mhurhangee/ep-ind-claims huggingface dataset:
A turbine stage comprising: a row of airfoils integrally joined to corresponding platforms and spaced laterally apart to define respective flow passages therebetween for channeling gases; each of said airfoils including a concave pressure side and a laterally opposite convex suction side bounding an internal cooling circuit, and extending in chord between opposite leading and trailing edges (24,26); said airfoils being joined to said platforms at corresponding fillets, each of said platforms including a nominal outer surface being axisymmetrical outside said fillet and blending circumferentially therewith, a field of film cooling holes extending through said platform along said fillets for discharging film cooling air characterized by: said fillet decreasing in radius and area on said platform along said pressure side between said leading and trailing edges (24,26), and decreasing in size along said pressure side from said leading edge toward said trailing edge; said fillet on the pressure side being larger than said fillet on said suction side. a row of airfoils integrally joined to corresponding platforms and spaced laterally apart to define respective flow passages therebetween for channeling gases; each of said airfoils including a concave pressure side and a laterally opposite convex suction side bounding an internal cooling circuit, and extending in chord between opposite leading and trailing edges (24,26); said airfoils being joined to said platforms at corresponding fillets, each of said platforms including a nominal outer surface being axisymmetrical outside said fillet and blending circumferentially therewith, a field of film cooling holes extending through said platform along said fillets for discharging film cooling air characterized by: said fillet decreasing in radius and area on said platform along said pressure side between said leading and trailing edges (24,26), and decreasing in size along said pressure side from said leading edge toward said trailing edge; said fillet on the pressure side being larger than said fillet on said suction side.
A nozzle insert comprising: an air intake having a central portion a pair of central vanes disposed within the central portion wherein, the pair of center vanes define an angle of between 90 and 170 degrees, the pair of center vanes are adapted to direct the air laterally in a first direction; characterised in that the nozzle insert is adapted for insertion in a nozzle box of a web-drying machine for directing airflow at a web; the pair of central vanes define a plurality of entry ports adapted to permit an amount of air to pass directly through the central portion without being laterally diverted; the nozzle insert further comprises a planar turning vane laterally disposed relative to the central portion, the turning vane being adapted for directing airflow in a lateral direction; and a straightening vane disposed on the turning vane, wherein the turning vane defines a surface and the straightening vane is perpendicular to said surface. an air intake having a central portion a pair of central vanes disposed within the central portion wherein, the pair of center vanes define an angle of between 90 and 170 degrees, the pair of center vanes are adapted to direct the air laterally in a first direction; characterised in that the nozzle insert is adapted for insertion in a nozzle box of a web-drying machine for directing airflow at a web; the pair of central vanes define a plurality of entry ports adapted to permit an amount of air to pass directly through the central portion without being laterally diverted; the nozzle insert further comprises a planar turning vane laterally disposed relative to the central portion, the turning vane being adapted for directing airflow in a lateral direction; and a straightening vane disposed on the turning vane, wherein the turning vane defines a surface and the straightening vane is perpendicular to said surface.
N-Phenyl-(piperazinyl or homopiperazinyl)-benzenesulfonamide or benzenesulfonyl-phenyl-(piperazine or homopiperazine) of formula or (I') wherein X is a bond or a group N-R 4; R 1 is hydrogen or methyl; R 2 is hydrogen or methyl; R 3 is hydrogen, C 1 -C 3 alkyl, fluorine, C 1 -C 2 alkoxy or fluorinated C 1 -C 2 alkoxy; R 4 is hydrogen, C 1 -C 4 alkyl, C 3 -C 4 cycloalkyl, or C 3 -C 4 cycloalkyl-CH 2 -; R 5 is hydrogen, fluorine, chlorine, C 1 -C 2 alkyl, fluorinated C 1 -C 2 alkyl, C 1 -C 2 alkoxy or fluorinated C 1 -C 2 alkoxy; R 6 is hydrogen, fluorine or chlorine; and n is 1 or 2, or a physiologically tolerated acid addition salt or an N-oxide thereof. X is a bond or a group N-R 4; R 1 is hydrogen or methyl; R 2 is hydrogen or methyl; R 3 is hydrogen, C 1 -C 3 alkyl, fluorine, C 1 -C 2 alkoxy or fluorinated C 1 -C 2 alkoxy; R 4 is hydrogen, C 1 -C 4 alkyl, C 3 -C 4 cycloalkyl, or C 3 -C 4 cycloalkyl-CH 2 -; R 5 is hydrogen, fluorine, chlorine, C 1 -C 2 alkyl, fluorinated C 1 -C 2 alkyl, C 1 -C 2 alkoxy or fluorinated C 1 -C 2 alkoxy; R 6 is hydrogen, fluorine or chlorine; and n is 1 or 2,
A system for measuring a low-energy, mono-energetic hadron beam, including a first detection unit comprising a planar sensor having a sensing area segmented into a matrix of pixels, each pixel being adapted to provide a transit signal indicative of transit of a particle therethrough, and a counting circuit coupled to the sensor for providing an output signal indicative of number of particles N p of the beam crossing said sensing area in a time interval, based on the transit signals provided by said pixels, a second detection unit arranged downstream of the first detection unit and comprising at least one ionization detector for providing an output signal proportional to the total charge Q ion released by the beam in the ionization detector in said time interval, and a processing unit designed to receive the output signals from the first and from the second detection unit (10, 30), wherein each of said first and second detection units has a material thickness Δx1, Δx2 crossed by the beam, expressed in radiation and interaction length units, of order of magnitude equal to or less than 1/100, the system being characterized in that said processing unit is designed to: - calculate mean ionization energy per particle S = E ion /N p, defined as the ratio of total ionization energy E ion to number of particles N p, the total ionization energy E ion being function of the total charge Q ion released by the beam in the ionization detector, and - determine mean beam energy <E> from energy loss function of a particle of the beam in the ionizable medium of the ionization detector, based on the calculated mean ionization energy per particle S. - calculate mean ionization energy per particle S = E ion /N p, defined as the ratio of total ionization energy E ion to number of particles N p, the total ionization energy E ion being function of the total charge Q ion released by the beam in the ionization detector, and - determine mean beam energy <E> from energy loss function of a particle of the beam in the ionizable medium of the ionization detector, based on the calculated mean ionization energy per particle S.
Device for loading or unloading of a transport container, equipped with a loading opening, with a telescopic conveyor that has a base conveyor unit (2.0) and at least one telescopic conveyor unit (2.1... 2.6) that can be extended relative to that in a longitudinal direction, with a loading or unloading device that can be moved on a driving surface and is coupled to the telescopic conveyor by means of a compensating device, wherein the compensating device permits the loading or unloading device to be pivoted relative to the telescopic conveyor around a pivot axis running perpendicular to the longitudinal direction and parallel to the driving surface, permits the loading or unloading device to move relative to the telescopic conveyor in a plane that includes the pivot axis, and excludes a rotational degree of freedom between the loading or unloading device and the telescopic conveyor around an axis running perpendicular to the driving surface, characterised in that arranged between the loading or unloading device and a head end of the telescopic conveyor is a compensating conveyor, which at a rear end is connected via a first joint to the telescopic conveyor and at a front end is connected via a second joint to the loading or unloading device, wherein one of the joints (8a, 8b) permits rotation around two rotational axes that are perpendicular to one another and to the longitudinal direction, and one of the joints (8a, 8b) permits rotation around a rotational axis parallel to the longitudinal direction and around two rotational axes that are perpendicular to one another and to the longitudinal direction, and wherein one of the joints (8a, 8b) additionally permits a limited compensating movement in the longitudinal direction.
A ballistic dolly system comprising: a frame assembly (106, 116, 118) of a ballistic dolly having an elongated member; a seat assembly mounted to the elongated member, the seat assembly having one or more surfaces adapted to engage an inner surface of a body of an overlap panel; one or more seat channels (166, 168) formed in the seat assembly, each of the one or more seat channels (166, 168) adapted to releasably engage an edge of a body of an armor panel (112, 114), each of the one or more seat channels (166, 168) orienting the edge of the body of the armor panel (112, 114) in an overlapping relationship with the body of the overlap panel such that a portion of the body of the armor panel (112, 114) overlaps with a portion of the body of the overlap panel, the overlapping relationship covering a ballistic void of the ballistic dolly; and at least one attachment assembly (130, 132, 200) disposed along the frame assembly (106, 116, 118); characterized in that the at least one attachment assembly (130, 132, 200) has an attachment channel adapted to releasably engage a bar mounted on an inner surface of the body of the armor panel (112, 114). a frame assembly (106, 116, 118) of a ballistic dolly having an elongated member; a seat assembly mounted to the elongated member, the seat assembly having one or more surfaces adapted to engage an inner surface of a body of an overlap panel; one or more seat channels (166, 168) formed in the seat assembly, each of the one or more seat channels (166, 168) adapted to releasably engage an edge of a body of an armor panel (112, 114), each of the one or more seat channels (166, 168) orienting the edge of the body of the armor panel (112, 114) in an overlapping relationship with the body of the overlap panel such that a portion of the body of the armor panel (112, 114) overlaps with a portion of the body of the overlap panel, the overlapping relationship covering a ballistic void of the ballistic dolly; and at least one attachment assembly (130, 132, 200) disposed along the frame assembly (106, 116, 118); characterized in that the at least one attachment assembly (130, 132, 200) has an attachment channel adapted to releasably engage a bar mounted on an inner surface of the body of the armor panel (112, 114).
A drug delivery and monitoring system for a ventilator, the system comprising; a gas conduit that communicates with a ventilator; a plurality of medicine containers (30A, 30C) that communicate with said gas conduit, each medicine container comprising a valve, wherein each valve is actuated by depressing said valve; an actuator (24, 28) that selectively actuates said plurality of medicine containers to cause said medicine containers to dispense medicine into said gas conduit; and a control unit that causes said actuator to actuate each of said plurality of medicine containers in a defined sequence at defined intervals, characterized in that the system further comprises a flow sensor that monitors gas flow in said gas conduit and communicates with the control unit to indicate the direction of gas flow through the gas conduit, wherein the control unit causes said actuator to actuate a medicine container to dispense medicine into said gas conduit when a direction of gas flow in said gas conduit is toward a patient, and wherein the control unit inhibits said actuator from actuating said medicine container when gas flow in said gas conduit is away from the patient, wherein the control unit comprises an operator interface panel which provides visual information for each of the plurality of medicine containers, including a number of doses remaining in each medicine container and wherein the operator interface panel and the control unit are configured to permit the inputting of the desired delivery time and frequency of medicine in the medicine containers.
A method in a network node associated with a cell in a cellular communication system for enabling use, in said cell, of different types of mobile terminals, UEs, said method comprising: - supporting, at least part of, at least two frequency bands having a respective predefined frequency band indicator in said cell; and - signaling information associated with said at least two frequency bands to UEs in the cell, thus enabling use of UEs operating in a respective different one of said at least two frequency bands in the cell, wherein the information associated with the at least two frequency bands is signaled in one or more system information blocks, SIBs, over a broadcast channel to UEs in idle mode and over a UE specific channel to UEs in connected or active mode. - supporting, at least part of, at least two frequency bands having a respective predefined frequency band indicator in said cell; and - signaling information associated with said at least two frequency bands to UEs in the cell, thus enabling use of UEs operating in a respective different one of said at least two frequency bands in the cell,
A rotary sprayer for a coating product, comprising a spray bowl rotating about an axis of rotation and an air turbine for rotating the bowl about the axis of rotation, wherein said turbine comprises a rotor and a body forming a support for the rotor and defining at least one feedline for feeding air to a rotation chamber wherein rotor blades are arranged, the feedline for feeding air to the rotation chamber comprising an intermediate chamber which is defined, radially to the rotation axis, between the body and a ring (32, 90) mounted around this body characterized in that the ring is provided, on the inner radial surface thereof, with at least one pattern in relief, in particular with ribs or a thread, configured to enhance a heat exchange between, on the one hand, the air circulating inside the intermediate chamber and, on the other hand, the ring.
A reception apparatus configured to receive AV content, comprising: reception means for receiving trigger information for controlling a process relating to an application program to be executed in an interlocked relationship with the progress of the AV content; retaining means for retaining the application program; and control means for controlling a state of a first application program retained by the retaining means in response to whether or not first trigger information for designating a process relating to the first application program as a controlling target is received in synchronism with a reception timing determined in advance, said trigger information being included in a Program Clock Reference, PCR, packet, wherein the control means is configured to erase the first application program from the retaining means in response to that the first trigger information is no more received in synchronism with the reception timing. reception means for receiving trigger information for controlling a process relating to an application program to be executed in an interlocked relationship with the progress of the AV content; retaining means for retaining the application program; and control means for controlling a state of a first application program retained by the retaining means in response to whether or not first trigger information for designating a process relating to the first application program as a controlling target is received in synchronism with a reception timing determined in advance, said trigger information being included in a Program Clock Reference, PCR, packet,
A system for registering real-time sensor location data to previously acquired images of a branched network of body lumens comprising: a probe containing a sensor at a distal end thereof for placing into said branched network of body lumens in a patient; a unit for performing an initial registration between a real-time sensor location and a previously acquired image selected from a plurality of previously acquired images of said branched network; a unit for receiving data from said sensor and configured to determine an approximate location of said sensor when placed in said branched network of body lumens in said patient; a unit adapted to create a subgroup of said plurality of images from said approximate location of said sensor, said subgroup containing one or more previously acquired images corresponding to said approximate location; and, a unit for selecting an image from said subgroup that most accurately corresponds to said approximate location and configured to update said initial registration based on using an image-based registration technique. a probe containing a sensor at a distal end thereof for placing into said branched network of body lumens in a patient; a unit for performing an initial registration between a real-time sensor location and a previously acquired image selected from a plurality of previously acquired images of said branched network; a unit for receiving data from said sensor and configured to determine an approximate location of said sensor when placed in said branched network of body lumens in said patient; a unit adapted to create a subgroup of said plurality of images from said approximate location of said sensor, said subgroup containing one or more previously acquired images corresponding to said approximate location; and, a unit for selecting an image from said subgroup that most accurately corresponds to said approximate location and configured to update said initial registration based on using an image-based registration technique.
A process for obtaining at least one metal from a mixture comprising an aluminum compound; said process comprising the following steps: a. pulverizing the mixture to obtain a powder having particles of below 74 μm and calcining said powder at a temperature ranging between 600°C and 800°C to obtain a calcined feed containing aluminum oxide; b. mixing the calcined feed with a carbonaceous material to obtain a blend; carbochlorinating the blend by using a stream of chlorine gas at a temperature ranging between 600°C and 1000°C, to obtain a gaseous stream containing aluminum chloride; c. condensing the gaseous stream to obtain a chloride condensate containing aluminum chloride constituent; d. vaporizing the chloride condensate to fractionally separate the aluminum chloride constituent and obtain pure aluminum chloride vapors; and e. feeding the pure aluminum chloride vapors to an electrolysis cell and electrolyzing the aluminum chloride constituent to obtain aluminum metal. a. pulverizing the mixture to obtain a powder having particles of below 74 μm and calcining said powder at a temperature ranging between 600°C and 800°C to obtain a calcined feed containing aluminum oxide; b. mixing the calcined feed with a carbonaceous material to obtain a blend; carbochlorinating the blend by using a stream of chlorine gas at a temperature ranging between 600°C and 1000°C, to obtain a gaseous stream containing aluminum chloride; c. condensing the gaseous stream to obtain a chloride condensate containing aluminum chloride constituent; d. vaporizing the chloride condensate to fractionally separate the aluminum chloride constituent and obtain pure aluminum chloride vapors; and e. feeding the pure aluminum chloride vapors to an electrolysis cell and electrolyzing the aluminum chloride constituent to obtain aluminum metal.
An antenna component assembly method, comprising: selecting a web having a receptor surface and translating the web along a first directional axis under continuous roll-to-roll process to form a translating web; providing a dispenser with a dispenser head and positioning the dispenser head at a location closely spaced from the receptor surface of the translating web, the dispenser being associated with a supply of wire; oscillating the dispenser head in at least one direction that is along a second directional axis, the second directional axis being perpendicular to the first directional axis, while dispensing wire from the supply of wire through the dispensing head and onto the web; combining the translating of the web and the oscillating of the dispenser head; dispensing the wire to deposit a flow of shaped wire lengths onto the translating web to form a deposit of shaped wire; and combining the deposit of shaped wire lengths with the web to form a flow of antenna component assemblies. selecting a web having a receptor surface and translating the web along a first directional axis under continuous roll-to-roll process to form a translating web; providing a dispenser with a dispenser head and positioning the dispenser head at a location closely spaced from the receptor surface of the translating web, the dispenser being associated with a supply of wire; oscillating the dispenser head in at least one direction that is along a second directional axis, the second directional axis being perpendicular to the first directional axis, while dispensing wire from the supply of wire through the dispensing head and onto the web; combining the translating of the web and the oscillating of the dispenser head; dispensing the wire to deposit a flow of shaped wire lengths onto the translating web to form a deposit of shaped wire; and combining the deposit of shaped wire lengths with the web to form a flow of antenna component assemblies.