mhurhangee/ep-ind-claims huggingface dataset:
A method for improving the accuracy of a radio based navigation system by correcting a position given by the said radio based navigation system with a correction vector derived from localization data stored in a map database, wherein the correction vector is calculated by; (a) measuring position coordinates of the radio based navigation system, (b) selecting based upon the measured position coordinates of the radio based navigation system position coordinates a set of 3D map data for said measured position coordinates from a map database, (c) determining from the selected 3D map data an actual position, wherein the actual position is determined by displaying the 3D map data as a 3D map on a display and selecting the actual position on the displayed 3D map, wherein the actual position on the displayed map is selected by marking the position on the display, (d) retrieving based upon the determined actual position the actual position data coordinates from the 3D map data, and (e) calculating the correction vector from a position difference between the measured radio based navigation system position coordinates and the retrieved actual position coordinates, wherein the position given by the radio based navigation system is corrected with the calculated correction vector. (a) measuring position coordinates of the radio based navigation system, (b) selecting based upon the measured position coordinates of the radio based navigation system position coordinates a set of 3D map data for said measured position coordinates from a map database, (c) determining from the selected 3D map data an actual position, wherein the actual position is determined by displaying the 3D map data as a 3D map on a display and selecting the actual position on the displayed 3D map, wherein the actual position on the displayed map is selected by marking the position on the display, (d) retrieving based upon the determined actual position the actual position data coordinates from the 3D map data, and (e) calculating the correction vector from a position difference between the measured radio based navigation system position coordinates and the retrieved actual position coordinates,
A pole for supporting at least one light fixture and at least one information and communication device thereon, the pole comprising: an elongate structural core to support weight of the pole; an elongate external covering housing at least an upper portion of the structural core therein; the structural core defining a plural number of channels within the external covering to separate electrical wiring provided in each of the number channels; and a base, the base comprising: a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers, the number of chambers being equal to the number of radial ribs. an elongate structural core to support weight of the pole; an elongate external covering housing at least an upper portion of the structural core therein; the structural core defining a plural number of channels within the external covering to separate electrical wiring provided in each of the number channels; and a base, the base comprising: a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers, the number of chambers being equal to the number of radial ribs. a base plate having a central through hole for passing cabling therethrough, the base plate configured to be secured to a site where the pole is installed; and an upstanding hollow central column provided on the base plate, a bottom portion of the structural core received in the central column; wherein the base further comprises a casing provided around and spaced apart from the central column; and wherein the base further comprises radial ribs extending from the central column to support the casing, wherein the casing contacts free longitudinal edges of the radial ribs such that the radial ribs and the casing together define a number of separate chambers, the number of chambers being equal to the number of radial ribs.
A gas turbine engine comprising: a shaft defining an axis of rotation; a turbine section comprising: an inner rotor directly driving the shaft, the inner rotor including an inner set of blades; an outer rotor having an outer set of blades interspersed with the inner set of blades, the outer rotor configured to rotate in an opposite direction about the axis of rotation from the inner rotor; and a gear system coupling the outer rotor to the shaft, characterised in that: the gear system is configured to rotate the inner set of blades at a lower speed than the outer set of blades. a shaft defining an axis of rotation; a turbine section comprising: an inner rotor directly driving the shaft, the inner rotor including an inner set of blades; an outer rotor having an outer set of blades interspersed with the inner set of blades, the outer rotor configured to rotate in an opposite direction about the axis of rotation from the inner rotor; and a gear system coupling the outer rotor to the shaft, an inner rotor directly driving the shaft, the inner rotor including an inner set of blades; an outer rotor having an outer set of blades interspersed with the inner set of blades, the outer rotor configured to rotate in an opposite direction about the axis of rotation from the inner rotor; and a gear system coupling the outer rotor to the shaft, the gear system is configured to rotate the inner set of blades at a lower speed than the outer set of blades.
A video matching apparatus characterized by comprising: a position/synchronization matching unit for eliminating a shift on a time axis and a positional shift between a degraded video signal and a reference video signal which is identical to the degraded video signal before degradation; and characterized by a pixel value correcting unit for removing pixel-value bias added to the degraded video signal, by obtaining a second-order regression equation from a correlation between pixel values of the reference video signal and corresponding pixel values of the degraded video signal and by correcting pixel values of the degraded video signal so as to match the pixel values of the degraded video signal with the pixel values of the reference video signal as a whole using the obtained regression equation.
A method of printing a radiation-curable ink composition on a substrate, said method comprising: depositing a radiation-curable ink composition onto a substrate, wherein the radiation-curable ink composition comprises a photoinitiator in an amount of not more than 4.5 weight %, irradiating the deposited ink composition with UV radiation from one or more LED sources, wherein the UV radiation is centred at a single specific wavelength, and heating the irradiated ink composition to a temperature of at least 80 degrees C. depositing a radiation-curable ink composition onto a substrate, wherein the radiation-curable ink composition comprises a photoinitiator in an amount of not more than 4.5 weight %, irradiating the deposited ink composition with UV radiation from one or more LED sources, wherein the UV radiation is centred at a single specific wavelength, and heating the irradiated ink composition to a temperature of at least 80 degrees C.
A display device comprising: a backlight comprising an illuminator and a light guide, the light guide including a liquid crystal layer within the light guide and a diffraction grating, the illuminator configured to inject light rays into the light guide, and the diffraction grating configured to diffract light rays out of the light guide; a display positioned in front of the backlight; a sensor configured to collect viewer positional data to determine a position in space of each pupil of a viewer relative to the display; and a controller configured to control the liquid crystal layer to cause the diffracted light rays to converge to a concentration point that corresponds to the position in space of each pupil of the viewer; the display configured to display an image to each pupil of the viewer when the diffracted light rays converge to the concentration point that corresponds to the position in space of each pupil of the viewer. a backlight comprising an illuminator and a light guide, the light guide including a liquid crystal layer within the light guide and a diffraction grating, the illuminator configured to inject light rays into the light guide, and the diffraction grating configured to diffract light rays out of the light guide; a display positioned in front of the backlight; a sensor configured to collect viewer positional data to determine a position in space of each pupil of a viewer relative to the display; and a controller configured to control the liquid crystal layer to cause the diffracted light rays to converge to a concentration point that corresponds to the position in space of each pupil of the viewer; the display configured to display an image to each pupil of the viewer when the diffracted light rays converge to the concentration point that corresponds to the position in space of each pupil of the viewer.
A method for performing a parking procedure using a mobile telecommunication device that is connected to a public mobile telecommunication network, comprising the method steps of: a) determining location-related data which define the location at which the mobile telecommunication device is currently located; b) transmitting the location-related data and an individual identifier stored in the mobile telecommunication device to a central management and monitoring device; c) converting the location-related data into a predefined parking zone; d) in response to the individual identifier, checking whether the user of the mobile telecommunication device is authorized to park a vehicle within said parking zone; characterized by e) determining information about how many parking spaces in said parking zone are occupied or still free, by querying a database, by determining, from the vehicle registration numbers and/or mobile phone numbers stored in the database, those vehicles which have not yet been booked out after the end of the parking space management; and by determining, from the additionally stored GSM coordinates or mobile telecommunication network cell identifiers, which parking zones are free or occupied; and, as a parking zone is divided into a plurality of parking spaces, the database contains information about how many parking spaces are occupied or still free; and f) verifying whether a free parking space is available within said parking zone, if the user of the mobile telecommunication device is authorized to park a vehicle within said parking zone. a) determining location-related data which define the location at which the mobile telecommunication device is currently located; b) transmitting the location-related data and an individual identifier stored in the mobile telecommunication device to a central management and monitoring device; c) converting the location-related data into a predefined parking zone; d) in response to the individual identifier, checking whether the user of the mobile telecommunication device is authorized to park a vehicle within said parking zone; e) determining information about how many parking spaces in said parking zone are occupied or still free, by querying a database, by determining, from the vehicle registration numbers and/or mobile phone numbers stored in the database, those vehicles which have not yet been booked out after the end of the parking space management; and by determining, from the additionally stored GSM coordinates or mobile telecommunication network cell identifiers, which parking zones are free or occupied; and, as a parking zone is divided into a plurality of parking spaces, the database contains information about how many parking spaces are occupied or still free; and f) verifying whether a free parking space is available within said parking zone, if the user of the mobile telecommunication device is authorized to park a vehicle within said parking zone.
A method of producing an assembly of hexaboride particles, comprising: pulverizing the hexaboride particles having an average particle size of 0.5 to 5 μm by a wet beads mill using beads having a Vickers hardness of 1/3 to 1/2 with respect to a Vickers hardness of the hexaboride particles, wherein the pulverizing by the wet beads mill is performed for 30 to 50 hours with a rotation speed of a rotor of 0.3 to 0.8 times 13 m/sec, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 1.5 or more and less than 4.0 is expressed as variable a (the number of particles) %, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 4.0 or more and less than 20.0 is expressed as a variable b (the number of particles) %, the aspect ratio [(long axis length)/(short axis length)] obtained based on a spheroid of the hexaboride particles, conditions of 60%≤the sum of the variables (a+b) %≤100% and a ratio of the variables a:b=20:80 to 80:20 are satisfied in the assembly, the hexaboride particles are lanthanum hexaboride particles, and the beads are made of yttria-stabilized zirconia. pulverizing the hexaboride particles having an average particle size of 0.5 to 5 μm by a wet beads mill using beads having a Vickers hardness of 1/3 to 1/2 with respect to a Vickers hardness of the hexaboride particles, wherein the pulverizing by the wet beads mill is performed for 30 to 50 hours with a rotation speed of a rotor of 0.3 to 0.8 times 13 m/sec, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 1.5 or more and less than 4.0 is expressed as variable a (the number of particles) %, a ratio of the number of the hexaboride particles contained in the assembly and having an aspect ratio [(long axis length)/(short axis length)] of 4.0 or more and less than 20.0 is expressed as a variable b (the number of particles) %, the aspect ratio [(long axis length)/(short axis length)] obtained based on a spheroid of the hexaboride particles, conditions of 60%≤the sum of the variables (a+b) %≤100% and a ratio of the variables a:b=20:80 to 80:20 are satisfied in the assembly, the hexaboride particles are lanthanum hexaboride particles, and the beads are made of yttria-stabilized zirconia.
A stator structure comprising: a coil mounted on a stator core part; and a molded portion made of insulating resin that covers at least an end face of the stator core part and the coil, wherein the stator structure includes a bus bar welded to a first coil terminal portion and to a second coil terminal portion formed in an end portion of the coil, the bus bar extends in a circumferential direction and has two ends in the circumferential direction, the first and second coil terminal portions (13a, 13b) are respectively welded to a bus bar terminal portion (25a, 25b) formed in each end portion of the bus bar, wherein the bus bar has a side surface joined at both ends of the bus bar respectively to the first and second coil terminal portions (13a, 13b), and the bus bar is placed so that a wide surface of the bus bar faces an end face of the molded portion, and the bus bar terminal portions (25a, 25b) have a surface placed in surface contact with a surface of the molded portion near at least an engagement portion with the respective coil terminal portion (13a, 13b), and the coil terminal portions (13a, 13b) protrude from the end face of the molded portion by a length corresponding to a width of the side surface of the bus bar.
A method of producing a sodium ion conducting element for use in electrochemical cells, in particular as a solid electrolyte/separator in high-temperature batteries, wherein a coating formed with the system Na 2 O-SiO 2 -R 2 O 5 -R1 2 O 3, where R1=Sc, Y, La and/or B and R2=P, Sb, Bi, Sn, Te, Zn and/or Ge, is formed on a surface of a porous substrate, characterized in that a powder formed with SiO 2 with a proportion of 47 mol% to 63 mol%, Na 2 O with a proportion of 33 mol% to 43 mol%, R1 2 O 3 with a proportion of 3 mol% to 14 mol% and R2 2 O 5 with a proportion of 0.1 mol% to 10 mol% is applied in the form of a paste or suspension containing this powder to a surface of the porous substrate, which is applied as a layer, and then sintering is carried out at a temperature of at most 1100°C to form a coating on the surface of the substrate, where R1 is scandium, yttrium, lanthanum and/or boron and R2 is phosphorus, antimony, bismuth, tin, tellurium, zinc and/or germanium.
A testing head with vertical contact probes for the functionality testing of a device under test, said testing head comprising a plurality of vertical contact probes, each vertical contact probe having a rod-like body having a preset length extending between a first and a second end (24, 25), said second end being a contact tip adapted to abut onto a contact pad of said device under test, said body of each of said vertical contact probes having a length less than 5000 μm and comprising at least one opening extending all over its length and defining a plurality of arms (22a, 22b, 22c), parallel to each other, separated by said at least one opening and connected to said end portions (24, 25) of said vertical contact probe, said testing head further comprising at least one lower guide and one upper guide being flat and parallel to each other and provided with respective guide holes (32A, 33A) inside which one respective vertical contact probe is housed, characterized by further comprising at least one auxiliary guide (30, 34), arranged along said body in parallel to a plane defined by said device under test and provided with suitable guide holes (30A, 34A), one vertical contact probe sliding through each of them, said auxiliary guide (30, 34) being positioned near said first and/or second end portion (24, 25) of said vertical contact probe and being adapted to define a gap (31A, 31B) and a further gap, said gap (31A, 31B) being defined between said at least one auxiliary guide (30, 34) and said lower and/or upper guide (32, 33) and including one critical portion (28A, 28B) of said body located at the junction between said arms (22a, 22b, 22c), said critical portion (28A, 28B) being a zone more prone to breakings in said body and being positioned in said gap (31A, 31B) so that it undergoes low or even no bending stresses with respect to the rest of said body.
A method for controlling a communication system for an electric meter, the communication system being adapted to be connected to the electric meter and to transmit data from the electric meter to a user, the method being implemented by an electronic control device and comprising the following step: - acquisition of a first identifier, the first identifier being capable of uniquely identifying the user, characterised in that it further comprises the following steps: - receiving second and third identifiers from the communication system, the second identifier being capable of uniquely identifying the communication system and the third identifier being capable of uniquely identifying the electric meter, and - testing the validity of a pairing of the communication system with the electric meter, as a function of the first, second and third identifiers; the pairing being authorised in the event of a positive test and inhibited otherwise. - acquisition of a first identifier, the first identifier being capable of uniquely identifying the user, - receiving second and third identifiers from the communication system, the second identifier being capable of uniquely identifying the communication system and the third identifier being capable of uniquely identifying the electric meter, and - testing the validity of a pairing of the communication system with the electric meter, as a function of the first, second and third identifiers; the pairing being authorised in the event of a positive test and inhibited otherwise.
A cooking apparatus comprising: a receiving coil for wirelessly receiving power; a first rectifier configured to rectify the power received by the receiving coil; a working coil and an inverter characterised in that the cooking apparatus comprises a first capacitor connected to an output terminal of the first rectifier; a second capacitor connected to an input terminal of the inverter; and a filter circuit connecting the first capacitor and the second capacitor and configured to block a noise current that flows between the first capacitor and the second capacitor and has a frequency equal to or higher than a predetermined frequency, wherein the inverter is configured to convert power from the second capacitor into an alternating power and output the converted alternating power to the working coil. a receiving coil for wirelessly receiving power; a first rectifier configured to rectify the power received by the receiving coil; a working coil and an inverter characterised in that the cooking apparatus comprises a first capacitor connected to an output terminal of the first rectifier; a second capacitor connected to an input terminal of the inverter; and a filter circuit connecting the first capacitor and the second capacitor and configured to block a noise current that flows between the first capacitor and the second capacitor and has a frequency equal to or higher than a predetermined frequency, wherein the inverter is configured to convert power from the second capacitor into an alternating power and output the converted alternating power to the working coil.
Method for producing a regular arrangement of droplets of at least one first liquid in a continuous jet of a second liquid, wherein the first liquid and the second liquid are immiscible and chosen such that a surface tension (σ d) of the first liquid is greater than the sum of a surface tension (σ j) of the second liquid and an interfacial tension (σ dj) between the first liquid and the second liquid, wherein at least one regular stream of the droplets is produced using at least one first nozzle and the continuous jet is produced using a second nozzle, wherein the nozzles (6, 7) are adjusted such that the continuous jet and the at least one regular stream of droplets are in a common plane, collide and the continuous jet of the second liquid encapsulates the regular arrangement of the droplets of the at least one first liquid after the collision.