mhurhangee/ep-ind-claims huggingface dataset:
A nozzle for guiding a metal melt from a first to a second means, comprising a) a refractory, tube-like body with b) an inlet opening at its first end, c) an outlet opening at its second end, d) a conduit, elongate along a central longitudinal axis which is oriented vertically during use, limited by an inner wall of the refractory, tube-like body and extending from said inlet opening to said outlet opening, and e) baffles (30, 32, 34, 36), projecting from said inner wall into the conduit, characterized by f) at least one first pair of baffles (30, 32, 34, 36), protruding from opposing sections of the inner wall of the refractory body and leaving a passage between them, through which the central longitudinal axis extends, with pairs of baffles (30, 32; 34, 36) each having a shape of an inverted V in a front view, with a flat main area (30f, 32f; 34f, 36f) facing a flat main area of the other pair of baffles, as well as upper and lower borders (30b, 32b, 34b, 36b) substantially following the design of the corresponding section of the inner wall of the refractory body vis-à-vis said border (30b, 32b, 34b, 36b) such that g) a continuous flow passage around the central longitudinal axis being provided for the metal melt between the inlet opening and one single outlet opening. a) a refractory, tube-like body with b) an inlet opening at its first end, c) an outlet opening at its second end, d) a conduit, elongate along a central longitudinal axis which is oriented vertically during use, limited by an inner wall of the refractory, tube-like body and extending from said inlet opening to said outlet opening, and e) baffles (30, 32, 34, 36), projecting from said inner wall into the conduit, characterized by f) at least one first pair of baffles (30, 32, 34, 36), protruding from opposing sections of the inner wall of the refractory body and leaving a passage between them, through which the central longitudinal axis extends, with pairs of baffles (30, 32; 34, 36) each having a shape of an inverted V in a front view, with a flat main area (30f, 32f; 34f, 36f) facing a flat main area of the other pair of baffles, as well as upper and lower borders (30b, 32b, 34b, 36b) substantially following the design of the corresponding section of the inner wall of the refractory body vis-à-vis said border (30b, 32b, 34b, 36b) such that g) a continuous flow passage around the central longitudinal axis being provided for the metal melt between the inlet opening and one single outlet opening.
An X-ray data processing apparatus that corrects a count value of an X-ray detected by a pixel array type detector, comprising: a storage unit to store a correspondence relationship of a shape and a position of a virtual pixel with respect to a shape and a position of an actual pixel; and a distribution unit to distribute a count value of the actual pixel to the virtual pixel using a correspondence relationship characterised in that randomness is provided to the stored correspondence relationship, wherein the count value distributed to the virtual pixel is output as a correction result. a storage unit to store a correspondence relationship of a shape and a position of a virtual pixel with respect to a shape and a position of an actual pixel; and a distribution unit to distribute a count value of the actual pixel to the virtual pixel using a correspondence relationship characterised in that randomness is provided to the stored correspondence relationship, wherein the count value distributed to the virtual pixel is output as a correction result.
A toothed belt comprising a back side, tooth parts, and a tension member embedded in the back side, wherein the back side and the tooth part comprise a urethane resin composition, the tension member is a twisted cord constituted by glass fiber filaments, and characterized in that the tooth parts have a pitch therebetween of from 0.45 to 0.60 mm, the glass fiber filament has a diameter of from 6 to 9 micrometers, and the cord has a cord diameter of from 0.14 to 0.17 mm. the glass fiber filament has a diameter of from 6 to 9 micrometers, and the cord has a cord diameter of from 0.14 to 0.17 mm.
A coating combination suitable for use in coating architectural surfaces which comprises in combination a lidded container for a coating composition, a coating composition provided within the lidded container, wherein the coating composition has a high shear viscosity at 25°C of at least 0.01 pascal.sec and a low shear viscosity at 25°C of from 0.05 to 3.5 pascal.sec, and a buoyant coating contacting member disposed substantially horizontally within the lidded container, containing apertures which cover less than 70% of the underneath area of the buoyant coating contacting member, the buoyant coating contacting member consisting essentially of polyethylene or polypropylene having a density of less than 1.0 Kg/L such that the buoyant coating contacting member is buoyant on the coating composition and submersible within the coating composition to the extent that under a downwards force from a coating applicator, a portion of the coating composition is allowed to flow through the apertures such that the coating applicator can pick up the coating composition.
Injector device for introduction of a solid material in the form of a pulverulent material into a metallurgical unit, which device comprises: a solid material nozzle arranged to produce a jet of the solid material and a transport medium and to deliver it through an outlet opening of the solid material nozzle and thus introduce it into the metallurgical unit; an envelope gas channel which at least partly and preferably concentrically surrounds the solid material nozzle and which is arranged to produce a jet of an ignitable envelope gas and to deliver it from an annular outlet opening of the envelope gas channel so that this at least partly envelopes the jet of the solid material and transport medium after exit from the solid material nozzle; and an ignition device arranged to ignite the envelope gas in the envelope gas channel; characterised in that the solid material nozzle comprises a tube section having a convergent region and a divergent region adjoining in flow direction, whereby the solid material nozzle has the configuration of a Laval nozzle. a solid material nozzle arranged to produce a jet of the solid material and a transport medium and to deliver it through an outlet opening of the solid material nozzle and thus introduce it into the metallurgical unit; an envelope gas channel which at least partly and preferably concentrically surrounds the solid material nozzle and which is arranged to produce a jet of an ignitable envelope gas and to deliver it from an annular outlet opening of the envelope gas channel so that this at least partly envelopes the jet of the solid material and transport medium after exit from the solid material nozzle; and an ignition device arranged to ignite the envelope gas in the envelope gas channel; characterised in that the solid material nozzle comprises a tube section having a convergent region and a divergent region adjoining in flow direction, whereby the solid material nozzle has the configuration of a Laval nozzle.
A method of managing errors in a data processing system having a firmware error manager and a plurality of computer systems (14, 16), wherein each of the plurality of computer systems (14, 16) is a partition of the data processing system, the firmware error manager being separate from the plurality of computer systems (14, 16) and the plurality of computer systems being separate from each other, wherein each computer system includes at least one hardware component including a processor for executing a respective operating system, and a memory storing instructions for the respective operating system, and firmware including a firmware error handler, the method comprising: for each computer system (14, 16), identifying by the firmware error handler an error occurring in a hardware component of the at least one hardware component of the computer system (14, 16) that was discovered by the hardware component and that was unable to be corrected by the hardware component; for each computer system (14, 16), the firmware error handler determining whether it can correct the error, and correcting the error if the error is one that the firmware error handler can correct, otherwise handing off the error to the operating system if the firmware error handler is not able to correct the error; once the error is corrected, communicating from each respective firmware error handler error information about the identified error to the firmware error manager external of the plurality of computer systems (14, 16), wherein said communicating the error information to the firmware error manager occurs independently of the respective operating system; and compiling by the firmware error manager the error information communicated from each respective firmware error handler. for each computer system (14, 16), identifying by the firmware error handler an error occurring in a hardware component of the at least one hardware component of the computer system (14, 16) that was discovered by the hardware component and that was unable to be corrected by the hardware component; for each computer system (14, 16), the firmware error handler determining whether it can correct the error, and correcting the error if the error is one that the firmware error handler can correct, otherwise handing off the error to the operating system if the firmware error handler is not able to correct the error; once the error is corrected, communicating from each respective firmware error handler error information about the identified error to the firmware error manager external of the plurality of computer systems (14, 16), wherein said communicating the error information to the firmware error manager occurs independently of the respective operating system; and compiling by the firmware error manager the error information communicated from each respective firmware error handler.
Method for obtaining an indicator of whether an object can be driven over, by means of frequency-modulated radar signals of a motor vehicle radar sensor, wherein an occurrence of interference between a first propagation path of radar signals between a radar sensor and the object and a second propagation path with additional reflection at a carriageway is detected on the basis of amplitudes (A 1; A 2) of received radar signals which are reflected by an object, and wherein an indicator of whether an object can be driven over is obtained on the basis of the detection of an occurrence of interference, characterized in that the occurrence of the interference is detected on the basis of amplitude conditions between received radar signals which are reflected by the object and have been transmitted in different frequency ranges, wherein the radar signals which have been transmitted in different frequency ranges are transmitted in chronological proximity to one another, with the result that in situations without interference between the first and second propagation paths the radar signals which are transmitted in different frequency ranges and are reflected by the object are subject to essentially the same influences on their propagation paths, and the amplitudes (A 1; A 2) of the respective reception signals hardly differ from one another at all.
A wind turbine blade for a rotor of a wind turbine having a substantially horizontal rotor shaft, the blade comprising: a profiled contour comprising a pressure side (70; 92; 108) and a suction side (68; 90; 106) as well as a leading edge and a trailing edge, a chord extending between the leading edge and the trailing edge (20; 66), the profiled contour generating a lift when being impacted by an incident airflow, in a cross section of the wind turbine blade perpendicular to a lengthwise direction of the wind turbine blade, a suction side point being defined on the suction side (68; 90; 106) at the trailing edge (20; 66) of the blade, and a pressure side point being defined on the pressure side (70; 92; 108) at the trailing edge (20; 66) of the blade, wherein the suction side point being movable in relation to the pressure side point, and that the blade is further provided with a displacement device (72; 84; 100; 114; 116) configured to displace the pressure side point and the suction side point so that a distance between the suction side point and the pressure side point can be varied between a closed, first state, where the suction side point and the pressure side point are connected, and an open, second state, where the suction side point and the pressure side point are spaced apart by the displacement device (72; 84; 100; 114; 116), and wherein a chord length of the cross section in the second state is larger than in the first state. a profiled contour comprising a pressure side (70; 92; 108) and a suction side (68; 90; 106) as well as a leading edge and a trailing edge, a chord extending between the leading edge and the trailing edge (20; 66), the profiled contour generating a lift when being impacted by an incident airflow,
A method for configuring a device of a system, the method comprising; generating, utilizing an electronic device, one or more matrix codes including at least one measurement determined by the electronic device; transmitting, utilizing the electronic device, the one or more matrix codes to at least one display device; receiving the at least one measurement determined by the electronic device from a reader device, the reader device obtaining the measurement responsive to optically detecting the matrix code displayed by the display device; and providing instructions to configure the device of the system based on the at least one measurement determined by the electronic device, characterised in that the at least one measurement determined by the electronic device is a signal strength of a transmitted signal received at a receiver of the system.
A flavor inhaler comprising: a tubular holder extending along a predetermined direction from an ignition end toward a non-ignition end; a combustion type heat source provided at the ignition end; a flavor source adjacent to the combustion type heat source at the non-ignition end side in the predetermined direction, the flavor source configured by a plurality of flavor pieces; and a cup configured to hold the combustion type heat source and to house the flavor source, the cup having a cup shape, wherein the cup is inserted into the holder in a direction in which an opening of the cup is directed toward the ignition end side and a bottom plate of the cup is arranged at the non-ignition end side, the cup has a claw portion that protrudes into an inside of the cup from an inner wall surface of a side wall of the cup, the claw portion has at least an engagement portion that engages an end surface of the combustion type heat source in a non-ignition end side, the claw portion has, in addition to the engagement portion, a holding portion configured to hold a side surface of the combustion type heat source, the engagement portion is continued from the holding portion, characterized in that the holding portion has a tapered shape entering an inside of the cup from the ignition end side toward the non-ignition end side. a tubular holder extending along a predetermined direction from an ignition end toward a non-ignition end; a combustion type heat source provided at the ignition end; a flavor source adjacent to the combustion type heat source at the non-ignition end side in the predetermined direction, the flavor source configured by a plurality of flavor pieces; and a cup configured to hold the combustion type heat source and to house the flavor source, the cup having a cup shape, wherein the cup is inserted into the holder in a direction in which an opening of the cup is directed toward the ignition end side and a bottom plate of the cup is arranged at the non-ignition end side, the cup has a claw portion that protrudes into an inside of the cup from an inner wall surface of a side wall of the cup, the claw portion has at least an engagement portion that engages an end surface of the combustion type heat source in a non-ignition end side, the claw portion has, in addition to the engagement portion, a holding portion configured to hold a side surface of the combustion type heat source, the engagement portion is continued from the holding portion, characterized in that the holding portion has a tapered shape entering an inside of the cup from the ignition end side toward the non-ignition end side.
A vehicle with a vehicle system (11, 111, 211) for map verification having: a version memory, in which a map update is storable separately from an already existing map; an update module, via which the map update is mergeable for storage in the version memory; a position sensor; at least one vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114), wherein the at least one vehicle sensor is a mileage sensor, a speed sensor, a steering-wheel angle sensor, a wheel rpm sensor, or a yaw rate sensor, characterized by a map update provider (25, 225), which is designed such that it compares the map update stored in the version memory and the already existing map with the outputs of the vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114) and performs a plausibility check of the map update stored in the version memory and the already existing map, wherein the vehicle system releases that map for use which shows a higher degree of accordance with the outputs of the vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114). a version memory, in which a map update is storable separately from an already existing map; an update module, via which the map update is mergeable for storage in the version memory; a position sensor; at least one vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114), wherein the at least one vehicle sensor is a mileage sensor, a speed sensor, a steering-wheel angle sensor, a wheel rpm sensor, or a yaw rate sensor, characterized by a map update provider (25, 225), which is designed such that it compares the map update stored in the version memory and the already existing map with the outputs of the vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114) and performs a plausibility check of the map update stored in the version memory and the already existing map, wherein the vehicle system releases that map for use which shows a higher degree of accordance with the outputs of the vehicle sensor, surroundings sensor, and/or traffic telematics receiver (14, 114).
A continuous-time amplifier circuit comprising: a buffer amplifier having an input terminal and an output terminal; and an input source configured to be represented as a Thevenin equivalent circuit comprising an input voltage source in series with a source resistance (Rs) for supplying an input voltage (v IN) including a DC bias component (V IN) and a small signal component as an input signal (v in) to the circuit: wherein the buffer amplifier is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier. a buffer amplifier having an input terminal and an output terminal; and an input source configured to be represented as a Thevenin equivalent circuit comprising an input voltage source in series with a source resistance (Rs) for supplying an input voltage (v IN) including a DC bias component (V IN) and a small signal component as an input signal (v in) to the circuit: wherein the buffer amplifier is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier. wherein the buffer amplifier is adapted as a voltage controlled-voltage source having an input resistance as an open circuit and a voltage gain equal to 1-ε, where ε<<1; and the input source is electrically coupled across the input terminal and the output terminal of the buffer amplifier.
A urinary catheter set, comprising: a collection bag having an interior which is the space in which urine collects when the collection bag is in use; and a urinary catheter; the entire catheter being inside the space in which urine collects, the collection bag being configured as a package for the set, and the collection bag is the only package for the set. a collection bag having an interior which is the space in which urine collects when the collection bag is in use; and a urinary catheter; the entire catheter being inside the space in which urine collects, the collection bag being configured as a package for the set, and the collection bag is the only package for the set.
A method of molding a flanged fiber-reinforced resin hollow part, the method being adapted to mold a fiber-reinforced resin hollow part with a flange portion integrally formed at one end thereof by an internal-pressure molding method, comprising: a step of connecting a second core to one end of a preformed hollow resin core; a step of forming a hollow laminate (20, 20A) by laminating reinforced fibers and matrix resin on a circumference of the hollow resin core and the second core; a step of pulling the second core out from the hollow laminate; a step of pressing a region of the hollow laminate, from which the second core has been pulled out, into a flange shape; a step of disposing the hollow laminate within a shaping mold; and a step of applying heat while concurrently applying internal pressure to the hollow laminate disposed within the shaping mold, thereby combining the resin with the reinforced fibers. a step of connecting a second core to one end of a preformed hollow resin core; a step of forming a hollow laminate (20, 20A) by laminating reinforced fibers and matrix resin on a circumference of the hollow resin core and the second core; a step of pulling the second core out from the hollow laminate; a step of pressing a region of the hollow laminate, from which the second core has been pulled out, into a flange shape; a step of disposing the hollow laminate within a shaping mold; and a step of applying heat while concurrently applying internal pressure to the hollow laminate disposed within the shaping mold, thereby combining the resin with the reinforced fibers.