mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a service request message, comprising: after a dispatcher receives a service request message, obtaining, by the dispatcher, information that is about a first controller and that is comprised in the service request message; determining, by the dispatcher, in a correspondence between information about multiple controllers and a driver adaptation plug-in group, a first driver adaptation plug-in group corresponding to the information about the first controller, wherein the first controller is connected to at least one driver adaptation plug-in comprised in the first driver adaptation plug-in group; determining, by the dispatcher, in the at least one driver adaptation plug-in that is connected to the first controller and that is comprised in the first driver adaptation plug-in group, at least one to-be-selected driver adaptation plug-in, wherein a running status of the at least one to-be-selected driver adaptation plug-in is normal; and sending, by the dispatcher, the service request message to the first controller by using one of the at least one to-be-selected driver adaptation plug-in. after a dispatcher receives a service request message, obtaining, by the dispatcher, information that is about a first controller and that is comprised in the service request message; determining, by the dispatcher, in a correspondence between information about multiple controllers and a driver adaptation plug-in group, a first driver adaptation plug-in group corresponding to the information about the first controller, wherein the first controller is connected to at least one driver adaptation plug-in comprised in the first driver adaptation plug-in group; determining, by the dispatcher, in the at least one driver adaptation plug-in that is connected to the first controller and that is comprised in the first driver adaptation plug-in group, at least one to-be-selected driver adaptation plug-in, wherein a running status of the at least one to-be-selected driver adaptation plug-in is normal; and sending, by the dispatcher, the service request message to the first controller by using one of the at least one to-be-selected driver adaptation plug-in.
A novel process for the preparation of pazopanib of formula I: or a pharmaceutically acceptable salt thereof: which comprises: a) reacting 5-amino-2-methylbenzenesulfonamide of formula II: with a 2,4-dichloropryrimidine of formula III: in presence of a base and a solvent to give 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV; and b) condensing the 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV with the N,2,3-trimethyl-2H-indazol-6-amine of formula V: in an alcoholic solvent to give a pazopanib of formula I and optionally converting pazopanib formed into the pharmaceutically acceptable acid addition salt of pazopanib. which comprises: a) reacting 5-amino-2-methylbenzenesulfonamide of formula II: with a 2,4-dichloropryrimidine of formula III: in presence of a base and a solvent to give 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV; and b) condensing the 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV with the N,2,3-trimethyl-2H-indazol-6-amine of formula V: in an alcoholic solvent to give a pazopanib of formula I and optionally converting pazopanib formed into the pharmaceutically acceptable acid addition salt of pazopanib. a) reacting 5-amino-2-methylbenzenesulfonamide of formula II: with a 2,4-dichloropryrimidine of formula III: in presence of a base and a solvent to give 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV; and b) condensing the 5-(4-chloropyrimidin-2ylamino)-2-methylbenzenesulfonamide of formula IV with the N,2,3-trimethyl-2H-indazol-6-amine of formula V: in an alcoholic solvent to give a pazopanib of formula I and optionally converting pazopanib formed into the pharmaceutically acceptable acid addition salt of pazopanib.
A system for monitoring a subject status, the system comprising: a subject arrangement area for arranging a subject thereon; a signal transmitter configured to transmit a radar signal toward the subject arranged on the subject arrangement area, wherein the radar signal is an electromagnetic wave; a signal receiver configured to receive the radar signal; and a signal analysis device configured to detect a temporal variation of the radar signal received by the signal receiver and determine a subject status based on the temporal variation, wherein the subject status includes a subject position, characterised in that the signal analysis device is further configured to identify at least one body portion of the subject based on the radar signal received by the signal receiver, and to predict an upcoming position of the subject based on the temporal variation and on the identified at least one body portion of the subject. a subject arrangement area for arranging a subject thereon; a signal transmitter configured to transmit a radar signal toward the subject arranged on the subject arrangement area, wherein the radar signal is an electromagnetic wave; a signal receiver configured to receive the radar signal; and a signal analysis device configured to detect a temporal variation of the radar signal received by the signal receiver and determine a subject status based on the temporal variation, wherein the subject status includes a subject position, characterised in that the signal analysis device is further configured to identify at least one body portion of the subject based on the radar signal received by the signal receiver, and to predict an upcoming position of the subject based on the temporal variation and on the identified at least one body portion of the subject.
A vehicle trim element, comprising: - a complex comprising at least one layer of ligneous material having an outer face and an inner face, and a reinforcing layer, extending over the inner face of the layer of ligneous material; and - a substrate made from a first plastic material, characterized in that the trim element further comprises at least one insert, made from a second plastic material, inserted between the reinforcing layer of the complex and the substrate so as to space the substrate away from the reinforcing layer, the substrate being overmolded by injection on the insert. - a complex comprising at least one layer of ligneous material having an outer face and an inner face, and a reinforcing layer, extending over the inner face of the layer of ligneous material; and - a substrate made from a first plastic material,
Method of reconstructing an image of an object from volumetric data of the object, wherein the volumetric data correspond to the coronary artery region and simultaneously measured electrocardiogram data, wherein the volumetric data include a plurality of projections corresponding to a plurality of time points, the method comprising the steps of: estimating a motion of the object, wherein a plurality of motion fields is determined for estimating the motion of the object; determining first time points where the motion of the object is minimal on the basis of the estimated motion of the object; and selecting projections from the plurality of projections on the basis of the first time points, wherein the selection of the projections from the plurality of projections corresponds to a setting of a reconstruction window; and reconstructing (S26, S27) the image from the projections selected from the plurality of projections, wherein the image is reconstructed on the basis of an iterative reconstruction optimization, characterized in that, on a variation of the reconstruction window with respect to variable width and variable position, a new image is reconstructed on the basis of the iterative reconstruction optimization in real-time with a reconstruction window having a specific width, wherein the variation of the position of the reconstruction window is based on the first time points such that the reconstruction window is automatically centred for each projection on a time point where there is minimal motion in the object at that time point such that the new image reconstructed from the projections selected from the plurality of projections is automatically optimized; wherein the new image is displayed on a display. estimating a motion of the object, wherein a plurality of motion fields is determined for estimating the motion of the object; determining first time points where the motion of the object is minimal on the basis of the estimated motion of the object; and selecting projections from the plurality of projections on the basis of the first time points, wherein the selection of the projections from the plurality of projections corresponds to a setting of a reconstruction window; and reconstructing (S26, S27) the image from the projections selected from the plurality of projections, wherein the image is reconstructed on the basis of an iterative reconstruction optimization,
An airport light for approach centerline lighting or crossbar lighting having a main beam with an elliptical shape having an horizontal angular range of -10 degrees to +10 degrees and a vertical range from 2.5 degrees above ground to 13.5 degrees with a luminosity not exceeding 10000cd and further having first and second outer beams (101, 102) wherein the luminosity decreases from the main beam to the outer beams (101, 102) the airport light comprising at least a housing covered by a transparent cover and containing a first module with first LEDs, generating a first beam of light, and a second module with a second LEDs, generating a second beam of light, wherein at least the first LEDs and/or the second LEDs comprise of a plurality of LEDs and wherein the first module is mounted under an angle to the second module resulting in a non-parallel and partially overlapping first beam of light and a second beam of light, characterized in that the partially overlapping beams of light approximate an elliptical radiation pattern.
Stator/cover unit for a camshaft adjuster, which unit is manufactured in one part from a sintered material, comprising a stator and a locking cover which has a slotted assembly for the rotationally fixed locking of a rotor, the sintered material having, at least in the region of the slotted assembly, a Vickers hardness of between 400 HV and 850 HV.
A method of manufacturing a vane arrangement for a gas turbine engine, the method comprising: providing an aerofoil having a hollow cavity with an open end; providing a support member (50, 66) having a stub (48, 148); welding the aerofoil to the stub; wherein the stub is hollow with a cover (52, 152) extending across the stub at a position adjacent to where the aerofoil is welded to the stub, and wherein the cover includes a protrusion (54, 154) that is received in the cavity of the aerofoil for locating the aerofoil relative to the stub; and removing material from the stub so as to define a hollow region that extends through the support member and stub to the cavity of the aerofoil. providing an aerofoil having a hollow cavity with an open end; providing a support member (50, 66) having a stub (48, 148); welding the aerofoil to the stub; wherein the stub is hollow with a cover (52, 152) extending across the stub at a position adjacent to where the aerofoil is welded to the stub, and wherein the cover includes a protrusion (54, 154) that is received in the cavity of the aerofoil for locating the aerofoil relative to the stub; and removing material from the stub so as to define a hollow region that extends through the support member and stub to the cavity of the aerofoil.
A calibration method for determining the position and orientation of a first imaging device relative to a second imaging device by comparing a commonly depicted object in a first and second image of said first and said second imaging device respectively, wherein said first and said second imaging devices are adapted for providing first and second depth information for each of said respective first and second images and wherein at least said first and said second depth information is used for said determination
A storage assembly, comprising a rack, a tray and a loading device, wherein the loading device is configured to move the tray between a storage position on the rack and an access position, the loading device comprising two lifting arms that support a cradle, wherein the tray is supported on the cradle when in the access position; wherein the loading device comprises a drawing arm that is configured to move the tray between the storage position and the access position, characterised in that the drawing arm is pivotally connected to the cradle at a first end and comprises an end roller at a second end, wherein the end roller cooperates with a channel in the tray, such that pivoting the drawing arm moves the end roller along the channel and thereby moves the tray between the storage position and the access position. wherein the loading device is configured to move the tray between a storage position on the rack and an access position, the loading device comprising two lifting arms that support a cradle, wherein the tray is supported on the cradle when in the access position; wherein the loading device comprises a drawing arm that is configured to move the tray between the storage position and the access position, characterised in that the drawing arm is pivotally connected to the cradle at a first end and comprises an end roller at a second end, wherein the end roller cooperates with a channel in the tray, such that pivoting the drawing arm moves the end roller along the channel and thereby moves the tray between the storage position and the access position.
An extra-articular implantable assembly (10, 10', 10") comprising: a first component configured to be attached to a first anatomical member of an articulating, anatomical joint; a second component configured to be attached to a second anatomical member of the anatomical joint; and a tension member (30, 30', 30") joining said first and second components (20, 40); wherein said tension member (30, 30', 30") is placed under tension to transiently, variably reduce load transferred from the first anatomical member to the second anatomical member when said first component is attached to said first anatomical member and said second component is attached to said second anatomical member and a distance between locations of attachment of said tension member (30, 30', 30") to said first and second components (20, 40) becomes smaller than an implant-defined distance between said locations, and wherein the tension in said tension member (30, 30', 30") decreases as the anatomical joint moves from extension to flexion characterised in that the end portions (22, 44) of said first and second components (20, 40) joined by said tension member (30, 30', 30") substantially overlap in an orientation configured to be assumed when the anatomical joint is in extension. a first component configured to be attached to a first anatomical member of an articulating, anatomical joint; a second component configured to be attached to a second anatomical member of the anatomical joint; and a tension member (30, 30', 30") joining said first and second components (20, 40); wherein said tension member (30, 30', 30") is placed under tension to transiently, variably reduce load transferred from the first anatomical member to the second anatomical member when said first component is attached to said first anatomical member and said second component is attached to said second anatomical member and a distance between locations of attachment of said tension member (30, 30', 30") to said first and second components (20, 40) becomes smaller than an implant-defined distance between said locations, and wherein the tension in said tension member (30, 30', 30") decreases as the anatomical joint moves from extension to flexion characterised in that the end portions (22, 44) of said first and second components (20, 40) joined by said tension member (30, 30', 30") substantially overlap in an orientation configured to be assumed when the anatomical joint is in extension.
Wedge clamping device for the detachable fixed and positive fastening of a tool holder in a receiving shaft of a tool holder plate for an automatic lathe, wherein the wedge clamping device is wedge-shaped in a plane perpendicular to the longitudinal axis L of the clamping device and has a clamping surface which can be directly or indirectly brought into clamping contact with a first side surface of the tool holder and the wedge clamping device is detachably fastenable by means of fastening means to the tool holder plate through clamping the tool holder between the clamping surface and a tool contact surface of the receiving shaft, wherein the wedge clamping device can be inserted between a first side surface of the tool holder and a clamping wedge surface of the receiving shaft, wherein the wedge clamping device presses the tool holder with a second side surface against the tool contact surface of the receiving shaft and wherein in doing so the clamping surface directly contacts in parallel the first side surface of the tool holder, while a wedge surface on the side of the wedge surface opposite the clamping surface faces in the direction of the clamping wedge surface of the receiving shaft, characterised in that the wedge clamping device comprises a cooling agent channel which is arranged in or on the wedge clamping device extending from an inlet via an intermediate channel to an outlet, at least partially crossing the wedge clamping device and thereby a cooling agent channel is formed integrated into the wedge clamping device, wherein the outlet is arranged in the area of the tool-side end of the clamping device in such a way that in the case of a firmly clamped clamping device a cooling agent jet onto the tool-side end of the tool holder is achievable.
A process for the production of lipidic vehicles comprising the following steps: a) providing a mixture of an amphiphilic lipid and a promoter in a liquid medium comprising water and a liquid polyol, wherein the promoter is selected from dipalmitoylphosphatidylglycerol, dioleoyltrimethylammoniumpropane, cholesterol, fatty acids, fatty acid amines, poloxamers, polyethylene glycol with molecular weight higher than 600 and mixtures thereof and the liquid polyol is selected from glycerine, propylene glycol, polyethylene glycol with molecular weight lower than 600 and mixtures thereof, b) stirring and heating the mixture in a first heating step at 30-80°C, c) stirring and heating the mixture in a second heating step at a temperature 10-50°C higher than the temperature of the first heating step and d) allowing the mixture to cool down to room temperature. a) providing a mixture of an amphiphilic lipid and a promoter in a liquid medium comprising water and a liquid polyol, wherein the promoter is selected from dipalmitoylphosphatidylglycerol, dioleoyltrimethylammoniumpropane, cholesterol, fatty acids, fatty acid amines, poloxamers, polyethylene glycol with molecular weight higher than 600 and mixtures thereof and the liquid polyol is selected from glycerine, propylene glycol, polyethylene glycol with molecular weight lower than 600 and mixtures thereof, b) stirring and heating the mixture in a first heating step at 30-80°C, c) stirring and heating the mixture in a second heating step at a temperature 10-50°C higher than the temperature of the first heating step and d) allowing the mixture to cool down to room temperature.
A blend for brazing of joints in products of base metals and/or for coating of products of base metals, which base metal has a solidus temperature above 1040 °C, which blend comprises boron and silicon, the boron is selected from a boron source, and the silicon is selected from a silicon source, wherein the blend comprises boron and silicon in a ratio boron to silicon within a range from about 15:100 wt/wt to about 4:10 wt/wt, and wherein the blend also comprises at least one binder selected from the group consisting of solvents, water, oils, gels, lacquers, varnish, binders based on monomers and/or polymers.
A fuel cell electrode catalyst comprising tin oxide having a catalyst supported thereon, wherein the tin oxide contains antimony and at least one element A selected from the group consisting of tantalum and niobium, wherein the ratio of the number of moles of antimony to the number of moles of tin, i.e., (the number of moles of antimony/the number of moles of tin), is 0.01 to 0.05, and wherein the ratio of the number of moles of the element A to the number of moles of antimony, i.e., [(the number of moles of the element A/the number of moles of antimony)], is 0.2 to 6.
A device for detecting mould in ambient air, with a support which has a support surface which can be accessed by the ambient air on which at least one nutrient medium which favours the growth of mould has been applied in the manner of a film, a measuring assembly with at least one light source and at least one light detector for measuring the transmission at or through the nutrient medium applied to the support surface, as well as an evaluation unit connected to the light detector which generates a signal on the basis of a sensor signal originating from the light detector as well as on a decision criterion, so that the support is conveyed over a specified distance by means of the conveying unit, characterized in that a protective film is applied in the manner of a film to at least the nutrient medium which has been applied to the support in the manner of a film, in that a conveying unit is provided which is capable of conveying the support along a conveying path alongside which the measuring assembly has been mounted, in that a separating unit is provided which separates the protective film from the nutrient medium in front of the measuring assembly in the conveying direction, in that the support is prepared from a support material which is transparent to light, and in that the at least one light source as well as the at least one light detector are disposed on opposite sides of the support. in that a conveying unit is provided which is capable of conveying the support along a conveying path alongside which the measuring assembly has been mounted, in that a separating unit is provided which separates the protective film from the nutrient medium in front of the measuring assembly in the conveying direction, in that the support is prepared from a support material which is transparent to light, and in that the at least one light source as well as the at least one light detector are disposed on opposite sides of the support.
A process comprising: a) contacting a polyhydric phenol and an epihalohydrin in the presence of a catalyst under reaction conditions to form an organic feed comprising a bishalohydrin ether; b) contacting said organic feed and an aqueous feed comprising an inorganic hydroxide with a high shear mixer to produce a first mixed feed; c) contacting said first mixed feed with a centrifugal separator to form a first organic product comprising an epoxy resin and a first aqueous product; and d) recovering said first organic product. a) contacting a polyhydric phenol and an epihalohydrin in the presence of a catalyst under reaction conditions to form an organic feed comprising a bishalohydrin ether; b) contacting said organic feed and an aqueous feed comprising an inorganic hydroxide with a high shear mixer to produce a first mixed feed; c) contacting said first mixed feed with a centrifugal separator to form a first organic product comprising an epoxy resin and a first aqueous product; and d) recovering said first organic product.