mhurhangee/ep-ind-claims huggingface dataset:
Wristwatch comprising a watch case inside which is housed a timepiece movement, a bezel mounted to rotate on the watch case and a dial provided with at least one luminous index (12a-12e), said luminous index (12a-12e) being illuminated through the dial by at least one light source disposed underneath the dial and powered by an electrical energy source, an activation component for activating the light source being housed inside the rotating dial and cooperating with a detection component housed inside the watch case, the activation component being arranged such that, in a determined position of the rotating bezel, the presence of the activation component is detected by the detection component, the detection component being arranged to emit then an electrical signal which will be addressed to an electronic power and control assembly housed inside the watch case, the electronic power and control assembly being arranged to emit in response to reception of the electrical signal emitted by the detection component an electrical signal that activates the lighting of the light source for a determined period of time, the at least one light source being mounted on an upper surface of a first printed circuit sheet disposed underneath a lower surface of the dial, characterized in that the first printed circuit sheet is disposed above the timepiece movement, and in that a second printed circuit sheet which carries the electronic power and control assembly is disposed underneath the timepiece movement, the light source carried by the first printed circuit sheet being electrically connected to the electronic power and control assembly by means of a connecting tongue.
A navigation device comprising: a receiving circuit configured to receive a first signal from a first navigation satellite, the first signal comprising a first timestamp (t k); a determination circuit configured to determine a velocity of the first navigation satellite at the first timestamp in a second coordinate system based on ephemeris data of the first navigation satellite, the second coordinate system being tilted in relation to the equatorial plane; the determination circuit further configured to determine a velocity of the first navigation satellite in a first coordinate system that is earth fixed and rotating with earth based on the determined velocity in the second coordinate system; a navigation circuit configured to determine navigation information of the receiving circuit within the first coordinate system based on at least the determined velocity of the first navigation satellite; characterised in that the determination circuit is configured to determine at least an acceleration of the first navigation satellite in the first coordinate system from the ephemeris data of the first navigation satellite and the first timestamp; and wherein the determination circuit is configured to determine at least a second order time derivative of a transformation matrix between the first coordinate system and the second coordinate system for determining the acceleration of the first navigation satellite in the first coordinate system. a receiving circuit configured to receive a first signal from a first navigation satellite, the first signal comprising a first timestamp (t k); a determination circuit configured to determine a velocity of the first navigation satellite at the first timestamp in a second coordinate system based on ephemeris data of the first navigation satellite, the second coordinate system being tilted in relation to the equatorial plane; the determination circuit further configured to determine a velocity of the first navigation satellite in a first coordinate system that is earth fixed and rotating with earth based on the determined velocity in the second coordinate system; a navigation circuit configured to determine navigation information of the receiving circuit within the first coordinate system based on at least the determined velocity of the first navigation satellite; characterised in that the determination circuit is configured to determine at least an acceleration of the first navigation satellite in the first coordinate system from the ephemeris data of the first navigation satellite and the first timestamp; and wherein the determination circuit is configured to determine at least a second order time derivative of a transformation matrix between the first coordinate system and the second coordinate system for determining the acceleration of the first navigation satellite in the first coordinate system.
A unit for a steer-by-wire type vehicle steering system comprising: a first shaft coupled to a steering wheel; a second shaft coupled to a pinion of a rack and pinion; and a clutch mounted in a rotation transmission path between the first shaft and the second shaft, wherein the clutch comprises a mechanical clutch portion, and a clutch switching means for selectively coupling and uncoupling the mechanical clutch portion, wherein the mechanical clutch portion includes an input shaft, an output shaft, a first engaging surface configured to rotate in unison with the input shaft, a second engaging surface configured to rotate in unison with the output shaft, the first and second engaging surfaces (12 and 13) defining a wedge-shaped space therebetween, and engaging elements received in the wedge-shaped space, wherein the clutch is configured such that the mechanical clutch portion is coupled when the clutch switching means causes the engaging elements to engage the first and second engaging surfaces (12 and 13), and such that the mechanical clutch portion is uncoupled when the clutch switching means causes the engaging elements to disengage from the first and second engaging surfaces (12 and 13), wherein the input shaft of the clutch is coupled to the first shaft through a universal joint, and wherein the output shaft of the clutch is integral with the second shaft while being coaxial with the second shaft. a first shaft coupled to a steering wheel; a second shaft coupled to a pinion of a rack and pinion; and a clutch mounted in a rotation transmission path between the first shaft and the second shaft, wherein the clutch comprises a mechanical clutch portion, and a clutch switching means for selectively coupling and uncoupling the mechanical clutch portion, wherein the mechanical clutch portion includes an input shaft, an output shaft, a first engaging surface configured to rotate in unison with the input shaft, a second engaging surface configured to rotate in unison with the output shaft, the first and second engaging surfaces (12 and 13) defining a wedge-shaped space therebetween, and engaging elements received in the wedge-shaped space, wherein the clutch is configured such that the mechanical clutch portion is coupled when the clutch switching means causes the engaging elements to engage the first and second engaging surfaces (12 and 13), and such that the mechanical clutch portion is uncoupled when the clutch switching means causes the engaging elements to disengage from the first and second engaging surfaces (12 and 13), wherein the input shaft of the clutch is coupled to the first shaft through a universal joint, and wherein the output shaft of the clutch is integral with the second shaft while being coaxial with the second shaft.
A bonded body comprising: a ceramic member made of ceramics; a Cu member which is made of Cu or a Cu alloy, and a Cu-Sn layer, in which Sn forms a solid solution with Cu and which is formed at a bonded interface between the ceramic member and the Cu member, wherein the Cu-Sn layer is formed from a Cu-P-Sn-based brazing filler material and a Ti paste, and intermetallic compounds containing P and Ti are dispersed in the Cu-Sn layer, wherein the Cu-P-Sn-based brazing filler material is a Cu-P-Sn-Ni-based brazing filler material, and wherein the Cu-Sn layer includes core-shell type inclusions in which a Ti particle is the core and a Cu-Ni-Ti phase, a P-Ti phase and a P-Ni-Ti phase are formed sequentially from the inside as the shells. a ceramic member made of ceramics; a Cu member which is made of Cu or a Cu alloy, and a Cu-Sn layer, in which Sn forms a solid solution with Cu and which is formed at a bonded interface between the ceramic member and the Cu member, wherein the Cu-Sn layer is formed from a Cu-P-Sn-based brazing filler material and a Ti paste, and intermetallic compounds containing P and Ti are dispersed in the Cu-Sn layer, wherein the Cu-P-Sn-based brazing filler material is a Cu-P-Sn-Ni-based brazing filler material, and wherein the Cu-Sn layer includes core-shell type inclusions in which a Ti particle is the core and a Cu-Ni-Ti phase, a P-Ti phase and a P-Ni-Ti phase are formed sequentially from the inside as the shells.
A turbine assembly comprising: i) an axial turbine comprising an axially arranged series of rotor sections, wherein each rotor section comprises an outer ring and rotor blades and the outer rings of the rotor sections connect to form a rotating outer casing, wherein the rotor sections are made from reaction bonded silicon nitride; and the turbine assembly further comprising ii) an external sheath providing structural support for the axial turbine, wherein the external sheath is made from dense silicon nitride; wherein the rotor sections are fitted to the inside of the external sheath, and the external sheath and rotating outer casing are arranged to rotate together. i) an axial turbine comprising an axially arranged series of rotor sections, wherein each rotor section comprises an outer ring and rotor blades and the outer rings of the rotor sections connect to form a rotating outer casing, wherein the rotor sections are made from reaction bonded silicon nitride; and the turbine assembly further comprising ii) an external sheath providing structural support for the axial turbine, wherein the external sheath is made from dense silicon nitride;
A method for operating a communication system, said method comprising signaling channel quality information in a multi-beam transmission system, wherein a number of beams (301, 302) simultaneously transmitted may vary, said method further comprising: transmitting, by a mobile station, a plurality of sequences of channel quality information values (10, 20) for controlling transmission rate on at least one of the beams (301, 302); wherein each sequence of channel quality information values (10, 20) is derived dependent on an assumed parameter of at least one other beam, wherein the transmitting step includes transmitting a first sequence of channel quality information values to indicate a transmission rate that could be supported on a first beam if no other beams are transmitted simultaneously; and transmitting a second sequence of channel quality information values to indicate a transmission rate that could be supported on the first beam if a second beam is transmitted simultaneously using an assumed set of parameters, wherein the second sequence of channel quality information values includes at least one transmission parameter which is set to a value lower than a value of the transmission parameter in the first sequence. transmitting, by a mobile station, a plurality of sequences of channel quality information values (10, 20) for controlling transmission rate on at least one of the beams (301, 302); wherein each sequence of channel quality information values (10, 20) is derived dependent on an assumed parameter of at least one other beam, transmitting a first sequence of channel quality information values to indicate a transmission rate that could be supported on a first beam if no other beams are transmitted simultaneously; and transmitting a second sequence of channel quality information values to indicate a transmission rate that could be supported on the first beam if a second beam is transmitted simultaneously using an assumed set of parameters, wherein the second sequence of channel quality information values includes at least one transmission parameter which is set to a value lower than a value of the transmission parameter in the first sequence.
A method for transmitting wireless power in a wireless charging system, the method comprising: receiving information related to a temperature from each of a plurality of power receiving units (110-n), PRUs; identifying a temperature ratio of each of the plurality of PRUs (110-n) based on the received information, wherein the temperature ratio is a current temperature relative to an available maximum temperature; determining a PRU from among the plurality of PRUs (110-n) based on the identified temperature ratio; and adjusting transmission power according to a voltage setting value of the determined PRU. receiving information related to a temperature from each of a plurality of power receiving units (110-n), PRUs; identifying a temperature ratio of each of the plurality of PRUs (110-n) based on the received information, wherein the temperature ratio is a current temperature relative to an available maximum temperature; determining a PRU from among the plurality of PRUs (110-n) based on the identified temperature ratio; and adjusting transmission power according to a voltage setting value of the determined PRU.
A water-soluble packet comprising a first sealed compartment containing a first composition, the first sealed compartment comprising a wall of water-soluble film, the water-soluble film comprising a copolymer of polyvinyl alcohol (PVOH) and methyl acrylate, and the first composition comprising an alkaline agent.
An electrical heating element for heating a fluid, comprising at least one tubular element through which a fluid flows or can flow, and with a ceramic heating resistor disposed in the tubular element, wherein the heating resistor comprises an arrangement of two open helicoid bodies (2, 3) having a respective central screw axis, the screw axes of the helicoid bodies (2, 3) being parallel to one another and the helicoid bodies (2, 3) being helically wound inside one another in a contactless manner, the central screw axes of the helicoid bodies (2, 3) being oriented substantially parallel to the central axis of the tubular element, the helicoid bodies (2, 3) being connected to one another in an electrically conducting manner in the region of one end of the helicoid arrangement and designed as separate connecting electrodes (6, 7) at an opposing further end of the helicoid arrangement, characterized in that the heating resistor being produced by sintering a green body, comprising at least one ceramic raw material, and comprising an electrically insulating component and an electrically conducting component, and the electrically insulating component forming a matrix in which the electrically conducting component is accommodated, wherein an electrically insulating element being disposed in at least one central cavity formed by the open helicoid bodies (2, 3) along the screw axes of the open helicoid bodies (2, 3), the electrically insulating element having a tubular, rod-shaped or sectionally tubular and rod-shaped design, and the cross-sectional surface of the tubular element, in terms of shape and size, being only insignificantly larger than the maximum cross-sectional surface of the heating resistor.
Measuring system for the optical evaluation of a rod-shaped product of the tobacco processing industry, including a handling device which is adapted for transverse conveyance of a rod-shaped product mounted in at least one mounting, and a camera for the frontend inspection of a rod-shaped product mounted in the handling device, characterized in that the measuring system includes a cutting device which is arranged in such a way that a rod-shaped product as a result of being conveyed in the handling device is cut off to produce a cut surface of the rod-shaped product which is to be inspected.
A device for detachably fixing to each other two relatively movable parts (1, 8) of a device for generating compressed air for filling bicycle tires, which device forms a seatpost, wherein the two relatively movable parts (1, 8) of the seatpost are formed by a sleeve surrounding a pump rod and by a pump piston, characterized in that a substantially cylindrical end region of the pump piston facing a bicycle saddle is designed to have a diameter enlarged relative to the part of the pump piston guided in the sleeve, that the region of enlarged diameter and a free end region of the sleeve are surrounded by a union nut provided with an internal thread in an end region and the internal thread of the union nut is detachably connectable to a thread arranged on the sleeve or on the region of enlarged diameter of the pump piston, that the union nut comprises an annular stop located adjacent the internal thread and reducing its inner diameter, and that a stop enlarging an outer diameter of either the sleeve or the region of enlarged diameter of the pump piston is configured for interaction with the stop of the union nut.
A power charger comprising: a first storage area to store control software; a charging circuit to send power through an interface; and a processor to generate at least one control signal based on the control software, wherein the power to be sent through the interface is to charge a battery of a device to be coupled to the interface and wherein the at least one control signal includes information to cause a monitoring operation to be performed to determine a status of the device; wherein the processor is configured to receive information from the device through the interface and wherein the received information is to provide an indication of the status of the device based on the monitoring operation; wherein, if the status is less than good, the processor is configured to send a back-up signal to the device; and the power charger further comprises: a second storage area configured to back-up data received from the device through the interface. a first storage area to store control software; a charging circuit to send power through an interface; and a processor to generate at least one control signal based on the control software, wherein the power to be sent through the interface is to charge a battery of a device to be coupled to the interface and wherein the at least one control signal includes information to cause a monitoring operation to be performed to determine a status of the device; wherein the processor is configured to receive information from the device through the interface and wherein the received information is to provide an indication of the status of the device based on the monitoring operation; wherein, if the status is less than good, the processor is configured to send a back-up signal to the device; and the power charger further comprises: a second storage area configured to back-up data received from the device through the interface.
A laundry detergent composition characterized in that it comprises: a. a hydrophilic soil removal polymer, preferably at a level of from 0.1% to 4% by weight of the composition; b. amphiphilic graft polymer based on water-soluble polyalkylene oxides as a graft base and side chains formed by polymerization of a vinyl ester component, said polymer having an average of less than or equal to one graft site per 50 alkylene oxide units and a mean molar mass of from 3,000 to 100,000, preferably at a level of from 0.1% to 5% by weight of the composition; c from 0.2% to 8%, preferably 0.5% to 5% of organic solvent; and d. from 2% to 40%, preferably 5% to 15% of a surfactant system; wherein said detergent composition is in a form selected from the group consisting of liquid, gel, and combinations thereof, preferably in the form selected from the group consisting of anisotropic liquid, anisotropic gel, and combinations thereof; and preferably wherein said amphiphilic graft polymer and said hydrophilic soil removal polymer are present in said detergent composition at a weight percentage ratio of from 95:5 to 10:90, wherein the hydrophilic soil removal polymer comprises: a. a backbone comprising oligoamine, polyamine, or polyimine; and b. at least one polyalkoxylated side chain, wherein said hydrophilic soil removal polymer is selected from the group consisting of ethoxylated oligoamines, ethoxylated oligoamine methyl quats, ethoxylated oligoamine benzyl quats, ethoxylated oligoamine methyl quats, propoxylated-ethoxylated oligoamine methyl quats, ethoxysulfated oligoamine benzyl quats, propoxylated-ethoxysulfated oligoamine benzyl quats, ethoxylated oligoetheramine methyl quats, ethoxylated oligoetheramine benzyl quats, ethoxysulfated oligoetheramine methyl quats, ethoxysulfated oligoetheramine benzyl quats, ethoxylated polyethyleneimines, ethoxylated polyethyleneimines quats, ethoxylated-propoxylated polyethyleneimines, and combinations thereof. a. a hydrophilic soil removal polymer, preferably at a level of from 0.1% to 4% by weight of the composition; b. amphiphilic graft polymer based on water-soluble polyalkylene oxides as a graft base and side chains formed by polymerization of a vinyl ester component, said polymer having an average of less than or equal to one graft site per 50 alkylene oxide units and a mean molar mass of from 3,000 to 100,000, preferably at a level of from 0.1% to 5% by weight of the composition; c from 0.2% to 8%, preferably 0.5% to 5% of organic solvent; and d. from 2% to 40%, preferably 5% to 15% of a surfactant system; a. a backbone comprising oligoamine, polyamine, or polyimine; and b. at least one polyalkoxylated side chain,
A coated positive electrode active material wherein a positive electrode active material made of lithium-metal complex oxide has a surface coated with a coating of lithium salt having an average thickness of 20 to 50 nm, the positive electrode active material includes a spherical or oval-spherical secondary particle made of primary particles which are bound by sintering, the secondary particle has a surface coated with the lithium salt having the average thickness of 20 to 50 nm and the lithium salt exists in gaps between the primary particles, and the lithium salt is a lithium salt containing lithium carbonate. the positive electrode active material includes a spherical or oval-spherical secondary particle made of primary particles which are bound by sintering, the secondary particle has a surface coated with the lithium salt having the average thickness of 20 to 50 nm and the lithium salt exists in gaps between the primary particles, and the lithium salt is a lithium salt containing lithium carbonate.
A direction finding system incorporating a plurality of antennas and means adapted to determine individual antenna signal strengths, characterised in that the system also includes: a) combining means (SW2, P2, P3, SW3, 18) adapted to derive combined antenna signal strengths by forming two sets of combinations of first and second antenna signals derived from different antennas, the second antenna signals in one set of combinations having a non-zero phase difference relative to the second antenna signals in the other set of combinations; and b) means adapted to determine at least one emitter bearing from the individual and combined antenna signal strengths. a) combining means (SW2, P2, P3, SW3, 18) adapted to derive combined antenna signal strengths by forming two sets of combinations of first and second antenna signals derived from different antennas, the second antenna signals in one set of combinations having a non-zero phase difference relative to the second antenna signals in the other set of combinations; and b) means adapted to determine at least one emitter bearing from the individual and combined antenna signal strengths.