mhurhangee/ep-ind-claims huggingface dataset:
A method for propelling a vehicle having a powertrain comprising a primary power source accompanied with a primary power torque curve and a secondary power source accompanied with a secondary power torque curve, the primary power source being adapted to deliver a maximum torque output in relation to rotational speed according to said primary power torque curve and the secondary power source being adapted to deliver a maximum torque output in relation to rotational speed according to said secondary power torque curve, the vehicle being adapted to be propelled by either one of the primary power source and the secondary power source or by both together, the powertrain further comprising a powertrain limit curve (A, A S, A', A") which is adapted to where applicable restrict a current driver demand from a driver of the vehicle in relation to said primary power torque curve and said secondary power torque curve when propelling the vehicle, the method comprising when propelling the vehicle by both the primary power source and the secondary power source: - determining a current driver demand, - determining a current propulsion adaption condition for the vehicle, - adjusting the powertrain limit curve (A, A S, A', A") according to a propulsion adaption torque factor (TF, TF'; 103) depending on said current propulsion adaption condition, - where applicable restricting said current driver demand according to said adjusted powertrain limit curve (A, A S, A', A"; 104), and - requesting the powertrain to propel the vehicle according to the thus possibly restricted current driver demand. - determining a current driver demand, - determining a current propulsion adaption condition for the vehicle, - adjusting the powertrain limit curve (A, A S, A', A") according to a propulsion adaption torque factor (TF, TF'; 103) depending on said current propulsion adaption condition, - where applicable restricting said current driver demand according to said adjusted powertrain limit curve (A, A S, A', A"; 104), and - requesting the powertrain to propel the vehicle according to the thus possibly restricted current driver demand.
Tubing set suitable for use in co-operation with a machine for carrying out a hemodialysis treatment of a patient's blood, comprising: - a blood out-tube for supplying the blood from the patient to a filter of said machine; - a blood in-tube for supplying the blood from the filter back to the patient; and - a substitution tube connected to one of said blood in-tube or blood out-tube suitable for providing a substitution fluid in the patient's blood in order to replace the waste water removed from the blood by the filter during the hemodialysis treatment, the substitution tube being suitable to co-operate with a substitution pump of the machine, characterized in that said substitution tube comprises an insert suitable for being connected to a vial for the infusion of drugs in the substitution fluid. - a blood out-tube for supplying the blood from the patient to a filter of said machine; - a blood in-tube for supplying the blood from the filter back to the patient; and - a substitution tube connected to one of said blood in-tube or blood out-tube suitable for providing a substitution fluid in the patient's blood in order to replace the waste water removed from the blood by the filter during the hemodialysis treatment, the substitution tube being suitable to co-operate with a substitution pump of the machine,
A working interface having a tool for the generation or modification of procedural maps, allowing the generation or the modification of procedural maps having a tree structure, comprising a plurality of levels, each one with at least one node with which at least one parameter is associated, having: - a means for at least temporary connection to at least one external source of parameters; - a node selection tool, allowing the selection of at least one node (41; 51) of one level (43; 52) of a procedural map; - a tool for selecting and modifying parameters of procedural maps for, on the one hand, selecting a parameter (31, 32, 33, 34, 35, 36) to be modified and, on the other hand, allowing the input of the new parameter value, according to two modes of entering parameters: - an internal mode, implementing an internal tool integrated into the interface and allowing the user to give a value to the different parameters; - an external mode, implementing an external parameter selector, allowing the user to select a parameter of his choice from the external source, in order to receive a value of this parameter from said external source, said external source being a digital image; - a processing unit intended to generate said processing map depending on the value of said external parameter so that the map has a tree structure; - operating instructions, to ensure the operation of the tool and, in particular, of the processing unit; - an output, making it possible to transmit the maps produced. - a means for at least temporary connection to at least one external source of parameters; - a node selection tool, allowing the selection of at least one node (41; 51) of one level (43; 52) of a procedural map; - a tool for selecting and modifying parameters of procedural maps for, on the one hand, selecting a parameter (31, 32, 33, 34, 35, 36) to be modified and, on the other hand, allowing the input of the new parameter value, according to two modes of entering parameters: - an internal mode, implementing an internal tool integrated into the interface and allowing the user to give a value to the different parameters; - an external mode, implementing an external parameter selector, allowing the user to select a parameter of his choice from the external source, in order to receive a value of this parameter from said external source, said external source being a digital image; - a processing unit intended to generate said processing map depending on the value of said external parameter so that the map has a tree structure; - operating instructions, to ensure the operation of the tool and, in particular, of the processing unit; - an output, making it possible to transmit the maps produced.
A downhole tool, conveyable downhole along an axis of a well casing, the downhole tool comprising: a setting tool comprising an axial actuator; an expansion element having a first diameter in an uncompressed position for conveyance along the well casing, the expansion element being compressible axially for expanding radially to a second diameter in a compressed position for plastic deformation of the well casing; characterized in that the downhole tool further comprises: a tubular body defining a bore axially therethrough and comprising a plurality of cylinders, the bore extending through the cylinders, wherein the axial actuator comprises a plurality of axially stacked piston modules, each comprising: a respective one of the cylinders and a respective piston axially drivable within the bore relative to the respective cylinder; and a mandrel, wherein the expansion element is mounted on the mandrel, and the mandrel is axially drivable by the pistons for axially compressing the expansion element. a setting tool comprising an axial actuator; an expansion element having a first diameter in an uncompressed position for conveyance along the well casing, the expansion element being compressible axially for expanding radially to a second diameter in a compressed position for plastic deformation of the well casing; characterized in that the downhole tool further comprises: a tubular body defining a bore axially therethrough and comprising a plurality of cylinders, the bore extending through the cylinders, wherein the axial actuator comprises a plurality of axially stacked piston modules, each comprising: a respective one of the cylinders and a respective piston axially drivable within the bore relative to the respective cylinder; and a mandrel, wherein the expansion element is mounted on the mandrel, and the mandrel is axially drivable by the pistons for axially compressing the expansion element. a tubular body defining a bore axially therethrough and comprising a plurality of cylinders, the bore extending through the cylinders, wherein the axial actuator comprises a plurality of axially stacked piston modules, each comprising: a respective one of the cylinders and a respective piston axially drivable within the bore relative to the respective cylinder; and a mandrel, wherein the expansion element is mounted on the mandrel, and the mandrel is axially drivable by the pistons for axially compressing the expansion element.
A card disposal system for discarding cards, which are in use withdrawn from a dealing shoe placed on a game table, manually dealt onto the game table and then used in a game, the card disposal system comprising: a set of cards, which includes a cut card for stopping a game, made up of a plurality of decks of cards that can be contained in the dealing shoe in use; and a card disposal apparatus configured for collecting the used cards after the game from the game table to discard the collected cards, wherein the card disposal apparatus includes: a card carton configured for receiving the used cards; a discharge opening through which the used cards are discharged in use into the card carton; a card counter configured for counting a used-card number which is a number of the used cards discharged through the discharge opening; deck examination means communicably being connected to the card counter; and communication means, which is communicably connected to the deck examination means, configured for transmitting in use a withdrawn-card number, which is a number of the cards manually withdrawn from the dealing shoe on the game table, to the deck examination means, wherein the deck examination means is configured to examine whether the used-card number is equal to the withdrawn-card number while the game is stopped due to the cut card. a set of cards, which includes a cut card for stopping a game, made up of a plurality of decks of cards that can be contained in the dealing shoe in use; and a card disposal apparatus configured for collecting the used cards after the game from the game table to discard the collected cards, wherein the card disposal apparatus includes: a card carton configured for receiving the used cards; a discharge opening through which the used cards are discharged in use into the card carton; a card counter configured for counting a used-card number which is a number of the used cards discharged through the discharge opening; deck examination means communicably being connected to the card counter; and communication means, which is communicably connected to the deck examination means, configured for transmitting in use a withdrawn-card number, which is a number of the cards manually withdrawn from the dealing shoe on the game table, to the deck examination means, wherein a card carton configured for receiving the used cards; a discharge opening through which the used cards are discharged in use into the card carton; a card counter configured for counting a used-card number which is a number of the used cards discharged through the discharge opening; deck examination means communicably being connected to the card counter; and communication means, which is communicably connected to the deck examination means, configured for transmitting in use a withdrawn-card number, which is a number of the cards manually withdrawn from the dealing shoe on the game table, to the deck examination means, wherein the deck examination means is configured to examine whether the used-card number is equal to the withdrawn-card number while the game is stopped due to the cut card.
Ozone sanitizing device comprising: - a supporting frame, positionable inside a room to be sanitized; - ozone sanitizing means mounted on said supporting frame and configured to release ozone into said room; - deozonization means configured to deozonize said room subsequently to said ozone sanitization; wherein said deozonization means comprises at least: - a fluid-operated deozonizing circuit provided with an inlet port for taking the air to be deozonized from said room and an outlet port for introducing the deozonized air into said room, - filtering means, arranged along said fluid-operated deozonizing circuit and positioned between said inlet port and said outlet port, configured to remove said ozone from said air to be deozonized; characterized by the fact that said filtering means comprise at least one filtering fluid comprising at least water and adapted to deozonize said air taken from said room. - a supporting frame, positionable inside a room to be sanitized; - ozone sanitizing means mounted on said supporting frame and configured to release ozone into said room; - deozonization means configured to deozonize said room subsequently to said ozone sanitization; wherein said deozonization means comprises at least: - a fluid-operated deozonizing circuit provided with an inlet port for taking the air to be deozonized from said room and an outlet port for introducing the deozonized air into said room, - filtering means, arranged along said fluid-operated deozonizing circuit and positioned between said inlet port and said outlet port, configured to remove said ozone from said air to be deozonized; - a fluid-operated deozonizing circuit provided with an inlet port for taking the air to be deozonized from said room and an outlet port for introducing the deozonized air into said room, - filtering means, arranged along said fluid-operated deozonizing circuit and positioned between said inlet port and said outlet port, configured to remove said ozone from said air to be deozonized; characterized by the fact that said filtering means comprise at least one filtering fluid comprising at least water and adapted to deozonize said air taken from said room.
A cigarette making machine (10, 110), comprising: at least one first engaging means (250, 250') arranged to engage a cover (52, 52') of a cigarette product package (50, 50'); and at least one second engaging means (260, 260') arranged to engage a retainer (54, 54') of the cigarette product package (50, 50') in which a plurality of cigarette products are held, characterised in that: the cigarette making machine (10, 110) is arranged to displace in a reversible manner the first engaging means (250, 250') relative to the second engaging means (260, 260'), and thereby to slide the retainer (54, 54') relative to the cover (52, 52'), wherein the second engagement means (260, 260') cause a reversible displacement of the retainer (54, 54') relative to the cover (52, 52'). at least one first engaging means (250, 250') arranged to engage a cover (52, 52') of a cigarette product package (50, 50'); and at least one second engaging means (260, 260') arranged to engage a retainer (54, 54') of the cigarette product package (50, 50') in which a plurality of cigarette products are held, the cigarette making machine (10, 110) is arranged to displace in a reversible manner the first engaging means (250, 250') relative to the second engaging means (260, 260'), and thereby to slide the retainer (54, 54') relative to the cover (52, 52'), wherein the second engagement means (260, 260') cause a reversible displacement of the retainer (54, 54') relative to the cover (52, 52').
A motorcycle comprising: a pannier at a side portion of a rear portion of the motorcycle; a passenger step being supported by a rear frame below a rider's seat and above a muffler via a step stay,the muffler configured to discharge exhaust gas to an outside, characterized in that the muffler has a rear end surface located frontward of a front end surface of the pannier; a rear end edge of an upper portion of the muffler is located above a bottom surface of the pannier; the pannier includes an upper portion supported by the rear frame and a front portion supported by the step stay; the muffler includes a plurality of outlet pipes (8, 9) disposed one above the other, and the upper outlet pipe is curved thereby to discharge the exhaust gas to a region below the pannier; the muffler has a plurality of expansion chambers (35, 36) therein, and at least one upstream side expansion chamber is disposed rearward of the downstreammost expansion chamber which communicates with the outlet pipes (8, 9); the upstream side expansion chamber and the downstreammost expansion chamber are divided by front wall, a partition wall and a rear wall, and the upstream side expansion chamber and the downstreammost expansion chamber communicate with each other via a communication port. a pannier at a side portion of a rear portion of the motorcycle; a passenger step being supported by a rear frame below a rider's seat and above a muffler via a step stay,the muffler configured to discharge exhaust gas to an outside, characterized in that the muffler has a rear end surface located frontward of a front end surface of the pannier; a rear end edge of an upper portion of the muffler is located above a bottom surface of the pannier; the pannier includes an upper portion supported by the rear frame and a front portion supported by the step stay; the muffler includes a plurality of outlet pipes (8, 9) disposed one above the other, and the upper outlet pipe is curved thereby to discharge the exhaust gas to a region below the pannier; the muffler has a plurality of expansion chambers (35, 36) therein, and at least one upstream side expansion chamber is disposed rearward of the downstreammost expansion chamber which communicates with the outlet pipes (8, 9); the upstream side expansion chamber and the downstreammost expansion chamber are divided by front wall, a partition wall and a rear wall, and the upstream side expansion chamber and the downstreammost expansion chamber communicate with each other via a communication port.
A closure for closing a mouth of a container of a liquid, the closure comprising: a cap having fixing means for fixing the cap to the container, a delivery port for delivering the liquid from the container, a valve member in a closed position wherein the valve member closes the delivery port, characterised by a cap suction conduit for suctioning air into the container during the delivering of the liquid and a connector for connecting to a delivery device of the liquid, the connector being in fluid communication with the delivery port, a slider slidebly coupled with the cap, the slider having a slider suction conduit for suctioning the air into the container during the delivering of the liquid slidebly coupled with the cap suction conduit, and a frangible element closing the cap suction conduit or the slider suction conduit, wherein the closure is configured to cause the delivery device during the connecting thereof to move inwards the container, in a fixed condition wherein the closure is fixed to the container, and thus moving the valve member inwards the container to an open position, wherein the valve member opens the delivery port, and moving the slider inwards the container to break the frangible element, thereby putting in fluid communication the slider suction conduit with the cap suction conduit. a cap having fixing means for fixing the cap to the container, a delivery port for delivering the liquid from the container, a valve member in a closed position wherein the valve member closes the delivery port, characterised by a cap suction conduit for suctioning air into the container during the delivering of the liquid and a connector for connecting to a delivery device of the liquid, the connector being in fluid communication with the delivery port, a slider slidebly coupled with the cap, the slider having a slider suction conduit for suctioning the air into the container during the delivering of the liquid slidebly coupled with the cap suction conduit, and a frangible element closing the cap suction conduit or the slider suction conduit, wherein the closure is configured to cause the delivery device during the connecting thereof to move inwards the container, in a fixed condition wherein the closure is fixed to the container, and thus moving the valve member inwards the container to an open position, wherein the valve member opens the delivery port, and moving the slider inwards the container to break the frangible element, thereby putting in fluid communication the slider suction conduit with the cap suction conduit.
A retinoic acid receptor-beta (RARβ) agonist, wherein the RARβ agonist is the RARβ 2 agonist AC261066 having a structure of Formula: or a pharmaceutically acceptable salt, ester or amide thereof, or a combination thereof, for use in reducing an infarct size in the heart after ischemialreperfusion or for use in reducing ventricular tachycardia and/or ventricular fibrillation duration after ischemialreperfusion of a heart of a subject in need thereof.
A pad for use in a coffee-maker for preparing 1 or 2 cups of beverage, provided with an envelope with an inner space which is filled with a beverage preparation product for preparing the beverage, wherein the beverage preparation product comprises a product to be extracted with a fluid and/or a product soluble in a fluid, wherein the envelope is formed by a first disc-shaped sheet and a second disc-shaped sheet which are interconnected adjacent their edges, wherein the interconnected parts of the first sheet and the second sheet form a sealing seam and wherein the first sheet and the second sheet each form a filter which can pass a fluid and which forms a barrier to the beverage preparation product, wherein, in use, with the coffee-maker a fluid such as water is supplied, under pressure, to the pad so that the fluid is pressed through the pad for obtaining the beverage which thereupon leaves the pad, wherein the second sheet is of form-retaining design, characterized in that the second sheet consists of a plastic for at least 70 percent by weight, while the plastic consists of plastic fibers and/or plastic filaments, wherein the second sheet is made of a nonwoven material, wherein the second sheet is furthermore made of cellulose fibers and/or cellulose filaments, and wherein the pad is of disc-shaped design, while the edges of the first sheet and the second sheet are each in a flat plane, have the shape of a circle and have a diameter within the range of 45-90 mm.
rotation support apparatus for compressor pulley comprising a rotating shaft for a compressor; a stationary support section formed around the rotating shaft; a rolling bearing supported by this stationary support section; and a pulley rotatably supported by the rolling bearing around the support section; and around which an endless belt is extended, wherein the rolling bearing comprises an inner race having an outer peripheral surface formed with an inner-ring raceway, an outer race having an inner peripheral surface formed with an outer-ring raceway, and a plurality of balls located and freely rotating between the inner-ring raceway and outer-ring raceway, the outer peripheral surface of the inner race being shaped such that it comes in contact with the rolling surface of the balls at one or two points, the inner peripheral surface of the outer race being shaped such that it comes in contact with the rolling surface of the balls at one or two points, characterised in that the rolling bearing is a radial ball bearing of the single-row 3-point contact type, wherein one of the inner-ring raceway and outer-ring raceway comes in contact with the rolling surface of each of the balls at two points, and the other comes in contact with the rolling surface of the balls at one point, the pulley having an outer peripheral portion that comes in contact with the endless belt, such that the distance in the axial direction between the center of the endless belt coming in contact with the outer peripheral surface portion of the pulley and the center of the radial ball bearing is 20% or less of the diameter of the pitch circle of the radial ball bearing and 1 mm or more, and that the groove depth of the inner-ring raceway and outer-ring raceway being 18% or more of the diameter of at the balls.