mhurhangee/ep-ind-claims huggingface dataset:
A method of wireless communication by a base station, comprising: determining that a first communication link and a second communication link are established with a user equipment, UE, using a first subscription and a second subscription of the UE, respectively, wherein at least one of the first communication link or the second communication link is established between the UE and the base station; coordinating communication of information with the UE via at least one of the first communication link or the second communication link based on the determination, wherein coordinating the communication of information comprises selecting, based on the information, one of (a) the first communication link and the second communication link for communicating the information, or (b) the first communication link or the second communication link for communicating the information without utilizing the other communication link; and communicating the information with the UE via the selected first communication link and/or second communication link; wherein the information includes at least one of a radio link monitoring, RLM, signal or radio resource management, RRM, information used for the first subscription and the second subscription, and wherein the communicating the information comprises: transmitting at least one of the RLM signal or the RRM information to the UE via the one of the first communication link and the second communication link. determining that a first communication link and a second communication link are established with a user equipment, UE, using a first subscription and a second subscription of the UE, respectively, wherein at least one of the first communication link or the second communication link is established between the UE and the base station; coordinating communication of information with the UE via at least one of the first communication link or the second communication link based on the determination, wherein coordinating the communication of information comprises selecting, based on the information, one of (a) the first communication link and the second communication link for communicating the information, or (b) the first communication link or the second communication link for communicating the information without utilizing the other communication link; and (a) the first communication link and the second communication link for communicating the information, or (b) the first communication link or the second communication link for communicating the information without utilizing the other communication link; and communicating the information with the UE via the selected first communication link and/or second communication link; wherein the information includes at least one of a radio link monitoring, RLM, signal or radio resource management, RRM, information used for the first subscription and the second subscription, and wherein the communicating the information comprises: transmitting at least one of the RLM signal or the RRM information to the UE via the one of the first communication link and the second communication link.
Fluid circuit for vibration driving, the circuit comprising a multiple-surface cylinder (2, 10, 52), a first valve which is connected to the first two counteracting piston surfaces (34, 36) of a piston of the multiple-surface cylinder (2, 10, 52), and a second valve which is connected to a third piston surface, the multiple-surface cylinder (2, 10, 52) having a first piston surface, a second piston surface which is arranged so as to counteract the first piston surface, and a third piston surface which is arranged so as to act identically to the second piston surface, the first valve being a control valve which can be vibrated and is connected to an actuating device for vibration specification; characterized in that the third piston surface is a piston surface which acts so as to extend the piston when pressurized, and in that the second valve is configured to make an extension of the piston possible while the piston is vibrating.
A ball joint manufacturing method for manufacturing a ball joint including a ball stud in which a substantially spherical metal ball section is provided at an end portion of a stud section and a resin housing which includes an accommodation section rotatably accommodating the ball section of the ball stud, comprising: a step of forming the housing to cover an outer periphery of the ball section by forming a cavity by inserting the ball section of the ball stud into a mold as a core and by performing injection molding by injecting a resin into the cavity in the mold; an induction heating step of subjecting the ball section to induction heating until a temperature of the ball section reaches a predetermined target temperature within a range which exceeds a glass transition point of a resin material constituting the housing but does not exceed a melting point thereof in a state in which the ball section is accommodated in the accommodation section of the housing; and a cooling step of cooling the ball section after the induction heating step until the temperature of the ball section reaches at least a temperature of the glass transition point or less of the resin material, characterised in that a torque adjustment step including the induction heating step and the cooling step is repeatedly performed, and each of the induction heating step and the cooling step of the torque adjustment step is performed while the ball stud is rotated around an axis of the ball stud. a step of forming the housing to cover an outer periphery of the ball section by forming a cavity by inserting the ball section of the ball stud into a mold as a core and by performing injection molding by injecting a resin into the cavity in the mold; an induction heating step of subjecting the ball section to induction heating until a temperature of the ball section reaches a predetermined target temperature within a range which exceeds a glass transition point of a resin material constituting the housing but does not exceed a melting point thereof in a state in which the ball section is accommodated in the accommodation section of the housing; and a cooling step of cooling the ball section after the induction heating step until the temperature of the ball section reaches at least a temperature of the glass transition point or less of the resin material, characterised in that a torque adjustment step including the induction heating step and the cooling step is repeatedly performed, and each of the induction heating step and the cooling step of the torque adjustment step is performed while the ball stud is rotated around an axis of the ball stud. a torque adjustment step including the induction heating step and the cooling step is repeatedly performed, and each of the induction heating step and the cooling step of the torque adjustment step is performed while the ball stud is rotated around an axis of the ball stud.
An Electro Hydro Dynamic, EHD, thruster, comprising a first set of electrodes, a second set of electrodes and a supporting structure for supporting the first set of electrodes and the second set of electrodes; wherein the EHD thruster is configured to generate an airflow of ionised air for cooling a heat sink, wherein the EHD thruster is electrically isolated from the heat sink; wherein the first set of electrodes comprises multiple parallel electrodes and the second set of electrodes comprises multiple parallel electrodes, wherein the first set of electrodes comprises at least one electrode with at least one needle-like extrusion on an edge directing towards the second set of electrodes, characterised in that the electrodes in the first set of electrodes are arranged perpendicular to the electrodes in the second set of electrodes.
A method of controlling power distribution in an electrical aircraft propulsive system, electrical aircraft propulsive system including: (i) a plurality of electrical propulsion units, each of the plurality of electrical propulsion units including a plurality of rotatable blades on a rotor, each blade having an adjustable pitch; (ii) a pitch adjusting mechanism for each of the plurality of electrical propulsion units, each pitch adjusting mechanism being configured to adjust the pitch of the plurality of rotatable blades of each of the plurality of plurality of blades of each of the plurality of propulsion units simultaneously so as to avoid a non-symmetrical load profile on a hub; (iii) at least one electrical machine electrically connected to the plurality of electrical propulsion units so as to provide electrical power when in use; and (iv) a control system; the method comprising the steps of: determining a required propulsion; determining whether the plurality of propulsion units is collectively delivering the required propulsion; and adjusting a pitch angle of the plurality of blades of at least one of the plurality of propulsion units so as to increase or decrease the propulsion provided by that propulsion unit. (i) a plurality of electrical propulsion units, each of the plurality of electrical propulsion units including a plurality of rotatable blades on a rotor, each blade having an adjustable pitch; (ii) a pitch adjusting mechanism for each of the plurality of electrical propulsion units, each pitch adjusting mechanism being configured to adjust the pitch of the plurality of rotatable blades of each of the plurality of plurality of blades of each of the plurality of propulsion units simultaneously so as to avoid a non-symmetrical load profile on a hub; (iii) at least one electrical machine electrically connected to the plurality of electrical propulsion units so as to provide electrical power when in use; and (iv) a control system; determining a required propulsion; determining whether the plurality of propulsion units is collectively delivering the required propulsion; and adjusting a pitch angle of the plurality of blades of at least one of the plurality of propulsion units so as to increase or decrease the propulsion provided by that propulsion unit.
Device for capturing an image of an object field on a human or animal body from outside the body, comprising a shaft and a lens unit arranged at a distal end of the shaft which unit comprises an observation lens for capturing the image of the object field, wherein the observation lens comprises a first and a second stereo channel each having an objective (20, 20') and at least one electronic image sensor, characterized in that the lens unit can be rotated relative to the device about an axis of rotation which is at least approximately parallel to a viewing direction of the observation lens, wherein the at least approximately parallel axis of rotation is inclined relative to the viewing direction by a maximum angle such that the point at which the at least approximately parallel axis of rotation penetrates the object field is contained in the stereoscopic fields recorded by the electronic image sensors of the first and second stereo channels independently of a rotation of the lens unit about the at least approximately parallel axis of rotation, and in that the observation lens comprises at least one filter (30, 30') which can be pivoted into and out of a beam path of the observation lens, wherein the at least one filter (30, 30') is pivotable about a pivot axis directed perpendicularly to the axis of rotation.
A dish washing machine comprising: a cabinet forming an exterior; a washing tub which is provided in the cabinet and in which a dish is washed; a dish basket which is provided in the washing tub and is configured to accommodate the dish; at least one spray unit configured to spray washing water into the washing tub; and a switching assembly configured to change a direction of the washing water sprayed by the at least one spray unit thereon, wherein the switching assembly includes a switching unit configured to change a movement of the washing water sprayed thereon toward the dish basket and including a redirection surface of which at least a part of the surface which contacts the washing water to change the direction of the washing water sprayed by the at least one spray unit toward the dish basket is provided to be recessed, and a unit rear surface provided at a rear of the redirection surface; characterized in that the switching assembly further includes a damping unit disposed between the rear surface of the redirection surface and the unit rear surface of the switching unit and configured to lessen a vibration of the switching unit and to support the rear surface of the redirection surface of the switching unit. a cabinet forming an exterior; a washing tub which is provided in the cabinet and in which a dish is washed; a dish basket which is provided in the washing tub and is configured to accommodate the dish; at least one spray unit configured to spray washing water into the washing tub; and a switching assembly configured to change a direction of the washing water sprayed by the at least one spray unit thereon, wherein the switching assembly includes a switching unit configured to change a movement of the washing water sprayed thereon toward the dish basket and including a redirection surface of which at least a part of the surface which contacts the washing water to change the direction of the washing water sprayed by the at least one spray unit toward the dish basket is provided to be recessed, and a unit rear surface provided at a rear of the redirection surface; characterized in that the switching assembly further includes a damping unit disposed between the rear surface of the redirection surface and the unit rear surface of the switching unit and configured to lessen a vibration of the switching unit and to support the rear surface of the redirection surface of the switching unit. a switching unit configured to change a movement of the washing water sprayed thereon toward the dish basket and including a redirection surface of which at least a part of the surface which contacts the washing water to change the direction of the washing water sprayed by the at least one spray unit toward the dish basket is provided to be recessed, and a unit rear surface provided at a rear of the redirection surface; characterized in that the switching assembly further includes a damping unit disposed between the rear surface of the redirection surface and the unit rear surface of the switching unit and configured to lessen a vibration of the switching unit and to support the rear surface of the redirection surface of the switching unit.
An internal combustion engine having - a shaft, on which a drive element is arranged, - a first cylinder for combusting fuel, said first cylinder having a first driving piston movably arranged therein, and - a second cylinder for combusting fuel, said second cylinder having a second driving piston movably arranged therein, - wherein the internal combustion engine is configured such that the driving pistons (9, 10) reciprocate in opposite directions in the two cylinders (11, 12), characterised in that - the first driving piston is mechanically coupled to a first pressure piston, - the second driving piston is mechanically coupled to a second pressure piston, - the first and second driving pistons (9, 10) are operatively connected to the drive element, and - the internal combustion engine has a hydraulic unit in which the first pressure piston and the second pressure piston are movably arranged and which contains a fluid, preferably a liquid, in an interior space between the pressure pistons (23, 24), wherein the internal combustion engine is also configured such that a forward stroke movement of the first driving piston induces a return stroke movement of the first pressure piston in the hydraulic unit, thereby inducing a forward stroke movement of the second pressure piston in the hydraulic unit and thus inducing a return stroke movement of the second driving piston, and wherein the operative connection between the driving pistons (9, 10) and the drive element is configured such that the force generated by the reciprocating movement of the driving pistons (9, 10) is transmitted tangentially to the drive means, and the drive element causes the shaft to rotate in a continuous rotational movement. - a shaft, on which a drive element is arranged, - a first cylinder for combusting fuel, said first cylinder having a first driving piston movably arranged therein, and - a second cylinder for combusting fuel, said second cylinder having a second driving piston movably arranged therein, - wherein the internal combustion engine is configured such that the driving pistons (9, 10) reciprocate in opposite directions in the two cylinders (11, 12), characterised in that - the first driving piston is mechanically coupled to a first pressure piston, - the second driving piston is mechanically coupled to a second pressure piston, - the first and second driving pistons (9, 10) are operatively connected to the drive element, and - the internal combustion engine has a hydraulic unit in which the first pressure piston and the second pressure piston are movably arranged and which contains a fluid, preferably a liquid, in an interior space between the pressure pistons (23, 24),
A biocompatible component having a surface intended for contact with living tissue, wherein the surface comprises particles comprising titanium dioxide, said particles having an average particle size of less than 25 nm, wherein the particles have a particle size distribution obtained by electrospray-scanning mobility particle sizer (ES-SMPS) of up to 40 %.
A biosensor meter for determining an analyte concentration in a fluid, the biosensor meter comprising: a microcontroller (40a, 40b); and a USB connection port coupled to the microcontroller; characterized in that the biosensor meter further comprises: a detection circuit coupled to the USB connection port and to the microcontroller, the detection circuit operative to detect a connection at the USB connection port to a computer device that is turned OFF via detection of a current (ISENS) at an input terminal of the detection circuit; wherein: the microcontroller is operative to disable determination of the analyte concentration in the fluid in response to the detection circuit detecting a connection at the USB connection port to the computer device that is turned OFF. a microcontroller (40a, 40b); and a USB connection port coupled to the microcontroller; characterized in that the biosensor meter further comprises: a detection circuit coupled to the USB connection port and to the microcontroller, the detection circuit operative to detect a connection at the USB connection port to a computer device that is turned OFF via detection of a current (ISENS) at an input terminal of the detection circuit; wherein: the microcontroller is operative to disable determination of the analyte concentration in the fluid in response to the detection circuit detecting a connection at the USB connection port to the computer device that is turned OFF.
A method for characterizing a known or suspected cutaneous pigmentary spot in a human being, comprising comparing levels of expression, in skin samples obtained from said spot and from adjacent undamaged skin, within cells of the dermis, of at least one dermal gene linked to the extracellular matrix selected from: A. the list constituted by the genes TGFBR2, TGFBI, BMP2, SMAD3, THBS2, TGFBR3, SEMA5A, SMAD7 and SOSTDC1; or from B. the list constituted by the genes FRAS1, LEPREL1, MATN2, DST, PLOD2, ITGA2, COL6A3, CRTAP, LAMC1, LAMB3, LAMA3, ITGAV, ITGB1 and ACTN1, wherein said cutaneous pigmentary spot is actinic lentigo. A. the list constituted by the genes TGFBR2, TGFBI, BMP2, SMAD3, THBS2, TGFBR3, SEMA5A, SMAD7 and SOSTDC1; or from B. the list constituted by the genes FRAS1, LEPREL1, MATN2, DST, PLOD2, ITGA2, COL6A3, CRTAP, LAMC1, LAMB3, LAMA3, ITGAV, ITGB1 and ACTN1,
Method for producing light guide plates having light-influencing structures, wherein - a plastic web is produced by extrusion, - a device for smoothing the surface of the plastic plate web is used during extrusion, - the plastic web is led past continuously below and/or above at least one laser engraving device, - by means of the laser engraving device, light-influencing structures are engraved into at least one surface of the plastic web and/or are produced by laser internal engraving in the interior of the plastic web, - individual light guide plates are produced from the structured plastic web obtained, wherein the laser engraving device is arranged in a continuous extrusion apparatus downstream of the extrusion polishing stack such that the laser engraving is effected at a temperature of the surface, facing the active laser engraving device, of the plastic web of 40 to 120°C, preferably 40 to 100°C, particularly preferably 60 to 100°C. - a plastic web is produced by extrusion, - a device for smoothing the surface of the plastic plate web is used during extrusion, - the plastic web is led past continuously below and/or above at least one laser engraving device, - by means of the laser engraving device, light-influencing structures are engraved into at least one surface of the plastic web and/or are produced by laser internal engraving in the interior of the plastic web, - individual light guide plates are produced from the structured plastic web obtained, wherein the laser engraving device is arranged in a continuous extrusion apparatus downstream of the extrusion polishing stack such that the laser engraving is effected at a temperature of the surface, facing the active laser engraving device, of the plastic web of 40 to 120°C, preferably 40 to 100°C, particularly preferably 60 to 100°C.
A method of filling non-coded residual sub-vectors of a transform coded audio signal, said method including the steps of: compressing actually coded residual sub-vectors; rejecting compressed residual sub-vectors that do not fulfill a predetermined sparseness criterion; concatenating the remaining compressed residual sub-vectors to form a first virtual codebook; combining pairs of coefficients of the first virtual codebook to form a second virtual codebook; filling non-coded residual sub-vectors below a predetermined frequency with coefficients from the first virtual codebook; filling non-coded residual sub-vectors above the predetermined frequency with coefficients from the second virtual codebook, characterized in that components X̂ ( k) of actually coded residual sub-vectors are compressed in accordance with: Y k = { 1 if X ^ k > 0 0 if X ^ k = 0 - 1 if X ^ k < 0 where Y ( k) are the components of the compressed residual sub-vectors. compressing actually coded residual sub-vectors; rejecting compressed residual sub-vectors that do not fulfill a predetermined sparseness criterion; concatenating the remaining compressed residual sub-vectors to form a first virtual codebook; combining pairs of coefficients of the first virtual codebook to form a second virtual codebook; filling non-coded residual sub-vectors below a predetermined frequency with coefficients from the first virtual codebook; filling non-coded residual sub-vectors above the predetermined frequency with coefficients from the second virtual codebook, characterized in that components X̂ ( k) of actually coded residual sub-vectors are compressed in accordance with: Y k = { 1 if X ^ k > 0 0 if X ^ k = 0 - 1 if X ^ k < 0 where Y ( k) are the components of the compressed residual sub-vectors.