mhurhangee/ep-ind-claims huggingface dataset:
Method for regulating and/or monitoring an atomising device for the atomisation of liquid fuels, in particular oil, in a modulating burner, comprising the following steps: - Determination of at least one air supply parameter as well as a first and at least a second fuel supply parameter, - Setting of the first fuel supply parameter on the basis of the air supply parameter to regulate a fuel/air mixture to regulate the output of the burner, - Determination of a first deviation of the second fuel supply parameter from a desired value of a first characteristic curve of a dependency between the first fuel supply parameter and the second fuel supply parameter, and/or - Determination of a second deviation of the second fuel supply parameter from a desired value of a second characteristic curve of a dependency between the second fuel supply parameter and the air supply parameter. - Determination of at least one air supply parameter as well as a first and at least a second fuel supply parameter, - Setting of the first fuel supply parameter on the basis of the air supply parameter to regulate a fuel/air mixture to regulate the output of the burner, - Determination of a first deviation of the second fuel supply parameter from a desired value of a first characteristic curve of a dependency between the first fuel supply parameter and the second fuel supply parameter, and/or - Determination of a second deviation of the second fuel supply parameter from a desired value of a second characteristic curve of a dependency between the second fuel supply parameter and the air supply parameter.
Cartridge for a stereolithography machine, comprising: - a container delimited by a wall and provided with an access opening and with a transparent bottom opposite said access opening; - a reservoir suited to contain a liquid or pasty base material; - valve means connecting said reservoir to said container for the passage of said base material; characterized in that said valve means are configured to open when the difference between the pressure present in said reservoir and the pressure present in said container is at least equal to a predefined value and to spontaneously close when said pressure difference is lower than said predefined value, said reservoir being unremovably associated with said container and comprising tight connection means for connection to an external air feeding device. - a container delimited by a wall and provided with an access opening and with a transparent bottom opposite said access opening; - a reservoir suited to contain a liquid or pasty base material; - valve means connecting said reservoir to said container for the passage of said base material;
A blast furnace tap hole temperature measurement device, comprising: a temperature measurement unit configured to measure a temperature value by measuring first and second wavelength radiation energy of a blast furnace tap hole, and applying a reference emissivity ratio to the first and second wavelength radiation energy; a camera configured to obtain an image of the blast furnace tap hole; an image processing unit configured to calculate a ratio of slag and molten iron by identifying the slag and the molten iron from the image; and a correction unit configured to generate a final temperature value by applying a corrected temperature value, corresponding to a difference between a ratio, calculated by the image processing unit, and a reference ratio, corresponding to the reference emissivity ratio, to a temperature value, measured by the temperature measurement unit, wherein, when an amount of the slag is greater as compared with the molten iron in the blast furnace tap hole, the correction unit generates the corrected temperature value so that the final temperature value is higher. a temperature measurement unit configured to measure a temperature value by measuring first and second wavelength radiation energy of a blast furnace tap hole, and applying a reference emissivity ratio to the first and second wavelength radiation energy; a camera configured to obtain an image of the blast furnace tap hole; an image processing unit configured to calculate a ratio of slag and molten iron by identifying the slag and the molten iron from the image; and a correction unit configured to generate a final temperature value by applying a corrected temperature value, corresponding to a difference between a ratio, calculated by the image processing unit, and a reference ratio, corresponding to the reference emissivity ratio, to a temperature value, measured by the temperature measurement unit, wherein, when an amount of the slag is greater as compared with the molten iron in the blast furnace tap hole, the correction unit generates the corrected temperature value so that the final temperature value is higher.
A package for a catheter comprising: a) an elongated housing having a closed proximal end and an open distal end; b) an openable lid attached to said housing for sealing the open distal end of said housing, said lid including a lifting member to lift a catheter, wherein said lifting member is movable with said lid during opening of said package, said lid further comprising a top surface and an underside and wherein said lifting member is attached to the underside of said lid, said lid further comprising a tab and a hinge joining said lid and said housing wherein said hinge is spaced from said tab at a location opposite from said tab. a) an elongated housing having a closed proximal end and an open distal end; b) an openable lid attached to said housing for sealing the open distal end of said housing, said lid including a lifting member to lift a catheter, wherein said lifting member is movable with said lid during opening of said package, said lid further comprising a top surface and an underside and wherein said lifting member is attached to the underside of said lid, said lid further comprising a tab and a hinge joining said lid and said housing wherein said hinge is spaced from said tab at a location opposite from said tab.
A method of controlling an infinitely variable transmission having a longitudinal axis, the infinitely variable transmission comprising a plurality of traction planet assemblies arranged angularly about the longitudinal axis, the infinitely variable transmission further comprising a first carrier member coupled to each traction planet assembly, the first carrier member having a plurality of radially off-set guide slots arranged to guide the traction planet assemblies, the infinitely variable transmission further comprising a second carrier member coupled to each traction planet assembly, the second carrier member having a plurality of radial guide slots arranged to guide the traction planet assemblies, the first and second carrier members coupled to a rotational power source, the infinitely variable transmission further comprising a carrier driver nut coupled to the first carrier member, the method comprising: translating the carrier driver nut along the longitudinal axis, which causes rotation of the first carrier member with respect to the second carrier member. translating the carrier driver nut along the longitudinal axis, which causes rotation of the first carrier member with respect to the second carrier member.
A method of determining the expression level of a specific nucleic acid molecule in a biological sample, the method comprising the steps of: (i) providing a batch A comprising DNA or cDNA isolated/obtained from the biological sample; (ii) providing three or more aliquots of batch A provided in step (i) and performing an independent polymerase chain reaction with each of the three or more aliquots in order to amplify the specific nucleic acid molecule, thereby providing three or more batches B comprising the amplified specific nucleic acid molecule; and (iii) mixing equal amounts of the three or more batches B, thereby providing a batch C, and determining the level of the specific nucleic acid molecule in batch C by a PCR-based approach, wherein the level determined in step (iii) corresponds to the expression level of the specific nucleic acid molecule in the biological sample. (i) providing a batch A comprising DNA or cDNA isolated/obtained from the biological sample; (ii) providing three or more aliquots of batch A provided in step (i) and performing an independent polymerase chain reaction with each of the three or more aliquots in order to amplify the specific nucleic acid molecule, thereby providing three or more batches B comprising the amplified specific nucleic acid molecule; and (iii) mixing equal amounts of the three or more batches B, thereby providing a batch C, and determining the level of the specific nucleic acid molecule in batch C by a PCR-based approach,
An engine control device having calculation means for calculating a pitch setpoint for at least one propeller of the engine, the calculation means using a propeller performance model that takes account at least of a flight speed in order to adapt a pitch setpoint while taking account of a shaft power setpoint, wherein losses associated with the operation of the propeller are determined, and wherein an absorbed power coefficient is determined.
A method, comprising: determining fix information associated with an estimation of a position of a mobile station (200,320,322,324,1100), wherein said fix information comprises one or more measurements obtained from processing one or more wireless signals received at a receiver (210,220,1180) of the mobile station (200,320, 322,324,1100) from one or more base stations; storing the fix information in a memory (230,1130,1222) of the mobile station (200,320,322,324,1100) in a current fix database entry in a fix database based on determining a priority value for the current fix database entry, comparing the priority value for the current fix database entry with priority values for a plurality of previously stored fix database entries, and storing the current fix database entry according to a priority scheme for the fix information; and transmitting one or more signals representative of at least a subset of the fix information into a network (120,1208). determining fix information associated with an estimation of a position of a mobile station (200,320,322,324,1100), wherein said fix information comprises one or more measurements obtained from processing one or more wireless signals received at a receiver (210,220,1180) of the mobile station (200,320, 322,324,1100) from one or more base stations; storing the fix information in a memory (230,1130,1222) of the mobile station (200,320,322,324,1100) in a current fix database entry in a fix database based on determining a priority value for the current fix database entry, comparing the priority value for the current fix database entry with priority values for a plurality of previously stored fix database entries, and storing the current fix database entry according to a priority scheme for the fix information; and transmitting one or more signals representative of at least a subset of the fix information into a network (120,1208).
A compound, which is a salt of 1-[[ -3-methyl-6-(4,4,4-trifluorobutoxy)-3,4-dihydronaphthalen-2-yl]methyl]azetidine-3-carboxylic acid, wherein (i) the salt is mono(4-hydroxybenzoate), (ii) the salt is mono-tryptophan salt, or (iii) the salt is a hemisuccinate. (i) the salt is mono(4-hydroxybenzoate), (ii) the salt is mono-tryptophan salt, or (iii) the salt is a hemisuccinate.
A method, performed by a location server device, for securely validating localization of a wireless communication device, the method comprising: - obtaining first sensor data sensed by the wireless communication device and included in a first signal received from a reference electronic device other than the wireless communication device; - obtaining, based on reference data generated by the reference electronic device and included in the first signal received from the reference electronic device, primary location information of the wireless communication device, wherein the reference data is generated based on a signal received from the wireless communication device, the signal comprising the sensor data and an identifier identifying the wireless communication device and an indicator of a signal characteristic associated with a signal received at the reference electronic device from the wireless communication device, wherein the indicator comprises one or more of: a signal strength indicator associated with the signal, a time indicator indicative of time of flight or phase shift associated with the signal, an indicator of time of arrival, and an indicator of direction of arrival; - determining (S106A) secondary location information based on the first sensor data; and - validating the primary location information based on the first sensor data by correlating the primary location information and the secondary location information. - obtaining first sensor data sensed by the wireless communication device and included in a first signal received from a reference electronic device other than the wireless communication device; - obtaining, based on reference data generated by the reference electronic device and included in the first signal received from the reference electronic device, primary location information of the wireless communication device, wherein the reference data is generated based on a signal received from the wireless communication device, the signal comprising the sensor data and an identifier identifying the wireless communication device and an indicator of a signal characteristic associated with a signal received at the reference electronic device from the wireless communication device, wherein the indicator comprises one or more of: a signal strength indicator associated with the signal, a time indicator indicative of time of flight or phase shift associated with the signal, an indicator of time of arrival, and an indicator of direction of arrival; - determining (S106A) secondary location information based on the first sensor data; and - validating the primary location information based on the first sensor data by correlating the primary location information and the secondary location information.
A device for receiving of high-definition video signal with low latency over an asynchronous packet network comprising a video output module for video data output through one or more video outputs, an FPGA board, and an optical transceiver for signal reception through an Ethernet interface, characterized by the fact that the FPGA board comprises a packet reception module and one or more video data processing module sets, where an independent tunable oscillator with its control input and frequency output is connected across the FPGA board to each module set, which comprises a buffer, whose data input and writing clock input are connected across the packet reception module to the electrical output of the optical transceiver, and whose data output is connected to the input of a video processor, whose output goes across a channel synchronization module to the video output module, whereas each module set comprises a counter for determining delay of a selected row, whose first input is across a first detector of a selected row in a frame connected to the input of the buffer, and whose second input is across a second detector of a selected row in a frame connected to the output of the video processor, while the output of the counter is connected with an inverting input of a subtractor, whose positive input is connected to a memory of a required regulation value, where the output of the subtractor is connected to the input of a PID regulator, whose output is connected to the control input of the tunable oscillator, whose frequency output is connected to the clock input of the video processor and to the reading clock input of buffer.
Measuring system (8, 23, 43) for acquiring measurement values by scanning, the measuring system (8, 23, 43) comprising an interface (10, 27, 50) for connecting the measuring system (8, 23, 43) to a control unit (5, 20, 40) of a machine (1, 16, 36), the machine (1, 16, 36) being in the form of a machine tool or a measuring machine, the measuring system (8, 23, 43) comprising a measuring instrument (9, 24, 44), the measuring system (8, 23, 43) being designed to be arrangeable at a movement bar (4, 19, 39) of the machine (1, 16, 36), a measurement object (7, 22, 42) being able to be measured using the measuring instrument (9, 24, 44), the measuring instrument (9, 24, 44) generating a measurement value when measuring the measurement object (7, 22, 42), the measuring system (8, 23, 43) comprising a controller unit (11, 29, 52), the controller unit (11, 29, 52) having a memory unit (13, 31, 40) for storing the measurement values acquired by the measuring system (8, 23, 43), the controller unit (11, 29, 52) being able to process and store the measurement value, the measuring system (8, 23, 43) comprising a time generator (14, 32, 53), characterized in that the measuring system (8, 23, 43) comprises a control module (12, 30, 54), wherein the control module (12, 30, 54) is set up to read a position coordinate from the machine (1, 16, 36) via the interface (10, 27, 50) and to compare the read position coordinate with a specified coordinate target region and/or wherein the control module (12, 30, 54) is set up to compare a time of the time generator (14, 32, 53) with a specified time and wherein the control module (12, 30, 54) is set up to trigger a trigger signal should the control module (12, 30, 54) determine that the position coordinate is located within the coordinate target region and/or should the time of the time generator (14, 32, 53) have reached or passed the specified time. wherein the control module (12, 30, 54) is set up to read a position coordinate from the machine (1, 16, 36) via the interface (10, 27, 50) and to compare the read position coordinate with a specified coordinate target region and/or wherein the control module (12, 30, 54) is set up to compare a time of the time generator (14, 32, 53) with a specified time and wherein the control module (12, 30, 54) is set up to trigger a trigger signal should the control module (12, 30, 54) determine that the position coordinate is located within the coordinate target region and/or should the time of the time generator (14, 32, 53) have reached or passed the specified time.
A task processing method for implementing multipath searching, characterized in that, the method comprises: searching a task information table at regular time to obtain a task to be processed on each antenna, and ranking all the antennas depending on numbers of effective search resources occupied by the antennas; and processing the tasks to be processed on all the antennas according to the rank. searching a task information table at regular time to obtain a task to be processed on each antenna, and ranking all the antennas depending on numbers of effective search resources occupied by the antennas; and processing the tasks to be processed on all the antennas according to the rank.
A shear bar, for a forage harvester or another agricultural or silvicultural machine, having a carrier that comprises a cutting region; a plurality of cutting elements being set alongside one another in the cutting region; the cutting elements comprising a partial edge and at least some of the partial edges forming a cutting edge that is embodied to form, with a knife bar, a cutting engagement for the material to be shredded; the cutting edge forming a transition between a cutting surface (32.1) that is constituted by the cutting elements and extends transversely to the cutting direction, and an exposed surface (32.2) that extends substantially in a cutting direction and indirectly or directly adjoins the cutting edge, characterized in that an infeed element, which is embodied as a sintered part made of hard material having an infeed bevel (34.6) profiled on in the sintering process, is provided on or in the row of cutting elements; the infeed bevel (34.6) being carried over indirectly or directly into the cutting edge; and the infeed bevel (34.6) being arranged at a tilt with respect to the cutting edge in such a way that it is arranged with a setback with respect to the exposed surface (32.2) and toward the cutting surface (32.1).
A spring assembly for an administration device, comprising a spring in the form of a drive or coil spring, a spring shaft for mounting on a pre-assembled drive unit of the administration device, wherein the drive unit includes a spring receiving means and a drive member arranged moveably in the spring receiving means, wherein the spring shaft includes a fixedly mounted flange, where an inner end of the spring is at least non-rotatably fitted to the spring shaft, a spring sleeve which at least partially surrounds the peripheral region of the spring, wherein the outer end of the spring is non-rotatably connected to the spring sleeve, a disc-like spring sleeve cover which can be fixedly mounted to the spring sleeve or the spring shaft, wherein the plate diameter of the spring sleeve cover is equal to or less than that of the spring sleeve, wherein the spring shaft defines an axis which has a proximal end and a distal end and the flange and the spring sleeve cover extend radially away from the axis, wherein the flange is arranged in the proximity of the distal end of the spring shaft, characterised in that arranged at the periphery of the flange is at least one radial abutment, and arranged at the spring sleeve in complementary relationship with the at least one radial abutment is at least one blocking means in the form of a locking snap member so that upon engagement of the locking snap member and the radial abutment the spring sleeve and the spring shaft are releasably non-rotationally secured relative to each other, wherein the spring is prestressed in the spring assembly so that a torque is exerted on the spring shaft or the spring sleeve, wherein a spring stressing of the prestressed spring can be held by the non-rotational securing action, wherein the non-rotational securing action can be released by a movement of the locking snap member so that in a released position a relative rotation is possible between the spring shaft and the spring sleeve so that the torque can be passed from the spring to outside the spring assembly.
Telescopically extendable tail for a flying vehicle, comprising at least one tail beam which comprises a first tubular tail segment and a second tail segment disposed within the first tubular tail segment and axially slidable in an inward direction and in an outward direction; the tail beam being provided with at least two form-closing couplings each being constituted by two engaging coupling members (21, 36; 31, 26), the at least two couplings being located at an axial distance from each other for providing a force-transferring coupling between the second tail segment and the first tubular tail segment in the extended state of the second tail segment, each of said form-closing couplings (21, 36; 31, 26) being configured to transfer transverse forces; characterized in that each of said form-closing couplings (21, 36; 31, 26) is further configured to transfer torque, and that the coupling members of each of said form-closing couplings (21, 36; 31, 26) are configured to come into engagement by axial displacement of the second tail segment in the outward direction.