mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic brake actuator, comprising: a spring brake actuator comprising a spring chamber and a spring brake pressure chamber; a service brake actuator coupled with said spring brake actuator and comprising a service brake pressure chamber and a pushrod chamber; an actuator tube comprising a side wall that defines an interior space which is in fluid communication with said spring chamber, wherein said actuator tube comprises a first end, wherein said actuator tube comprises a second end positioned in said service brake pressure chamber, and wherein said second end presents an opening; characterized in that a valve body that is at least partially positioned within said interior space of said actuator tube through said opening, wherein said valve body defines a channel; and a seal positioned within said channel in said valve body, wherein said seal and said valve body enclose a valve chamber that is not in fluid communication with said spring chamber or said service brake pressure chamber, wherein said seal is moveable between an open position in which fluid can flow through said channel between said spring chamber and said service brake pressure chamber and a closed position in which fluid is blocked from flowing through said channel between said spring chamber and said service brake pressure chamber, wherein said seal is biased to said open position, wherein said seal comprises a first surface that is in fluid communication with said service brake pressure chamber, and wherein said seal comprises a second surface that is in fluid communication with said valve chamber. a spring brake actuator comprising a spring chamber and a spring brake pressure chamber; a service brake actuator coupled with said spring brake actuator and comprising a service brake pressure chamber and a pushrod chamber; an actuator tube comprising a side wall that defines an interior space which is in fluid communication with said spring chamber, wherein said actuator tube comprises a first end, wherein said actuator tube comprises a second end positioned in said service brake pressure chamber, and wherein said second end presents an opening; characterized in that a valve body that is at least partially positioned within said interior space of said actuator tube through said opening, wherein said valve body defines a channel; and a seal positioned within said channel in said valve body, wherein said seal and said valve body enclose a valve chamber that is not in fluid communication with said spring chamber or said service brake pressure chamber, wherein said seal is moveable between an open position in which fluid can flow through said channel between said spring chamber and said service brake pressure chamber and a closed position in which fluid is blocked from flowing through said channel between said spring chamber and said service brake pressure chamber, wherein said seal is biased to said open position, wherein said seal comprises a first surface that is in fluid communication with said service brake pressure chamber, and wherein said seal comprises a second surface that is in fluid communication with said valve chamber.
A system for calculating trust of a client session, comprising: a computer comprising a processor and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause the computer to: receive a proof of work value from a session of a client computer, wherein the proof of work value is calculated by the session of the client computer based, at least in part, upon a work function and one or more inputs received from one or more services connected to the session; calculate a probability that the session is trustworthy based, at least in part, upon the proof of work value; and provide feedback to the session of the client computer based, at least in part, upon the calculated probability, wherein the feedback comprises an update to the work function. receive a proof of work value from a session of a client computer, wherein the proof of work value is calculated by the session of the client computer based, at least in part, upon a work function and one or more inputs received from one or more services connected to the session; calculate a probability that the session is trustworthy based, at least in part, upon the proof of work value; and provide feedback to the session of the client computer based, at least in part, upon the calculated probability, wherein the feedback comprises an update to the work function.
A preparing method of an agomelatine solid preparation, comprising the steps of: a. mixing agomelatine and cross-linked polyvinylpolypyrrolidone to provide a mixture a; b. heating the mixture a to melt the agomelatine, and cooling to provide composition b; c. mixing composition b and pharmaceutically acceptable carriers to obtain mixed particles c; and d. tableting or encapsulating the mixed particles c, characterized in that the process of heating to melt for granulating in step b. is achieved by using an oven or a high-shear mixer granulator with a jacket. a. mixing agomelatine and cross-linked polyvinylpolypyrrolidone to provide a mixture a; b. heating the mixture a to melt the agomelatine, and cooling to provide composition b; c. mixing composition b and pharmaceutically acceptable carriers to obtain mixed particles c; and d. tableting or encapsulating the mixed particles c,
Vacuum cleaner housing, in particular a floor-type vacuum cleaner housing, comprising an upper part which is equipped with an accessory compartment, it being possible to close the accessory compartment by means of a lid, and the lid being pivotally mounted for opening or closing against the force of at least one torsion spring, characterised in that the torsion spring component acting on the lid is arranged in a retaining pocket arranged in the lid.
A current sensor comprising: a current path through which a current flows in a first direction; an adjacent current path arranged in such a manner as to be adjacent to the current path; a first magnetic sensor detecting a magnetic field due to the current flowing through the current path; and a first yoke having a sectional shape partially surrounding a periphery of the current path in a first virtual plane perpendicular to the first direction, wherein the first yoke includes a gap delimited by two end surfaces (115-1, 115-2) parallel to each other, wherein two end edges (116-1, 116-2) spaced furthest apart from the current path at the two end surfaces are located in a common second virtual plane perpendicular to the two end surfaces (115-1, 115-2), wherein the first magnetic sensor is arranged in the gap and has a sensitivity direction parallel to the second virtual plane, and wherein the adjacent current path is arranged in the second virtual plane. a current path through which a current flows in a first direction; an adjacent current path arranged in such a manner as to be adjacent to the current path; a first magnetic sensor detecting a magnetic field due to the current flowing through the current path; and a first yoke having a sectional shape partially surrounding a periphery of the current path in a first virtual plane perpendicular to the first direction,
A method of discharging fuel and an amount of air into a furnace space wherein the fuel is burned such that flue gases having low NO x content and low CO content are formed therefrom, the method comprises: mixing a first portion of the fuel as primary fuel and substantially all of the air to form a lean primary fuel-air mixture; discharging the lean primary fuel-air mixture into the furnace space within a primary combustion zone defined by a burner tile (214, 314, 714) such that there is a furnace environment surrounding the burner tile (214, 314, 714); burning the primary fuel-air mixture in the primary combustion zone to produce a flame and thus generated flue gases, wherein the primary combustion zone has a first end and a second end, and the lean primary fuel-air mixture is introduced so that the flame is anchored adjacent the first end and the generated flue gases are discharged into the furnace environment at the second end; and injecting secondary stage fuel gas as a second portion of the fuel from staged fuel tips outside of the burner tile (214, 314, 714) to a point downstream from the discharge outlet of the burner tile (214, 314, 714). mixing a first portion of the fuel as primary fuel and substantially all of the air to form a lean primary fuel-air mixture; discharging the lean primary fuel-air mixture into the furnace space within a primary combustion zone defined by a burner tile (214, 314, 714) such that there is a furnace environment surrounding the burner tile (214, 314, 714); burning the primary fuel-air mixture in the primary combustion zone to produce a flame and thus generated flue gases, wherein the primary combustion zone has a first end and a second end, and the lean primary fuel-air mixture is introduced so that the flame is anchored adjacent the first end and the generated flue gases are discharged into the furnace environment at the second end; and injecting secondary stage fuel gas as a second portion of the fuel from staged fuel tips outside of the burner tile (214, 314, 714) to a point downstream from the discharge outlet of the burner tile (214, 314, 714).
Compositions comprising 100 parts by weight of silane-crosslinking polymers of the formula Y-(CR 1 2) b -SiR a (OR 2) 3-a] x where Y is an x-valent, nitrogen-, oxygen-, sulfur- or carbon-bonded polymer radical containing at least one polyether unit or at least one polyester unit, R may be the same or different and is a monovalent, optionally substituted hydrocarbyl radical, R 1 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical which may be attached to the carbon atom via nitrogen, phosphorus, oxygen, sulfur or a carbonyl group, R 2 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical, x is an integer from 1 to 10, a may be the same or different and is 0, 1 or 2 and b may be the same or different and is an integer from 1 to 10, and 5 to 100 parts by weight of fumed silica comprising fumed hydrophilic silica and fumed hydrophobic silica, with the proviso that and are used in a mass ratio of 10:1 to 1:10. 100 parts by weight of silane-crosslinking polymers of the formula Y-(CR 1 2) b -SiR a (OR 2) 3-a] x where Y is an x-valent, nitrogen-, oxygen-, sulfur- or carbon-bonded polymer radical containing at least one polyether unit or at least one polyester unit, R may be the same or different and is a monovalent, optionally substituted hydrocarbyl radical, R 1 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical which may be attached to the carbon atom via nitrogen, phosphorus, oxygen, sulfur or a carbonyl group, R 2 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical, x is an integer from 1 to 10, a may be the same or different and is 0, 1 or 2 and b may be the same or different and is an integer from 1 to 10, and Y is an x-valent, nitrogen-, oxygen-, sulfur- or carbon-bonded polymer radical containing at least one polyether unit or at least one polyester unit, R may be the same or different and is a monovalent, optionally substituted hydrocarbyl radical, R 1 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical which may be attached to the carbon atom via nitrogen, phosphorus, oxygen, sulfur or a carbonyl group, R 2 may be the same or different and is a hydrogen atom or a monovalent, optionally substituted hydrocarbyl radical, x is an integer from 1 to 10, a may be the same or different and is 0, 1 or 2 and b may be the same or different and is an integer from 1 to 10, and 5 to 100 parts by weight of fumed silica comprising fumed hydrophilic silica and fumed hydrophobic silica, fumed hydrophilic silica and fumed hydrophobic silica,
A method for fabricating a single-piece part for a turbine engine by diffusion bonding, the method comprising the steps consisting in: • making a blank around a mandrel, the blank comprising a plurality of coaxial and superposed annular layers of metal wires, each layer of metal wires of the blank being formed by rings (10, 10', 10") which are engaged on the mandrel; • subjecting the blank to a hot isostatic pressing diffusion bonding treatment in order to obtain a single-piece part; and • optionally machining the part; the method being characterized the rings (10, 10', 10") of each layer are independent one from another, so that they are engaged and stacked individually on the mandrel. • making a blank around a mandrel, the blank comprising a plurality of coaxial and superposed annular layers of metal wires, each layer of metal wires of the blank being formed by rings (10, 10', 10") which are engaged on the mandrel; • subjecting the blank to a hot isostatic pressing diffusion bonding treatment in order to obtain a single-piece part; and • optionally machining the part;
An image sensing apparatus comprising: image sensor in which a plurality of first pixels which receive a light beam passing through an exit pupil of an image sensing optical system and a plurality of second pixels which receive said light beam and which output phase difference auto focus signals for focus detection, are arranged, wherein said image sensor includes a plurality of first lines in each of which a plurality of first pixels are arranged and in which N, where N is an integer not less than 2, second pixels are arranged, and a plurality of second lines in each of which a plurality of first pixels are arranged and in which M, where M is an integer greater than zero and less than N, second pixels are arranged; and controller arranged to control said image sensor to output a signal by switching a still image mode of control to read out said plurality of first and second lines, an electronic viewfinder mode of control to read out said plurality of first lines, and a moving image mode of control to read out said plurality of second lines. image sensor in which a plurality of first pixels which receive a light beam passing through an exit pupil of an image sensing optical system and a plurality of second pixels which receive said light beam and which output phase difference auto focus signals for focus detection, are arranged, wherein said image sensor includes a plurality of first lines in each of which a plurality of first pixels are arranged and in which N, where N is an integer not less than 2, second pixels are arranged, and a plurality of second lines in each of which a plurality of first pixels are arranged and in which M, where M is an integer greater than zero and less than N, second pixels are arranged; and controller arranged to control said image sensor to output a signal by switching a still image mode of control to read out said plurality of first and second lines, an electronic viewfinder mode of control to read out said plurality of first lines, and a moving image mode of control to read out said plurality of second lines.
Braking device for trailers of agricultural machines, comprising: - a first and a second female coupling (2, 3) associable to a trailer and able to receive relative male couplings (4, 5) associable to a towing vehicle to send a pressurized fluid inside respective female couplings (2, 3); - at least one control line communicating with said first female coupling and connectable to the service braking system of the trailer, at least one additional line communicating with said second female coupling and connectable to the automatic and/or parking brake of the trailer; - a command device of the automatic and/or parking brake of the trailer comprising first elastic means able to activate the automatic and/or parking brake itself and at least a fluid-operated cylinder able to interact with the first elastic means themselves; said fluid-operated cylinder having at least a first chamber able to move the relative rod in the opposite direction to the action of said first elastic means; characterized in that said cylinder has at least a second chamber acting on the opposite side of said first chamber and able to move the respective rod in the same direction as the action of said first elastic means; and in that it comprises at least one valve interposed between said female couplings (2, 3) and said command device and having a spool movable between a braking configuration, in which said first and second chambers (14, 15) are mutually placed in communication, allowing said first elastic means to expand freely, and a normal operation configuration, in which said first chamber is placed in communication with said additional line and said second chamber is connectable to a lower pressure line so as to compress said first elastic means to release the automatic and/or parking brake. - a first and a second female coupling (2, 3) associable to a trailer and able to receive relative male couplings (4, 5) associable to a towing vehicle to send a pressurized fluid inside respective female couplings (2, 3); - at least one control line communicating with said first female coupling and connectable to the service braking system of the trailer, at least one additional line communicating with said second female coupling and connectable to the automatic and/or parking brake of the trailer; - a command device of the automatic and/or parking brake of the trailer comprising first elastic means able to activate the automatic and/or parking brake itself and at least a fluid-operated cylinder able to interact with the first elastic means themselves; said fluid-operated cylinder having at least a first chamber able to move the relative rod in the opposite direction to the action of said first elastic means;
A graphene preparing apparatus for exfoliating graphite, the apparatus comprising: a high-pressure water pump for generating a high-pressure flow of water; a reverse-flow cavitating waterjet nozzle for receiving the water and for generating a cavitating waterjet having a central stream, a reverse stream and a shroud stream; a graphite supply vessel having a supply duct for supplying graphite powder; an exfoliation chamber that has a first inlet for receiving the waterjet and a second inlet for receiving the graphite powder; an outlet through which a slurry is expelled from the exfoliation chamber; a filtering unit downstream of the exfoliation chamber for separating graphene from the slurry; and a graphene collection tank for collecting the graphene. a high-pressure water pump for generating a high-pressure flow of water; a reverse-flow cavitating waterjet nozzle for receiving the water and for generating a cavitating waterjet having a central stream, a reverse stream and a shroud stream; a graphite supply vessel having a supply duct for supplying graphite powder; an exfoliation chamber that has a first inlet for receiving the waterjet and a second inlet for receiving the graphite powder; an outlet through which a slurry is expelled from the exfoliation chamber; a filtering unit downstream of the exfoliation chamber for separating graphene from the slurry; and a graphene collection tank for collecting the graphene.
An actuator and/or sensor device comprising: an actuation arrangement which extends between fixed opposite ends, the actuation arrangement comprising a layer stack including: - an active layer comprising an electroactive polymer and/or a photoactive polymer, and - a passive carrier layer, the actuator and/or sensor device being characterised in that at, or adjacent to, at least one of the fixed opposite ends, the carrier layer and the active layer are mounted with one over the other in a first order, and at a middle area between the fixed opposite ends, the carrier layer and the active layer are mounted with one over the other in a second order opposite to the first order. an actuation arrangement which extends between fixed opposite ends, the actuation arrangement comprising a layer stack including: - an active layer comprising an electroactive polymer and/or a photoactive polymer, and - a passive carrier layer, the actuator and/or sensor device being characterised in that - an active layer comprising an electroactive polymer and/or a photoactive polymer, and - a passive carrier layer, the actuator and/or sensor device being characterised in that at, or adjacent to, at least one of the fixed opposite ends, the carrier layer and the active layer are mounted with one over the other in a first order, and at a middle area between the fixed opposite ends, the carrier layer and the active layer are mounted with one over the other in a second order opposite to the first order.
A rock berm for use as a protective cover for subsea pipelines laid on a sea bed, wherein the rock berm comprises: (a) a base, (b) two side walls (125, 130) which extend at their lower end from the base towards each other, and (c) a top which links the upper ends of the two side walls, wherein the two side walls (125, 130) have a slope of 1:1.75 - 1:2.25; and characterized in that the top has a width of 0.15-0.35 metres and the base has a width of 3.5-5 metres. (a) a base, (b) two side walls (125, 130) which extend at their lower end from the base towards each other, and (c) a top which links the upper ends of the two side walls,
A system configured to perforate the intra-atrial septum comprising: a transseptal access system (212, 214) including a wall defining a lumen extending from a proximal section to a distal opening, the lumen being reduced in size from a first diameter in the proximal section to a second diameter at the distal opening, the second diameter being smaller than the first diameter; a transseptal guidewire configured to be inserted into the lumen of the transseptal access system, characterized in that the transseptal guidewire having a distal section with a longitudinal axis and a perforating tip laterally offset from the longitudinal axis, wherein the perforating tip of the transseptal guidewire is configured to be offset from the wall of the transseptal access system a distance that is equal to or smaller than the second diameter of the lumen of the transseptal access system, thereby reducing or avoiding contact between the perforating tip of the transseptal guidewire and the wall as the perforating tip is advanced distally through the distal opening of the transseptal access system. a transseptal access system (212, 214) including a wall defining a lumen extending from a proximal section to a distal opening, the lumen being reduced in size from a first diameter in the proximal section to a second diameter at the distal opening, the second diameter being smaller than the first diameter; a transseptal guidewire configured to be inserted into the lumen of the transseptal access system, characterized in that the transseptal guidewire having a distal section with a longitudinal axis and a perforating tip laterally offset from the longitudinal axis, wherein the perforating tip of the transseptal guidewire is configured to be offset from the wall of the transseptal access system a distance that is equal to or smaller than the second diameter of the lumen of the transseptal access system, thereby reducing or avoiding contact between the perforating tip of the transseptal guidewire and the wall as the perforating tip is advanced distally through the distal opening of the transseptal access system.