction of the detector layers; and a distance adjusting device which is drivingly connected with the at least one of the detector layers, so as to adjust the inter-layer distance between adjacent detector layers of the detector by moving the at least one of the detector layers along the thickness of the detector layers, wherein the distance adjusting device comprises an inter-layer connecting mechanism connected with each detector layer, and the inter-layer connecting mechanism defines the same inter-layer distances between each two adjacent detector layers when the distance adjusting device adjusts the inter-layer distance, characterized in that: the inter-layer connecting mechanism comprises a rod telescopic structure formed by a plurality of hinged connecting rods, and each detector layer is hinged with the rod telescopic structure.
A housing for an ultrasonic surgical instrument having a clamping mechanism configured for cooperative action with an end effector, the housing adapted to accept a handpiece for providing ultrasonic energy, the housing comprising: a handle configured to interface with a user of the instrument; a trigger adapted to cause a clamp arm of the clamping mechanism to pivot between a first position and a second position; a rotation knob adapted to cause corresponding rotation of the end effector and clamp arm; characterised in that the housing further comprises at least one switch (36a-b) located on the handle and electrically connected to a generator for providing an electrical signal to the generator for controlling the level of ultrasonic energy delivered by the handpiece, the at least one switch located such that a user may operate the at least one switch and the rotation knob using the same finger(s) on the same hand interfacing with the handle; a connector, wherein the connector comprises at least one slip ring conductor (310, 320); and a flex circuit adapted to provide an electro-mechanical interface between the at least one switch (36a-b) and the generator, said flex circuit comprising: at least one electrical contact switch (332, 334) configured to provide, when depressed, an electrical signal to the generator; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors (310, 320) via said connector. a handle configured to interface with a user of the instrument; a trigger adapted to cause a clamp arm of the clamping mechanism to pivot between a first position and a second position; a rotation knob adapted to cause corresponding rotation of the end effector and clamp arm; characterised in that the housing further comprises at least one switch (36a-b) located on the handle and electrically connected to a generator for providing an electrical signal to the generator for controlling the level of ultrasonic energy delivered by the handpiece, the at least one switch located such that a user may operate the at least one switch and the rotation knob using the same finger(s) on the same hand interfacing with the handle; a connector, wherein the connector comprises at least one slip ring conductor (310, 320); and a flex circuit adapted to provide an electro-mechanical interface between the at least one switch (36a-b) and the generator, said flex circuit comprising: at least one electrical contact switch (332, 334) configured to provide, when depressed, an electrical signal to the generator; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors (310, 320) via said connector. at least one electrical contact switch (332, 334) configured to provide, when depressed, an electrical signal to the generator; and at least one conductor (111a-b) adapted to connect to a corresponding one of said at least one slip ring conductors (310, 320) via said connector.
A machine comprising: a first member; a second member; a bearing having an inner race mounted to the second member and an outer race rotatable relative to the inner race about an axis; a ring holding the outer race; a radial spring extending radially between the ring and the first member, the machine being characterised by a first damper ring extending radially between the ring and the first member at a first axial side of the radial spring; a first damping chamber radially between an outer diameter surface portion of the first damper ring and an inner diameter surface portion of the first member; a second damper ring extending radially between the ring and the first member at a second axial side of the radial spring; and a second damping chamber radially between an outer diameter surface portion of the second damper ring and an inner diameter surface portion of the first member. a first member; a second member; a bearing having an inner race mounted to the second member and an outer race rotatable relative to the inner race about an axis; a ring holding the outer race; a radial spring extending radially between the ring and the first member, the machine being characterised by a first damper ring extending radially between the ring and the first member at a first axial side of the radial spring; a first damping chamber radially between an outer diameter surface portion of the first damper ring and an inner diameter surface portion of the first member; a second damper ring extending radially between the ring and the first member at a second axial side of the radial spring; and a second damping chamber radially between an outer diameter surface portion of the second damper ring and an inner diameter surface portion of the first member.
Injection moulding process for manufacturing an inlet housing for a floor drain of a sanitary installation, comprising a wall which defines an inner chamber, an inlet opening and an outlet opening wherein the inlet housing is made substantially of plastic and wherein the inner chamber is accessible through the inlet opening and the outlet opening, and the water which is to be drained can be conveyed from the inlet opening to the outlet opening through the inner chamber, wherein the inlet housing has in relation to the inner chamber a production opening opposite the outlet opening, and that the outlet opening has an optimized flow cross-section, more particularly an optimized flow inlet region, characterized in that the inner chamber and the inlet opening are formed with a first core of an injection moulding tool, and that the production opening and the outlet opening are formed with a second core which passes through the first core.
A pharmaceutical composition formulated with a therapeutic nucleic acid of interest inserted into a plasmid for use in the treatment of an ocular disease in a subject, wherein the treatment comprises the steps consisting of i) delivering said pharmaceutical composition into the suprachoroidal space of a diseased eye and ii) exposing the region where the pharmaceutical composition was delivered to an electrical field for electroporation, and the field intensity of the electric field being between 15 Volts and 70 Volts, and wherein the electrical field is applied by using two electrodes, (i) when choroid is targeted, one of said electrodes being introduced into the suprachoroidal space and the other one being applied on the surface of the sclera at the opposing side where the suprachoroidal injection was performed; or (ii) when retina is targeted: • one of said electrodes being introduced into the suprachoroidal space and the other one being applied on the surface of the eye at the opposing side where the suprachoroidal injection was performed; or • one of said electrodes being applied on the surface of the sclera adjacent to the region where the suprachoroidal injection was performed and the other one being applied on the surface of the eye, e.g. sclera or conjunctiva, at the opposing side where the suprachoroidal injection was performed. (i) when choroid is targeted, one of said electrodes being introduced into the suprachoroidal space and the other one being applied on the surface of the sclera at the opposing side where the suprachoroidal injection was performed; or (ii) when retina is targeted: • one of said electrodes being introduced into the suprachoroidal space and the other one being applied on the surface of the eye at the opposing side where the suprachoroidal injection was performed; or • one of said electrodes being applied on the surface of the sclera adjacent to the region where the suprachoroidal injection was performed and the other one being applied on the surface of the eye, e.g. sclera or conjunctiva, at the opposing side where the suprachoroidal injection was performed. • one of said electrodes being introduced into the suprachoroidal space and the other one being applied on the surface of the eye at the opposing side where the suprachoroidal injection was performed; or • one of said electrodes being applied on the surface of the sclera adjacent to the region where the suprachoroidal injection was performed and the other one being applied on the surface of the eye, e.g. sclera or conjunctiva, at the opposing side where the suprachoroidal injection was performed.