mhurhangee/patent-ind-claim-en huggingface dataset:
Method for at least semi-autonomously moving a motor vehicle out of a parking space , in which before the start of the movement out of the parking space an inclination angle () of the motor vehicle is measured in a parked position of the motor vehicle within the parking space on the basis of sensor data on a vehicle-mounted sensor device , and a position (S1, S2) of the motor vehicle in the parking space is detected on the basis of the inclination angle (α), wherein if an oblique position (S2) of the motor vehicle , in which at least one wheel of the motor vehicle is parked on a raised area within the parking space is detected as the position (S1, S2) of the motor vehicle in the parked position on the basis of the inclination angle (α), during the movement out of the parking space a rolling speed, which is lower in comparison with a predetermined normal speed of movement out of a parking space, is predefined for the motor vehicle at least for a rolling process in which the at least one wheel rolls off the raised area .
Spoke attachment flange for a hub for a bicycle wheel, said flange comprising an annular body extending coaxially to a rotation axis (X), said annular body comprising a plurality of seats for housing enlarged heads of spokes , wherein at least one first seat of said plurality of seats comprises: - a first access opening made on a first front face of said annular body and configured to allow the insertion of the enlarged head of a first spoke in said first seat ; - a first outlet opening made on a radially outer surface of said annular body and configured to allow a stem of said first spoke to exit from said first seat ; wherein said first outlet opening is defined by a first hole or by a first slot and wherein said first access opening and said first outlet opening are connected to one another through a first connection channel that defines on said first front face a first slit that extends from said first access opening towards said first outlet opening without reaching said radially outer surface , wherein said first access opening comprises, at least at said first connection channel , an abutment surface for the enlarged head of said first spoke when the first spoke is tensioned, characterized in that said annular body comprises a first non-through recess made on said first front face in a position adjacent to the first access opening on substantially the opposite side to the first connection channel , wherein said first non-through recess defines a maneuvering space suitable for allowing said first spoke to take up an inclination with respect to said first front face such that said stem of said first spoke can slide in said first outlet opening and said enlarged head of said first spoke can insert in said first access opening . - a first access opening made on a first front face of said annular body and configured to allow the insertion of the enlarged head of a first spoke in said first seat ; - a first outlet opening made on a radially outer surface of said annular body and configured to allow a stem of said first spoke to exit from said first seat ;
A method of manufacturing a polymer film, the method comprising: melting a resin; extruding the melted resin through a die to produce a polymer film; shaping the polymer film; cooling the polymer film; capturing an image of a test pattern through the polymer film; calculating a modulation transfer function value from the image; and characterised by continuously adjusting a process parameter of the melting, the extruding, the shaping, or the cooling based on the calculated modulation transfer function value. melting a resin; extruding the melted resin through a die to produce a polymer film; shaping the polymer film; cooling the polymer film; capturing an image of a test pattern through the polymer film; calculating a modulation transfer function value from the image; and characterised by continuously adjusting a process parameter of the melting, the extruding, the shaping, or the cooling based on the calculated modulation transfer function value.
Method for classifying magnetic resonance measurement data acquired from an object under examination by means of a magnetic resonance fingerprinting method comprising the following method steps: - acquiring magnetic resonance measurement data of the object under examination, wherein the magnetic resonance measurement data comprises a plurality of magnetic resonance signal profiles of different voxels acquired by means of a magnetic resonance fingerprinting method, - deriving at least one texture parameter from the magnetic resonance measurement data, - classifying the magnetic resonance measurement data into at least one tissue class using the at least one texture parameter and - providing the classified magnetic resonance measurement data, wherein - deriving the at least one texture parameter involves reconstructing at least one texture parameter map, wherein the magnetic resonance fingerprinting model used for reconstructing the at least one texture parameter map takes account of a spatial context of the plurality of magnetic resonance signal profiles, and - the magnetic resonance measurement data is classified using the at least one texture parameter map. - acquiring magnetic resonance measurement data of the object under examination, wherein the magnetic resonance measurement data comprises a plurality of magnetic resonance signal profiles of different voxels acquired by means of a magnetic resonance fingerprinting method, - deriving at least one texture parameter from the magnetic resonance measurement data, - classifying the magnetic resonance measurement data into at least one tissue class using the at least one texture parameter and - providing the classified magnetic resonance measurement data, - deriving the at least one texture parameter involves reconstructing at least one texture parameter map, wherein the magnetic resonance fingerprinting model used for reconstructing the at least one texture parameter map takes account of a spatial context of the plurality of magnetic resonance signal profiles, and - the magnetic resonance measurement data is classified using the at least one texture parameter map.
A method for transmitting uplink data to a base station in a wireless communication system, the method performed by a User Equipment comprising: performing (S15010) a random access procedure with the base station ; receiving control information, from the base station including a first parameter and a second parameter for configuring a transmission power depending on an altitude of the User Equipment from the base station ; configuring (S15020) the transmission power for transmitting first uplink data; and transmitting (S15030) the first uplink data to the base station according to the configured transmission power, wherein the transmission power is configured (S15020) depending on the altitude of the User Equipment , wherein the transmission power is configured (S15020) according to the first parameter and the second parameter, wherein the first parameter indicates the altitude, and wherein the second parameter is an arbitrary integer value for reducing the transmission power depending on the altitude, wherein the configured transmission power is reduced according to the following mathematical expression depending on the altitude, and wherein 'a' is the first parameter and 'b' is the second parameter in the following mathematical expression, configured transmission power = initial transmission power a^b. performing (S15010) a random access procedure with the base station ; receiving control information, from the base station including a first parameter and a second parameter for configuring a transmission power depending on an altitude of the User Equipment from the base station ; configuring (S15020) the transmission power for transmitting first uplink data; and transmitting (S15030) the first uplink data to the base station according to the configured transmission power, wherein the transmission power is configured (S15020) depending on the altitude of the User Equipment , wherein the transmission power is configured (S15020) according to the first parameter and the second parameter, wherein the first parameter indicates the altitude, and wherein the second parameter is an arbitrary integer value for reducing the transmission power depending on the altitude, wherein the configured transmission power is reduced according to the following mathematical expression depending on the altitude, and wherein 'a' is the first parameter and 'b' is the second parameter in the following mathematical expression, configured transmission power = initial transmission power a^b.
An active noise control system comprising: a first active noise control sub-system for generating anti-noise that is configured to reduce or cancel noise occurring at a listening position, and a second active noise control sub-system for generating anti-noise that is configured to reduce or cancel noise occurring at a listening position; the first active noise control sub-system has a higher robustness than the second active noise control sub-system ; a stability controller that evaluates the stability of the second sub-system and switches the second sub-system off or restricts the operation of the second sub-system to lower frequencies when an instability condition of the second sub-system is detected; a seat (108-111, 405, 605) with a headrest (201-204); and at least one loudspeaker (205-212) disposed in the headrest (201-204) and radiating the anti-noise; wherein the first sub-system being connected upstream of the at least one loudspeaker (205-212) disposed in the headrest (201-204). a first active noise control sub-system for generating anti-noise that is configured to reduce or cancel noise occurring at a listening position, and a second active noise control sub-system for generating anti-noise that is configured to reduce or cancel noise occurring at a listening position; the first active noise control sub-system has a higher robustness than the second active noise control sub-system ; a stability controller that evaluates the stability of the second sub-system and switches the second sub-system off or restricts the operation of the second sub-system to lower frequencies when an instability condition of the second sub-system is detected; a seat (108-111, 405, 605) with a headrest (201-204); and at least one loudspeaker (205-212) disposed in the headrest (201-204) and radiating the anti-noise; wherein the first sub-system being connected upstream of the at least one loudspeaker (205-212) disposed in the headrest (201-204).
An at least 70% enantiomerically pure compound that is a 5-HT receptor modulator having the structure of Formula (I) : or pharmaceutically acceptable salt, hydrate, or solvate thereof, wherein: each of R 1 , R 2 , and R 3 is independently an unsubstituted alkyl or may come together to form a heterocyclic ring, each of R 5 , R 6 , and R 7 is independently hydrogen, unsubstituted alkyl, aryl, halo, nitro, amino, heteroaryl, cycloalkyl, heterocyclic, or alkoxy, and R 4 is a phenyl, furan, or naphthyl ring ,said phenyl, furan, or naphthyl ring substituted with one or more unsubstituted alkyl, alkoxy, or halo substituents; and wherein the compound does not substantially accumulate in the human brain. or pharmaceutically acceptable salt, hydrate, or solvate thereof, wherein: each of R 1 , R 2 , and R 3 is independently an unsubstituted alkyl or may come together to form a heterocyclic ring, each of R 5 , R 6 , and R 7 is independently hydrogen, unsubstituted alkyl, aryl, halo, nitro, amino, heteroaryl, cycloalkyl, heterocyclic, or alkoxy, and R 4 is a phenyl, furan, or naphthyl ring ,said phenyl, furan, or naphthyl ring substituted with one or more unsubstituted alkyl, alkoxy, or halo substituents; and each of R 1 , R 2 , and R 3 is independently an unsubstituted alkyl or may come together to form a heterocyclic ring, each of R 5 , R 6 , and R 7 is independently hydrogen, unsubstituted alkyl, aryl, halo, nitro, amino, heteroaryl, cycloalkyl, heterocyclic, or alkoxy, and R 4 is a phenyl, furan, or naphthyl ring ,said phenyl, furan, or naphthyl ring substituted with one or more unsubstituted alkyl, alkoxy, or halo substituents; and wherein the compound does not substantially accumulate in the human brain.
A wave energy convertor for extracting energy from ocean waves comprising: a buoy arranged to oscillate relative to a reference point about an equilibrium position ; and a spring device connected between the buoy and the reference point , wherein the equilibrium position is the position in which the spring device provides no force in a direction of oscillatory motion of the buoy; characterised in that : the spring device is a negative spring device comprising a mechanical spring (11; 14), wherein the negative spring device is for applying a positive force in the direction of displacement when the buoy moves away from the equilibrium position .
Method of monitoring that can be used to monitor an aircraft engine , characterised in that it comprises the following steps: - receive data from measurements collected over time by sensors integrated into an aircraft, said measurements being on variables related to a current engine and its environment, comprising a first set of measurements on endogenic variables describing the behaviour of the engine and a second set of measurements on exogenic variables describing the acquisition context, during each acquisition; - standardise measurements related to endogenic variables taking account of measurements related to exogenic variables to form an entry point corresponding to a condition of said current engine in a multi-dimensional space, for each acquisition; - use a determined compression technique to project each entry point in the multi-dimensional space onto an image point on a previously constructed map (c1-c5), to form a sequence of image points on said map reflecting the distribution of entry points in the multi-dimensional space, said image points forming a current trajectory (S1-S3) representative of a change to the conditions of said current engine; - compare a portion of the end of said current trajectory with previously recorded portions of trajectories of aircraft engines kept in a database to search for similar trajectories; and - analyse the statistical variation of said end of current trajectory as a function of said similar trajectories to anticipate maintenance operations on said current engine. - receive data from measurements collected over time by sensors integrated into an aircraft, said measurements being on variables related to a current engine and its environment, comprising a first set of measurements on endogenic variables describing the behaviour of the engine and a second set of measurements on exogenic variables describing the acquisition context, during each acquisition; - standardise measurements related to endogenic variables taking account of measurements related to exogenic variables to form an entry point corresponding to a condition of said current engine in a multi-dimensional space, for each acquisition; - use a determined compression technique to project each entry point in the multi-dimensional space onto an image point on a previously constructed map (c1-c5), to form a sequence of image points on said map reflecting the distribution of entry points in the multi-dimensional space, said image points forming a current trajectory (S1-S3) representative of a change to the conditions of said current engine; - compare a portion of the end of said current trajectory with previously recorded portions of trajectories of aircraft engines kept in a database to search for similar trajectories; and - analyse the statistical variation of said end of current trajectory as a function of said similar trajectories to anticipate maintenance operations on said current engine.
A screw shaft that is configured to constitute a feed screw mechanism provided in an electric actuator , the screw shaft having a mounting surface suitable for mounting a sensor target , wherein a portion where the mounting surface is formed has a non-circular, line-symmetric cross section, the mounting surface is a surface on which a target holder that is configured to hold the sensor target can be mounted, characterized in that a protrusion or a recess configured to prevent erroneous assembly of the target holder and an S pole and an N pole of the sensor target in a direction opposite to a predetermined direction with respect to the mounting surface is provided at axial one end of the mounting surface and an axial one end of the target holder . wherein a portion where the mounting surface is formed has a non-circular, line-symmetric cross section, the mounting surface is a surface on which a target holder that is configured to hold the sensor target can be mounted,
A NAND memory device , comprising: a substrate ; a plurality of NAND strings on the substrate ; one or more peripheral devices above the plurality of NAND strings ; a single crystalline silicon layer above the one or more peripheral devices , and one or more first interconnect layers between the one or more peripheral devices and the plurality of NAND strings , characterised in that the memory device further comprises a second interconnect layer above the one or more peripheral devices on the opposite side of the single crystalline silicon layer with respect to the one or more first interconnect layers , wherein the second interconnect layer comprises one or more conductor layers formed in one or more dielectric layers . a substrate ; a plurality of NAND strings on the substrate ; one or more peripheral devices above the plurality of NAND strings ; a single crystalline silicon layer above the one or more peripheral devices , and one or more first interconnect layers between the one or more peripheral devices and the plurality of NAND strings , characterised in that the memory device further comprises a second interconnect layer above the one or more peripheral devices on the opposite side of the single crystalline silicon layer with respect to the one or more first interconnect layers , wherein the second interconnect layer comprises one or more conductor layers formed in one or more dielectric layers .
End plug for liner systems for pipe and sewer rehabilitation, with a liner which is arranged between two end plugs and can be pressurised with a pressure medium and which can be arranged reversibly on the circumference of the end plug , the end plug changing in its cross-section composed of a plurality of profile parts which are partially ring-shaped and/or partially tubular and taper from the outside inwards, wherein at least one profile part has a configuration which tapers from the inside to the outside, the Profile parts are in positive and/or positive contact at their edges, characterised in that the end plug comprises at least one cover part which can close the opening formed by the annular or tubular profile parts and can be arranged reversibly and in a force-fitting and/or form-fitting manner on the profile parts .
A rodent or rodent cell comprising in its genome a hexanucleotide repeat expansion sequence inserted at an endogenous C9orf72 locus, wherein the hexanucleotide repeat expansion sequence: (i) comprises at least one repeat of the hexanucleotide sequence set forth as SEQ ID NO:1, (ii) replaces a non-coding sequence spanning between exon 1a and/or exon 1b and the ATG start codon of the endogenous C9orf72 locus, (iii) is in operable linkage to an endogenous C9orf72 regulatory sequence, and (iv) is expressed from an endogenous C9orf72 promoter. (i) comprises at least one repeat of the hexanucleotide sequence set forth as SEQ ID NO:1, (ii) replaces a non-coding sequence spanning between exon 1a and/or exon 1b and the ATG start codon of the endogenous C9orf72 locus, (iii) is in operable linkage to an endogenous C9orf72 regulatory sequence, and (iv) is expressed from an endogenous C9orf72 promoter.
A support for holding a portable electronic device comprising: a body having an upper pivot location which is located along an upper region of the body , the upper pivot location being aimed to be coupled to a passenger seat back ; and a support structure coupled to the body and extendible below a lower edge of the body ; wherein the support structure is shaped to receive a lower edge of a portable electronic device and secure the portable electronic device to the body when the portable electronic device is received by the support structure , the body comprising at least one track positioned within a back surface of the body , a connector being positioned within the track and held to the track by a pair of lips , so that the connector is able to travel along the length of the track , a spring device being positioned at an upper end of the track , a first end of the spring device being joined to the upper end of the track , and a second end of the spring device being joined to the connector , the connector being connected to the support structure , so that as the connector is pulled toward the upper end of the track by the spring device , the support structure is likewise pulled upward along the track , characterized in that the at least one track comprises a locking device engageable to hold the support structure in an extended position. a body having an upper pivot location which is located along an upper region of the body , the upper pivot location being aimed to be coupled to a passenger seat back ; and a support structure coupled to the body and extendible below a lower edge of the body ; wherein the support structure is shaped to receive a lower edge of a portable electronic device and secure the portable electronic device to the body when the portable electronic device is received by the support structure , the body comprising at least one track positioned within a back surface of the body , a connector being positioned within the track and held to the track by a pair of lips , so that the connector is able to travel along the length of the track , a spring device being positioned at an upper end of the track , a first end of the spring device being joined to the upper end of the track , and a second end of the spring device being joined to the connector , the connector being connected to the support structure , so that as the connector is pulled toward the upper end of the track by the spring device , the support structure is likewise pulled upward along the track , characterized in that the at least one track comprises a locking device engageable to hold the support structure in an extended position.