mhurhangee/ep-ind-claims huggingface dataset:
A three-phase DC motor comprising: a rotor having a outer surface and magnets; said outer surface of said rotor being configured to have alternating poles of N and S around a circumference of said rotor, a stator including a plurality of teeth that are arranged around said rotor and having an inner surface opposite to said outer surface of said rotor; and three or more coils (35a, 35b, 35c) wound around said teeth, said coils being placed only within a range defined by second virtual planes, said second virtual planes being specified respectively by rotating a first virtual plane according to a predetermined angle in a rotor rotating direction and a direction opposite thereto, said first virtual plane being a plane passing through the axial center of said rotor, inner surfaces of a adjacent 3N (N = 1, 2, 3,...) number of teeth of said a plurality of said teeth being delimited within a width of one pole on said outer surface of said rotor, characterized in that said three or more coils include a first coil through which a first phase current flows, a second coil through which a second phase current flows, and a third coil through which a third phase current flows, said first coil, said second coil, and said third coil are each wound around a bundle of adjacent teeth; and said first coil, said second coil, and said third coil are offset in this order by 1/3 pole pitch in the rotor rotating direction. a rotor having a outer surface and magnets; said outer surface of said rotor being configured to have alternating poles of N and S around a circumference of said rotor, a stator including a plurality of teeth that are arranged around said rotor and having an inner surface opposite to said outer surface of said rotor; and three or more coils (35a, 35b, 35c) wound around said teeth, said coils being placed only within a range defined by second virtual planes, said second virtual planes being specified respectively by rotating a first virtual plane according to a predetermined angle in a rotor rotating direction and a direction opposite thereto, said first virtual plane being a plane passing through the axial center of said rotor, inner surfaces of a adjacent 3N (N = 1, 2, 3,...) number of teeth of said a plurality of said teeth being delimited within a width of one pole on said outer surface of said rotor, characterized in that said three or more coils include a first coil through which a first phase current flows, a second coil through which a second phase current flows, and a third coil through which a third phase current flows, said first coil, said second coil, and said third coil are each wound around a bundle of adjacent teeth; and said first coil, said second coil, and said third coil are offset in this order by 1/3 pole pitch in the rotor rotating direction.
Aminosilane-free composition comprising at least A) an adduct of isocyanatosilanes with hydroxy-functional compounds and B) a tin-free catalyst selected from tetramethylammonium fluoride, tetrapropylammonium fluoride, tetraethylammonium fluoride, tetrabutylammonium fluoride or a mixture thereof, wherein the hydroxy-functional compounds are selected from monoalcohols or polyols, wherein the term "polyols" encompasses diols, triols, tetrols and hydroxyl group-containing polymers having an OH number of 10 to 500 mg KOH/gram and a number-average molar mass of 250 to 6000 g/mol, determined by gel permeation chromatography in tetrahydrofuran as eluent and polystyrene for calibration, wherein the hydroxyl group-containing polymers are selected from the group consisting of polyesters, polyethers, polyacrylates, polycarbonates, epoxy resins, cellulose derivatives, FEVE (fluoroethylene vinyl ether), alkyds and polyurethanes, wherein the polyurethanes consist of polyols and diisocyanate monomers; and wherein the amount of component A) is 40 to 99% by weight and the amount of component B) is 0.01 to 3% by weight, based in each case on the total composition. wherein the hydroxy-functional compounds are selected from monoalcohols or polyols, wherein the term "polyols" encompasses diols, triols, tetrols and hydroxyl group-containing polymers having an OH number of 10 to 500 mg KOH/gram and a number-average molar mass of 250 to 6000 g/mol, determined by gel permeation chromatography in tetrahydrofuran as eluent and polystyrene for calibration, wherein the hydroxyl group-containing polymers are selected from the group consisting of polyesters, polyethers, polyacrylates, polycarbonates, epoxy resins, cellulose derivatives, FEVE (fluoroethylene vinyl ether), alkyds and polyurethanes, wherein the polyurethanes consist of polyols and diisocyanate monomers; and wherein the amount of component A) is 40 to 99% by weight and the amount of component B) is 0.01 to 3% by weight, based in each case on the total composition.
A soil working machine comprising a frame equipped on the front with a hitch and on the rear with a so-called rear working depth control member, this member, so-called reference member, resting on the ground, being a preferably rotating member, said soil working machine also comprising, mounted on said frame, rows of disks each extending in a direction transverse to the direction of travel of the frame, each row of disks comprising a beam, so-called transverse beam, extending in a direction transverse to the direction of travel of the chassis and the disks, the disks being, alone or in groups of up to three disks, mounted on the beam in such a way as to swivel with respect to the beam to allow an independent retraction of each disk or group of disks, each disk being a hollow disk whose cavity is arranged on the so-called front side of the disk, opposite to the back side thereof, the soil working machine comprises, in addition to the rear working depth control member, a front working depth control member arranged on the front of the frame, in front of the rows of disks considered with respect to the direction of travel of the frame, this front working depth control member can be positioned resting on the soil, and the number of rows of disks arranged one behind the other in the direction of travel of the frame is at least equal to three, machine characterized in that the beam carrying disks of at least one of the rows of disks is a beam movably mounted with respect to the frame in a direction of moving the beam carrying disks closer to or away from the soil, in order to be able to vary the working depth of the disks of said row of disks independently of the other rows of disks. the soil working machine comprises, in addition to the rear working depth control member, a front working depth control member arranged on the front of the frame, in front of the rows of disks considered with respect to the direction of travel of the frame, this front working depth control member can be positioned resting on the soil, and the number of rows of disks arranged one behind the other in the direction of travel of the frame is at least equal to three, machine characterized in that the beam carrying disks of at least one of the rows of disks is a beam movably mounted with respect to the frame in a direction of moving the beam carrying disks closer to or away from the soil, in order to be able to vary the working depth of the disks of said row of disks independently of the other rows of disks.
A method for estimating interference in an Orthogonal Frequency Division Multiplexing system, comprising: receiving at a wireless receiver pilot symbols and data symbols transmitted in time and frequency via resource blocks; detecting a first one of the data symbols transmitted to the wireless receiver via a time-frequency resource element of a first one of the resource blocks; identifying a second one of the resource blocks adjacent the first resource block having the same or similar interferer and the same precoding pattern; and estimating interference by calculating an impairment covariance estimate based on the pilot symbols transmitted via the first resource block and the pilot symbols transmitted via resource elements of the second resource block, wherein the pilot symbols transmitted via the resource elements of the second resource block are within a predetermined frequency distance of the first resource block, whereby a threshold distance in frequency from an edge of the first resource block is set so that only pilots with frequency distance less than the threshold value are used to estimate the impairment covariance. receiving at a wireless receiver pilot symbols and data symbols transmitted in time and frequency via resource blocks; detecting a first one of the data symbols transmitted to the wireless receiver via a time-frequency resource element of a first one of the resource blocks; identifying a second one of the resource blocks adjacent the first resource block having the same or similar interferer and the same precoding pattern; and estimating interference by calculating an impairment covariance estimate based on the pilot symbols transmitted via the first resource block and the pilot symbols transmitted via resource elements of the second resource block, wherein the pilot symbols transmitted via the resource elements of the second resource block are within a predetermined frequency distance of the first resource block, whereby a threshold distance in frequency from an edge of the first resource block is set so that only pilots with frequency distance less than the threshold value are used to estimate the impairment covariance.
Orbital welding device, at least comprising a frame part for arranging one or more functional devices, a coupling area for coupling to a guide band, wherein the guide band is preferably being fastened to a tube in an operating state, the guide band surrounds the tube in the circumferential direction and the guide band extends in the axial direction, thereby overlapping the tube in sections, a connecting device for connecting at least one feed line, a welding head connected to the connection device via the feed line, at least one drive device, wherein the drive device interacts with the guide band for moving the welding device with respect to the guide band, and a holding device arranged on the frame part, a fixing device and an axis device, wherein the holding device comprises a bearing seat wherein the axis device being designed to receive a welding wire storage device, wherein the axis device holds the welding wire storage device in such a way that it can be rotated at least at times with respect to the frame part, wherein the axle device can be locked in at least one position with respect to the frame part by means of the fixing device and the axis device comprising an operating element characterized in that that the fixing device comprises a first axis-side fixing means and a second fixing means, wherein the second fixing means is arranged or formed on a bearing seat or in the region of a bearing seat of the holding device, wherein the first fixing means and the second fixing means lock the axis device with respect to the holding device depending on a rotation of the axis device about its longitudinal axis which can be effected by means of the operating element and therefore a rotation of the first fixing means about the longitudinal axis of the axis device and wherein the axis device represents a subassembly, comprising one axis on which a first axle bearing seat and a second axle bearing seat for positioning in or on the holding device are formed, a first fixing means for interacting with a second fixing means formed in the area of the holding device, a brake device for reducing the rotation speed of the welding wire storage device and an operating element for manual positioning and rotating of the axis device. a holding device arranged on the frame part, a fixing device and an axis device, wherein the holding device comprises a bearing seat wherein the axis device being designed to receive a welding wire storage device, wherein the axis device holds the welding wire storage device in such a way that it can be rotated at least at times with respect to the frame part, wherein the axle device can be locked in at least one position with respect to the frame part by means of the fixing device and the axis device comprising an operating element characterized in that
A capacitor comprising: a substrate layer; a first electrode layer disposed on the substrate layer; and a first dielectric layer disposed on the electrode layer, wherein the dielectric layer comprises a polymeric material and inorganic ferroelectric or antiferroelectric particles; characterised in that the polymeric material has an elongation less than or equal to 5 percent; and a substrate layer; a first electrode layer disposed on the substrate layer; and a first dielectric layer disposed on the electrode layer, wherein the dielectric layer comprises a polymeric material and inorganic ferroelectric or antiferroelectric particles; characterised in that the polymeric material has an elongation less than or equal to 5 percent; and
A video camera head comprising at least three rigid printed circuit boards (PCBs) (12a, 12b, 12c) arranged in parallel planes, wherein the at least three rigid PCBs are separated to provide space for components of the video camera head that are supported thereon, wherein all of the at least three rigid PCBs (12a,12b,12c) are mechanically supported one above the other by pins (14,16) made of an electricity conducting material that conduct electrical power from a bottom PCB to electronic components or illumination means mounted on the other PCB or PCBs (12a, 12b) of the at least three PCBs (12a,12b,12c) and signals from a solid state sensor chip mounted on one of the other PCB or PCBs (12a, 12b) of the at least three PCBs (12a, 12b, 12c) to the bottom PCB; and the pins (14, 16) are located within the surface area of each of the PCBs (12a,12b,12c) and pass through vias created in the PCBs (12a, 12b, 12c); and wherein at least some of the pins are short pins and at least some of the pins are longer pins that support the upper of the at least three PCBs above the lower PCB and pass through vias created in any intermediate PCBs.
A computer implemented method for use in a pre-fetch operation, comprising: selecting one of a first size function and a second size function based on whether a first or a second type of runtime operation is performed, wherein the first size function determines the size of an object that triggered a pre-fetch operation, wherein the second size function determines a moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation, or wherein the second size function determines an exponential moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation; calling the selected size function executed by a processor to determine object size information; comparing the object size information to a first one of a plurality of thresholds; pre-fetching into a cache an amount of memory defined by a first one of a plurality of size definitions corresponding to the first threshold when the object size information is less than the first threshold; wherein comparing the object size information to the first threshold and pre-fetching the amount of memory according to the comparison results in pre-fetching an amount of data commensurate with the object that triggered the pre-fetch operation, thereby preventing over-fetching; and further comprising comparing the object size information to a second one of the thresholds when the object size information is greater than or equal to the first threshold, wherein the second threshold is greater than the first threshold. selecting one of a first size function and a second size function based on whether a first or a second type of runtime operation is performed, wherein the first size function determines the size of an object that triggered a pre-fetch operation, wherein the second size function determines a moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation, or wherein the second size function determines an exponential moving average related to the object and other objects associated with other pre-fetch operations preceding the current pre-fetch operation; calling the selected size function executed by a processor to determine object size information; comparing the object size information to a first one of a plurality of thresholds; pre-fetching into a cache an amount of memory defined by a first one of a plurality of size definitions corresponding to the first threshold when the object size information is less than the first threshold; wherein comparing the object size information to the first threshold and pre-fetching the amount of memory according to the comparison results in pre-fetching an amount of data commensurate with the object that triggered the pre-fetch operation, thereby preventing over-fetching; and further comprising comparing the object size information to a second one of the thresholds when the object size information is greater than or equal to the first threshold, wherein the second threshold is greater than the first threshold.
Method for repairing a damaged site in the surface of a cast part, in which method a repair material is applied to the damaged site by cold gas spraying, wherein spray particles having the same cast microstructure as the cast part are used as the repair material, characterized in that the repair material is suitable for cold gas spraying and is obtained by comminuting a body made of that material of which the cast part consists, wherein the body has the same cast microstructure as the cast part, in that • the body consists of spent cast parts from the same production batch as the cast part to be repaired, or • the body is produced for the purpose of comminution with the cast microstructure. • the body consists of spent cast parts from the same production batch as the cast part to be repaired, or • the body is produced for the purpose of comminution with the cast microstructure.
A cosmetic product applicator, comprising: - projections, and - at least three projection supports unevenly arranged along a longitudinal axis of the applicator, wherein the supports follow each other along the longitudinal axis of the applicator and at least two of the supports directly following each other form a cell therebetween, the cell passing through a longitudinal axis of the applicator, and the applicator comprising at least two cells which communicate with each other via at least one port (12, 14) of one of the supports. - projections, and - at least three projection supports unevenly arranged along a longitudinal axis of the applicator,
A computer-implemented method of estimating air drag of a vehicle combination, the method comprising: - detecting a change of an exterior shape of the vehicle combination to a new exterior shape; - in response to detecting such a change, based on one or more images (200b, 202b) of the vehicle combination captured after the change of the exterior shape, estimating a projected area function ( A p ( θ)) indicating how a projected area of the vehicle combination having the new exterior shape on a plane perpendicular to air-attack ( v a) depends on air-attack angle ( θ), and - using the estimated projected area function to update a crosswind-sensitive air drag model for the vehicle combination. - detecting a change of an exterior shape of the vehicle combination to a new exterior shape; - in response to detecting such a change, based on one or more images (200b, 202b) of the vehicle combination captured after the change of the exterior shape, estimating a projected area function ( A p ( θ)) indicating how a projected area of the vehicle combination having the new exterior shape on a plane perpendicular to air-attack ( v a) depends on air-attack angle ( θ), and - using the estimated projected area function to update a crosswind-sensitive air drag model for the vehicle combination.
Apparatus for transmitting data to an electronic system, in particular for transmitting a product number to an electronic ordering system, comprising a housing with at least one button (3; 3.1, 3.2), a control unit, at least one wireless communication module which can be used by the apparatus to transmit data to the electronic system, and at least one reading device (6; 6.1, 6.2) for coding cards, wherein the housing has at least one fastening region for releasably fastening a coding card on which the data are stored or saved, wherein the control unit is designed in such a manner that it uses the at least one reading device (6; 6.1, 6.2) to read the data from a coding card fitted to the at least one fastening region and transmits these data to the electronic system by means of the wireless communication module upon actuation of the at least one button (3; 3.1, 3.2), characterized in that the at least one fastening region is arranged on a surface of the at least one button.
A mobile terminal, comprising: a microphone; a sensing unit; a display; and a controller operably coupled to the microphone, the sensing unit, and the display, wherein the controller is configured to: cause the display to display a first text; activate a text edit mode in response to a first input sensed by the sensing unit while the first text is displayed; sense a first voice input received via the microphone, if the first voice input is received within a first preset period of time after the text edit mode is activated; substitute at least one portion of the first text with a second text corresponding to the first voice input if the second text is determined to have a preset similarity to the at least one portion of the first text; and cause the display to display a third text instead of the first text, wherein the third text is a text consisting of the second text and the unsubstituted portion of the first text. a microphone; a sensing unit; a display; and a controller operably coupled to the microphone, the sensing unit, and the display, wherein the controller is configured to: cause the display to display a first text; activate a text edit mode in response to a first input sensed by the sensing unit while the first text is displayed; sense a first voice input received via the microphone, if the first voice input is received within a first preset period of time after the text edit mode is activated; substitute at least one portion of the first text with a second text corresponding to the first voice input if the second text is determined to have a preset similarity to the at least one portion of the first text; and cause the display to display a third text instead of the first text, cause the display to display a first text; activate a text edit mode in response to a first input sensed by the sensing unit while the first text is displayed; sense a first voice input received via the microphone, if the first voice input is received within a first preset period of time after the text edit mode is activated; substitute at least one portion of the first text with a second text corresponding to the first voice input if the second text is determined to have a preset similarity to the at least one portion of the first text; and cause the display to display a third text instead of the first text, wherein the third text is a text consisting of the second text and the unsubstituted portion of the first text.