mhurhangee/ep-ind-claims huggingface dataset:
Method for the production of an extruded floor plate comprising the following steps: a) providing calcium carbonate (CaCO 3) powder, b) providing polyvinylchloride powder, c) providing additives as stabilisers, consisting of at least Ca/Zn stabilisers, impact modifiers and internal and external waxes, wherein c1) the proportion of calcium carbonate (CaCO 3) powder is between 60 and 80% by weight, the proportion of polyvinylchloride powder is between 20 and 40% by weight and the proportion of additives is up to 5% by weight, d) mixing the calcium carbonate (CaCO 3) powder with the polyvinylchloride powder and the additives, e) heating the mixture to a temperature of 100 to 140°C until the polyvinylchloride softens to a kneadable composition and the calcium carbonate (CaCO 3) at least partially binds to the polyvinyl, f) cooling of the composition to a temperature of 40 to 50°C, g) conveying the composition to an extruder, h) melting and extruding the composition by means of an extruder and moulding by means of a slot die to yield a plate, characterised in that i) the sheet is compressed while it is still warm to a desired final thickness by means of at least two calender rolls, j) at least one layer of a pigmented lacquer is applied to the upper side, k) a further lacquer is applied to the pigmented lacquer in order to increase crack resistance, and l) the extruded plate is divided into a plurality of smaller plates, in particular panels. a) providing calcium carbonate (CaCO 3) powder, b) providing polyvinylchloride powder, c) providing additives as stabilisers, consisting of at least Ca/Zn stabilisers, impact modifiers and internal and external waxes, wherein c1) the proportion of calcium carbonate (CaCO 3) powder is between 60 and 80% by weight, the proportion of polyvinylchloride powder is between 20 and 40% by weight and the proportion of additives is up to 5% by weight, d) mixing the calcium carbonate (CaCO 3) powder with the polyvinylchloride powder and the additives, e) heating the mixture to a temperature of 100 to 140°C until the polyvinylchloride softens to a kneadable composition and the calcium carbonate (CaCO 3) at least partially binds to the polyvinyl, f) cooling of the composition to a temperature of 40 to 50°C, g) conveying the composition to an extruder, h) melting and extruding the composition by means of an extruder and moulding by means of a slot die to yield a plate, i) the sheet is compressed while it is still warm to a desired final thickness by means of at least two calender rolls, j) at least one layer of a pigmented lacquer is applied to the upper side, k) a further lacquer is applied to the pigmented lacquer in order to increase crack resistance, and l) the extruded plate is divided into a plurality of smaller plates, in particular panels.
A process for producing monodispersed carbon spheres comprising the steps of: (a) mixing supercritical-carbon dioxide fluid with a low volatile solvent in an inert atmosphere; (b) heating the mixture in (a) to a temperature to carbonize the solvent; and (c) controllably varying pressure to the heated mixture in (b) to produce carbon spheres. (a) mixing supercritical-carbon dioxide fluid with a low volatile solvent in an inert atmosphere; (b) heating the mixture in (a) to a temperature to carbonize the solvent; and (c) controllably varying pressure to the heated mixture in (b) to produce carbon spheres.
A propulsion system, comprising: an engine comprising a combustion chamber; a solid fuel storage system comprising one or more metal hydride compound segments; a heating system operable to apply heat to the one or more metal hydride compound segments to desorb gaseous hydrogen fuel from the one or more metal hydride compound segments; and a piping system configured to direct the gaseous hydrogen fuel to the combustion chamber of the engine, wherein the combustion chamber is receptive of the gaseous hydrogen fuel and configured to combust the gaseous hydrogen fuel to drive an operation of the engine; wherein the solid fuel storage system comprises canisters in which the one or more metal hydride compound segments are storable, and the heating system comprises heating elements disposed in the canisters to heat the one or more metal hydride compound segments; the propulsion system being characterised in that each canister comprises: an outer casing; heating element films supported on an interior surface of the outer casing; and perforated heating element films defining a central gas channel, wherein the one or more metal hydride compound segments are radially interposable between the heating element films and the perforated heating element films. an engine comprising a combustion chamber; a solid fuel storage system comprising one or more metal hydride compound segments; a heating system operable to apply heat to the one or more metal hydride compound segments to desorb gaseous hydrogen fuel from the one or more metal hydride compound segments; and a piping system configured to direct the gaseous hydrogen fuel to the combustion chamber of the engine, wherein the combustion chamber is receptive of the gaseous hydrogen fuel and configured to combust the gaseous hydrogen fuel to drive an operation of the engine; wherein the solid fuel storage system comprises canisters in which the one or more metal hydride compound segments are storable, and the heating system comprises heating elements disposed in the canisters to heat the one or more metal hydride compound segments; the propulsion system being characterised in that each canister comprises: an outer casing; heating element films supported on an interior surface of the outer casing; and perforated heating element films defining a central gas channel, wherein the one or more metal hydride compound segments are radially interposable between the heating element films and the perforated heating element films. an outer casing; heating element films supported on an interior surface of the outer casing; and perforated heating element films defining a central gas channel, wherein the one or more metal hydride compound segments are radially interposable between the heating element films and the perforated heating element films.
A process for producing a seamless capsule, comprising the following steps; a step of simultaneously extruding both the capsule content solution from a first nozzle and a preparation solution of the capsule shell from a second nozzle to form a composite jet, using a multiple nozzle comprising a first nozzle and a second nozzle having concentrically increasing diameters, wherein the preparation solution of the capsule shell contains a gelatin in an amount of 15 to 40 % by mass based on the total amount of the capsule shell, and a step of pouring the composite jet into a cooling solution, wherein the multiple nozzle is composed of the first nozzle and the second nozzle concentrically disposed on the periphery of the first nozzle, the preparation solution of the capsule shell comprises a gelatin having a bloom value of 50 to 190, water and ethanol, and the mass ratio of water and ethanol is within the range of 40/60 to 95/5 in water/ethanol.
A method of determining an appropriate data transfer transaction waiting time extension in a system comprising a host and an NFC controller, the method comprising dynamically determining a value for a waiting time extension multiplier independently of a waiting time extension multiplier command or configuration parameter sent from the host to the NFC controller characterised in that: the NFC controller dynamically determines the waiting time extension multiplier value to be one falling within the permissible limits of the communication protocol standard governing the data transfer transaction (26, 28); the host being adapted to configure a frame waiting time integer depending on the command processing time for the data transfer transaction, the NFC controller using the frame waiting time integer to determine a nearest maximum frame waiting time integer, the nearest maximum frame waiting time integer being rounded-up to the maximum value permitted by the communication protocol standard governing the data transfer transaction (26, 28), and wherein the waiting time extension multiplier is set to a value that results in a temporary frame waiting time being equal to a maximum frame waiting time, the maximum frame waiting time being calculated using the maximum frame waiting interval value as specified in the said Communication Protocol governing the data transfer transaction (26, 28).
An electric saddled vehicle comprising: a drive motor; a seat; and a battery including a battery cell configured for supplying power to the drive motor, the battery including a battery case under the seat with regards to a vehicle up-down direction and at a center in a vehicle width direction with a front face and a rear face intersecting with at least forward direction and a backward direction, the battery case storing the battery cell, the battery including an exhaust structure capable of pressure relief inside the battery case through an exhaust port in at least one of the front face and the rear face, characterized in that the exhaust structure includes a route in a labyrinth structure to the exhaust port, wherein the route includes a main passage with a filter capable of capturing particles and a circuitous route branching off from the main passage so as to avoid the filter. a drive motor; a seat; and a battery including a battery cell configured for supplying power to the drive motor, the battery including a battery case under the seat with regards to a vehicle up-down direction and at a center in a vehicle width direction with a front face and a rear face intersecting with at least forward direction and a backward direction, the battery case storing the battery cell, the battery including an exhaust structure capable of pressure relief inside the battery case through an exhaust port in at least one of the front face and the rear face, characterized in that the exhaust structure includes a route in a labyrinth structure to the exhaust port, wherein the route includes a main passage with a filter capable of capturing particles and a circuitous route branching off from the main passage so as to avoid the filter.
A transgenic mouse whose genome comprises a transgene operably linked to a Ca 2+ /calmodulin-dependent kinase IIα (CaMKIIα) promoter effective for an increased expression of the transgene in the forebrain of the mouse, the transgene comprising a nucleotide sequence encoding TAR DNA-binding protein 43 (TDP-43), wherein the mouse exhibits an increased expression of TDP-43 in the hippocampus and cortex, but not in the cerebellum and spinal cord thereof.
An electrohydraulic spool valve, comprising: a spool, axially movable within a manifold; a system return line (P R) and a position feedback system provided at a first end of the spool; characterized in that the position feedback system is in a low pressure region that is fluidly connected to the system return line (P R); and wherein an end cap is provided on said first end so as to form a mechanical seal around the spool and thereby separate the low pressure region from a first high pressure reservoir formed between the end cap and the first end of the spool. a spool, axially movable within a manifold; a system return line (P R) and a position feedback system provided at a first end of the spool; the position feedback system is in a low pressure region that is fluidly connected to the system return line (P R); and wherein an end cap is provided on said first end so as to form a mechanical seal around the spool and thereby separate the low pressure region from a first high pressure reservoir formed between the end cap and the first end of the spool.
An in vitro method for identifying compounds capable of inhibiting Cancer Stem Cells (CSCs) properties, wherein said properties are potency, self-renewal and survival, said method comprising the steps: a) contacting cells expressing the co-receptors APJ and GP130 with the Apelin polypeptide and a candidate compound, b) detecting the activation level of an Apelin-dependent signaling pathway in the cells obtained in step a), c) comparing said activation level with the activation level of said cells contacted only with the Apelin polypeptide, wherein a candidate compound is selected if the activation level of an Apelin-dependent signaling pathway is impaired in the presence of said compound. a) contacting cells expressing the co-receptors APJ and GP130 with the Apelin polypeptide and a candidate compound, b) detecting the activation level of an Apelin-dependent signaling pathway in the cells obtained in step a), c) comparing said activation level with the activation level of said cells contacted only with the Apelin polypeptide,
A control system for controlling a drive for an AC motor, the control system programmed to: input an initial voltage-frequency command to the drive, the initial voltage-frequency command comprising a voltage reference and a frequency reference corresponding to an operating point of an initial voltage/frequency (V/Hz) curve, characterised by the initial V/Hz curve including a defined bound comprising one of an origin of the initial V/Hz curve and a field weakening point of the initial V/Hz curve; and by being programmed to monitor a real-time output of the drive; modify the voltage reference based on the real-time output of the drive; and transmit a modified voltage-frequency command to the drive, the modified voltage-frequency command corresponding to an operating point of a modified V/Hz curve defined by the modified voltage reference and the defined bound of the initial V/Hz curve. input an initial voltage-frequency command to the drive, the initial voltage-frequency command comprising a voltage reference and a frequency reference corresponding to an operating point of an initial voltage/frequency (V/Hz) curve, characterised by the initial V/Hz curve including a defined bound comprising one of an origin of the initial V/Hz curve and a field weakening point of the initial V/Hz curve; and by being programmed to monitor a real-time output of the drive; modify the voltage reference based on the real-time output of the drive; and transmit a modified voltage-frequency command to the drive, the modified voltage-frequency command corresponding to an operating point of a modified V/Hz curve defined by the modified voltage reference and the defined bound of the initial V/Hz curve.
An endoscopic treatment instrument, comprising: a pressing tube that has an insertion lumen; a clip main body that has a first arm, the first arm being inserted into the insertion lumen such that the first arm protrudes from a distal end of the pressing tube; a second arm that is fixed to the pressing tube to protrude to a distal end side of the pressing tube; and an operation wire that is connected to the clip main body and configured to retract the clip main body with respect to the pressing tube, wherein the first arm approaches the second arm while being moved to a proximal end side of the pressing tube by being pulled by the operation wire, wherein in an initial state before the clip main body is pulled by the operation wire, a position of a distal end of the first arm in a longitudinal axis direction of the pressing tube is more distal than a position of a distal end of the second arm, and wherein the distal end of the first arm is configured to approach the distal end portion of the second arm when the clip main body is pulled to the proximal end side of the pressing tube; characterized in that the second arm extends more distally than the distal end side of the pressing tube. a pressing tube that has an insertion lumen; a clip main body that has a first arm, the first arm being inserted into the insertion lumen such that the first arm protrudes from a distal end of the pressing tube; a second arm that is fixed to the pressing tube to protrude to a distal end side of the pressing tube; and an operation wire that is connected to the clip main body and configured to retract the clip main body with respect to the pressing tube, wherein the first arm approaches the second arm while being moved to a proximal end side of the pressing tube by being pulled by the operation wire, wherein in an initial state before the clip main body is pulled by the operation wire, a position of a distal end of the first arm in a longitudinal axis direction of the pressing tube is more distal than a position of a distal end of the second arm, and wherein the distal end of the first arm is configured to approach the distal end portion of the second arm when the clip main body is pulled to the proximal end side of the pressing tube; characterized in that the second arm extends more distally than the distal end side of the pressing tube.
A transgenic Rag-2-/-, gamma chain-/- mouse having a genome comprising a nucleic acid encoding human SIRPα operably linked to a promoter, wherein the mouse expresses a human SIRPα.
A pedal assembly for an exercise machine, the pedal assembly comprising: a foot link (22; 102; 202); a foot member (104; 204; 304; 404) pivotally connected to the foot link; at least one resilient member (112; 212; 312; 412) positioned between the foot member and the foot link; a selector mechanism (114; 214; 410) movable at least between a first position in which the foot member is supported by the at least one resilient member and a second position in which the foot member is not supported by the at least one resilient member; characterised in that the selector mechanism comprises a selector platform (116; 216; 316) configured to move in a plane to position the selector mechanism between the first position and the second position. a foot link (22; 102; 202); a foot member (104; 204; 304; 404) pivotally connected to the foot link; at least one resilient member (112; 212; 312; 412) positioned between the foot member and the foot link; a selector mechanism (114; 214; 410) movable at least between a first position in which the foot member is supported by the at least one resilient member and a second position in which the foot member is not supported by the at least one resilient member; characterised in that the selector mechanism comprises a selector platform (116; 216; 316) configured to move in a plane to position the selector mechanism between the first position and the second position.
An axial-type rotary electric machine comprising: a stator having a stator core; and a rotor facing the stator along an axial direction of a rotation axis passing through the stator, wherein the rotor includes: a permanent magnet arranged so as to face the stator core in the axial direction of the rotation axis, having a side surface on a farther side to the rotation axis; a yoke arranged so as to face the stator core across the permanent magnet, wherein an outer diameter of the permanent magnet is larger than an outer diameter of the yoke, so as to form a first region in the permanent magnet on an outer diameter side of the permanent magnet, not overlapped by the yoke; and a support member supporting the yoke, the support member includes: a first portion axially facing the first region of the permanent magnet; a yoke facing portion axially facing the yoke; and a protrusion protruding axially so as to radially face the side surface of the permanent magnet, wherein the first region is formed on a side of the protrusion, and an axial thickness of the first portion of the support member is larger than an axial thickness (Ty) of the yoke facing portion of the support member with reference to an end surface of the yoke which does not face the permanent magnet. a stator having a stator core; and a rotor facing the stator along an axial direction of a rotation axis passing through the stator, wherein the rotor includes: a permanent magnet arranged so as to face the stator core in the axial direction of the rotation axis, having a side surface on a farther side to the rotation axis; a yoke arranged so as to face the stator core across the permanent magnet, a permanent magnet arranged so as to face the stator core in the axial direction of the rotation axis, having a side surface on a farther side to the rotation axis; a yoke arranged so as to face the stator core across the permanent magnet, wherein an outer diameter of the permanent magnet is larger than an outer diameter of the yoke, so as to form a first region in the permanent magnet on an outer diameter side of the permanent magnet, not overlapped by the yoke; and a support member supporting the yoke, the support member includes: a first portion axially facing the first region of the permanent magnet; a yoke facing portion axially facing the yoke; and a protrusion protruding axially so as to radially face the side surface of the permanent magnet, a first portion axially facing the first region of the permanent magnet; a yoke facing portion axially facing the yoke; and a protrusion protruding axially so as to radially face the side surface of the permanent magnet, wherein the first region is formed on a side of the protrusion, and an axial thickness of the first portion of the support member is larger than an axial thickness (Ty) of the yoke facing portion of the support member with reference to an end surface of the yoke which does not face the permanent magnet.
A thin film solar cell module comprising - a photo-electric layer arranged for receiving solar radiation and for converting solar radiation in at least a second wavelength domain different from the at least a first wavelength domain into electric energy, - a selectively reflective layer arranged against the photo-electric layer for selectively reflecting radiation in said second wavelength domain transmitted by the photo-electric layer, - characterized by a further photo-electric layer for absorbing and converting radiation in at least the second wavelength domain into electric energy, the selectively reflective layer being arranged between the photo-electric layer and the further photo-electric layer, wherein the at least a first wavelength domain comprises a first wavelength band from 350 nm to 500 nm and a second wavelength band from 600 nm to 700 nm and wherein the second wavelength domain comprises a wavelength range extending from 500 to 600 nm, and wherein said thin film solar cell module is substantially translucent in said first wavelength domain in that it transmits at least 75% of the radiation in a third wavelength band from 420 to 480 nm, and a fourth wavelength band from 620 to 700 nm. - a photo-electric layer arranged for receiving solar radiation and for converting solar radiation in at least a second wavelength domain different from the at least a first wavelength domain into electric energy, - a selectively reflective layer arranged against the photo-electric layer for selectively reflecting radiation in said second wavelength domain transmitted by the photo-electric layer, - characterized by a further photo-electric layer for absorbing and converting radiation in at least the second wavelength domain into electric energy, the selectively reflective layer being arranged between the photo-electric layer and the further photo-electric layer, wherein the at least a first wavelength domain comprises a first wavelength band from 350 nm to 500 nm and a second wavelength band from 600 nm to 700 nm and wherein the second wavelength domain comprises a wavelength range extending from 500 to 600 nm, and wherein said thin film solar cell module is substantially translucent in said first wavelength domain in that it transmits at least 75% of the radiation in a third wavelength band from 420 to 480 nm, and a fourth wavelength band from 620 to 700 nm.