mhurhangee/patent-ind-claim-en huggingface dataset:
A method for deburring gear wheels using a deburring brush , characterized in that the deburring brush comprises at least N=1 brush bundles (41.N), wherein each of these at least N=1 brush bundles (41.N) spans an angle range which is less than 360°, the method having the following steps: - rotationally driving the deburring brush about a spindle axis (Q1), - rotationally driving a gear wheel about a workpiece spindle axis (B), wherein - the rotational driving of the deburring brush and the rotational driving of the gear wheel take place in a coupled manner with a coupling transmission ratio (Ü), - it is a continuous method for deburring, in which the at least N=1 brush bundle (41.N) executes a relative flight movement in relation to the gear wheel, - the relative flight movement is defined by a hypocycloid or an epicycloid, and wherein - a burr is removed at least on one tooth edge (11.1, 11.2) of a tooth gap by contact of the at least N=1 brush bundle (41.N) with the tooth edge (11.1, 11.2). - rotationally driving the deburring brush about a spindle axis (Q1), - rotationally driving a gear wheel about a workpiece spindle axis (B), wherein - the rotational driving of the deburring brush and the rotational driving of the gear wheel take place in a coupled manner with a coupling transmission ratio (Ü), - it is a continuous method for deburring, in which the at least N=1 brush bundle (41.N) executes a relative flight movement in relation to the gear wheel, - the relative flight movement is defined by a hypocycloid or an epicycloid, and wherein - a burr is removed at least on one tooth edge (11.1, 11.2) of a tooth gap by contact of the at least N=1 brush bundle (41.N) with the tooth edge (11.1, 11.2).
A single-junction organic photovoltaic device comprising: an anode ; a cathode ; and an active layer residing between the anode and cathode , the active layer comprising an organic electron donor and an organic electron acceptor, wherein the difference between the highest occupied molecular orbital (HOMO) of the organic electron donor and the lowest unoccupied molecular orbital (LUMO) of the organic electron acceptor is 1.7 eV to 4 eV, the single-junction photovoltaic device generates an open circuit voltage (V oc ) of at least 1.4 V measured under AM1.5G 100 mW/cm 2 illumination, characterised in that the peak absorbance of electromagnetic radiation by the active layer is in the range of 250 nm to 450 nm. an anode ; a cathode ; and an active layer residing between the anode and cathode , the active layer comprising an organic electron donor and an organic electron acceptor, wherein the difference between the highest occupied molecular orbital (HOMO) of the organic electron donor and the lowest unoccupied molecular orbital (LUMO) of the organic electron acceptor is 1.7 eV to 4 eV, the single-junction photovoltaic device generates an open circuit voltage (V oc ) of at least 1.4 V measured under AM1.5G 100 mW/cm 2 illumination, characterised in that the peak absorbance of electromagnetic radiation by the active layer is in the range of 250 nm to 450 nm.
A method for facilitating wireless communications performed by a second base station non-serving a user equipment, UE , comprising: transmitting control information associated with a first base station serving the UE in a first network cell, from the second base station in a second network cell, to the UE associated with the first network cell, wherein the transmitting includes sending the control information on a downlink channel comprising at least one of a physical control format indicator channel, PCFICH, a physical downlink control channel, PDCCH, and a physical hybrid ARQ indicator channel, PHICH, consistent with downlink channel information associated with the first network cell; and determining including identifying a set of downlink channel resources based on a characteristic associated with the first network cell determined by the control information received from the first base station, wherein the characteristic comprises a PHICH configuration. transmitting control information associated with a first base station serving the UE in a first network cell, from the second base station in a second network cell, to the UE associated with the first network cell, wherein the transmitting includes sending the control information on a downlink channel comprising at least one of a physical control format indicator channel, PCFICH, a physical downlink control channel, PDCCH, and a physical hybrid ARQ indicator channel, PHICH, consistent with downlink channel information associated with the first network cell; and determining including identifying a set of downlink channel resources based on a characteristic associated with the first network cell determined by the control information received from the first base station, wherein the characteristic comprises a PHICH configuration.
Device for determining a fuel consumption behavior of a driver of a vehicle for at least a first segment of a distance the vehicle is traveling, wherein said first segment is constituted by a downhill slope, characterized in that the device comprises: - means for determining whether the vehicle is in said segment, - means for, when the vehicle is in said segment, continuously, or with certain or predetermined intervals determine if the vehicle driver is taking a first measure, wherein said first measure constitutes a measure for take off of a positive motor torque, - means for determining a measurement of said first measure during said segment, said measurement consisting of a representation of the time during which said first measure has been taken in relation to total time for passage of the said segment, and/or a representation of amounts of energy generated by said first measure, and - means for, based on said measurement, determining a parameter value representing a fuel consumption behavior of the driver of the vehicle. - means for determining whether the vehicle is in said segment, - means for, when the vehicle is in said segment, continuously, or with certain or predetermined intervals determine if the vehicle driver is taking a first measure, wherein said first measure constitutes a measure for take off of a positive motor torque, - means for determining a measurement of said first measure during said segment, said measurement consisting of a representation of the time during which said first measure has been taken in relation to total time for passage of the said segment, and/or a representation of amounts of energy generated by said first measure, and - means for, based on said measurement, determining a parameter value representing a fuel consumption behavior of the driver of the vehicle.
Method for managing an active SCR device of an ATS, which is connected to an internal combustion engine (E) to receive an exhaust gas flow from at least one cylinder (C) of said internal combustion engine (E) when fuel is injected and combusted in such cylinder (C); the method comprising the step of increasing an NH3 storage in the SCR device after an engine shut off command has been detected, such that an increased NH3 storage is ready for a subsequent cold start of the internal combustion engine (E); wherein the step of increasing the NH3 storage is carried out by injecting a reducing agent in the ATS and by supplying an air flow towards the SCR device; wherein said air flow flows through the cylinder (C) after the fuel injection has been shut off, the method being characterized by at least one of the following options: a) said internal combustion engine (E) comprises a crankshaft (CR) coupled to an electric machine (MG) comprising a first electric motor; and wherein said air flow is supplied by driving said crankshaft (CR) by said first electric motor; b) a turbine (T) is arranged between said internal combustion engine (E) and said ATS, the turbine (T) being mechanically coupled to an electric machine (G) defining a motor-generator; and wherein said air flow is supplied by driving said turbine (T) by said electric machine (G); c) an intake line (IP) is coupled to said internal combustion engine (E) so as to channel air to said cylinder (C), the intake line (IP) being provided with a supercharging compressor (SC) coupled to a second electric motor; and wherein said air flow is supplied by driving said supercharging compressor (SC) as a blower by said second electric motor. a) said internal combustion engine (E) comprises a crankshaft (CR) coupled to an electric machine (MG) comprising a first electric motor; and wherein said air flow is supplied by driving said crankshaft (CR) by said first electric motor; b) a turbine (T) is arranged between said internal combustion engine (E) and said ATS, the turbine (T) being mechanically coupled to an electric machine (G) defining a motor-generator; and wherein said air flow is supplied by driving said turbine (T) by said electric machine (G); c) an intake line (IP) is coupled to said internal combustion engine (E) so as to channel air to said cylinder (C), the intake line (IP) being provided with a supercharging compressor (SC) coupled to a second electric motor; and wherein said air flow is supplied by driving said supercharging compressor (SC) as a blower by said second electric motor.
A method for producing tungsten, comprising the steps of: subjecting a raw material mixture comprising at least one valuable containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of less than 800 °C to obtain tungsten. subjecting a raw material mixture comprising at least one valuable containing tungsten to electrolysis using an organic electrolytic solution to dissolve tungsten in the electrolytic solution; and calcining the electrolytic solution containing dissolved tungsten at a temperature of less than 800 °C to obtain tungsten.
A customizable light strip mountable on a mounting surface , comprising: an elongated substrate ; a linear LED array with a plurality of LED nodes mounted on a surface of the elongated substrate ; and an interconnection structure electrically interconnecting the plurality of LED nodes , wherein the elongated substrate comprises partial separation lines between at least some of the plurality of LED nodes of the linear LED array , which partial separation lines extend from one longitudinal edge of the elongated substrate and partly across the elongated substrate and do not intersect the interconnection structure , wherein the customizable light strip after partial separation at one or more of the partial separation lines is bendable in a plane of said mounting surface , characterized in that the customizable light strip further comprises a data or detection line connected to at least some of the LED nodes and intersecting the partial separation lines , wherein the LED nodes are configured to detect the position of any partially separated partial separation line through interruption of the data or detection line intersecting that partial separation line . an elongated substrate ; a linear LED array with a plurality of LED nodes mounted on a surface of the elongated substrate ; and an interconnection structure electrically interconnecting the plurality of LED nodes , wherein the elongated substrate comprises partial separation lines between at least some of the plurality of LED nodes of the linear LED array , which partial separation lines extend from one longitudinal edge of the elongated substrate and partly across the elongated substrate and do not intersect the interconnection structure , wherein the customizable light strip after partial separation at one or more of the partial separation lines is bendable in a plane of said mounting surface , characterized in that the customizable light strip further comprises a data or detection line connected to at least some of the LED nodes and intersecting the partial separation lines , wherein the LED nodes are configured to detect the position of any partially separated partial separation line through interruption of the data or detection line intersecting that partial separation line .
An apparatus for controlling an electric motor through use of a motor drive apparatus , the electric motor operatively coupled to line power and rotating in a normal direction, the apparatus comprising: a rectifier section having electrical inputs (R, S, T) for receiving an input alternating current line signal from a line source and plus and minus bus outputs for providing a direct current bus signal; an inverter section having inputs connected to the plus and minus bus outputs of the rectifier section and providing an alternating current motor drive signal at inverter outputs (U, V, W) adapted for connection to the electric motor; a first power storage arrangement connected across the plus and minus bus outputs and having a first capacitor arrangement having a first capacitance; and characterised by a second power storage arrangement connected across the plus and minus bus outputs and having a second capacitor arrangement having a second capacitance and a rate limiting arrangement in a series relationship with the second capacitor arrangement, with the second capacitance larger than the first capacitance and configured to provide sufficient power for maintaining the electric motor rotation, in the normal direction, throughout an interruption of power. a rectifier section having electrical inputs (R, S, T) for receiving an input alternating current line signal from a line source and plus and minus bus outputs for providing a direct current bus signal; an inverter section having inputs connected to the plus and minus bus outputs of the rectifier section and providing an alternating current motor drive signal at inverter outputs (U, V, W) adapted for connection to the electric motor; a first power storage arrangement connected across the plus and minus bus outputs and having a first capacitor arrangement having a first capacitance; and characterised by a second power storage arrangement connected across the plus and minus bus outputs and having a second capacitor arrangement having a second capacitance and a rate limiting arrangement in a series relationship with the second capacitor arrangement, with the second capacitance larger than the first capacitance and configured to provide sufficient power for maintaining the electric motor rotation, in the normal direction, throughout an interruption of power.
An inhaler for delivering medication to a user, the inhaler comprising: a main body having a mouthpiece and a mouthpiece cover configured to move from a closed position in which the mouthpiece cover covers the mouthpiece to a fully open position; a slider at least partially disposed within the main body; an electronics module having a switch , wherein the main body further contains a yoke mechanically connected to the mouthpiece cover, wherein the yoke is in contact with the slider when the mouthpiece is in said closed position, the slider being arranged to be moved by the yoke as the mouthpiece cover is opened from said closed position and separated from the yoke when the mouthpiece cover reaches said fully open position, wherein a stopper of the slider is configured to limit axial travel of the slider, the stopper stopping said axial travel of the slider such that a distal end of the slider is no longer in contact with the yoke as the mouthpiece cover is moved to the open position; wherein the electronics module is configured to be in a first power state prior to a user moving the mouthpiece cover to expose the mouthpiece, and wherein the switch is arranged such that, when the mouthpiece cover is moved to expose the mouthpiece, said movement of the slider causes the slider to engage and actuate the switch, causing the electronics module to transition from the first power state to a second power state and to sense an inhalation by the user from the mouthpiece. a main body having a mouthpiece and a mouthpiece cover configured to move from a closed position in which the mouthpiece cover covers the mouthpiece to a fully open position; a slider at least partially disposed within the main body; an electronics module having a switch , wherein the main body further contains a yoke mechanically connected to the mouthpiece cover, wherein the yoke is in contact with the slider when the mouthpiece is in said closed position, the slider being arranged to be moved by the yoke as the mouthpiece cover is opened from said closed position and separated from the yoke when the mouthpiece cover reaches said fully open position, wherein a stopper of the slider is configured to limit axial travel of the slider, the stopper stopping said axial travel of the slider such that a distal end of the slider is no longer in contact with the yoke as the mouthpiece cover is moved to the open position; wherein the electronics module is configured to be in a first power state prior to a user moving the mouthpiece cover to expose the mouthpiece, and wherein the switch is arranged such that, when the mouthpiece cover is moved to expose the mouthpiece, said movement of the slider causes the slider to engage and actuate the switch, causing the electronics module to transition from the first power state to a second power state and to sense an inhalation by the user from the mouthpiece.
A computer-implemented method for searching for a compound having a strong interaction with a target molecule, the method comprising growing a base fragment molecule and obtaining a grown molecule by performing molecular dynamics calculation using a reactive force field and bonding an atom to the base fragment molecule at a binding site of the target molecule wherein the growing includes the steps of: a primary growth process for growing the base fragment molecule and obtaining a grown primary molecule, by bonding an atom to the base fragment molecule located at the binding site of the target molecule; and a secondary growth process for growing the primary molecule and obtaining a grown secondary molecule, by bonding an atom to the primary molecule located at the binding site of the target molecule, wherein the method further includes extracting a candidate compound that is a candidate for the compound, using a molecule created by the said growing with an appearance frequency obtained by creating a plurality of grown molecules obtained from the said growing steps, wherein the appearance frequency corresponds to a number of times each grown molecule has been obtained; and an atom density distribution formed by superimposing the grown molecules obtained in the plurality of the said growing steps a primary growth process for growing the base fragment molecule and obtaining a grown primary molecule, by bonding an atom to the base fragment molecule located at the binding site of the target molecule; and a secondary growth process for growing the primary molecule and obtaining a grown secondary molecule, by bonding an atom to the primary molecule located at the binding site of the target molecule, wherein the method further includes extracting a candidate compound that is a candidate for the compound, using a molecule created by the said growing with an appearance frequency obtained by creating a plurality of grown molecules obtained from the said growing steps, wherein the appearance frequency corresponds to a number of times each grown molecule has been obtained; and an atom density distribution formed by superimposing the grown molecules obtained in the plurality of the said growing steps
Non-therapeutic use of Zeaxanthin (Z) in a method of improving reaction time and coincidence anticipation ability in a subject in need, the method comprising administering to the subject a pharmaceutically effective amount of zeaxanthin (Z), wherein the subject is required to perceive and react to temporally varying stimuli under lighting conditions that are known to be detrimental to visual function, wherein the subject does not suffer from an ocular disorder.
Two-phase synchronous drive , comprising a two-phase synchronous motor that has a first winding phase and a second winding phase , an electronic control system that has a first switch for switching the first winding phase and a second switch for switching the second winding phase , and a mains voltage connection for tapping a mains voltage (U N ), characterised in that the first winding phase is designed in terms of its winding such that, when the first switch is switched at full mains voltage (U N ), the rated current flows in the first winding phase , the second winding phase is designed in terms of its winding such that, when the second switch is switched at full mains voltage (U N ), a higher torque of the second winding phase is generated than with the rated current, and the first winding phase has a higher winding rate than the second winding phase , a temperature sensor being provided for detecting a temperature of the second winding phase , and no temperature sensor being provided for detecting a temperature of the first winding phase .
A metal oxide, having the general formula of Co 3-x M x O 4 , wherein 0 < x ≤ 0.3 , M comprises at least one of the following metal elements: Al, Mg, Ti, Zr, Ni, Mn, Y, Sc, V, Cr, Ga, Nb, Mo, In, Ce, Pr, Er, Yb, Lu, or W, and a difference value, measured by an energy spectrometer of a scanning electron microscopy, of the weight percentage of one of M in two regions having the same area is E, wherein O<E≤1 wt.%, wherein an average valence of M in the metal oxide is A, and +2≤A≤+3.5. M comprises at least one of the following metal elements: Al, Mg, Ti, Zr, Ni, Mn, Y, Sc, V, Cr, Ga, Nb, Mo, In, Ce, Pr, Er, Yb, Lu, or W, and a difference value, measured by an energy spectrometer of a scanning electron microscopy, of the weight percentage of one of M in two regions having the same area is E, wherein O<E≤1 wt.%, wherein an average valence of M in the metal oxide is A, and +2≤A≤+3.5.
A data system, comprising: a first assembly comprising a chassis having a plurality of modular storage bays populated with one or more graphics processing modules each including a graphics processing unit (GPU) , wherein the plurality of modular storage bays each comprise a bay connector that includes a bay Peripheral Component Interconnect Express (PCIe) connection; the first assembly further comprising PCIe switch circuitry configured to communicatively couple the bay PCIe connections to a PCIe fabric over one or more external PCIe links; and characterized in that in the PCIe switch circuitry, providing an isolation function to form a peer-to-peer arrangement between at least two GPUs populated in the chassis, wherein the isolation function isolates a first address domain associated with the GPUs from at least a second address domain associated with a host by at least establishing synthetic devices representing the GPUs in the second address domain and redirects traffic transferred by the host for the GPUs in the second address domain for delivery to corresponding ones of the GPUs in the first address domain . a first assembly comprising a chassis having a plurality of modular storage bays populated with one or more graphics processing modules each including a graphics processing unit (GPU) , wherein the plurality of modular storage bays each comprise a bay connector that includes a bay Peripheral Component Interconnect Express (PCIe) connection; the first assembly further comprising PCIe switch circuitry configured to communicatively couple the bay PCIe connections to a PCIe fabric over one or more external PCIe links; and characterized in that in the PCIe switch circuitry, providing an isolation function to form a peer-to-peer arrangement between at least two GPUs populated in the chassis, wherein the isolation function isolates a first address domain associated with the GPUs from at least a second address domain associated with a host by at least establishing synthetic devices representing the GPUs in the second address domain and redirects traffic transferred by the host for the GPUs in the second address domain for delivery to corresponding ones of the GPUs in the first address domain .