mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible electronic device that is movable between a folded position and an unfolded position, comprising: a touch-sensitive flexible display ; characterised by : a plurality of touch sensors forming a portion of the touch-sensitive flexible display that are configured to detect touch input on the touch-sensitive flexible display , wherein each touch sensor of the plurality of touch sensors is configured to detect its position relative to another touch sensor of the plurality of touch sensors in order to determine whether the flexible electronic device is in the folded position or the unfolded position, and processing circuitry configured to automatically turn on the touch-sensitive flexible display when the flexible electronic device moves from the folded position to the unfolded position and configured to automatically turn off the touch-sensitive flexible display when the flexible electronic device moves from the unfolded position to the folded position. a touch-sensitive flexible display ; characterised by : a plurality of touch sensors forming a portion of the touch-sensitive flexible display that are configured to detect touch input on the touch-sensitive flexible display , wherein each touch sensor of the plurality of touch sensors is configured to detect its position relative to another touch sensor of the plurality of touch sensors in order to determine whether the flexible electronic device is in the folded position or the unfolded position, and processing circuitry configured to automatically turn on the touch-sensitive flexible display when the flexible electronic device moves from the folded position to the unfolded position and configured to automatically turn off the touch-sensitive flexible display when the flexible electronic device moves from the unfolded position to the folded position.
A circuit arrangement comprising: an NFC antenna (10, L R ); an NFC circuit connected to the NFC antenna (10, L R ), the NFC circuit including a supply circuit (11; 110, 111, 112) configured to generate a DC supply voltage (V DC ) for the NFC circuit ; and a supplemental supply circuit connected to the NFC antenna , the supplemental circuit comprising: a rectifier circuit configured to receive an antenna voltage (V ANT ) from the NFC antenna ; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L ) provided at the output node dependent on a control signal (V G ); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF ) and to generate the control signal (V G ) dependent on a difference (V REF -V S ) between the reference voltage (V REF ) and the supply voltage (Vs). an NFC antenna (10, L R ); an NFC circuit connected to the NFC antenna (10, L R ), the NFC circuit including a supply circuit (11; 110, 111, 112) configured to generate a DC supply voltage (V DC ) for the NFC circuit ; and a supplemental supply circuit connected to the NFC antenna , the supplemental circuit comprising: a rectifier circuit configured to receive an antenna voltage (V ANT ) from the NFC antenna ; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L ) provided at the output node dependent on a control signal (V G ); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF ) and to generate the control signal (V G ) dependent on a difference (V REF -V S ) between the reference voltage (V REF ) and the supply voltage (Vs). a rectifier circuit configured to receive an antenna voltage (V ANT ) from the NFC antenna ; a filter coupled to an output of the rectifier circuit and configured to provide the rectified and smoothed antenna voltage as supply voltage (Vs); a current limiting device coupled between the filter and an output node and configured to limit an output current (i L ) provided at the output node dependent on a control signal (V G ); and a control circuit configured to receive the supply voltage (Vs) and a reference voltage (V REF ) and to generate the control signal (V G ) dependent on a difference (V REF -V S ) between the reference voltage (V REF ) and the supply voltage (Vs).
Secondary part which defines a magnetic path for a primary part of a linear motor and contains: - a spacer member ; - yoke plates which configure two legs and which are configured for fastening to the spacer member such that said yoke plates lying opposite one another extend perpendicularly to the magnetic path, and wherein the two yoke plates : - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets ; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; characterized in that - the spacer member has a number of assembly points which are configured for fastening the secondary part in an application, wherein local minimums of the reinforcement structure in the direction of the magnetic path overlap with the assembly points ; and - each period of the reinforcement structure has a reinforcement element , the width of the latter decreasing along the height of the respective leg. - a spacer member ; - yoke plates which configure two legs and which are configured for fastening to the spacer member such that said yoke plates lying opposite one another extend perpendicularly to the magnetic path, and wherein the two yoke plates : - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets ; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; characterized in that - on the respective internal side thereof are configured for receiving a multiplicity of permanent magnets ; - on the respective external side thereof have a reinforcement structure which in the direction of the magnetic path is formed by a periodic variation in the thickness of the plate; - the spacer member has a number of assembly points which are configured for fastening the secondary part in an application, wherein local minimums of the reinforcement structure in the direction of the magnetic path overlap with the assembly points ; and - each period of the reinforcement structure has a reinforcement element , the width of the latter decreasing along the height of the respective leg.
A composition for forming a lubricant coating layer on a threaded connection for pipes or tubes, the composition containing: Cr 2 O 3 , a metal soap, which is a salt of a fatty acid with a metal other than an alkali metal, a wax, and a basic metal salt of an aromatic organic acid. a metal soap, which is a salt of a fatty acid with a metal other than an alkali metal, a wax, and a basic metal salt of an aromatic organic acid.
A lift valve having a valve housing and a lift drive , which comprises a drive rod that is movable along a lift axis (A) into a first and a second end position (E1, E2), and a measuring apparatus that is coupled to the lift drive on a side of the lift drive facing away from the valve housing and that comprises a first measuring sensor and a second measuring sensor , and having a first transducer , which is arranged so as to follow the movement of the drive rod , wherein the first transducer is arranged on a sensor rod arranged in an end region of the drive rod , wherein a second transducer , which is arranged so as to follow the movement of the drive rod , is provided, and the first measuring sensor is arranged between the second measuring sensor and the lift drive , and the first measuring sensor is excited by the second transducer , which is arranged on a side of the first transducer facing the drive rod , when the drive rod is located in the second end position (E2), characterized in that the first measuring sensor , which is placed closer to the lift drive , responds to the second transducer when the drive rod is displaced the farthest in the direction of the measuring sensors .
An integrally bladed rotor comprising: a monolithic single-piece rotor body that includes a bore portion , a rim , a web joining the bore portion and the rim , a plurality of blades that extend outwardly from the rim , an arm that extends axially off of the rim , and a pocket on a radially inner side of the arm ; wherein the straight-line radial depth of the pocket is greater than or at least equal to half of the smallest straight-line radial thickness of the arm , and the arm includes a frusto-conical portion that is between, and joins, a cylindrical portion of the arm and the rim , the pocket being located on a radially inner side of the frusto-conical portion ; wherein the cylindrical portion of the arm includes at least one seal , and wherein a free end of the arm includes a radial wall , wherein the cylindrical portion of the arm is radially outboard of the web . a monolithic single-piece rotor body that includes a bore portion , a rim , a web joining the bore portion and the rim , a plurality of blades that extend outwardly from the rim , an arm that extends axially off of the rim , and a pocket on a radially inner side of the arm ; wherein the straight-line radial depth of the pocket is greater than or at least equal to half of the smallest straight-line radial thickness of the arm , and the arm includes a frusto-conical portion that is between, and joins, a cylindrical portion of the arm and the rim , the pocket being located on a radially inner side of the frusto-conical portion ; wherein the cylindrical portion of the arm includes at least one seal , and wherein a free end of the arm includes a radial wall , wherein the cylindrical portion of the arm is radially outboard of the web .
Particle for 3D printing which comprises a core made of aluminium, covered successively with : - a stack of one of more metallic layers , the stack comprises at least one continuous layer completely covering the core of the particle , the continuous layer being made of zirconium, zinc, silicon or nickel, - an external layer formed from metal nanoparticles or carbon nanotubes. - a stack of one of more metallic layers , the stack comprises at least one continuous layer completely covering the core of the particle , the continuous layer being made of zirconium, zinc, silicon or nickel, - an external layer formed from metal nanoparticles or carbon nanotubes.
A recombinant Gallid herpesvirus 3 (GaHV3; MDV-2) vector comprising one or more heterologous polynucleotide(s) coding for and expressing at least one antigen of an avian pathogen, inserted into the intergenic loci UL3/UL4 or UL3/UL4 and UL21/UL22 of the Gallid herpesvirus 3 vector.
A method for smoothing the surface of a plastic component, in particular a plastic component manufactured additively, in which the surface to be smoothed is processed with energetic radiation in order to remelt the surface in a boundary layer, characterized in that - during processing, one surface section of > 25 mm 2 in each case is melted by the energetic radiation, thereby forming a continuous melting bath which extends over the entire surface section , and - the continuous melting bath is maintained for a holding period lasting at least 5 s in each case. - during processing, one surface section of > 25 mm 2 in each case is melted by the energetic radiation, thereby forming a continuous melting bath which extends over the entire surface section , and - the continuous melting bath is maintained for a holding period lasting at least 5 s in each case.
A wind turbine gearbox , in particular a planetary gearbox, having at least one gear mounted on an axle , for which purpose a sliding layer is arranged between the gear and the axle , characterized in that the sliding layer is sprayed directly onto the axle or, with intermediate arrangement of at least one further layer , onto the further layer by means of a thermal spaying method.
An image forming apparatus capable of communicating with a modality compliant with a Digital Imaging and Communication in Medicine, DICOM, standard , the image forming apparatus comprising: a memory that stores a setting for a first process in association with an identifier, wherein the identifier is an Application Entity Title, AET, name; a communication unit that receives the identifier, medical image data taken by modality compliant with a Digital Imaging and Communication in Medicine, DICOM, standard, and a request for a second process of the medical image data sent from the modality ; and a processor that, when the identifier received from the modality that has sent the request for the second process of the medical image data to the image forming apparatus is stored in the memory , performs the first process on a basis of the medical image data for which the second process is requested by the received request for the second process of the medical image data, according to the setting for the first process stored in association with the received identifier. a memory that stores a setting for a first process in association with an identifier, wherein the identifier is an Application Entity Title, AET, name; a communication unit that receives the identifier, medical image data taken by modality compliant with a Digital Imaging and Communication in Medicine, DICOM, standard, and a request for a second process of the medical image data sent from the modality ; and a processor that, when the identifier received from the modality that has sent the request for the second process of the medical image data to the image forming apparatus is stored in the memory , performs the first process on a basis of the medical image data for which the second process is requested by the received request for the second process of the medical image data, according to the setting for the first process stored in association with the received identifier.
A sickle knife drive for a cutter bar on a header of an agricultural combine , the sickle knife drive comprising: a hydraulic drive manifold having a plurality of connections comprising a first pump connection , a first motor connection , a second motor connection , a combine connection and a manifold case drain , the combine connection being configured for connecting to the combine , the manifold case drain being configured to connect to the combine ; a first pump in fluid connection with the first pump connection and configured to mechanically couple to a power transmission device , the first pump comprising a first pump case drain being configured to connect to the combine , the first pump creating at least one system state comprising at least one of a forward state, a reverse state and a neutral state, the hydraulic drive manifold comprising a forward position during the forward state, a reverse position during the reverse state and either the forward position or the reverse position during the neutral state; a first motor in fluid connection with the first motor connection and configured to drive a sickle knife gear box , the first motor comprising a first motor case drain being configured to connect to the combine ; and a second motor in fluid connection with the second motor connection , and characterized in that the second motor is configured for providing an additional forward flow to the first motor in the forward state and no flow during the reverse state. a hydraulic drive manifold having a plurality of connections comprising a first pump connection , a first motor connection , a second motor connection , a combine connection and a manifold case drain , the combine connection being configured for connecting to the combine , the manifold case drain being configured to connect to the combine ; a first pump in fluid connection with the first pump connection and configured to mechanically couple to a power transmission device , the first pump comprising a first pump case drain being configured to connect to the combine , the first pump creating at least one system state comprising at least one of a forward state, a reverse state and a neutral state, the hydraulic drive manifold comprising a forward position during the forward state, a reverse position during the reverse state and either the forward position or the reverse position during the neutral state; a first motor in fluid connection with the first motor connection and configured to drive a sickle knife gear box , the first motor comprising a first motor case drain being configured to connect to the combine ; and a second motor in fluid connection with the second motor connection , and characterized in that the second motor is configured for providing an additional forward flow to the first motor in the forward state and no flow during the reverse state.
Core-shell composite particles, the core of which is a porous, carbon-based matrix containing silicon particles, obtainable by carbonization of one or more carbon precursors, and the shell of which is nonporous and is obtainable by carbonization of one or more carbon precursors, "nonporous shell" meaning that any pores present in the shell are < 10 nm, determined from the pore size distribution by the BJH method by means of gas adsorption in accordance with DIN 66134, where the silicon particles have average sizes d 50 of from 1.5 to 15 μm, where the average particle sizes d 50 of the silicon particles are determined in accordance with ISO 13320 by means of static laser light scattering using the Mie model and the measuring instrument Horiba LA 950 using ethanol as dispersing medium for the silicon particles, and where the core of the core-shell composite particles contains ≤ 1% by weight of conductive additives selected from graphite, carbon black, carbon nanotubes, fullerenes and graphene, based on the total weight of the core-shell composite particles. the core of which is a porous, carbon-based matrix containing silicon particles, obtainable by carbonization of one or more carbon precursors, and the shell of which is nonporous and is obtainable by carbonization of one or more carbon precursors, "nonporous shell" meaning that any pores present in the shell are < 10 nm, determined from the pore size distribution by the BJH method by means of gas adsorption in accordance with DIN 66134, where the silicon particles have average sizes d 50 of from 1.5 to 15 μm, where the average particle sizes d 50 of the silicon particles are determined in accordance with ISO 13320 by means of static laser light scattering using the Mie model and the measuring instrument Horiba LA 950 using ethanol as dispersing medium for the silicon particles, and where the core of the core-shell composite particles contains ≤ 1% by weight of conductive additives selected from graphite, carbon black, carbon nanotubes, fullerenes and graphene, based on the total weight of the core-shell composite particles.
A device for measuring the temperature in a rotary kiln through which solid material passes being heated to elevated temperatures, comprising a drive as well as an elongated hollow body with means to fix a thermocouple , whereby the drive and the elongated hollow body are mounted such that they rotate jointly with the rotary kiln and that the drive can move the elongated hollow body together with thermocouple through an opening in and out of the rotary kiln interior for measuring the temperature inside the rotary kiln during operation, wherein the elongated hollow body is tubular and the thermocouple can be shifted by an actuator such that its temperature sensitive tip protrudes out of the elongated hollow body characterized in that the thermocouple is designed such that it can be moved separately from the elongated hollow body in and out for better protection of the thermocouple ; a magazine is foreseen to provide at least two thermocouples and/or elongated hollow bodies .
An anti-CSF-IR antibody or binding fragment thereof comprising a heavy chain and a light chain, wherein the variable domain of the heavy chain comprises the sequence given in SEQ ID NO:23 and wherein the variable domain of the light chain comprises the sequence given in SEQ ID NO:15.
A control system for a hybrid electric vehicle (HEV) having an engine and at least one electric machine , the vehicle being operable in an electric vehicle (EV) mode in which the electric machine develops torque to drive the vehicle whilst the engine is switched off, the control system being operable when the vehicle is in EV mode to command the vehicle to apply torque to the engine to motor the engine without starting the engine when one or more conditions are met, the control system being operable to command recalibration of a rotational position of an engine crankshaft when the engine is rotated without starting.
A method for preparing a biological sample , comprising the steps of obtaining a biological tissue sample via tissue laser-capture microdissection; providing a platform including at least one reactor vessel having one or more hydrophilic surfaces configured for containment of the biological tissue sample, wherein the hydrophilic surfaces have a non-zero, total surface area less than 25 mm 2 ; introducing a capture liquid into or onto the at least one reactor vessel, wherein the capture liquid has a vapor pressure of less than or equal to 0.8 mbar at room temperature; transferring a first volume of the biological tissue sample to the at least one reactor vessel that includes the capture liquid, wherein the first volume is a non-zero amount less than 1000 nL; fully or partly evaporating the capture liquid after transferring the first volume of the biological tissue sample to the at least one reactor vessel; subsequently processing the biological tissue sample in the at least one reactor vessel to yield a processed sample, and collecting a second volume of the processed sample. obtaining a biological tissue sample via tissue laser-capture microdissection; providing a platform including at least one reactor vessel having one or more hydrophilic surfaces configured for containment of the biological tissue sample, wherein the hydrophilic surfaces have a non-zero, total surface area less than 25 mm 2 ; introducing a capture liquid into or onto the at least one reactor vessel, wherein the capture liquid has a vapor pressure of less than or equal to 0.8 mbar at room temperature; transferring a first volume of the biological tissue sample to the at least one reactor vessel that includes the capture liquid, wherein the first volume is a non-zero amount less than 1000 nL; fully or partly evaporating the capture liquid after transferring the first volume of the biological tissue sample to the at least one reactor vessel; subsequently processing the biological tissue sample in the at least one reactor vessel to yield a processed sample, and collecting a second volume of the processed sample.