mhurhangee/patent-ind-claim-en huggingface dataset:
A compound of Formula (II) wherein: M is a molybdenum atom or a tungsten atom; R 101 is aryl, heteroaryl, alkyl, or cycloalkyl, each of which is optionally substituted; R 102 is pyrrolyl, imidazolyl, indolyl, pyrazolyl, azaindolyl, or indazolyl, each of which is optionally substituted; R 103 is C 1-6 alkyl, C 1-6 heteroalkyl, aryl, or heteroaryl, each of which is optionally substituted; or R 103 is tert-butyl, -C(CH 3 ) 2 (CF 3 ), -C(CF 3 ) 3 , or -C(CF 3 ) 2 -(phenyl); R 104 is a hydrogen atom, C 1-6 alkyl, or alkoxy; R 105 is -O-(C 1-6 alkyl), -CH 2 -O-(C 1-6 alkyl), heteroalkoxy, or -N(C 1-6 alkyl) 2 ; R 106 and R 107 are independently a hydrogen atom, C 1-6 alkyl, C 1-6 alkoxy, a halogen atom, -NO 2 , amides, or sulfonamides and wherein "cycloalkyl" in the above definitions refers to an aliphatic saturated or unsaturated hydrocarbon ring system. M is a molybdenum atom or a tungsten atom; R 101 is aryl, heteroaryl, alkyl, or cycloalkyl, each of which is optionally substituted; R 102 is pyrrolyl, imidazolyl, indolyl, pyrazolyl, azaindolyl, or indazolyl, each of which is optionally substituted; R 103 is C 1-6 alkyl, C 1-6 heteroalkyl, aryl, or heteroaryl, each of which is optionally substituted; or R 103 is tert-butyl, -C(CH 3 ) 2 (CF 3 ), -C(CF 3 ) 3 , or -C(CF 3 ) 2 -(phenyl); R 104 is a hydrogen atom, C 1-6 alkyl, or alkoxy; R 105 is -O-(C 1-6 alkyl), -CH 2 -O-(C 1-6 alkyl), heteroalkoxy, or -N(C 1-6 alkyl) 2 ; R 106 and R 107 are independently a hydrogen atom, C 1-6 alkyl, C 1-6 alkoxy, a halogen atom, -NO 2 , amides, or sulfonamides and wherein "cycloalkyl" in the above definitions refers to an aliphatic saturated or unsaturated hydrocarbon ring system.
A buffer spool for affixing to a manual multispool cabinet and for receiving a filament comprising a spool core , a side wall bounding the spool core toward the multispool cabinet, a spool wall bounding the spool core toward a transport spool , and a catching device for capturing the filament , characterized in that the catching device - has a catching surface radially adjoining the side wall in an inclined manner and running around the side wall for capturing the filament and for forwarding the filament to the spool core ; and/or - has a catching surface radially adjoining the side wall in an inclined manner and running around the side wall for capturing the filament and for forwarding the filament to the spool core ; and in that the catching device has a peripheral safety shoulder that is arranged at the radially outer margin of the catching device ; and in that a peripheral annular groove is formed between the safety shoulder and the catching surface . - has a catching surface radially adjoining the side wall in an inclined manner and running around the side wall for capturing the filament and for forwarding the filament to the spool core ; and/or - has a catching surface radially adjoining the side wall in an inclined manner and running around the side wall for capturing the filament and for forwarding the filament to the spool core ; and
A method for preparing a chimeric cell for treating a Muscular Dystrophy, the method comprising ex vivo incubating (a) a first myoblast; and (b) a second myoblast, or mesenchymal stem cell; with a fusogenic agent to generate the chimeric cell, wherein the second myoblast, or the mesenchymal stem cell is from a healthy donor and the first myoblast is from a subject suffering from muscular dystrophy. (a) a first myoblast; and (b) a second myoblast, or mesenchymal stem cell; with a fusogenic agent to generate the chimeric cell, wherein the second myoblast, or the mesenchymal stem cell is from a healthy donor and the first myoblast is from a subject suffering from muscular dystrophy. with a fusogenic agent to generate the chimeric cell, wherein the second myoblast, or the mesenchymal stem cell is from a healthy donor and the first myoblast is from a subject suffering from muscular dystrophy.
A vacuum pump having a mechanism comprising; a intersecting element arranged to intersect a channel formed on a surface of a channel member , said channel being arranged to guide gas molecules from an inlet of the pump towards an outlet, wherein the intersecting element and channel member are arranged to move relative to one another so that, during use, gas molecules are urged along the channel towards the outlet , said intersecting element being arranged to allow gas molecules to pass through or around it, and the intersecting element has upstream and downstream surfaces arranged to interact with gas molecules and said surfaces are in the plane of the intersecting element and are free of protrusions Characterised in that the channel member comprises a slot , disposed in a wall of the channel, arranged to accommodate the intersecting element at a point where the intersecting element intersects the channel. a intersecting element arranged to intersect a channel formed on a surface of a channel member , said channel being arranged to guide gas molecules from an inlet of the pump towards an outlet, wherein the intersecting element and channel member are arranged to move relative to one another so that, during use, gas molecules are urged along the channel towards the outlet , said intersecting element being arranged to allow gas molecules to pass through or around it, and the intersecting element has upstream and downstream surfaces arranged to interact with gas molecules and said surfaces are in the plane of the intersecting element and are free of protrusions Characterised in that the channel member comprises a slot , disposed in a wall of the channel, arranged to accommodate the intersecting element at a point where the intersecting element intersects the channel.
A method of alerting a vehicle's driver , comprising: receiving a first set of image data imaging a driver's perspective, the first set of image data captured by a first image capture module coupled to a primary device placed on the driver, enabling said first image capture module to take pictures from said driver's perspective; receiving a second set of image data, the second set of image data captured by a second capturing device mounted on a vehicle driven by the driver and oriented toward a moving direction of said vehicle; processing the first and second sets of image data to determine a comparison result, the comparison result determined according to image similarity between the first and second sets of image data; generating an alert according to the comparison result; and automatically presenting the alert to the driver . receiving a first set of image data imaging a driver's perspective, the first set of image data captured by a first image capture module coupled to a primary device placed on the driver, enabling said first image capture module to take pictures from said driver's perspective; receiving a second set of image data, the second set of image data captured by a second capturing device mounted on a vehicle driven by the driver and oriented toward a moving direction of said vehicle; processing the first and second sets of image data to determine a comparison result, the comparison result determined according to image similarity between the first and second sets of image data; generating an alert according to the comparison result; and automatically presenting the alert to the driver .
A method for recognizing a coffee capsule used by a capsule coffee machine , said method comprising: a) while a coffee beverage is brewed by said capsule coffee machine using said coffee capsule fitted therein, detecting vibrations of a component of said capsule coffee machine , said component being rigidly connected with said coffee capsule within said machine , and generating a vibration signal v(t) corresponding thereto; b) determining the value of at least one parameter (V ∞ , τ) of said vibration signal v(t); and c) recognizing said coffee capsule based on said value of said at least one parameter (V ∞, τ). a) while a coffee beverage is brewed by said capsule coffee machine using said coffee capsule fitted therein, detecting vibrations of a component of said capsule coffee machine , said component being rigidly connected with said coffee capsule within said machine , and generating a vibration signal v(t) corresponding thereto; b) determining the value of at least one parameter (V ∞ , τ) of said vibration signal v(t); and c) recognizing said coffee capsule based on said value of said at least one parameter (V ∞, τ).
Instrument set for spinal surgeries, comprising at least one dilator , comprising a guide tube and comprising a guide rod which comprises an eccentric cavity, wherein the guide tube can be received in the cavity of the guide rod , wherein the guide rod has a lateral slot opening (5.1) connected to the cavity so that the cavity forms a partially cylindrical groove (5.2), and the width (B) of the slot opening (5.1) is smaller than the diameter (D) of the groove (5.2), and wherein the guide rod has a distal tongue (5.5) which is arranged eccentrically with respect to the cavity of the guide rod .
A data transmission method, comprising: acquiring parameter information of wireless communication channels between a wireless microphone array and a host; and if the parameter information satisfies a first preset condition , determining reduction information of the sampling frequency of the wireless microphone array, and sending a control command to the wireless microphone array, wherein the control command comprises the reduction information of the sampling frequency; and if the reduced sampling frequency according to the reduction information is less than or equal to a preset minimum frequency , determining decrease information of the quantity of data transmission paths between the wireless microphone array and the host, wherein the control command sent to the wireless microphone array comprises the reduction information of the sampling frequency, and further comprises the decrease information of the quantity of data transmission paths. acquiring parameter information of wireless communication channels between a wireless microphone array and a host; and if the parameter information satisfies a first preset condition , determining reduction information of the sampling frequency of the wireless microphone array, and sending a control command to the wireless microphone array, wherein the control command comprises the reduction information of the sampling frequency; and if the reduced sampling frequency according to the reduction information is less than or equal to a preset minimum frequency , determining decrease information of the quantity of data transmission paths between the wireless microphone array and the host, wherein the control command sent to the wireless microphone array comprises the reduction information of the sampling frequency, and further comprises the decrease information of the quantity of data transmission paths.
An electromechanical steering system comprising a steering shaft , by means of which a steering command can be specified by means of a steering handling device , a steering gear , which is designed to convert a steering command into a steering movement of steerable wheels of a motor vehicle, taking into account at least one input variable, and a magnetic torque sensor device for measuring a torque applied to the steering shaft , wherein the torque sensor device comprises a sensor for detecting an uncompensated measurement signal (T), wherein the torque sensor device is assigned a computing unit , which is designed to provide a first parameter (p_lin) and a second parameter (p_symm) for compensation of the uncompensated measurement signal (T) and to calculate a compensated measurement signal (T*) based on the uncompensated measurement signal (T) and the first parameter (p_lin) and the second parameter (p_symm) and to provide it as the at least one input variable, characterized in that the computing unit is designed to provide the first parameter (p_lin) as a linearization parameter for compensation of nonlinear behavior.
A computer-implemented method of audio processing, the method comprising: generating first band gains and a voice activity detection value of an audio signal using a machine learning model; generating a background noise estimate based on the first band gains and the voice activity detection value; generating second band gains by processing the audio signal using a Wiener filter controlled by the background noise estimate; generating combined gains by combining the first band gains and the second band gains; and generating a modified audio signal by modifying the audio signal using the combined gains. generating first band gains and a voice activity detection value of an audio signal using a machine learning model; generating a background noise estimate based on the first band gains and the voice activity detection value; generating second band gains by processing the audio signal using a Wiener filter controlled by the background noise estimate; generating combined gains by combining the first band gains and the second band gains; and generating a modified audio signal by modifying the audio signal using the combined gains.
A drive apparatus for a rotatable fastener driving tool, said drive apparatus comprising: an elongated feed tube , and a rotatable drive bit ; said elongated feed tube having a first end and a second, opposite end along a longitudinal axis, said feed tube having an open volume therewithin said second end having an opening to receive said rotatable drive bit that extends through said open volume, said feed tube having a slidable surface , said drive bit having a distal end that, along said longitudinal axis, is located a distance P from said first end of the feed tube, said feed tube having a maximum outer width dimension W and a maximum outer height dimension H; characterised by : an extending mechanism that is actuated by relative movement, and that has an output member which creates an indexing motion which is applied to a collated strip of fasteners ; wherein said first end of said elongated feed tube is open and sized and shaped to receive said extending mechanism; and wherein: (a) during operation, said extending mechanism is movable with respect to said feed tube, along said slidable surface of the feed tube, which is relative movement that actuates said extending mechanism; and (b) a ratio P/W is in the range of about 0.50 to 1.50. (a) during operation, said extending mechanism is movable with respect to said feed tube, along said slidable surface of the feed tube, which is relative movement that actuates said extending mechanism; and (b) a ratio P/W is in the range of about 0.50 to 1.50.
Radiation protection screen for protecting an operator against the emission of ionizing radiation of the X-ray type or other, which screen comprises a front wall made at least in part from a radiation-protective material, which front wall comprises a front wall inner face , facing an operator positioning space (E), a front wall outer face , opposite to said front wall inner face , an upper part , a lower part and an intermediate part located between said upper and lower parts, which upper part comprises at least one transparent panel and which intermediate part comprises an airlock structure , suitable for the passage of material(s) and/or the arms of said operator, which airlock structure comprises an airlock opening associated with a flexible closing structure , which airlock opening comprises a lower opening edge , horizontal or approximately horizontal, characterized in that said screen comprises a support device suitable for supporting material(s) and/or an operator's arm, which support device is arranged at the said lower edge opening , on the side of said inner face of the front wall . which airlock structure comprises an airlock opening associated with a flexible closing structure , which airlock opening comprises a lower opening edge , horizontal or approximately horizontal, characterized in that said screen comprises a support device suitable for supporting material(s) and/or an operator's arm, which support device is arranged at the said lower edge opening , on the side of said inner face of the front wall .
A dental alginate impression material comprising: a main material including an alginate, an aminocarboxylic acid compound, and water; and a hardening material including calcium sulfate and a nonaqueous dispersion medium, wherein the nonaqueous dispersion medium is a polyether having at least three hydroxyl groups. a main material including an alginate, an aminocarboxylic acid compound, and water; and a hardening material including calcium sulfate and a nonaqueous dispersion medium,
Locking system for locking a closure element, in particular a door, having a main body , which accommodates an actuating element in a rotatable manner and is intended to be arranged on one side of the closure element, and a locking module , which is intended to be arranged on the opposite side of the closure element, wherein the actuating element has an interface for connection to the locking module , characterized in that the main body has a fixed interface for connection to the locking module, wherein, in dependence on the type of locking module , the latter can selectively be connected just to the interface , which rotates along with it, or to both interfaces .
A multifunctional anatomical tweezers comprising: - a first rod and a second rod including, respectively, at least a first gripping area and a second gripping area , - said first rod comprising at least a first cavity , - said first cavity comprising a first retractable slider including a thread cutter, and said tweezers being characterised in that - said second rod comprises a second cavity , - said second cavity comprises a second retractable slider including a curette. - a first rod and a second rod including, respectively, at least a first gripping area and a second gripping area , - said first rod comprising at least a first cavity , - said first cavity comprising a first retractable slider including a thread cutter, and said tweezers being characterised in that - said second rod comprises a second cavity , - said second cavity comprises a second retractable slider including a curette.
A method for monitoring and managing an Automated Driving System, ADS, of a plurality of ground vehicles , each ADS comprising a scenario identifier module configured to monitor scenarios in a surrounding environment of each corresponding ground vehicle, wherein each ADS is associated with a statistical model indicative of a statistical distribution related to a plurality of scenarios detectable by means of the scenario identifier module of each ADS, the method comprising: obtaining data from each of the plurality of ground vehicles , the data being indicative of: a set of locally updated model parameters of the statistical model, the locally updated model parameters being indicative of a statistical distribution associated with a detected scenario; updating the statistical model based on the obtained data; transmitting data indicative of the updated statistical model to the plurality of ground vehicles . obtaining data from each of the plurality of ground vehicles , the data being indicative of: a set of locally updated model parameters of the statistical model, the locally updated model parameters being indicative of a statistical distribution associated with a detected scenario; updating the statistical model based on the obtained data; transmitting data indicative of the updated statistical model to the plurality of ground vehicles .
A tire pressure monitoring system that monitors a tire pressure of a tire mounted to a vehicle , the tire pressure monitoring system comprising: a data acquisition portion that acquires data indicating the tire pressure and a tire temperature of the tire , from a sensor mounted to the tire ; a puncture determination portion that determines whether the tire is punctured, based on a puncture determination threshold defined by a relationship between the tire pressure and the tire temperature; and a warning processing portion that generates a warning indicating that the tire is punctured apart from a warning of a drop of the tire pressure, when the puncture determination portion determines that the tire is punctured, characterized in that the puncture determination portion determines whether the tire pressure is less than the puncture determination threshold linked to the tire temperature, by using at least one of the tire pressure and the tire temperature in which measurement error of the sensor is corrected. a data acquisition portion that acquires data indicating the tire pressure and a tire temperature of the tire , from a sensor mounted to the tire ; a puncture determination portion that determines whether the tire is punctured, based on a puncture determination threshold defined by a relationship between the tire pressure and the tire temperature; and a warning processing portion that generates a warning indicating that the tire is punctured apart from a warning of a drop of the tire pressure, when the puncture determination portion determines that the tire is punctured, characterized in that the puncture determination portion determines whether the tire pressure is less than the puncture determination threshold linked to the tire temperature, by using at least one of the tire pressure and the tire temperature in which measurement error of the sensor is corrected.
A method for assigning a vehicle to a parking space, comprising: receiving , by a data processing system, movement information from the vehicle, the movement information comprising information on a movement of the vehicle; receiving , by the data processing system, measurement values of at least one magnetic field sensor, wherein the magnetic field sensor is embedded in a floor covering of the parking space or disposed on the floor covering of the parking space, and wherein the measurement values reflect absolute values or relative changes in the earth's magnetic field measured by the magnetic field sensor; comparing , by the data processing system, the movement information with the measurement values; and determining, by the data processing system, that the vehicle is parked on the parking space when the movement information indicates that the vehicle has moved over the magnetic field sensor and is now stationary, and the measured values of the magnetic field sensor indicate a change in the measured earth's magnetic field characteristic of passing over the magnetic field sensor. receiving , by a data processing system, movement information from the vehicle, the movement information comprising information on a movement of the vehicle; receiving , by the data processing system, measurement values of at least one magnetic field sensor, wherein the magnetic field sensor is embedded in a floor covering of the parking space or disposed on the floor covering of the parking space, and wherein the measurement values reflect absolute values or relative changes in the earth's magnetic field measured by the magnetic field sensor; comparing , by the data processing system, the movement information with the measurement values; and determining, by the data processing system, that the vehicle is parked on the parking space when the movement information indicates that the vehicle has moved over the magnetic field sensor and is now stationary, and the measured values of the magnetic field sensor indicate a change in the measured earth's magnetic field characteristic of passing over the magnetic field sensor.