mhurhangee/ep-ind-claims huggingface dataset:
A medicament delivery device comprising: a plurality of contact sensors located at discrete locations on a contact surface of the device and configured to output a signal representing a state of partial detachment of the device from an injection site; an alert output module configured to output an alert based on the signal received from the at least one of the plurality of contact sensors; and a controller configured to: set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors, and control the alert output module to output an alert based on the signal received from the at least one contact sensor, wherein some or all of the plurality of contact sensors are disposed proximate the outer edge of the contact surface, wherein detection of partial detachment comprises detecting that a subset of the plurality of contact sensors has become detached from the injection site when the degree of detachment exceeds the detachment threshold, and wherein after an alert is output in response to a partial detachment event, the controller is configured to lower the detachment threshold at which an alert is to be output in response to a subsequent partial detachment event in comparison to the detachment threshold at which the alert was output during the previous detachment event. a plurality of contact sensors located at discrete locations on a contact surface of the device and configured to output a signal representing a state of partial detachment of the device from an injection site; an alert output module configured to output an alert based on the signal received from the at least one of the plurality of contact sensors; and a controller configured to: set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors, and control the alert output module to output an alert based on the signal received from the at least one contact sensor, set a detachment threshold at which the plurality of contact sensors output the signal, receive the signal from the at least one of the plurality of contact sensors, and control the alert output module to output an alert based on the signal received from the at least one contact sensor, wherein some or all of the plurality of contact sensors are disposed proximate the outer edge of the contact surface, wherein detection of partial detachment comprises detecting that a subset of the plurality of contact sensors has become detached from the injection site when the degree of detachment exceeds the detachment threshold, and wherein after an alert is output in response to a partial detachment event, the controller is configured to lower the detachment threshold at which an alert is to be output in response to a subsequent partial detachment event in comparison to the detachment threshold at which the alert was output during the previous detachment event.
High-speed shears for cutting rolling stock to length, comprising: two drums (10, 20) arranged opposite one another, which are able to be driven by means of a drive device at a circumferential speed that corresponds to the pass-through speed of the rolling stock, wherein each drum (10, 20) has a first part which is rotatably mounted about an axis of rotation and a second part which functions as a carrier of a blade, wherein a radial guide is embodied between the first part and the second part so that the blade carrier can be adjusted by means of an actuating device between a starting position and a cutting position, characterised in that the blade carrier is embodied as a hollow cross section and has a cavity in which the rotatably mounted part is arranged, and the blade carrier is slidably mounted on the rotatably mounted part. two drums (10, 20) arranged opposite one another, which are able to be driven by means of a drive device at a circumferential speed that corresponds to the pass-through speed of the rolling stock, wherein each drum (10, 20) has a first part which is rotatably mounted about an axis of rotation and a second part which functions as a carrier of a blade, wherein a radial guide is embodied between the first part and the second part so that the blade carrier can be adjusted by means of an actuating device between a starting position and a cutting position, the blade carrier is embodied as a hollow cross section and has a cavity in which the rotatably mounted part is arranged, and the blade carrier is slidably mounted on the rotatably mounted part.
A computer-implemented method, comprising: copying artifacts for a service running on a first cluster in a computing environment, the first cluster comprising a first group of virtual machines; creating the service on a second cluster in the computing environment using the artifacts, the second cluster comprising a second group of virtual machines; staging the service on the second cluster; once the new service has been staged, stopping a selected part of the service on the first cluster; then starting a corresponding selected part of the service on the second cluster, wherein the network is updated to connect the started parts of the old and new service as well as the load balancers and other routing components to allow them to point to the started service across the clusters (42, 43); performing the stopping and starting step two or more times until all parts of the selected service have been stopped on the first cluster and all corresponding parts of the service have been started on the second cluster; and deleting the service on the first cluster, wherein a tenant migrator, which connects to all clusters in a datacenter and identifies the right destination cluster for the service, performs the copying, creating, stopping, starting, and deleting steps, the method further comprising: assigning an IP address to the service; and supporting the service simultaneously on both the first cluster (32, 42) and the second cluster (33, 43) using the IP address. copying artifacts for a service running on a first cluster in a computing environment, the first cluster comprising a first group of virtual machines; creating the service on a second cluster in the computing environment using the artifacts, the second cluster comprising a second group of virtual machines; staging the service on the second cluster; once the new service has been staged, stopping a selected part of the service on the first cluster; then starting a corresponding selected part of the service on the second cluster, wherein the network is updated to connect the started parts of the old and new service as well as the load balancers and other routing components to allow them to point to the started service across the clusters (42, 43); performing the stopping and starting step two or more times until all parts of the selected service have been stopped on the first cluster and all corresponding parts of the service have been started on the second cluster; and deleting the service on the first cluster, wherein a tenant migrator, which connects to all clusters in a datacenter and identifies the right destination cluster for the service, performs the copying, creating, stopping, starting, and deleting steps, the method further comprising: assigning an IP address to the service; and supporting the service simultaneously on both the first cluster (32, 42) and the second cluster (33, 43) using the IP address.
Drive train for a wind turbine with a transmission, which has a transmission casing and is or can be connected to a wind rotor via a drive shaft, and a generator, which has a generator casing which is securely connected to the transmission casing, in which at least one stator and at least one rotor are provided, wherein the rotor is coupled to an output shaft of the transmission, which shaft is mounted on the transmission casing via bearings and runs faster than the drive shaft during operation, characterized in that the generator has a generator shaft which is arranged coaxially with the output shaft of the transmission, is mounted on the generator casing via bearings and is connected to the output shaft of the transmission via connection flanges (8a, 8b), wherein electrical insulation is provided between the connection flanges; in that a labyrinth seal or gap seal is provided between the transmission casing and the generator casing; and in that, in order, the bearings, the labyrinth seal or gap seal and the connection flange are held on the output shaft and, adjoining this, the connection flange, the rotor and the bearing are held on the generator shaft.
A combination of (+)-1,4- dihydro-7-[(3S,4S)-3-methoxy-4-(methylamino)-1-pyrrolidinyl]-4-oxo-1-(2-thiazolyl)-1,8-naphthyridine-3-carboxylic acid and Ara-C for use in a method of treating acute myelogenous leukemia in a mammal, wherein the combination is prepared for administration of (+)-1,4- dihydro-7-[(3S,4S)-3-methoxy-4-(methylamino)-1-pyrrolidinyl]-4-oxo-1-(2-thiazolyl)-1,8-naphthyridine-3-carboxylic acid at a dose of about 10-120 mg/m 2 and administration of Ara-C at a dose of about 5-1500 mg/m 2, wherein the dose of Ara-C is administered per day for at least one day.
A system for icing prediction of an aircraft comprising: an environmental sensor suite configured to be installed on an aircraft and configured to measure at least two different kinds of environmental parameters corresponding to conditions external to the aircraft as the aircraft travels along a flight path, data acquisition circuitry communicatively coupled to the environmental sensor suite and configured to acquire and deliver real-time environmental data from the environmental sensor suite; a computer system configured to be installed onboard the aircraft, communicatively coupled to the data acquisition circuitry to receive real-time the environmental data, the computer system comprising: a supervised learning engine configured to process the real-time environmental data to compute a probability that the aircraft will experience icing along the flight path, a reinforcement learning engine configured to generate an icing risk alert and/or a recommended icing avoidance maneuver based on user-defined parameters and the computed probability of icing, and a database storing a library of learning comprising information about the success or failure of previous icing avoidance maneuvers, and wherein the reinforcement learning engine is configured to issue no icing risk alert and recommended no icing avoidance maneuver based on a determination of a tolerable risk of icing made based on the information in the library of learning. an environmental sensor suite configured to be installed on an aircraft and configured to measure at least two different kinds of environmental parameters corresponding to conditions external to the aircraft as the aircraft travels along a flight path, data acquisition circuitry communicatively coupled to the environmental sensor suite and configured to acquire and deliver real-time environmental data from the environmental sensor suite; a computer system configured to be installed onboard the aircraft, communicatively coupled to the data acquisition circuitry to receive real-time the environmental data, the computer system comprising: a supervised learning engine configured to process the real-time environmental data to compute a probability that the aircraft will experience icing along the flight path, a reinforcement learning engine configured to generate an icing risk alert and/or a recommended icing avoidance maneuver based on user-defined parameters and the computed probability of icing, and a database storing a library of learning comprising information about the success or failure of previous icing avoidance maneuvers, and wherein the reinforcement learning engine is configured to issue no icing risk alert and recommended no icing avoidance maneuver based on a determination of a tolerable risk of icing made based on the information in the library of learning.
A method for resin-molding one side face of a work in a molding die set, which includes a pair of dies (2,3) having respective clamping faces, wherein the die set resin-molds the work in a clamping state and in which the work is sucked and held on at least a first one of said clamping faces and resin-molded in a cavity concave section whose outside dimension is larger than that of the work, said method being characterized by the steps of: providing in the molding die set a film sucking hole, which is formed in said at least one of said clamping faces, a work drawing hole, which is separated from the film sucking hole, sucking and holding a release film which covers said at least first one of said clamping faces of the molding die set by using the film sucking hole; forming a work sucking hole in the release film, using a hole-forming jig, after the release film is sucked and held on said at least first one of said clamping faces by the work drawing hole being communicated with the work sucking hole; setting the work in the molding die set; sucking the work through said work drawing hole and said work sucking hole formed in the first release film, so as to hold the work on said at least first one of said clamping faces; closing the molding die set so as to clamp the work; and pressurizing and heating the resin, which has been accommodated in the cavity concave section to form a molded product. providing in the molding die set a film sucking hole, which is formed in said at least one of said clamping faces, a work drawing hole, which is separated from the film sucking hole, sucking and holding a release film which covers said at least first one of said clamping faces of the molding die set by using the film sucking hole; forming a work sucking hole in the release film, using a hole-forming jig, after the release film is sucked and held on said at least first one of said clamping faces by the work drawing hole being communicated with the work sucking hole; setting the work in the molding die set; sucking the work through said work drawing hole and said work sucking hole formed in the first release film, so as to hold the work on said at least first one of said clamping faces; closing the molding die set so as to clamp the work; and pressurizing and heating the resin, which has been accommodated in the cavity concave section to form a molded product.
Water pipe having a multi-part housing for smoking accessories, wherein housing parts (3, 4,7) are provided for: a heating chamber and a capsule received in the heating chamber; electronics; and a liquid medium; wherein the housing part receiving the liquid medium has at least one suction port and is connected via a suction tube passing through the housing part containing the electronics to the housing part receiving the heating chamber that receives the capsule containing the smoke medium and wherein the suction tube has a closure unit in the region of the transition from the housing part containing the electronics to the housing part receiving the liquid medium characterized in that the closure unit is formed as a U-shaped bent end piece of the suction tube. a heating chamber and a capsule received in the heating chamber; electronics; and a liquid medium; wherein the housing part receiving the liquid medium has at least one suction port and is connected via a suction tube passing through the housing part containing the electronics to the housing part receiving the heating chamber that receives the capsule containing the smoke medium and wherein the suction tube has a closure unit in the region of the transition from the housing part containing the electronics to the housing part receiving the liquid medium characterized in that the closure unit is formed as a U-shaped bent end piece of the suction tube.
A rack that is suitable for using in dishwashers with an accessory comprising a shaft which extends in the vertical axis and characterized by more than one carrier which is mounted onto the shaft so as to rotate around the shaft and whereon objects like forks and spoons can be placed.
A catalyst consisting of an alumina support, one metal selected from group VIB and one metal selected from group VIII of the periodic table, and phosphorus, in which said alumina is obtained from a kneaded and extruded boehmite gel, and in which the specific surface area of said catalyst determined in accordance with the ASTM standard D3663-03 (BET method) is in the range 60 to 150 m 2 /g, in which the metal from group VIB is molybdenum and the metal from group VIII is cobalt, in which the density of molybdenum, expressed as the number of atoms of molybdenum per nm of catalyst, is in the range 3 to 5, the Co/Mo atomic ratio is in the range 0.3 to 0.5 and the P/Mo atomic ratio is in the range 0.1 to 0.3.
Heat exchanger comprising at least one heat exchange bundle for exchanging heat between a first fluid, such as the air, and a second, heat transfer fluid, such as liquid, and a receiving frame for receiving the heat exchange bundle covering at least part of said heat exchange bundle, said bundle comprising a multiplicity of plates forming parts of a duct for the circulation of said second heat transfer fluid, the plates being stacked with a spacing between two adjacent plates so as to allow free passage for said first fluid passing through the bundle, comprising at least one heat storage means (28, 128) forming a means for mitigating variations in temperature and configured to house a phase-change material close to one of the plates of the heat exchange bundle, and characterized in that the heat storage means (28, 128) forming a means for mitigating variations in temperature comprises a receiving casing which is made of a thermally conductive material - preferably metallic - and of which the walls delimit a hollow internal chamber, said internal chamber being filled with said phase-change material.
A method comprising: receiving, by a computing device comprising a processor, a request for elevator service; and assigning at least one resource associated with a service unrelated to the use of the elevator (200; 202-1, 202-2) itself based on receiving the request for elevator service; characterized in that: the request for elevator service is inferred based on a user history; and in that the request for elevator service comprises an indication of a secure floor, and wherein the at least one resource comprises a resource configured to validate a credential of a user upon arrival of an elevator car at the secure floor. receiving, by a computing device comprising a processor, a request for elevator service; and assigning at least one resource associated with a service unrelated to the use of the elevator (200; 202-1, 202-2) itself based on receiving the request for elevator service; characterized in that: the request for elevator service is inferred based on a user history; and in that the request for elevator service comprises an indication of a secure floor, and wherein the at least one resource comprises a resource configured to validate a credential of a user upon arrival of an elevator car at the secure floor. the request for elevator service is inferred based on a user history; and in that the request for elevator service comprises an indication of a secure floor, and wherein the at least one resource comprises a resource configured to validate a credential of a user upon arrival of an elevator car at the secure floor.
Method for filling a container with a filling product in a filling-product filling system having at least two filling valves connected in parallel with one another as control valves, the method having the steps of: - determining a function of the volume flow q ( t, Δ p v) for at least two of the filling valves connected in parallel depending on a differential pressure Δp v decreasing across the filling valves connected in parallel; - determining the differential pressure Δp v decreasing across all filling valves connected in parallel; - calculating the volume flow q ( t, Δp v) through at least one of the filling valves connected in parallel on the basis of the differential pressure Δp v determined; and - regulation and/or control of the at least one filling valve depending on the calculated volume flow q ( t, Δp v), wherein the the regulation and/or control of the at least one filling valve comprises compensation of the opening position of the filling valve in the event of varying differential pressure Δp v based on the calculated current volume flow q ( t, Δp v). - determining a function of the volume flow q ( t, Δ p v) for at least two of the filling valves connected in parallel depending on a differential pressure Δp v decreasing across the filling valves connected in parallel; - determining the differential pressure Δp v decreasing across all filling valves connected in parallel; - calculating the volume flow q ( t, Δp v) through at least one of the filling valves connected in parallel on the basis of the differential pressure Δp v determined; and - regulation and/or control of the at least one filling valve depending on the calculated volume flow q ( t, Δp v), wherein the the regulation and/or control of the at least one filling valve comprises compensation of the opening position of the filling valve in the event of varying differential pressure Δp v based on the calculated current volume flow q ( t, Δp v).
A tool for use in a wellbore, comprising a tubular body having a bore therethrough and an opening through a wall thereof; an arm: pivotally connected to the body or a first piston, disposed in the opening in a retracted position, and movable to an extended position where an outer surface of the arm extends outward past an outer surface of the body; the first piston: disposed in the body bore, having a bore therethrough, and operable to move the arm from the retracted position to the extended position in response to a fluid pressure in the first piston bore exceeding a fluid pressure in the opening; a lock having a second piston operable to retain the first piston in the retracted position; and a controller operable to release the first piston in response to receiving an instruction signal, characterised in that the instruction signal is received via modulation of a rotational speed of the drilling assembly and/or modulation of a drilling fluid flow rate, or by pressure pulses in the drilling fluid, wherein the instruction signal comprises a trigger portion and a command portion, the trigger portion differing from the command portion and indicating to a target tool that a new command is to be sent. pivotally connected to the body or a first piston, disposed in the opening in a retracted position, and movable to an extended position where an outer surface of the arm extends outward past an outer surface of the body; disposed in the body bore, having a bore therethrough, and operable to move the arm from the retracted position to the extended position in response to a fluid pressure in the first piston bore exceeding a fluid pressure in the opening;