mhurhangee/ep-ind-claims huggingface dataset:
A method for location determination, said method comprising, at a first mobile station: transmitting a broadcast message through a wireless communication link requesting positioning assistance data; receiving, in response to said broadcast message, one or more response messages from a second mobile station on a synchronous network, wherein said one or more response messages include said requested positioning assistance data, wherein said positioning assistance data comprises an estimate of time according to said synchronous network and a time uncertainty; selecting a time based on a comparison of said received time uncertainty and said received estimate of time to a time possessed by said first mobile station before said receiving; and applying said selected time to acquisition of a network signal, wherein said first mobile station is on an asynchronous network. transmitting a broadcast message through a wireless communication link requesting positioning assistance data; receiving, in response to said broadcast message, one or more response messages from a second mobile station on a synchronous network, wherein said one or more response messages include said requested positioning assistance data, wherein said positioning assistance data comprises an estimate of time according to said synchronous network and a time uncertainty; selecting a time based on a comparison of said received time uncertainty and said received estimate of time to a time possessed by said first mobile station before said receiving; and applying said selected time to acquisition of a network signal, wherein said first mobile station is on an asynchronous network.
Bike rack comprising: - a longitudinal rail on which wheels of the bike are intended to be placed, - a retaining arm comprising successively a first portion, a bend and a second portion, the first portion being secured transversally to the longitudinal rail and the second portion forming a slider supporting a first jaw of a gripper, and - a slide mounted mobile in translation in the slider and supporting a second jaw of the gripper, and - a system for driving the slide in the slider to be able to move successively the second jaw closer and farther away from the first jaw of the gripper, the retaining arm, the slide and the drive system being configured such that the jaws (31, 32) of the gripper can be clamped around a portion of a frame of the bike, characterised in that the drive system comprises: - a drive shaft extending along the first portion of the retaining arm and mounted free in rotation about the axis thereof, - a pinion supported by the drive shaft and arranged at the level of the bend of the retaining arm, and - a rack supported by the slide and configured to extend up to the level of the bend of the retaining arm to be engaged there with the pinion, such that a rotation of the drive shaft about the axis thereof drives the rotation of the pinion and, by gearing the pinion with the rack, the translation of the slide in the slider. - a longitudinal rail on which wheels of the bike are intended to be placed, - a retaining arm comprising successively a first portion, a bend and a second portion, the first portion being secured transversally to the longitudinal rail and the second portion forming a slider supporting a first jaw of a gripper, and - a slide mounted mobile in translation in the slider and supporting a second jaw of the gripper, and - a system for driving the slide in the slider to be able to move successively the second jaw closer and farther away from the first jaw of the gripper, - a drive shaft extending along the first portion of the retaining arm and mounted free in rotation about the axis thereof, - a pinion supported by the drive shaft and arranged at the level of the bend of the retaining arm, and - a rack supported by the slide and configured to extend up to the level of the bend of the retaining arm to be engaged there with the pinion,
A process for the treatment of a tobacco extract, in which the tobacco extract is produced by extraction of tobacco material with water, wherein the tobacco extract undergoes centrifugation and microfiltration and the treated tobacco extract is suitable for administration to a human.
A method comprising the steps of: receiving one or more signals indicating site conditions at and/or near a wind turbine; determining an optimal tilt angle for said wind turbine based on said received one or more signals indicating site conditions, the method being characterised by the additional steps of: converting said determined optimal tilt angle into a tilt and roll angle based on a yaw direction of the wind turbine; and transmitting said determined tilt and roll angle to a platform controller such that said wind turbine can be inclined said optimal tilt angle. receiving one or more signals indicating site conditions at and/or near a wind turbine; determining an optimal tilt angle for said wind turbine based on said received one or more signals indicating site conditions, the method being characterised by the additional steps of: converting said determined optimal tilt angle into a tilt and roll angle based on a yaw direction of the wind turbine; and transmitting said determined tilt and roll angle to a platform controller such that said wind turbine can be inclined said optimal tilt angle. converting said determined optimal tilt angle into a tilt and roll angle based on a yaw direction of the wind turbine; and transmitting said determined tilt and roll angle to a platform controller such that said wind turbine can be inclined said optimal tilt angle.
Method for stabilising a welding process phase transition (SPÜ) between different welding process phases (SPP-A, SPP-B) of a welding process, the welding process phases (SPP-A, SPP-B) having different welding parameters, a workpiece being welded at least in the welding process phases, in each case by means of a welding arc which extends between a welding wire electrode and the workpiece and has an arc length parameter LBLP adjustable for the at least one welding process phase SPP, characterised in that, during a welding process phase transition (SPÜ) between consecutive different welding process phases (SPP-A, SPP-B), if the set arc length parameter LBLP of the welding arc is changed in parallel with this, at least one transition welding parameter ÜSP is automatically adapted as a function of the performed arc length parameter change ΔLBLP so as to stabilise the welding process phase transition (SPÜ). the welding process phases (SPP-A, SPP-B) having different welding parameters, a workpiece being welded at least in the welding process phases, in each case by means of a welding arc which extends between a welding wire electrode and the workpiece and has an arc length parameter LBLP adjustable for the at least one welding process phase SPP, characterised in that, during a welding process phase transition (SPÜ) between consecutive different welding process phases (SPP-A, SPP-B), if the set arc length parameter LBLP of the welding arc is changed in parallel with this, at least one transition welding parameter ÜSP is automatically adapted as a function of the performed arc length parameter change ΔLBLP so as to stabilise the welding process phase transition (SPÜ).
A method of evaluating a boundary between a consolidating spacer fluid and a cement composition comprising: introducing a consolidating spacer fluid into a well bore to displace at least a portion of a drilling fluid from the well bore; introducing a cement composition into the well bore behind the consolidating spacer fluid; allowing at least a portion of the consolidating spacer fluid to consolidate in the well bore; and determining the boundary between the cement composition and the consolidating spacer fluid based on presence of a tagging material in the well bore; characterized in that the tagging material comprises a thermal neutron absorbing material. introducing a consolidating spacer fluid into a well bore to displace at least a portion of a drilling fluid from the well bore; introducing a cement composition into the well bore behind the consolidating spacer fluid; allowing at least a portion of the consolidating spacer fluid to consolidate in the well bore; and determining the boundary between the cement composition and the consolidating spacer fluid based on presence of a tagging material in the well bore; characterized in that the tagging material comprises a thermal neutron absorbing material.
A radiation resistant single-mode optical fiber for telecommunication in the 1.3 μm and 1.55 μm bands, comprising a core and a cladding, wherein the core and the cladding comprise fluorine-doped silica glass, a fluorine concentration of the core is between 0.8 wt% and 1.2 wt%, a relative refractive index difference of the core based on a refractive index of silica is between -0.30% and -0.20%, a relative refractive index difference of the core based on a refractive index of the cladding is between 0.3% and 0.5%, a cutoff wavelength is not greater than 1.27 μm, and a bending loss at a wavelength of 1.3 μm and a bending diameter of 20 mm is not greater than 0.5 dB/m, characterized in that a chlorine concentration of the core is between 0.01 ppm and 0.05 ppm. wherein the core and the cladding comprise fluorine-doped silica glass, a fluorine concentration of the core is between 0.8 wt% and 1.2 wt%, a relative refractive index difference of the core based on a refractive index of silica is between -0.30% and -0.20%, a relative refractive index difference of the core based on a refractive index of the cladding is between 0.3% and 0.5%, a cutoff wavelength is not greater than 1.27 μm, and a bending loss at a wavelength of 1.3 μm and a bending diameter of 20 mm is not greater than 0.5 dB/m, characterized in that a chlorine concentration of the core is between 0.01 ppm and 0.05 ppm.
An adjustment unit for an indirect vision system for a vehicle, comprising a first component connectable to an indirect vision component, a second component connected to a support structure of the indirect vision system, the first component and the second component being supported pivotably to one another by way of first and second contact surfaces (17, 27), a main connecting element including an upper end portion facing the first component, and a lower end portion facing the second component, the main connecting element pivotably connecting the first and second component (2, 3) with each other, and a spring element bracing the first and second component (2, 3) with one another, the second component including a pressure distribution element extending transversely to a longitudinal direction of the main connecting element, and wherein the pressure is applied to the pressure distribution element by the main connecting element, so that the pressure distribution element releases the pressure of the main connecting element to the support structure through the second component being extended transversely characterized in that the second component has a first element facing the first component and a second element facing the support structure, and that the pressure distribution element is arranged between the first element and the second element (3-1, 3-2), and that the pressure distribution element, in its outer edge area, has at least two contact areas with the first and second element (3-1, 3-2) of the second component. a second component connected to a support structure of the indirect vision system, the first component and the second component being supported pivotably to one another by way of first and second contact surfaces (17, 27), a main connecting element including an upper end portion facing the first component, and a lower end portion facing the second component, the main connecting element pivotably connecting the first and second component (2, 3) with each other, and a spring element bracing the first and second component (2, 3) with one another, the second component including a pressure distribution element extending transversely to a longitudinal direction of the main connecting element, and wherein the pressure is applied to the pressure distribution element by the main connecting element, so that the pressure distribution element releases the pressure of the main connecting element to the support structure through the second component being extended transversely characterized in that the second component has a first element facing the first component and a second element facing the support structure, and that the pressure distribution element is arranged between the first element and the second element (3-1, 3-2), and that the pressure distribution element, in its outer edge area, has at least two contact areas with the first and second element (3-1, 3-2) of the second component.
A process variable transmitter for use in an industrial process control and monitoring system, wherein the process variable transmitter being coupleable to a process pipe for a process fluid, the process variable transmitter comprising: a process variable sensor which is configured to sense a process variable of the process fluid and to provide a sensor output signal related to the sensed process variable of the process fluid; an accelerometer which is configured to provide an accelerometer output signal related to sensed vibrations; characterized in that a diagnostic circuitry is provided which is configured to compare the sensed accelerometer output signal with the sensor output signal and to provide a diagnostic output signal at a diagnostic output, wherein the diagnostic output signal being a function of said sensed accelerometer output signal and the sensor output signal, wherein the diagnostic output signal being indicative of a diagnostic condition of at least one of the process variable transmitter and a process component. a process variable sensor which is configured to sense a process variable of the process fluid and to provide a sensor output signal related to the sensed process variable of the process fluid; an accelerometer which is configured to provide an accelerometer output signal related to sensed vibrations; characterized in that a diagnostic circuitry is provided which is configured to compare the sensed accelerometer output signal with the sensor output signal and to provide a diagnostic output signal at a diagnostic output, wherein the diagnostic output signal being a function of said sensed accelerometer output signal and the sensor output signal, wherein the diagnostic output signal being indicative of a diagnostic condition of at least one of the process variable transmitter and a process component. wherein the diagnostic output signal being a function of said sensed accelerometer output signal and the sensor output signal, wherein the diagnostic output signal being indicative of a diagnostic condition of at least one of the process variable transmitter and a process component.
A method of optimising the performance of combustion equipment of a gas turbine engine having a principal rotational axis, the method comprising the steps of: providing a fuel flow into the combustion equipment via a plurality of fuel injectors circumferentially disposed about the principal rotational axis at a plurality of injector positions in a first circumferential arrangement, wherein the fuel is mixed with air and the mixture is combusted to produce combustion gases; determining a plurality of temperatures of the combustion gases at a plurality of circumferential positions downstream of the combustion equipment using a plurality of temperature measurement devices, wherein the plurality of circumferential positions corresponds to the plurality of injector positions; and ranking the plurality of circumferential positions based on the plurality of temperatures of the combustion gases determined using the plurality of temperature measurement devices, wherein the plurality of circumferential positions is ranked from a hottest circumferential position to a coldest circumferential position; characterised by repositioning at least some of the plurality of fuel injectors between the plurality of injector positions based at least on the ranking of the plurality of circumferential positions, wherein, after repositioning of the at least some of the plurality of fuel injectors, the plurality of fuel injectors is disposed at the plurality of injector positions in a second circumferential arrangement different from the first circumferential arrangement. providing a fuel flow into the combustion equipment via a plurality of fuel injectors circumferentially disposed about the principal rotational axis at a plurality of injector positions in a first circumferential arrangement, wherein the fuel is mixed with air and the mixture is combusted to produce combustion gases; determining a plurality of temperatures of the combustion gases at a plurality of circumferential positions downstream of the combustion equipment using a plurality of temperature measurement devices, wherein the plurality of circumferential positions corresponds to the plurality of injector positions; and ranking the plurality of circumferential positions based on the plurality of temperatures of the combustion gases determined using the plurality of temperature measurement devices, wherein the plurality of circumferential positions is ranked from a hottest circumferential position to a coldest circumferential position; characterised by repositioning at least some of the plurality of fuel injectors between the plurality of injector positions based at least on the ranking of the plurality of circumferential positions, wherein, after repositioning of the at least some of the plurality of fuel injectors, the plurality of fuel injectors is disposed at the plurality of injector positions in a second circumferential arrangement different from the first circumferential arrangement.
Polyisocyanate preparation comprising at least one polyisocyanate component A) hydrophilically modified with at least one ionic emulsifier and a solvent component E) consisting of at least one organic solvent, characterized in that the solvent component E) has a peroxide content of at most 70 mg/l H 2 O 2 equivalents, wherein this value is the average peroxide content of all organic solvents present in the solvent component E), and the polyisocyanate component A) and the solvent component E) are present in amounts such that the calculated peroxide content of the polyisocyanate preparation is at most 20 mg/l H 2 O 2, based on the sum of A) and E).
A method comprising: executing a single cumulative vector arithmetic reduction instruction in a processor, the processor comprising a reduction tree (206, 300) comprising a plurality of arithmetic operation units (320, 321) arranged in a multiple of rows, a plurality of inputs (302, 304), and a plurality of outputs (306, 308), and wherein one or more arithmetic operation units (320, 321) may be selectively enabled in one or more rows based on the single cumulative vector arithmetic reduction instruction, and wherein the single cumulative vector arithmetic reduction instruction comprises a vector input that includes a plurality of elements, and wherein executing the vector instruction comprises: providing a first element of the plurality of elements as a first output element; configuring the reduction tree for performing a first arithmetic operation on the first element and a second element of the plurality of elements to provide a second output element wherein the first arithmetic operation comprises at least one of addition and subtraction; and for performing a second arithmetic operation on the first element, the second element, and a third element of the plurality of elements to provide a third output, wherein the first second and third elements are sequential; storing the first output element, the second output element and the third output element in an output vector during a single execution cycle of the processor. providing a first element of the plurality of elements as a first output element; configuring the reduction tree for performing a first arithmetic operation on the first element and a second element of the plurality of elements to provide a second output element wherein the first arithmetic operation comprises at least one of addition and subtraction; and for performing a second arithmetic operation on the first element, the second element, and a third element of the plurality of elements to provide a third output, wherein the first second and third elements are sequential; storing the first output element, the second output element and the third output element in an output vector during a single execution cycle of the processor.
A robot cleaner having a control unit, characterized in that the robot cleaner is configured to generate a map for cleaning by searching an area to be cleaned and divide the area to be cleaned into a plurality of sub-areas, wherein the control unit includes: a connecting point generating module for generating a connection point between adjacent ones of said plurality of sub-areas; and a full path calculating module for obtaining a full travel path by connecting the generated connection points via the shortest path therebetween; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner is controlled to travel or perform cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated. a connecting point generating module for generating a connection point between adjacent ones of said plurality of sub-areas; and a full path calculating module for obtaining a full travel path by connecting the generated connection points via the shortest path therebetween; wherein each of the connection points is generated on a boundary line of adjacent sub-areas; and wherein the robot cleaner is controlled to travel or perform cleaning by passing through the boundary line of adjacent sub-areas on which the connection point is generated.
A supply system for supplying a rocket engine with at least one propellant, the supply system comprising at least one supply circuit able to circulate the propellant, and at least one reservoir in fluid communication with the supply circuit via at least one communication pipe, so that a fluid contained in the reservoir can flow from the latter up to the supply circuit, and vice versa, via said at least one communication pipe, the reservoir being able to contain a volume of gas, the supply system being characterized in that it comprises heating means able to vary the volume of gas in the reservoir, the heating means being configured to vaporize the propellant in the reservoir.