mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for controlling driving of a vehicle, comprising: a first determination device configured to determine an open state of an engine clutch when a drive (D) stage signal is applied and a second determination device configured to determine an open state of the engine clutch when a reverse (R) stage signal is applied, based on a state of a motor or an engine of the vehicle when a state of the engine clutch is unknown by an engine clutch controller; a state determination device configured to receive state information from the determination devices to determine whether the engine clutch is in a closed state or an open state; and a motor controller configured to allow reverse rotation of the motor for reverse driving control of the vehicle in response to the determinationthat the engine clutch is in the open state. a first determination device configured to determine an open state of an engine clutch when a drive (D) stage signal is applied and a second determination device configured to determine an open state of the engine clutch when a reverse (R) stage signal is applied, based on a state of a motor or an engine of the vehicle when a state of the engine clutch is unknown by an engine clutch controller; a state determination device configured to receive state information from the determination devices to determine whether the engine clutch is in a closed state or an open state; and a motor controller configured to allow reverse rotation of the motor for reverse driving control of the vehicle in response to the determinationthat the engine clutch is in the open state.
A magnesia carbon brick, comprising a magnesia raw material and a graphite, wherein the magnesia carbon brick contains the graphite with an amount in the range of 3% or more by mass to 25% or less by mass and the magnesia raw material with an amount in the range of 75% or more by mass to 97% or less by mass, the both amounts being relative to a total amount of the magnesia raw material and the graphite, and a metal Al containing 85% or more by mass of particles having particle diameter of 75 μm or less with an amount thereof being in the range of 1% or more by mass and 15% or less by mass relative to addition amount of the graphite, wherein the magnesia carbon brick comprises pitch-based raw material in an amount which is less than 1% by mass relative to the total amount of the magnesia raw material and the graphite, the magnesia carbon brick being obtained from magnesia raw material in which an amount of particles having a particle diameter in the range of 0.075 mm or more to 1 mm or less is 35% or more by mass relative to the total amount of the magnesia raw material and the graphite; the mass ratio of the magnesia raw material having the particle diameter of in the range of 0.075 mm or more and 1 mm or less to the magnesia raw material having the particle diameter of less than 0.075 mm is 4.2 or more; and an apparent porosity of the magnesia carbon brick after reductive firing for 3 hours at 1400°C is 7.8% or less.
N,N-bis-2-mercaptoethyl isophthalamide, or a pharmaceutically acceptable salt thereof, for use in the treatment of Parkinson's disease.
A device for transferring medical products comprising: an oscillating conveyor having a plurality of conveying lanes arranged next to each other for conveying the medical products to a delivery area of the conveying lanes ; a detection device for detecting defective products in each conveying lane ; at least one shaft having a receiving opening arranged close to the delivery area of at least one of the conveying lanes for conveying the medical products emerging from one or more of the conveying lanes towards a filling area , wherein the conveying lanes and the at least one shaft together define a plurality of transport paths for the medical products ; a diverter unit for defective products , which is arranged close to the delivery area of the conveying lanes and which comprises at least one diverter device ; and a control device configured to activate the at least one diverter device upon detection of a defective product by the detection device ; wherein the at least one diverter device is supported shiftably or pivotably and is movable between a deactivated position, in which it is arranged outside of each of the transport paths of the medical products , and an activated position, in which it is arranged in at least one of the transport paths of the medical products , characterized in that the at least one diverter device is shiftable or pivotable in such a way that, in the activated position, it forms an extension of at least one of the conveying lanes . an oscillating conveyor having a plurality of conveying lanes arranged next to each other for conveying the medical products to a delivery area of the conveying lanes ; a detection device for detecting defective products in each conveying lane ; at least one shaft having a receiving opening arranged close to the delivery area of at least one of the conveying lanes for conveying the medical products emerging from one or more of the conveying lanes towards a filling area , wherein the conveying lanes and the at least one shaft together define a plurality of transport paths for the medical products ; a diverter unit for defective products , which is arranged close to the delivery area of the conveying lanes and which comprises at least one diverter device ; and a control device configured to activate the at least one diverter device upon detection of a defective product by the detection device ; wherein the at least one diverter device is supported shiftably or pivotably and is movable between a deactivated position, in which it is arranged outside of each of the transport paths of the medical products , and an activated position, in which it is arranged in at least one of the transport paths of the medical products , characterized in that the at least one diverter device is shiftable or pivotable in such a way that, in the activated position, it forms an extension of at least one of the conveying lanes .
A housing for a locking system , wherein the housing includes a surrounding walling with an opening , an element , which is mobile in relation to the surrounding walling , and a closure device , wherein the surrounding walling defines an interior space and the closure device is adapted to arrest the mobile element in relation to the surrounding walling, and wherein the closure element includes an element for interlocking, a first elastic element , a guide and a latching device , wherein the first elastic element movably supports the element for interlocking, and the element for interlocking is movable along a direction of movement specified by the guide in such a manner that, in a first position, it engages into the latching device and, in a second position, it does not engage into the latching device , wherein, in the first position, the latching device is prevented from movement in relation to the element for interlocking, characterized in that , furthermore, the closure device includes a second elastic element , which charges the latching device and/or the element for interlocking with a force having a component vertical to the direction of movement of the element for interlocking, and in that the element for interlocking includes ferromagnetic material and is movable by means of applying a magnetic field along the direction of movement , which is specified by the guide .
An automatic parking method, characterized by comprising: recording a video of surroundings around a vehicle in real time using video capture apparatuses mounted on two sides of the vehicle after the vehicle moves into a start area for vehicle parking defined by limiting signs at four corners, wherein a plurality of guiding signs and the limiting signs are included in the surroundings around the vehicle, and wherein the plurality of guiding signs are 6 double-arrow guiding signs divided into 3 groups and arranged outside of two sides of the start area, and each group of the guiding signs has a unique colour combination; locating a first guiding sign in a video using a colour space; extracting features of the first guiding sign by means of morphological detection, the features being a shape feature and an orientation feature of the first guiding sign; obtaining a real-time position of the vehicle from the features of the first guiding sign and the limiting signs; and guiding the vehicle to a target area according to the real-time position of the vehicle. recording a video of surroundings around a vehicle in real time using video capture apparatuses mounted on two sides of the vehicle after the vehicle moves into a start area for vehicle parking defined by limiting signs at four corners, wherein a plurality of guiding signs and the limiting signs are included in the surroundings around the vehicle, and wherein the plurality of guiding signs are 6 double-arrow guiding signs divided into 3 groups and arranged outside of two sides of the start area, and each group of the guiding signs has a unique colour combination; locating a first guiding sign in a video using a colour space; extracting features of the first guiding sign by means of morphological detection, the features being a shape feature and an orientation feature of the first guiding sign; obtaining a real-time position of the vehicle from the features of the first guiding sign and the limiting signs; and guiding the vehicle to a target area according to the real-time position of the vehicle.
A method comprising: receiving at a mobile communication device in a cellular mobile network configuration information related to cells in an area of the network comprising first configuration information for a first cell and one or more second cells, wherein the first configuration information comprises an indication of a downlink radio carrier frequency of the first cell and downlink radio carrier frequencies of each of the one or more second cells; receiving , at the mobile communication device, environment information indicative of overlaps between coverage areas of the first cell and the one or more second cells, wherein the environment information is at least indicative of location information of one or more transmission points of the first cell and location information of one or more transmission points of each of the one or more second cells; and causing by the mobile communication device a transmission of measurement results obtained in the first cell for use in radio resource management of the mobile communication device in the one or more second cells. receiving at a mobile communication device in a cellular mobile network configuration information related to cells in an area of the network comprising first configuration information for a first cell and one or more second cells, wherein the first configuration information comprises an indication of a downlink radio carrier frequency of the first cell and downlink radio carrier frequencies of each of the one or more second cells; receiving , at the mobile communication device, environment information indicative of overlaps between coverage areas of the first cell and the one or more second cells, wherein the environment information is at least indicative of location information of one or more transmission points of the first cell and location information of one or more transmission points of each of the one or more second cells; and causing by the mobile communication device a transmission of measurement results obtained in the first cell for use in radio resource management of the mobile communication device in the one or more second cells.
A process comprising: heating a first mixture of elemental sulfur and particles comprising an alkali metal sulfide in a liquid hydrocarbon to a temperature of at least 150°C, to provide a sulfur-treated mixture comprising agglomerated particles; separating the agglomerated particles from the sulfur-treated mixture to provide a desulfurized liquid hydrocarbon and separated solids. heating a first mixture of elemental sulfur and particles comprising an alkali metal sulfide in a liquid hydrocarbon to a temperature of at least 150°C, to provide a sulfur-treated mixture comprising agglomerated particles; separating the agglomerated particles from the sulfur-treated mixture to provide a desulfurized liquid hydrocarbon and separated solids.
An austenite-based molten aluminum-plated steel plate comprising: a base steel plate including 0.3 to 0.9% of carbon (C), 12 to 25% of manganese (Mn), 0.5 to 2.5% of silicon (Si), 0.3 to 3.0% of aluminum (Al), 0.01 to 0.5% of titanium (Ti), 0.05 to 0.5% of vanadium (V), 0.01 to 0.5% of molybdenum (Mo), 0.01 to 0.2% of tin (Sn), 0.001 to 0.1% of cobalt (Co), 0.001 to 0.1% of tungsten (W), 0.01% or more of the sum of tungsten (W) and cobalt (Co), the remaining of iron (Fe), and other inevitable impurities, on a wt% basis; and a molten aluminum-based plated layer formed on a surface of the base steel plate, the base steel plate optionally further including one or more selected from the group consisting of more than 0% and 0.5% or less of chromium (Cr), more than 0% and 0.05% or less of niobium (Nb), and more than 0% and 0.1% or less of antimony (Sb). a base steel plate including 0.3 to 0.9% of carbon (C), 12 to 25% of manganese (Mn), 0.5 to 2.5% of silicon (Si), 0.3 to 3.0% of aluminum (Al), 0.01 to 0.5% of titanium (Ti), 0.05 to 0.5% of vanadium (V), 0.01 to 0.5% of molybdenum (Mo), 0.01 to 0.2% of tin (Sn), 0.001 to 0.1% of cobalt (Co), 0.001 to 0.1% of tungsten (W), 0.01% or more of the sum of tungsten (W) and cobalt (Co), the remaining of iron (Fe), and other inevitable impurities, on a wt% basis; and a molten aluminum-based plated layer formed on a surface of the base steel plate, the base steel plate optionally further including one or more selected from the group consisting of more than 0% and 0.5% or less of chromium (Cr), more than 0% and 0.05% or less of niobium (Nb), and more than 0% and 0.1% or less of antimony (Sb).
A switch mode power supply comprising: a primary side configured to couple to a mains supply and a secondary side configured to couple to a device, an isolation transformer comprising a primary coil and a secondary coil and arranged to isolate the primary side from the secondary side, and a noise filter coupled between a primary ground at the primary side and a secondary ground at the secondary side, the noise filter having a conductance value that varies with frequency; characterised in that the noise filter conductance comprises a peak conductance in a peak conductance frequency region, and wherein the noise filter is configured to reduce the common-mode noise of the switch mode power supply at frequencies occurring in the peak conductance frequency region; and wherein the noise filter further comprises a series arrangement of an inductor and a capacitor and a second capacitor in parallel with the series arrangement of the inductor and the capacitor, and wherein the peak conductance frequency region comprises a frequency equal to the frequency of operation of a touch screen controller in a mobile device. a primary side configured to couple to a mains supply and a secondary side configured to couple to a device, an isolation transformer comprising a primary coil and a secondary coil and arranged to isolate the primary side from the secondary side, and a noise filter coupled between a primary ground at the primary side and a secondary ground at the secondary side, the noise filter having a conductance value that varies with frequency; characterised in that the noise filter conductance comprises a peak conductance in a peak conductance frequency region, and wherein the noise filter is configured to reduce the common-mode noise of the switch mode power supply at frequencies occurring in the peak conductance frequency region; and wherein the noise filter further comprises a series arrangement of an inductor and a capacitor and a second capacitor in parallel with the series arrangement of the inductor and the capacitor, and wherein the peak conductance frequency region comprises a frequency equal to the frequency of operation of a touch screen controller in a mobile device.
A method of coating a zirconium alloy substrate for use in a nuclear water reactor, comprising: obtaining the zirconium alloy substrate containing a majority amount of zirconium, and having a surface; combining a master alloy comprising an alloying element selected from the group consisting of chromium, silicon, aluminum and mixtures thereof, a chemical activator and an inert filler powder to form a coating mixture; obtaining a chamber having a heating zone and an inert or reducing gas atmosphere; surrounding the zirconium alloy substrate with the coating mixture in the chamber; heating the chamber to an elevated temperature; reacting the master alloy with the chemical activator to form a gaseous compound; diffusing the gaseous compound to contact the surface of the zirconium alloy substrate; decomposing the gaseous compound; depositing the alloying element of the master alloy on the surface of the zirconium alloy substrate; and forming a uniform diffusion coating layer thereon comprising an alloy phase of the zirconium and the alloying element of the master alloy. obtaining the zirconium alloy substrate containing a majority amount of zirconium, and having a surface; combining a master alloy comprising an alloying element selected from the group consisting of chromium, silicon, aluminum and mixtures thereof, a chemical activator and an inert filler powder to form a coating mixture; obtaining a chamber having a heating zone and an inert or reducing gas atmosphere; surrounding the zirconium alloy substrate with the coating mixture in the chamber; heating the chamber to an elevated temperature; reacting the master alloy with the chemical activator to form a gaseous compound; diffusing the gaseous compound to contact the surface of the zirconium alloy substrate; decomposing the gaseous compound; depositing the alloying element of the master alloy on the surface of the zirconium alloy substrate; and forming a uniform diffusion coating layer thereon comprising an alloy phase of the zirconium and the alloying element of the master alloy.
Temperature measuring probe , comprising a thermally conductive and/or electrically conductive housing sleeve , at least one temperature sensor which is electrically conductively arranged on a flat printed circuit board , and a contact device , wherein the printed circuit board together with the temperature sensor is arranged in the housing sleeve and the temperature sensor is thermally and/or electrically conductively connected to the housing sleeve , wherein the at least one temperature sensor is thermally and/or electrically conductively biased against the housing sleeve by means of a contact device by spring force, and wherein at least some of the spring force is generated as a result of a resilient design of the housing sleeve .
A heat exchanger core for a gas turbine engine comprising: a rectangular core having a plurality of alternatively stacked first fluid layers and second fluid layers , wherein the core is divided into a plurality of core subsections by a cut formed in the heat exchanger core, the cut being oriented in a plane parallel to a direction of fluid flow through the second fluid layers, the cut extending through a central portion of the fins of one of the first fluid layers such that a deflection of each of the plurality of core subsections is less than a deflection of the core as a whole. a rectangular core having a plurality of alternatively stacked first fluid layers and second fluid layers , wherein the core is divided into a plurality of core subsections by a cut formed in the heat exchanger core, the cut being oriented in a plane parallel to a direction of fluid flow through the second fluid layers, the cut extending through a central portion of the fins of one of the first fluid layers such that a deflection of each of the plurality of core subsections is less than a deflection of the core as a whole.
A polynucleotide comprising an expressible nucleic acid sequence encoding a relaxin family peptide receptor 1 (RXFP1) polypeptide for use in treatment and/or prevention of heart failure in a subject, wherein said use further comprises administration of an RXFP1 agonist.
A method for replacing/recalling a device trigger by a Short Message Service-Service Center, SMS-SC , in a wireless communication system, the method comprising: receiving (S602, S702) a first message including one of i) only an old trigger reference number and ii) both the old trigger reference number and a new trigger reference number from a Machine Type Communication-InterWorking Function, MTC-IWF; deleting (S603, S703), in both cases i) and ii), a trigger message corresponding to the old trigger reference number; and storing (S603), only in case ii) and by the SMS-SC, a new trigger message corresponding to the new trigger reference number. receiving (S602, S702) a first message including one of i) only an old trigger reference number and ii) both the old trigger reference number and a new trigger reference number from a Machine Type Communication-InterWorking Function, MTC-IWF; deleting (S603, S703), in both cases i) and ii), a trigger message corresponding to the old trigger reference number; and storing (S603), only in case ii) and by the SMS-SC, a new trigger message corresponding to the new trigger reference number.
A method for determining simultaneous touch events on a surface, the surface having emitters and detectors arranged around its periphery, the emitters producing optical beams received by the detectors, the touch events disturbing the optical beam, the method comprising: determining, a priori, a set of touch event templates for a group of expected touch events, each touch event template for an expected touch event defined by at least two beams that would be disturbed by the expected touch event, the group of expected touch events includes a class of touch events that can be parameterized, and the set of touch event templates spans the class of touch events as a function of the parameters; receiving information indicating which beams have been disturbed by actual touch events; comparing the received information to the touch event templates, to identify a touch template that matches the received information; and determining a location of the actual touch event on the surface based on which template matches the received information. determining, a priori, a set of touch event templates for a group of expected touch events, each touch event template for an expected touch event defined by at least two beams that would be disturbed by the expected touch event, the group of expected touch events includes a class of touch events that can be parameterized, and the set of touch event templates spans the class of touch events as a function of the parameters; receiving information indicating which beams have been disturbed by actual touch events; comparing the received information to the touch event templates, to identify a touch template that matches the received information; and determining a location of the actual touch event on the surface based on which template matches the received information.