mhurhangee/patent-ind-claim-en huggingface dataset:
Method of localization of a terminal sending a signal to a first telecommunication satellite with a known position, the method using at least a second telecommunication satellite with a known position, the method comprising the following steps: - (a) Transmission of the signal by the terminal ; - (b) Reception of the signal by the first and the second telecommunication satellites ; - (c) Transmitting the signal from each telecommunication satellite to a receiving station ; - (d) Demodulating only the signal received by the first telecommunication satellite which is the signal with the highest power level to determine a signal content and the time of arrival of the signal at the receiving station via the first telecommunication satellite and computing the amplitude of the signal received via the first telecommunication satellite ; - (e) Determining the time of arrival of the signal at the receiving station via the second telecommunication satellite by using the signal content by means of a step of correlation between a clean reconstructed copy of the demodulated signal received via the first satellite and the aggregate signal received via second satellite and computing the amplitude of the signal received via the second telecommunication satellite ; - (f) Determining the position of the terminal by triangulation by using the difference of time of arrival and the difference in amplitudes of the signal to be received by the receiving station via the first and the second telecommunication satellites , knowing the coverage maps of the first telecommunication satellite and of the second telecommunication satellite . - (a) Transmission of the signal by the terminal ; - (b) Reception of the signal by the first and the second telecommunication satellites ; - (c) Transmitting the signal from each telecommunication satellite to a receiving station ; - (d) Demodulating only the signal received by the first telecommunication satellite which is the signal with the highest power level to determine a signal content and the time of arrival of the signal at the receiving station via the first telecommunication satellite and computing the amplitude of the signal received via the first telecommunication satellite ; - (e) Determining the time of arrival of the signal at the receiving station via the second telecommunication satellite by using the signal content by means of a step of correlation between a clean reconstructed copy of the demodulated signal received via the first satellite and the aggregate signal received via second satellite and computing the amplitude of the signal received via the second telecommunication satellite ; - (f) Determining the position of the terminal by triangulation by using the difference of time of arrival and the difference in amplitudes of the signal to be received by the receiving station via the first and the second telecommunication satellites , knowing the coverage maps of the first telecommunication satellite and of the second telecommunication satellite .
An information presentation device comprising: an identification unit configured to identify respective levels of one or more users, wherein the identification unit is configured to identify, as the level of the user, at least one of an age, a knowledge level, language ability, or a foreign-language learning level of the user; an obtaining unit configured to obtain presentation information to be presented to the one or more users; a conversion unit configured to appropriately convert the obtained presentation information according to the level of each user; a detection unit configured to detect whether or not each user is watching a display ; and a presentation unit configured to present the appropriately converted presentation information to each user by at least one of character display or voice output, wherein the presentation unit includes the display and a speaker , having an adjustable directivity, to output the voice output toward a target user, and wherein in a case where a user who is watching the display and a user who is not watching the display concurrently share the information presentation device, the presentation unit is configured to display characters of the appropriately converted presentation information for the user who is watching the display, and to output a voice of the appropriately converted presentation information to the user who is not watching the display. an identification unit configured to identify respective levels of one or more users, wherein the identification unit is configured to identify, as the level of the user, at least one of an age, a knowledge level, language ability, or a foreign-language learning level of the user; an obtaining unit configured to obtain presentation information to be presented to the one or more users; a conversion unit configured to appropriately convert the obtained presentation information according to the level of each user; a detection unit configured to detect whether or not each user is watching a display ; and a presentation unit configured to present the appropriately converted presentation information to each user by at least one of character display or voice output, wherein the presentation unit includes the display and a speaker , having an adjustable directivity, to output the voice output toward a target user, and wherein in a case where a user who is watching the display and a user who is not watching the display concurrently share the information presentation device, the presentation unit is configured to display characters of the appropriately converted presentation information for the user who is watching the display, and to output a voice of the appropriately converted presentation information to the user who is not watching the display.
An LED light color selection system comprising: at least two light fixtures , each comprising at least three LEDs ; a memory device in each light fixture for storing information regarding the number of LEDs and the peak wavelengths of the LEDs in the light fixture ; a transmitter in each light fixture for sending an input signal indicative of the number of LEDs in that light fixture and the peak wavelengths of the LEDs in that light fixture , to a controller separate from the light fixture ; the controller being configured for determining an intensity of each LED , specific to the light fixture , based on a color coordinate, and for generating signals indicative of the intensity of each LED to create a light indicative of the color coordinate; characterized in that : the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture ; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate. at least two light fixtures , each comprising at least three LEDs ; a memory device in each light fixture for storing information regarding the number of LEDs and the peak wavelengths of the LEDs in the light fixture ; a transmitter in each light fixture for sending an input signal indicative of the number of LEDs in that light fixture and the peak wavelengths of the LEDs in that light fixture , to a controller separate from the light fixture ; the controller being configured for determining an intensity of each LED , specific to the light fixture , based on a color coordinate, and for generating signals indicative of the intensity of each LED to create a light indicative of the color coordinate; characterized in that : the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture ; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate. the transmitter in each light fixture is further configured for sending in the input signal an indication of a threshold intensity of each LED in that light fixture to the controller separate from the light fixture ; the signals generated by the controller indicate whether to drive the LED with constant current or with pulse width modulation based on the intensity and the threshold intensity of each LED; and by a further transmitter for wirelessly transmitting the color coordinate.
An interventional system for temporarily adjusting the structure of a heart, the system comprising: a curvature device moveable between a collapsed configuration having a profile suitable for delivery of the device to a coronary sinus and great cardiac vein of a patient and an expanded configuration having a profile suitable for lodging of the device at the coronary sinus and great cardiac vein, the curvature device including: a distal end section , at least a portion of the distal end section being configured to anchor within the great cardiac vein when deployed to the expanded position at the great cardiac vein, the distal anchor including a tapered section that tapers to a smaller diameter in the distal direction; a proximal end section , at least a portion of the proximal end section being configured to anchor within the coronary sinus when deployed to the expanded position at the coronary sinus, the proximal anchor including a tapered section that tapers to a smaller diameter in the proximal direction; and a tether attached at or near the distal anchor and distal to the tapered section of the distal end section , the tether extending through and past the proximal end section and being tensionable such that an increase in tension increases the curvature of the device, and a release of tension lessens the curvature of the device. a distal end section , at least a portion of the distal end section being configured to anchor within the great cardiac vein when deployed to the expanded position at the great cardiac vein, the distal anchor including a tapered section that tapers to a smaller diameter in the distal direction; a proximal end section , at least a portion of the proximal end section being configured to anchor within the coronary sinus when deployed to the expanded position at the coronary sinus, the proximal anchor including a tapered section that tapers to a smaller diameter in the proximal direction; and a tether attached at or near the distal anchor and distal to the tapered section of the distal end section , the tether extending through and past the proximal end section and being tensionable such that an increase in tension increases the curvature of the device, and a release of tension lessens the curvature of the device.
A support arrangement for supporting covering elements on a soffit and/or a fascia of a building, the support arrangement comprising a backing member that is operable to receive covering elements and is formed at least partially from non-metallic material, the support arrangement further comprising an attachment means for attaching the support arrangement to a building or building component such that it forms a part of the building, wherein the attachment means comprises an elongate attachment channel and wherein the backing member is non-combustible and is formed at least partially from cementitious material characterised in that the support arrangement has a soffit-forming face and wherein the soffit forming face is defined by the backing member.
Poultry weighing scale for the gender-specific weighing in poultry farming, comprising - a weighing plate which is independently accessible by poultry, - a weighing module, which is configured to detect the weight of one or more birds which are present on the weighing plate , and - a poultry identification unit, which is configured to identify an individual or more birds, and the gender of the birds which are present on the weighing plate , - wherein the weighing module and the poultry identification unit are configured and arranged as a functional unit of the poultry weighing scale , - characterized in that the weighing module is configured to compare a weight preferably including the gender and/or gender-specific mean values for a plurality of weight information with at least one weight curve, preferably at least two gender-specific weight curves, wherein weight information, particularly gender-specific weight information, which deviates from a weight curve by a predefined value, is stored separately and/or is not considered for the forming of mean values. - a weighing plate which is independently accessible by poultry, - a weighing module, which is configured to detect the weight of one or more birds which are present on the weighing plate , and - a poultry identification unit, which is configured to identify an individual or more birds, and the gender of the birds which are present on the weighing plate , - wherein the weighing module and the poultry identification unit are configured and arranged as a functional unit of the poultry weighing scale , - characterized in that the weighing module is configured to compare a weight preferably including the gender and/or gender-specific mean values for a plurality of weight information with at least one weight curve, preferably at least two gender-specific weight curves, wherein weight information, particularly gender-specific weight information, which deviates from a weight curve by a predefined value, is stored separately and/or is not considered for the forming of mean values.
An electromagnetic wave imaging system , comprising: an antenna array , comprising a plurality of antennas and configured to receive electromagnetic wave from a target object and convert electromagnetic wave into an electrical signal; a signal processing unit , configured to process the electrical signal to obtain an image of the target object; and a distance measuring device , configured to measure a distance of the target object from the antenna array , the electromagnetic wave imaging system being characterized in that it further comprises: a storage unit, configured to store a correction factor at a calibration point for a visibility value between every two antennas in the antenna array , wherein the visibility value is obtained by complex correlating signals received by the two antennas, and in that : the signal processing unit is configured to correct the electrical signal based at least in part on the measured distance according to the stored correction factor, wherein the calibration point and the target object are located on an axis perpendicular to the antenna array . an antenna array , comprising a plurality of antennas and configured to receive electromagnetic wave from a target object and convert electromagnetic wave into an electrical signal; a signal processing unit , configured to process the electrical signal to obtain an image of the target object; and a distance measuring device , configured to measure a distance of the target object from the antenna array , the electromagnetic wave imaging system being characterized in that it further comprises: a storage unit, configured to store a correction factor at a calibration point for a visibility value between every two antennas in the antenna array , wherein the visibility value is obtained by complex correlating signals received by the two antennas, and in that : the signal processing unit is configured to correct the electrical signal based at least in part on the measured distance according to the stored correction factor, wherein the calibration point and the target object are located on an axis perpendicular to the antenna array .
A mechanical and electrical connection system including a printed circuit board , a conductor bar and an electrical component , wherein the board includes a first orifice into which a lower leg of the bar is accommodated and includes a second orifice into which a leg of the component is accommodated, and wherein the bar includes an elastically-deformable clamp which accommodates the leg of the component , characterized in that the clamp consists of at least two hooks delimiting together a cylindrical housing which are adapted to move away from one another when the leg is introduced into said housing , and in that each hook includes a lower portion which is accommodated into the second orifice with the leg of the component .
A display system , comprising: an imager configured to generate imaging light using a variable spectrum across a field of view of an input pupil; a substrate of optical material that includes a waveguide ; an in-coupling diffractive optical element disposed on the substrate, the in-coupling diffractive optical element having an input surface configured to receive incident imaging light over the input pupil; and an out-coupling diffractive optical element disposed on the substrate, the out-coupling diffractive optical element having an output surface and configured for pupil expansion of the imaging light in one direction, and further configured to out-couple, as an output display from the output surface, the imaging light with expanded exit pupil relative to the input pupil, wherein the in-coupling diffractive optical element is configured to spread the spectrum of imaging light over the input pupil field of view so that at least a different part of the spectrum propagates in total internal reflection in the waveguide for each portion of the field of view, wherein the imager includes an illumination unit which is configured to compensate so that the spectrum shifts slightly over the entire field of view so that only the part of the spectrum that can propagate within the waveguide at each angle of the field of view is used for that part of the field of view. an imager configured to generate imaging light using a variable spectrum across a field of view of an input pupil; a substrate of optical material that includes a waveguide ; an in-coupling diffractive optical element disposed on the substrate, the in-coupling diffractive optical element having an input surface configured to receive incident imaging light over the input pupil; and an out-coupling diffractive optical element disposed on the substrate, the out-coupling diffractive optical element having an output surface and configured for pupil expansion of the imaging light in one direction, and further configured to out-couple, as an output display from the output surface, the imaging light with expanded exit pupil relative to the input pupil,
A photocurable composition for nanoimprint, having a viscosity of 1 to 100 mPa·s at 23°C in a mixture of the composition components except a solvent, the composition comprising at least the following component (A) to component (C): (A) a polymerizable compound; (B) a photopolymerization initiator; and (C) a surfactant represented by the following general formula : Rf 1 -Rc-X in the general formula , Rf 1 represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rc represents a polyethylene oxide, a polypropylene oxide, or an alkylene group, and X represents a hydroxyl group, a carboxyl group, a sulfo group, an amino group, an alkoxy group, or a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, provided that when X represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rf 1 and X may be identical to or different from each other. (A) a polymerizable compound; (B) a photopolymerization initiator; and (C) a surfactant represented by the following general formula : Rf 1 -Rc-X in the general formula , Rf 1 represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rc represents a polyethylene oxide, a polypropylene oxide, or an alkylene group, and X represents a hydroxyl group, a carboxyl group, a sulfo group, an amino group, an alkoxy group, or a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, provided that when X represents a substituent constituted only of fluorine atoms and carbon atoms, and having two or more trifluoromethyl groups, Rf 1 and X may be identical to or different from each other.
An earthquake resistant wall construction, comprising; a first runner ; a second runner ; and at least one earthquake resistant insert provided within the first runner or the second runner ; wherein the earthquake resistant insert comprises of at least one elongate slot and is held in communication with the first runner or second runner via at least one first fixing member which passes through the elongate slot , and wherein the earthquake resistant insert is connected to a construction board on either side of the earthquake resistant insert via at least one second fixing member , and wherein the wall construction further comprises at least one wall strut connected to the construction board , with an end of said strut being located substantially within said first runner or said second runner . a first runner ; a second runner ; and at least one earthquake resistant insert provided within the first runner or the second runner ; wherein the earthquake resistant insert comprises of at least one elongate slot and is held in communication with the first runner or second runner via at least one first fixing member which passes through the elongate slot , and wherein the earthquake resistant insert is connected to a construction board on either side of the earthquake resistant insert via at least one second fixing member , and wherein the wall construction further comprises at least one wall strut connected to the construction board , with an end of said strut being located substantially within said first runner or said second runner .
A method for detecting a fault in an electric grid, the method comprising the steps of: distributing in said electric grid a plurality of grid measuring devices comprising at least one of current measurement sensor and voltage measurement sensor, said grid measuring devices being operative to measure at least one of current measurement and voltage measurement to form a plurality of measurements with their respective time of occurrence; defining a plurality of fault types; defining at least one rule for detecting each of said fault types, each said rule comprising: measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; executing a plurality of said measurements; and analyzing said measurements according to said at least one rule to detect said fault associated with said at least one rule. distributing in said electric grid a plurality of grid measuring devices comprising at least one of current measurement sensor and voltage measurement sensor, said grid measuring devices being operative to measure at least one of current measurement and voltage measurement to form a plurality of measurements with their respective time of occurrence; defining a plurality of fault types; defining at least one rule for detecting each of said fault types, each said rule comprising: measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; measuring a difference between current measurements and/or between voltage measurements of at least two grid measuring devices; detecting a time-dependent change of said difference; and associating a fault with said time dependent change; executing a plurality of said measurements; and analyzing said measurements according to said at least one rule to detect said fault associated with said at least one rule.