mhurhangee/patent-ind-claim-en huggingface dataset:
Device for optical detection of analytes in a sample, comprising optoelectronic components in the form of a plurality of optical detectors (2, 103, 105, S1, S3, a, b, g) for receiving photons and a plurality of optical emitters (1, 102, 104, E1, E2, d to t, x, y) for emitting photons, wherein at least three emitters (1, 102, 104, E1, E2, d to t, x, y) are provided in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, a, b, g) are provided in a planar arrangement, not in a line, and the emitters (1, 102, 104, E1, E2, d to t, x, y) and/or the detectors (2, 103, 105, S1, S3, a, b, g) have at least three different wavelength characteristics, and a structure for influencing the directional characteristic of the photons emitted by the emitters (1, 102, 104, E1, E2, d to t, x, y) is provided and/or a structure for influencing the directional characteristic of the detectors (2, 103, 105, S1, S3, a, b, g) is provided, wherein means are provided that cause the light emitters (1, 102, 104, E1, E2, d to t, x, y) and/or the light detectors (2, 103, 105, S1, S3, a, b, g) to not have a rotationally symmetrical directional characteristic. comprising optoelectronic components in the form of a plurality of optical detectors (2, 103, 105, S1, S3, a, b, g) for receiving photons and a plurality of optical emitters (1, 102, 104, E1, E2, d to t, x, y) for emitting photons, wherein at least three emitters (1, 102, 104, E1, E2, d to t, x, y) are provided in a planar arrangement, not in a line, and at least three detectors (2, 103, 105, S1, S3, a, b, g) are provided in a planar arrangement, not in a line, and the emitters (1, 102, 104, E1, E2, d to t, x, y) and/or the detectors (2, 103, 105, S1, S3, a, b, g) have at least three different wavelength characteristics, and a structure for influencing the directional characteristic of the photons emitted by the emitters (1, 102, 104, E1, E2, d to t, x, y) is provided and/or a structure for influencing the directional characteristic of the detectors (2, 103, 105, S1, S3, a, b, g) is provided, wherein means are provided that cause the light emitters (1, 102, 104, E1, E2, d to t, x, y) and/or the light detectors (2, 103, 105, S1, S3, a, b, g) to not have a rotationally symmetrical directional characteristic.
An electronic smoking device comprising: an atomizer including an electrical resistance heating element ; a power source connected to the heating element and to a controller; a first switching element connected between the heating element and the power source ; a voltage detection device connected to the controller and to the power source for measuring output voltage of the power source ; a means for providing the resistance of the heating element comprising a memory for storing a resistance value; and characterised by the controller adjusting electrical power supplied from the power source to the heating element based on power source voltage and the provided resistance of the heating element . an atomizer including an electrical resistance heating element ; a power source connected to the heating element and to a controller; a first switching element connected between the heating element and the power source ; a voltage detection device connected to the controller and to the power source for measuring output voltage of the power source ; a means for providing the resistance of the heating element comprising a memory for storing a resistance value; and characterised by the controller adjusting electrical power supplied from the power source to the heating element based on power source voltage and the provided resistance of the heating element .
Method for producing a solar cell from crystalline silicon, in the substrate of which a first doping region created by means of boron diffusion is provided in a first surface , and a phosphorus-doped second doping region is provided in a second surface , wherein after the creation of the phosphorus-doped second doping region and before the step of boron diffusion a hydrogen-poor silicon nitride with a hydrogen content of 20 atom% or less, and acting as a boron in-diffusion barrier and a phosphorus out-diffusion barrier, is applied to the second surface as a cover layer .
A Transmit or Receive Integrated Microwave Module, T/RIMM, dual power converter antenna array , comprising: a plurality of transmit or receive circuits configured to energize at least one power amplifier, each of the transmit or receive circuits comprising: an AC/DC converter , wherein said AC/DC converter is embedded into the corresponding transmit or receive circuit, and configured to convert an AC signal into a first DC power signal having a first DC power level; a DC/DC converter configured to convert the first DC power signal into a second DC power signal having a second DC power level less than the first DC power level; and a modulation circuit configured to modulate the second DC power signal to generate a PWM drive signal for energizing the at least one power amplifier; wherein the T/RIMM dual power converter antenna array further comprises a T/RIMM processor configured to control a power distribution of the plurality of transmit or receive circuits, characterized in that the T/RIMM processor is configured to activate a first of the transmit or receive circuits while deactivating the remaining transmit or receive circuits, and to perform a diagnostic test to diagnose the AC/DC converter and/or the DC/DC converter of the activated transmit or receive circuit. an AC/DC converter , wherein said AC/DC converter is embedded into the corresponding transmit or receive circuit, and configured to convert an AC signal into a first DC power signal having a first DC power level; a DC/DC converter configured to convert the first DC power signal into a second DC power signal having a second DC power level less than the first DC power level; and a modulation circuit configured to modulate the second DC power signal to generate a PWM drive signal for energizing the at least one power amplifier; wherein the T/RIMM dual power converter antenna array further comprises a T/RIMM processor configured to control a power distribution of the plurality of transmit or receive circuits, characterized in that the T/RIMM processor is configured to activate a first of the transmit or receive circuits while deactivating the remaining transmit or receive circuits, and to perform a diagnostic test to diagnose the AC/DC converter and/or the DC/DC converter of the activated transmit or receive circuit.
Computer-implemented method for providing output data , which is used for training and/or validating an algorithm , the processing result of which relates to an anatomical region of an examination subject that is mapped by the output data , comprising the steps: - receiving input data , which is raw data of a medical imaging method, wherein the anatomical region and at least one further anatomical region of the examination subject are at least partially mapped by the raw data , - generating output data by the raw data being modified in such a manner that the mapping of the further anatomical region by the raw data is altered, in particular distorted, and - providing the output data , characterised in that the raw data is altered by at least one image data set being generated from the raw data by a reconstruction algorithm , wherein the further anatomical region in the image data set is segmented and for each image data set a synthetic image data set , which exclusively maps the at least one further anatomical region , is generated, wherein the at least one synthetic image data set is processed by a mapping algorithm in order to generate synthetic raw data , wherein the output data is generated by the synthetic raw data being subtracted from the raw data . - receiving input data , which is raw data of a medical imaging method, wherein the anatomical region and at least one further anatomical region of the examination subject are at least partially mapped by the raw data , - generating output data by the raw data being modified in such a manner that the mapping of the further anatomical region by the raw data is altered, in particular distorted, and - providing the output data , characterised in that the raw data is altered by at least one image data set being generated from the raw data by a reconstruction algorithm , wherein the further anatomical region in the image data set is segmented and for each image data set a synthetic image data set , which exclusively maps the at least one further anatomical region , is generated, wherein the at least one synthetic image data set is processed by a mapping algorithm in order to generate synthetic raw data , wherein the output data is generated by the synthetic raw data being subtracted from the raw data .
Single transparent glazing, consisting of a sheet of glass equipped with a coating consisting of a stack of thin layers that act on solar radiation, in such a way that the glazing has a light transmission coefficient of greater than or equal to 48% and a heat transmission coefficient U of less than or equal to 5 W/m 2 /K, said glazing being characterized in that said coating comprises, from the surface of the substrate: - an underlayer consisting essentially of a nitride or of an oxynitride of aluminium and/or of silicon, having a physical thickness between 30 and 60 nm, - a functional layer of niobium Nb, the physical thickness of which is between 6 nm and 7 nm, - an overlayer for protecting the functional layer with respect to the outside environment, said overlayer consisting either of a single layer consisting essentially of a nitride or of an oxynitride of aluminium and/or of silicon or of an assembly comprising the superposition of a layer essentially of a nitride or of an oxynitride of aluminium and/or of silicon and of a layer of an oxide chosen from silicon oxide and titanium oxide, the total optical thickness of said overlayer being between 80 and 110 nm. - an underlayer consisting essentially of a nitride or of an oxynitride of aluminium and/or of silicon, having a physical thickness between 30 and 60 nm, - a functional layer of niobium Nb, the physical thickness of which is between 6 nm and 7 nm, - an overlayer for protecting the functional layer with respect to the outside environment, said overlayer consisting either of a single layer consisting essentially of a nitride or of an oxynitride of aluminium and/or of silicon or of an assembly comprising the superposition of a layer essentially of a nitride or of an oxynitride of aluminium and/or of silicon and of a layer of an oxide chosen from silicon oxide and titanium oxide, the total optical thickness of said overlayer being between 80 and 110 nm.
A system comprising: an implantable pulse generator having a plurality of stimulator outputs; a first lead having a first plurality of electrodes each configured to stimulate a portion of a first nerve ; a second lead having a second plurality of electrodes each configured to stimulate a portion of a second nerve ; and a lead splitter attached between the implantable pulse generator and the first and second leads and configured to electronically map the plurality of stimulator outputs to the first plurality of electrodes and the second plurality of electrodes ; wherein a total number of stimulator outputs is equal to a total number of the first plurality of electrodes and is equal to a total number of the second plurality of electrodes . an implantable pulse generator having a plurality of stimulator outputs; a first lead having a first plurality of electrodes each configured to stimulate a portion of a first nerve ; a second lead having a second plurality of electrodes each configured to stimulate a portion of a second nerve ; and a lead splitter attached between the implantable pulse generator and the first and second leads and configured to electronically map the plurality of stimulator outputs to the first plurality of electrodes and the second plurality of electrodes ; wherein a total number of stimulator outputs is equal to a total number of the first plurality of electrodes and is equal to a total number of the second plurality of electrodes .
An electromagnetic device comprising: a core support having an exterior surface comprising at least one radial protrusion; a tubular magnetic core positioned around a portion of the length of the core support, the tubular magnetic core having an interior surface; at least one indent located in the interior surface of the tubular magnetic core , wherein the at least one protrusion is located within the at least one indent to prevent relative longitudinal movement between the core support and tubular magnetic core ; and a primary coil and at least one secondary coil , each coil positioned around a portion of a length of the tubular magnetic core ; wherein the tubular magnetic core is formed from a rolled or folded sheet material, wherein the indent has been formed by pressing the interior surface of the tubular magnetic core onto the at least one radial protrusion . a core support having an exterior surface comprising at least one radial protrusion; a tubular magnetic core positioned around a portion of the length of the core support, the tubular magnetic core having an interior surface; at least one indent located in the interior surface of the tubular magnetic core , wherein the at least one protrusion is located within the at least one indent to prevent relative longitudinal movement between the core support and tubular magnetic core ; and a primary coil and at least one secondary coil , each coil positioned around a portion of a length of the tubular magnetic core ; wherein the tubular magnetic core is formed from a rolled or folded sheet material, wherein the indent has been formed by pressing the interior surface of the tubular magnetic core onto the at least one radial protrusion .
Illumination device , which is a vehicle component, having - a fibre-composite material component which comprises a plastics matrix and a multiplicity of reinforcement fibres which are embedded in the plastics matrix , wherein the reinforcement fibres are carbon fibres; - at least one light source; and - at least one light-conducting body which has at least one light-introduction face for coupling in light that is emitted from the light source, and at least one light-exit face for decoupling light; - wherein the light-conducting body is embedded in the plastics matrix of the fibre-composite material component , wherein the fibre-composite material component is at least partially translucent to light which is decoupled from the light-exit face; and - wherein the light-conducting body is embedded in the fibre-composite material component in such a manner that said light-conducting body is in contact with at least one of the reinforcement fibres over at least half the length of the latter. - a fibre-composite material component which comprises a plastics matrix and a multiplicity of reinforcement fibres which are embedded in the plastics matrix , wherein the reinforcement fibres are carbon fibres; - at least one light source; and - at least one light-conducting body which has at least one light-introduction face for coupling in light that is emitted from the light source, and at least one light-exit face for decoupling light; - wherein the light-conducting body is embedded in the plastics matrix of the fibre-composite material component , wherein the fibre-composite material component is at least partially translucent to light which is decoupled from the light-exit face; and - wherein the light-conducting body is embedded in the fibre-composite material component in such a manner that said light-conducting body is in contact with at least one of the reinforcement fibres over at least half the length of the latter.
Tool for attaching a section of a wind turbine to a handling device , especially a transportation vehicle , characterized in that the tool comprises: - a connecting section connected or connectable to the handling device , - an inner part designed to be inserted into an open end of the section and/or an outer part designed to receive the end of the section , and - one actuator or multiple actuators designed to move and/or deform at least one component of the tool to exert pressure onto an inner surface and/or an outer surface of a wall of the section along the entire circumference or in multiple areas spaced along the circumference of the wall , characterized in that the tool comprises a respective air cushion extending along the outer circumference of the inner part and/or along the inner circumference of the outer part of the tool or at least one air cushion extending along a respective section of the inner and/or outer circumference, wherein the actuator or at least one of the actuators is designed to inflate the air cushion or cushions . - a connecting section connected or connectable to the handling device , - an inner part designed to be inserted into an open end of the section and/or an outer part designed to receive the end of the section , and - one actuator or multiple actuators designed to move and/or deform at least one component of the tool to exert pressure onto an inner surface and/or an outer surface of a wall of the section along the entire circumference or in multiple areas spaced along the circumference of the wall ,
A humanized anti-tau antibody wherein the sequence of the heavy chain variable region comprises SEQ ID NO. 16, the sequence of the light chain variable region comprises SEQ ID NO. 26, and wherein the antibody is of the IgG1 or IgG4 isotype.
Device for sludge treatment, comprising: - a supporting frame of an external casing defining a treatment chamber provided with: - at least one inlet opening of the sludge to be treated; - at least one discharge opening of the treated sludge; - at least one auger element housed within said treatment chamber , and adapted to move the sludge to be treated along a direction of advancement (D); and - filtration means located internally to said treatment chamber and surrounding said auger element ; - at least one anodic element associated with said auger element ; and - application means for applying a potential difference between said anodic element and said filtration means , generating an electric field adapted to interact with said sludge to be treated to produce an electro-osmotic process; characterized by the fact that it comprises a plurality of anodic elements associated with said auger element and by the fact that said application means for applying a potential difference comprise grounding means associated with said filtration means to define a cathode. - a supporting frame of an external casing defining a treatment chamber provided with: - at least one inlet opening of the sludge to be treated; - at least one discharge opening of the treated sludge; - at least one inlet opening of the sludge to be treated; - at least one discharge opening of the treated sludge; - at least one auger element housed within said treatment chamber , and adapted to move the sludge to be treated along a direction of advancement (D); and - filtration means located internally to said treatment chamber and surrounding said auger element ; - at least one anodic element associated with said auger element ; and - application means for applying a potential difference between said anodic element and said filtration means , generating an electric field adapted to interact with said sludge to be treated to produce an electro-osmotic process;
A method of preparing dry core-shell microcapsules from an aqueous dispersion of such capsules, comprising spraying the dispersion through a two-fluid air-liquid nozzle into a heated chamber having an upper part and a lower part, the spraying taking place in the upper part and the lower part being provided with a means of continuous capsule removal, selected from rotary valves, double-flap valves and cycle valves.
A method, performed in a modulation and coding scheme, MCS, module of a network node (AP, 40), for MCS selection for a link between the network node (AP, 40) and a terminal device (STA1 60a) in an orthogonal frequency division multiple access, OFDMA, based system, providing a plurality of sub-carriers, the method comprising: - obtaining (S1) channel quality indicators for the plurality of sub-carriers; - estimating (S2) a link quality over a bandwidth corresponding to a set of the plurality of sub-carriers corresponding to a sub-channel based on the obtained channel quality indicators, including a link quality for sub-carriers of a sub-channel on which the terminal device (STA1 60a) transmits and/or receives; - selecting (S3) a sub-channel out of the plurality of sub-carriers as a new sub-channel to be used for a communication to/from the terminal device (STA1 60a) based on the determined link quality; - selecting (S4) a MCS for the new sub-channel where the change of MCS is at least partly based on the difference in channel quality estimated for the previously used sub-carriers and estimated for the sub-carriers of the new sub-channel to be used for the next transmission; and - transmitting (S5) information to the terminal device (STA1 60a), the information comprising an indication of the new sub-channel to the terminal device (STA1 60a). - obtaining (S1) channel quality indicators for the plurality of sub-carriers; - estimating (S2) a link quality over a bandwidth corresponding to a set of the plurality of sub-carriers corresponding to a sub-channel based on the obtained channel quality indicators, including a link quality for sub-carriers of a sub-channel on which the terminal device (STA1 60a) transmits and/or receives; - selecting (S3) a sub-channel out of the plurality of sub-carriers as a new sub-channel to be used for a communication to/from the terminal device (STA1 60a) based on the determined link quality; - selecting (S4) a MCS for the new sub-channel where the change of MCS is at least partly based on the difference in channel quality estimated for the previously used sub-carriers and estimated for the sub-carriers of the new sub-channel to be used for the next transmission; and - transmitting (S5) information to the terminal device (STA1 60a), the information comprising an indication of the new sub-channel to the terminal device (STA1 60a).
An assembly for transmitting and measuring a torque transmitted between a first member and a second member of a turbomachine, comprising a pinion which includes a first annular portion and a second annular portion joining together at a connecting portion carrying a gearing of the pinion , said first and second annular portions extending axially according to an axis of rotation (X) of the pinion in opposite directions (D1, D2), from the connecting portion , at least one of said annular portions being guided in rotation by a guide bearing of the pinion , the pinion further including a power shaft extending axially, said power shaft including a first area coupled in rotation to the first annular portion of the pinion , and a second area intended to be coupled in rotation to the second member of the turbomachine, the first area being spaced axially apart from the second area, and means for measuring the torsion of the power shaft disposed at a third area of the power shaft located between the first and second areas , said measuring means including at least one phonic wheel and acquisition means capable of cooperating with said phonic wheel , characterised in that the measuring means include a first phonic wheel equipping the third area of the power shaft and a second phonic wheel equipping the second annular portion of the pinion and located axially opposite the first phonic wheel , the acquisition means being disposed axially opposite the first phonic wheel and the second phonic wheel and being configured to output a signal representative of an angular variation between the first phonic wheel and the second phonic wheel .