mhurhangee/patent-ind-claim-en huggingface dataset:
Calibration apparatus (6; 18) for calibrating vehicle assistance systems, having: at least one target pattern (8; 8a-8d), wherein the calibration apparatus comprises at least one electronic display apparatus which is designed to optically display the at least one target pattern (8; 8a-8d), at least one sensor (10; 22) which is designed to detect the position and orientation of a vehicle to be measured with respect to the calibration apparatus (6; 18); and a positioning apparatus (14; 24) which is designed to position the at least one target pattern (8; 8a-8d) on the basis of the position of the vehicle to be measured, as detected by the at least one sensor (10; 22), in such a manner that the at least one target pattern (8; 8a-8d) is arranged in a predefined orientation at a predefined position with respect to the vehicle to be measured, and wherein the positioning apparatus is designed to calculate the appropriate position, size and orientation of the target patterns (8a-8d) on the display apparatus on the basis of the data provided by the at least one sensor and to control the display apparatus in such a manner that it displays the target patterns (8a-8d) in the desired orientation and size at the desired positions. at least one target pattern (8; 8a-8d), wherein the calibration apparatus comprises at least one electronic display apparatus which is designed to optically display the at least one target pattern (8; 8a-8d), at least one sensor (10; 22) which is designed to detect the position and orientation of a vehicle to be measured with respect to the calibration apparatus (6; 18); and a positioning apparatus (14; 24) which is designed to position the at least one target pattern (8; 8a-8d) on the basis of the position of the vehicle to be measured, as detected by the at least one sensor (10; 22), in such a manner that the at least one target pattern (8; 8a-8d) is arranged in a predefined orientation at a predefined position with respect to the vehicle to be measured, and
A printer , comprising: a print engine , the print engine to print images on media when the media is in a print zone of a media path; a sensor positioned adjacent to a first side of the media path; a light source positioned adjacent to a second side of the media path to direct light towards the sensor, where the second side is opposite the first side, the light source to backlight media located in the media path between the light source and the sensor; a controller , the controller coupled to the print engine, the sensor and the light source; the controller to turn on the light source and locate at least one target printed on a side A of the media using the sensor to scan the at least one target with a scan line through the target, wherein the sensor views the targets through the media; the controller to print an image on a side B of media, using the print engine, where the image is positioned relative to the at least one target on the side A of the media. a print engine , the print engine to print images on media when the media is in a print zone of a media path; a sensor positioned adjacent to a first side of the media path; a light source positioned adjacent to a second side of the media path to direct light towards the sensor, where the second side is opposite the first side, the light source to backlight media located in the media path between the light source and the sensor; a controller , the controller coupled to the print engine, the sensor and the light source; the controller to turn on the light source and locate at least one target printed on a side A of the media using the sensor to scan the at least one target with a scan line through the target, wherein the sensor views the targets through the media; the controller to print an image on a side B of media, using the print engine, where the image is positioned relative to the at least one target on the side A of the media.
Magnetic centring device of a shaft on a predetermined axis in a clockwork movement, the device comprising at least one first magnetic bearing including a first magnet , which is intended to exert an attractive force on a first end pivot , made of ferromagnetic material, of the shaft , the first magnetic bearing comprises at least one first central part made of ferromagnetic material mounted between the first magnet and the first end pivot of the shaft , this first central part being positioned centrally in a first washer or bush made of non-magnetic material in such a way as to centre the magnetic field flux generated by the first magnet through the first central part in order to magnetically attract the first end pivot of the shaft on the predetermined axis, the first magnetic bearing also comprising a first balance-pivot support element , which is mounted between the first central part and the first end pivot of the shaft , and characterised in that the first central part is glued or driven into a central opening in the first washer or bush , and in that the first washer or bush , together with the first central part , are in direct contact with the first magnet and the first balance-pivot support element . the first magnetic bearing comprises at least one first central part made of ferromagnetic material mounted between the first magnet and the first end pivot of the shaft , this first central part being positioned centrally in a first washer or bush made of non-magnetic material in such a way as to centre the magnetic field flux generated by the first magnet through the first central part in order to magnetically attract the first end pivot of the shaft on the predetermined axis, the first magnetic bearing also comprising a first balance-pivot support element , which is mounted between the first central part and the first end pivot of the shaft , and characterised in that the first central part is glued or driven into a central opening in the first washer or bush , and in that the first washer or bush , together with the first central part , are in direct contact with the first magnet and the first balance-pivot support element .
A method of monitoring a solid-phase reaction on a surface of a substrate, comprising: (a) taking a first measurement of a property of the surface at a plurality of positions on the surface before a first reaction on the surface; (b) taking a second measurement of the property of the surface at the plurality of positions on the surface after the first reaction on the surface; and (c) determining a first quality of the first reaction on the surface based on the first measurement and the second measurement, wherein the first measurement and the second measurement are measured by an ellipsometer, wherein the first quality of the first reaction is yield of the first reaction at each of the plurality of the positions, uniformity of the first reaction at each of the plurality of the positions, whether the first reaction provides the correct product at each of the plurality of the positions, or whether the first reaction is conducted at each of the plurality of the positions. (a) taking a first measurement of a property of the surface at a plurality of positions on the surface before a first reaction on the surface; (b) taking a second measurement of the property of the surface at the plurality of positions on the surface after the first reaction on the surface; and (c) determining a first quality of the first reaction on the surface based on the first measurement and the second measurement,
A method for sending a sounding reference signal, comprising: determining (S210), by a network device, configuration information of a first sounding reference signal, wherein the configuration information of the first sounding reference signal comprises a beam configuration parameter of the first sounding reference signal, and the beam configuration parameter of the first sounding reference signal is used to instruct a terminal device to send the first sounding reference signal by using a first beam; and sending (S220), by the network device, the configuration information of the first sounding reference signal to the terminal device; characterized in that : before the determining, by a network device, configuration information of a first sounding reference signal, the method further comprises: determining, by the network device, the first beam and the identifier of the beam pattern based on a moving direction of the terminal device determining (S210), by a network device, configuration information of a first sounding reference signal, wherein the configuration information of the first sounding reference signal comprises a beam configuration parameter of the first sounding reference signal, and the beam configuration parameter of the first sounding reference signal is used to instruct a terminal device to send the first sounding reference signal by using a first beam; and sending (S220), by the network device, the configuration information of the first sounding reference signal to the terminal device; characterized in that : before the determining, by a network device, configuration information of a first sounding reference signal, the method further comprises: determining, by the network device, the first beam and the identifier of the beam pattern based on a moving direction of the terminal device
An artificial illumination method for reproducing in an indoor environment the light and colors of the sun and of the sky, the artificial illumination method comprising: producing the simultaneous presence of two different color components of visible light by means of a light source and a diffuser, the two different color components comprising: a skylight component for diffuse illumination, wherein blue light is dominant in the skylight component; and a sunlight component for illuminating objects with direct light having a low blue light component; and producing the skylight component and the sunlight component in light cones of different aperture, a narrow inner cone of the warm sunlight component and a wider cone of the cold skylight component; wherein the skylight component illuminates a shadow formed by an object with respect to the sunlight component, which is located in the center of the light cone of the sunlight component, and an outer area outside of the light cone of the sunlight component, which is not illuminated by the sunlight. producing the simultaneous presence of two different color components of visible light by means of a light source and a diffuser, the two different color components comprising: a skylight component for diffuse illumination, wherein blue light is dominant in the skylight component; and a sunlight component for illuminating objects with direct light having a low blue light component; and a skylight component for diffuse illumination, wherein blue light is dominant in the skylight component; and a sunlight component for illuminating objects with direct light having a low blue light component; and producing the skylight component and the sunlight component in light cones of different aperture, a narrow inner cone of the warm sunlight component and a wider cone of the cold skylight component; wherein the skylight component illuminates a shadow formed by an object with respect to the sunlight component, which is located in the center of the light cone of the sunlight component, and an outer area outside of the light cone of the sunlight component, which is not illuminated by the sunlight. a shadow formed by an object with respect to the sunlight component, which is located in the center of the light cone of the sunlight component, and an outer area outside of the light cone of the sunlight component, which is not illuminated by the sunlight.
A method implemented by a base station for initializing pseudo-random sequence generators on which wireless devices base generation of uplink reference signals, comprising: determining a first sequence from a first subset of possible initialization sequences for a pseudo-random sequence generator of a first wireless device; determining a second sequence from a second subset of possible initialization sequences for a pseudo-random sequence generator of a second wireless device, the range of the second subset spanning at least the range of the first subset; encoding the first sequence as a first set of two or more parameters; encoding the second sequence as a linear combination of two parameters into a single parameter, wherein the single parameter comprises fewer bits than the first set and is not included in the first set, wherein the second sequence is encoded based on a defined one-to-one mapping of possible initialization sequences within the second subset to possible values for the single parameter, wherein the range of the single parameter is smaller than the range of the second subset; and initializing the sequence generators of the first and second devices with the first and second sequences by transmitting the first and second sets of parameters to the first and second devices. determining a first sequence from a first subset of possible initialization sequences for a pseudo-random sequence generator of a first wireless device; determining a second sequence from a second subset of possible initialization sequences for a pseudo-random sequence generator of a second wireless device, the range of the second subset spanning at least the range of the first subset; encoding the first sequence as a first set of two or more parameters; encoding the second sequence as a linear combination of two parameters into a single parameter, wherein the single parameter comprises fewer bits than the first set and is not included in the first set, wherein the second sequence is encoded based on a defined one-to-one mapping of possible initialization sequences within the second subset to possible values for the single parameter, wherein the range of the single parameter is smaller than the range of the second subset; and
An apparatus comprising: - a processing system for receiving a rotation signal indicative of rotational movement of a chest of an individual, the rotation signal being at least partly indicative of cardiac rotation, wherein the processing system is configured to: - form one or more indicator quantities each being derivable from an energy spectral density based on one or more samples of the rotation signal each having a temporal length, and - form an indicator of cardiac condition on the basis of the one or more indicator quantities in accordance with a predetermined rule. characterized in that the processing system is configured to compute the energy spectral density and to compute an average frequency corresponding to a center-of-mass of the energy spectral density, the average frequency representing one of the indicator quantities and being defined according to the following: f av = ∫ B f ESD f df ∫ B ESD f df , where f av is the average frequency, ESD(f) is the energy spectral density, B is a frequency area of the energy spectral density, and f is frequency. - a processing system for receiving a rotation signal indicative of rotational movement of a chest of an individual, the rotation signal being at least partly indicative of cardiac rotation, - form one or more indicator quantities each being derivable from an energy spectral density based on one or more samples of the rotation signal each having a temporal length, and - form an indicator of cardiac condition on the basis of the one or more indicator quantities in accordance with a predetermined rule.
A dispenser for dispensing a volume of viscous material on a substrate, characterised in that the dispenser comprises: a frame ; a gantry system coupled to the frame; a dispenser unit coupled to the gantry system, the dispenser unit comprising a housing having a chamber , a nozzle coupled to the housing, the nozzle having an orifice to dispense viscous material; and a motor to drive the movement of a piston within the chamber, the motor comprising a rotating shaft , a wheel coupled to the rotating shaft , the wheel having at least one drive magnet , and a driven magnet disposed between wheel and the piston the piston disposed in the chamber , the piston having an elongate body and a head , the piston being configured to move between a pre-dispense position and a dispense position within the chamber , wherein the head of the piston is disposed between at least one drive magnet and the driven magnet . a frame ; a gantry system coupled to the frame; a dispenser unit coupled to the gantry system, the dispenser unit comprising a housing having a chamber , a nozzle coupled to the housing, the nozzle having an orifice to dispense viscous material; and a motor to drive the movement of a piston within the chamber, the motor comprising a rotating shaft , a wheel coupled to the rotating shaft , the wheel having at least one drive magnet , and a driven magnet disposed between wheel and the piston a rotating shaft , a wheel coupled to the rotating shaft , the wheel having at least one drive magnet , and a driven magnet disposed between wheel and the piston the piston disposed in the chamber , the piston having an elongate body and a head , the piston being configured to move between a pre-dispense position and a dispense position within the chamber , wherein the head of the piston is disposed between at least one drive magnet and the driven magnet .
A sound absorption panel obtainable by a manufacturing method comprising the following steps: laminating a non-expanded foam resin and a metal sheet thereby forming non-expanded resin-metal lamination panel, forming a plurality of holes through the non-expanded resin-metal lamination panel, and heating the non-expanded resin-metal lamination panel, thereby expanding the non-expanded foam resin such that a hole diameter D2 of the foam resin is smaller than a hole diameter D1 of the metal sheet . laminating a non-expanded foam resin and a metal sheet thereby forming non-expanded resin-metal lamination panel, forming a plurality of holes through the non-expanded resin-metal lamination panel, and heating the non-expanded resin-metal lamination panel, thereby expanding the non-expanded foam resin such that a hole diameter D2 of the foam resin is smaller than a hole diameter D1 of the metal sheet .
A peg insole comprising: an integrally molded unitary memory foam body ; wherein the memory foam body consists of a base layer and a plurality of pegs protruding from the base layer , the height of the pegs is varied, characterized in that all of the pegs : have a same width or diameter, protrude downwards from the base layer , and are configured to be selectively removable without penetrating through the base layer . an integrally molded unitary memory foam body ; wherein the memory foam body consists of a base layer and a plurality of pegs protruding from the base layer , the height of the pegs is varied, characterized in that all of the pegs : have a same width or diameter, protrude downwards from the base layer , and are configured to be selectively removable without penetrating through the base layer . have a same width or diameter, protrude downwards from the base layer , and are configured to be selectively removable without penetrating through the base layer .
A gas turbine engine comprising: a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; a plurality of engine accessories; an accessory gearbox comprising; a housing ; a sun gear rotationally coupled to the third shaft ; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier , wherein the carrier is rotationally coupled to the second shaft ; a primary combustor communicating with the first compressor and the first turbine ; and a secondary combustor communicating with the second compressor and the second turbine , wherein a primary flow path includes, in axial flow series, the third compressor , the first compressor , the primary combustor , the first turbine , and the third turbine , a secondary flow path includes, in axial flow series, the second compressor , the secondary combustor , and the second turbine , and the secondary flow path intersects the primary flow path between the first compressor and the primary combustor . a first spool comprising a first compressor and a first turbine mounted to a first shaft ; a second spool comprising a second compressor and a second turbine mounted to a second shaft ; a third spool comprising a third compressor and a third turbine mounted to a third shaft ; a plurality of engine accessories; an accessory gearbox comprising; a housing ; a sun gear rotationally coupled to the third shaft ; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier , wherein the carrier is rotationally coupled to the second shaft ; a housing ; a sun gear rotationally coupled to the third shaft ; a ring gear rotationally coupled to the plurality of engine accessories; and a plurality of planet gears enmeshed with the sun gear and the ring gear and supported from a carrier , wherein the carrier is rotationally coupled to the second shaft ; a primary combustor communicating with the first compressor and the first turbine ; and a secondary combustor communicating with the second compressor and the second turbine , wherein a primary flow path includes, in axial flow series, the third compressor , the first compressor , the primary combustor , the first turbine , and the third turbine , a secondary flow path includes, in axial flow series, the second compressor , the secondary combustor , and the second turbine , and the secondary flow path intersects the primary flow path between the first compressor and the primary combustor .