mhurhangee/ep-ind-claims huggingface dataset:
Stereo examination system for imaging an object or an intermediate image produced by an object, comprising: an objective arrangement with an optical axis and an object plane for arranging the intermediate image or the object to be imaged, wherein the objective arrangement receives an object-side beam emitted from the object plane into a solid angle region and converts said beam into an image-side beam, a selector arrangement for selecting at least one pair of partial beams (19, 20) from the image-side beam, and an image transmission apparatus (51, 52) for producing representations of the images provided by the at least one pair of partial beams (19, 20), and an illumination apparatus having a beam coupler for superimposing the beam cross section of the image-side beam on a cross section of an illumination beam; characterized in that the selector arrangement is embodied to displace a beam cross section of at least one of the two partial beams (19, 20) relative to a beam cross section of the image-side beam, wherein a controller is provided for actuating the selector arrangement for displacing the beam cross section of the at least one partial beam (19, 20) in the circumferential direction around the optical axis, wherein the illumination apparatus is actuatable in such a way that the cross section of the illumination beam substantially does not overlap the beam cross sections of the partial beams (19k, 20k). an objective arrangement with an optical axis and an object plane for arranging the intermediate image or the object to be imaged, wherein the objective arrangement receives an object-side beam emitted from the object plane into a solid angle region and converts said beam into an image-side beam, a selector arrangement for selecting at least one pair of partial beams (19, 20) from the image-side beam, and an image transmission apparatus (51, 52) for producing representations of the images provided by the at least one pair of partial beams (19, 20), and an illumination apparatus having a beam coupler for superimposing the beam cross section of the image-side beam on a cross section of an illumination beam; characterized in that the selector arrangement is embodied to displace a beam cross section of at least one of the two partial beams (19, 20) relative to a beam cross section of the image-side beam, wherein a controller is provided for actuating the selector arrangement for displacing the beam cross section of the at least one partial beam (19, 20) in the circumferential direction around the optical axis, wherein the illumination apparatus is actuatable in such a way that the cross section of the illumination beam substantially does not overlap the beam cross sections of the partial beams (19k, 20k).
A skin dressing system comprising: (i) a skin contact layer containing a nitrite; and (ii) a hydrogel that contains hydrogen ions; wherein the skin dressing system does not contain a source of Cu 2+, Zn 2+ and/or Fe 2+ ions, wherein the system does not contain a thiol or a reductant; further wherein the skin contact layer containing a nitrite is not a hydrogel. (i) a skin contact layer containing a nitrite; and (ii) a hydrogel that contains hydrogen ions;
An apparatus comprising: at least one leaf spring protrusion to provide a force against a circuit board, wherein a thickness and angle of the at least one leaf spring protrusion is set to adjust the force against the circuit board; at least two card retainers arranged with respective shelves; and at least one retention clip, in part, configured to maintain a plane of a heat sink relative to the circuit board, wherein the at least one retention clip is arranged with a protruding lip; and wherein when the heat sink is received in the apparatus, the protruding lip of the at least one retention clip engages a top surface of the heat sink with downward pressure, and the respective shelves of the at least two card retainers engage a bottom surface of the heat sink with upward pressure opposing said downward pressure. at least one leaf spring protrusion to provide a force against a circuit board, wherein a thickness and angle of the at least one leaf spring protrusion is set to adjust the force against the circuit board; at least two card retainers arranged with respective shelves; and at least one retention clip, in part, configured to maintain a plane of a heat sink relative to the circuit board, wherein the at least one retention clip is arranged with a protruding lip; and wherein when the heat sink is received in the apparatus, the protruding lip of the at least one retention clip engages a top surface of the heat sink with downward pressure, and the respective shelves of the at least two card retainers engage a bottom surface of the heat sink with upward pressure opposing said downward pressure.
An integrated circuit configured for operate a transmitting user equipment for performing direct communication transmissions over a direct sidelink connection in a communication system, the integrated circuit comprising: receiving circuitry, is adapted to receive a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; control circuitry, which is adapted to: • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and transmitting circuitry, which is adapted to perform a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period. receiving circuitry, is adapted to receive a plurality of sidelink grants within a same transmission control period, wherein the transmission control period is a period of time for which a sidelink grant is valid; control circuitry, which is adapted to: • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and • associate each of the received sidelink grants with one of a plurality of sidelink processes, each of the sidelink processes being associated with an identification, and • allocate, for each of the sidelink grants, radio resources according to the respective sidelink grant to perform a direct communication transmission of sidelink control information and of data over the direct sidelink connection; and transmitting circuitry, which is adapted to perform a direct communication transmission per sidelink process with correspondingly-associated sidelink grant within the same transmission control period.
Converter arrangement having a converter phase which extends between a first and a second DC voltage pole (3, 4), wherein the converter phase comprises an AC voltage terminal and a first converter arm, which extends between the first DC voltage pole and the AC voltage terminal, and a second converter arm, which extends between the AC voltage terminal and the second DC voltage pole, wherein the first converter arm comprises a first series circuit of two-pole switching modules, and the second converter arm comprises a second series circuit of two-pole switching modules, wherein each of the switching modules comprises power semiconductor switches and an energy store, wherein the converter phase comprises a phase module arrester in an arrester branch arranged in parallel with the two series circuits (13a,b) of the switching modules, which is configured for the overvoltage protection of the switching modules of the two series circuits (13a,b), wherein a first arm inductance is provided, which is arranged in the first converter arm between the first DC voltage pole and the first series circuit of switching modules, and a second arm inductance is further provided, which is arranged in the second converter arm between the second DC voltage pole and the second series circuit of switching modules, characterized in that the arrester branch extends between a first potential point between the first arm inductance and the first series circuit of switching modules and a second potential point between the second arm inductance and the second series circuit of switching modules. wherein the converter phase comprises a phase module arrester in an arrester branch arranged in parallel with the two series circuits (13a,b) of the switching modules, which is configured for the overvoltage protection of the switching modules of the two series circuits (13a,b), wherein a first arm inductance is provided, which is arranged in the first converter arm between the first DC voltage pole and the first series circuit of switching modules, and a second arm inductance is further provided, which is arranged in the second converter arm between the second DC voltage pole and the second series circuit of switching modules, characterized in that the arrester branch extends between a first potential point between the first arm inductance and the first series circuit of switching modules and a second potential point between the second arm inductance and the second series circuit of switching modules.
An implantable device suitable for being fixed in a fixing position to a wall of the stomach of a patient, the implantable device being received in the stomach when the implantable device is in the fixing position, the implantable device comprising a reserve of an active substance and an injector suitable for administering the active substance to the patient, the implantable device being characterised in that the injector includes two catheters, the injector being configured to administer the active substance into a body fluid of the patient, through at least one of the catheters, the injector being configured to suck, through one of the catheters, the body fluid of the patient and to reject, through the other catheter, the sucked body fluid.
A personal flight device which includes:- - a housing which is securable to a pilot; - at least one pair of ducted fans (2,3), one fan of the pair mounted to one side of the housing, the other fan of the pair mounted to the other side of the housing; - wherein each fan (7,8) rotates about an axis of rotation so as to draw air through the corresponding duct (9,10) from an entry end of the duct to an exit end of the duct; - and wherein the axis of rotation of each fan (7,8) is fixed relative to the housing; - at least one engine mounted on the housing for driving the fans (7,8) such that both fans rotate in the same direction for producing thrust; characterised in that: - the or each engine is cooled by a radiator; - the or each radiator is associated with at least one passage (31,32) having an entry end (33,35) in communication with one surface of the radiator and an exit end (36,37) adjacent the entry end of one of said ducts (9,10). - a housing which is securable to a pilot; - at least one pair of ducted fans (2,3), one fan of the pair mounted to one side of the housing, the other fan of the pair mounted to the other side of the housing; - wherein each fan (7,8) rotates about an axis of rotation so as to draw air through the corresponding duct (9,10) from an entry end of the duct to an exit end of the duct; - and wherein the axis of rotation of each fan (7,8) is fixed relative to the housing; - at least one engine mounted on the housing for driving the fans (7,8) such that both fans rotate in the same direction for producing thrust; - the or each engine is cooled by a radiator; - the or each radiator is associated with at least one passage (31,32) having an entry end (33,35) in communication with one surface of the radiator and an exit end (36,37) adjacent the entry end of one of said ducts (9,10).
A method comprising: acquiring a digital surface representation of one or more intraoral structures; processing the digital surface representation to obtain a three-dimensional digital model of an arch including a plurality of components, each one of the plurality of components including a positioning key to uniquely position the component in an x-y plane of a mounting surface of a dental articulator; and fabricating the three-dimensional digital model to obtain a dental model of the plurality of components, wherein the positioning key for each one of the plurality of components provides gross tactile feedback on proper alignment during assembly of the dental model onto the dental articulator. acquiring a digital surface representation of one or more intraoral structures; processing the digital surface representation to obtain a three-dimensional digital model of an arch including a plurality of components, each one of the plurality of components including a positioning key to uniquely position the component in an x-y plane of a mounting surface of a dental articulator; and fabricating the three-dimensional digital model to obtain a dental model of the plurality of components, wherein the positioning key for each one of the plurality of components provides gross tactile feedback on proper alignment during assembly of the dental model onto the dental articulator.
A process for producing C 2 -C 4 olefins, in particular propylene, from an educt mixture containing steam and oxygenates, such as methanol and/or dimethyl ether, in which the educt mixture is reacted in at least one reactor on a catalyst to obtain a reaction mixture comprising low-molecular olefins and gasoline hydrocarbons, which in a first separating device is separated into a mixture rich in C 5- olefins, a mixture rich in C 5+ gasoline hydrocarbons, and an aqueous phase, characterized in that the mixture rich in C 5+ gasoline hydrocarbons is supplied to a second separating device, in which the aromatics contained in the mixture are largely separated and are discharged as aromatics stream, and that the residual stream featuring an amount of aromatics less than 5 wt-%, is at least partly recirculated to the at least one reactor as recycling stream.
A method for allocating physical hybrid ARQ indicator channels, which is used for sending indication information corresponding to multiple uplink sub-frames in the same downlink sub-frame in a time division duplex system, the method including: in the time division duplex system, through an index of a physical resource block where uplink data resides as well as an index of an uplink sub-frame where the uplink data resides, determining an index of a physical hybrid ARQ indicator channel group where a physical hybrid ARQ indicator channel in an downlink sub-frame resides and an intra-group index of the physical hybrid ARQ indicator channel in the physical hybrid ARQ indicator channel group according to an indexing rule, and further determining an index of the physical hybrid ARQ indicator channel by using the index of the physical hybrid ARQ indicator channel group and the intra-group index. in the time division duplex system, through an index of a physical resource block where uplink data resides as well as an index of an uplink sub-frame where the uplink data resides, determining an index of a physical hybrid ARQ indicator channel group where a physical hybrid ARQ indicator channel in an downlink sub-frame resides and an intra-group index of the physical hybrid ARQ indicator channel in the physical hybrid ARQ indicator channel group according to an indexing rule, and further determining an index of the physical hybrid ARQ indicator channel by using the index of the physical hybrid ARQ indicator channel group and the intra-group index.
A method for providing an electronic signature executed by a processing unit in a terminal, wherein the method comprises the following steps: - fetching a basic key from a memory area in the terminal; - inputting data from a user; - generating a dynamic key based on the basic key and the input data; - receiving an electronic message; and - generating an electronic signature for the message using the generated dynamic key, characterized in that the step of inputting data from a user includes inputting a credential from the user, the terminal is a mobile communication terminal adapted for communication with a mobile communication network such as a GSM, UMTS or 3G network, the mobile terminal containing the processing unit that executes the method, and the step of fetching a basic key comprises inputting the basic key from an executable code portion of a terminal application that has been downloaded in the mobile communication terminal, the code portion being contained in the memory area in the mobile communication terminal. - fetching a basic key from a memory area in the terminal; - inputting data from a user; - generating a dynamic key based on the basic key and the input data; - receiving an electronic message; and - generating an electronic signature for the message using the generated dynamic key,
A flexible container comprising: a first multilayer film and a second multilayer film, each multilayer film comprising an inner seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film, the multilayer films sealed along a common peripheral edge; an orifice in one of the multilayer films; a spout extending through the orifice characterized in that the spout is a pop-up spout, and having a flange sealed to the multilayer film around the orifice, the pop-up spout comprising an ethylene/α-olefin multi-block copolymer. a first multilayer film and a second multilayer film, each multilayer film comprising an inner seal layer, the multilayer films arranged such that the seal layers oppose each other and the second multilayer film is superimposed on the first multilayer film, the multilayer films sealed along a common peripheral edge; an orifice in one of the multilayer films; a spout extending through the orifice characterized in that the spout is a pop-up spout, and having a flange sealed to the multilayer film around the orifice, the pop-up spout comprising an ethylene/α-olefin multi-block copolymer.
A method comprising: forming a fibrous media from a fibrous material, wherein the fibrous material comprises (i) a cellulosic pulp fiber or Kraft pulp, and (ii) a bonding material comprising bicomponent fibers, treating the fibrous media with a crosslinking agent to form a treated fibrous media, and drying and/or curing the treated fibrous media to produce a curled fiber mat, wherein the drying is at a temperature of 100°C or greater for a time from 10 seconds to 10 minutes, wherein the curing is at a temperature of 145°C or greater for a time from 30 seconds or greater, wherein the bicomponent fiber comprises a core polymer and a sheath polymer, and wherein the crosslinking agent is present in an amount of 1 to 20%, based on the weight of the fibrous material. forming a fibrous media from a fibrous material, wherein the fibrous material comprises (i) a cellulosic pulp fiber or Kraft pulp, and (ii) a bonding material comprising bicomponent fibers, treating the fibrous media with a crosslinking agent to form a treated fibrous media, and drying and/or curing the treated fibrous media to produce a curled fiber mat, wherein the drying is at a temperature of 100°C or greater for a time from 10 seconds to 10 minutes, wherein the curing is at a temperature of 145°C or greater for a time from 30 seconds or greater, wherein the bicomponent fiber comprises a core polymer and a sheath polymer, and wherein the crosslinking agent is present in an amount of 1 to 20%, based on the weight of the fibrous material.
A combustor comprising: an inner and outer liner (110, 112) extending circumferentially around an axis of rotation of the engine spaced apart from one another to form a combustion chamber therebetween; a bulkhead extending between the inner and outer liners (110, 112) proximate a first end (125, 127) of the combustor; a plurality of fuel nozzle ports for receiving fuel nozzles therein, each fuel nozzle port having a centerline axis extending axially therethrough; first and second outer primary inlet holes (120, 122) formed in a single row along a circumferential plane through the outer liner to a first side of the centerline axis of each fuel nozzle port, and a second side of the centerline axis of the outer liner lacking inlet holes; and first and second inner primary inlet holes (130, 132) formed in a single row along a circumferential plane through the inner liner to the second side of the centerline axis of each fuel nozzle port, and the first side of the centerline axis of the inner liner racking inlet holes. an inner and outer liner (110, 112) extending circumferentially around an axis of rotation of the engine spaced apart from one another to form a combustion chamber therebetween; a bulkhead extending between the inner and outer liners (110, 112) proximate a first end (125, 127) of the combustor; a plurality of fuel nozzle ports for receiving fuel nozzles therein, each fuel nozzle port having a centerline axis extending axially therethrough; first and second outer primary inlet holes (120, 122) formed in a single row along a circumferential plane through the outer liner to a first side of the centerline axis of each fuel nozzle port, and a second side of the centerline axis of the outer liner lacking inlet holes; and first and second inner primary inlet holes (130, 132) formed in a single row along a circumferential plane through the inner liner to the second side of the centerline axis of each fuel nozzle port, and the first side of the centerline axis of the inner liner racking inlet holes.
Solar radiation receiver for a heliothermal parabolic dish that has a heat engine located at its focus, wherein said solar radiation receiver has inlet and outlet collectors, a series of conduits going from the inlet collector to the outlet collector through which a working fluid flows, such working fluid being heated when receiving solar radiation, characterized in that the receiver comprises: - an upper layer which is struck directly by solar radiation; - at least one intermediate layer, located under the upper layer, where conduits, through which the working fluid flows, are arranged laid out like a labyrinth, covering the whole used surface of the intermediate layer(s) of the receiver; - a lower layer, located under the at least one intermediate layer, into which the inlet and outlet collectors for the working fluid are coupled; wherein the upper layer, the at least one intermediate layer with the conduits and the lower layer, are made up in one single piece and said piece is made from an alloy that withstands temperatures above 600 °C. - an upper layer which is struck directly by solar radiation; - at least one intermediate layer, located under the upper layer, where conduits, through which the working fluid flows, are arranged laid out like a labyrinth, covering the whole used surface of the intermediate layer(s) of the receiver; - a lower layer, located under the at least one intermediate layer, into which the inlet and outlet collectors for the working fluid are coupled;