mhurhangee/patent-ind-claim-en huggingface dataset:
Method for use in dynamometer testing of a at least one vehicle powertrain component by measuring on a first output shaft , said first output shaft being connected to a rotor of a dynamometer power source of a dynamometer test unit of a dynamometer system, said dynamometer system being arranged to measure a reaction load, the rotor being mounted for rotation in a stator, the dynamometer test unit comprising a stator holder supporting the stator and carrying the torque applied to the dynamometer test unit by the driven vehicle shaft, and a device for sensing the reaction torque loading on the stator holder, characterized in, when testing said at least one vehicle powertrain component: - measuring a first value of a first reaction torque loading (T meas ) of said first dynamometer power source using the device for sensing the reaction torque loading, - determining an influence of moment of inertia on said first value of said first reaction torque loading, said influence of moment of inertia on said first value of said first reaction torque loading being an influence of moment of inertia of said first dynamometer unit, and - compensating said first value of said first reaction torque loading (T meas ) by said determined influence of moment of inertia. - measuring a first value of a first reaction torque loading (T meas ) of said first dynamometer power source using the device for sensing the reaction torque loading, - determining an influence of moment of inertia on said first value of said first reaction torque loading, said influence of moment of inertia on said first value of said first reaction torque loading being an influence of moment of inertia of said first dynamometer unit, and - compensating said first value of said first reaction torque loading (T meas ) by said determined influence of moment of inertia.
A measured value analysis apparatus comprising: a selection unit that selects one examination object item, which is an examination object, and a plurality of related items which are directly or indirectly related to the examination object item; a correlation model creation unit that creates a correlation model between measured values from past measured values of the examination object item and the plurality of related items; and a calculation unit that calculates a predicted value of the examination object item by applying the measured values of the related items to the correlation model and calculates divergence between an actual measured value of the examination object item and the predicted value , wherein the calculation unit calculates predicted values of the plurality of related items by applying the measured values of the plurality of related items to the correlation model and calculates divergence between an actual measured value of each of the related items and the relevant predicted value ; wherein the selection unit selects the related items regarding which the calculated divergence between the predicted value and the actual measured value of the plurality of related items is equal to or less than a specified threshold value; and wherein when the calculated divergence between the predicted value and the actual measured value of the plurality of related items is not equal to or less than the specified threshold value, the selection unit reselects the plurality of related items. a selection unit that selects one examination object item, which is an examination object, and a plurality of related items which are directly or indirectly related to the examination object item; a correlation model creation unit that creates a correlation model between measured values from past measured values of the examination object item and the plurality of related items; and a calculation unit that calculates a predicted value of the examination object item by applying the measured values of the related items to the correlation model and calculates divergence between an actual measured value of the examination object item and the predicted value , wherein the calculation unit calculates predicted values of the plurality of related items by applying the measured values of the plurality of related items to the correlation model and calculates divergence between an actual measured value of each of the related items and the relevant predicted value ; wherein the selection unit selects the related items regarding which the calculated divergence between the predicted value and the actual measured value of the plurality of related items is equal to or less than a specified threshold value; and wherein when the calculated divergence between the predicted value and the actual measured value of the plurality of related items is not equal to or less than the specified threshold value, the selection unit reselects the plurality of related items.
Method for performing message arbitration in a first communication network (CAN Network), wherein the first communication network is a CAN network, on the basis of physical arbitration of a physically existing second communication network (PL), wherein the second communication network is a power line network, said first communication network comprising a plurality of first nodes (CAN Controllers), wherein the first nodes are CAN controllers, in turn interconnected with corresponding second nodes (DCAN Devices) of said second communication network (PL), wherein the second nodes are DCAN devices adapted to convert CAN protocol-compliant traffic to power line protocol-compliant traffic, said method comprising: - Receiving a message from a first node (CAN Controller) at a corresponding second node (DCAN device), said message comprising arbitration data of said first communication network (CAN Network); - Generating a message-frame at said second node (DCAN device), said message-frame having a start preamble (Frame-Start) comprising a modified arbitration sequence of said first communication network (CAN Network), wherein the modified arbitration sequence is generated based on a cross-border arbitration, that is a double arbitration, over different kind of networks, said modified arbitration sequence corresponding to a bit-wise replacement of arbitration data of the first communication network (CAN Network) adapted to the physically existing second communication network (PL); and - Transmitting said message-frame over said second communication network (PL) by said corresponding second node (DCAN device). - Receiving a message from a first node (CAN Controller) at a corresponding second node (DCAN device), said message comprising arbitration data of said first communication network (CAN Network); - Generating a message-frame at said second node (DCAN device), said message-frame having a start preamble (Frame-Start) comprising a modified arbitration sequence of said first communication network (CAN Network), wherein the modified arbitration sequence is generated based on a cross-border arbitration, that is a double arbitration, over different kind of networks, said modified arbitration sequence corresponding to a bit-wise replacement of arbitration data of the first communication network (CAN Network) adapted to the physically existing second communication network (PL); and - Transmitting said message-frame over said second communication network (PL) by said corresponding second node (DCAN device).
A method for operating at least one stowable automated robotic pod in a workspace where a workpiece is positioned, the pod including a robot on a base , the base having an upper and a lower portion, the method comprising the steps of : opening a door to a subfloor storage volume , wherein the door is pivotably connected to a floor and is movable between a closed position and an open position, wherein in the closed position the door is flushed with the floor and in the open position the door extends upward toward a vertical position; raising the base vertically through the opening formed by the door in the open position from the storage volume and into the workspace ; performing one or more predetermined operations on the workpiece with the robot ; lowering the base vertically into the storage volume ; and, closing the door to the storage volume . opening a door to a subfloor storage volume , wherein the door is pivotably connected to a floor and is movable between a closed position and an open position, wherein in the closed position the door is flushed with the floor and in the open position the door extends upward toward a vertical position; raising the base vertically through the opening formed by the door in the open position from the storage volume and into the workspace ; performing one or more predetermined operations on the workpiece with the robot ; lowering the base vertically into the storage volume ; and, closing the door to the storage volume .
Flame-resistant materials having a fire-resistant coating containing at least one film-forming binder and a flame retardant, characterized in that the flame retardant contains a phosphonate compound of the formula and in that the film-forming binder comprises homopolymers based on vinyl acetate, copolymers based on vinyl acetate, ethylene and vinyl chloride, copolymers based on vinyl acetate and the vinyl ester of a long-chain, branched carboxylic acid, copolymers based on vinyl acetate and di-n-butyl maleate, copolymers based on vinyl acetate and acrylic esters and/or copolymers based on acrylic esters, vinyl toluene-acrylate polymer, styrene-acrylate polymers, styrene-butadiene polymers, vinyl-acrylate copolymers and/or self-crosslinking polyurethane dispersions. and in that the film-forming binder comprises homopolymers based on vinyl acetate, copolymers based on vinyl acetate, ethylene and vinyl chloride, copolymers based on vinyl acetate and the vinyl ester of a long-chain, branched carboxylic acid, copolymers based on vinyl acetate and di-n-butyl maleate, copolymers based on vinyl acetate and acrylic esters and/or copolymers based on acrylic esters, vinyl toluene-acrylate polymer, styrene-acrylate polymers, styrene-butadiene polymers, vinyl-acrylate copolymers and/or self-crosslinking polyurethane dispersions.
A method for providing a model for a part of a vehicle, comprising the steps of: selecting at least one operation state; selecting at least one possible fault type for said vehicle part; characterized by the following steps: simulating vehicle part performance for said at least one operation state during the occurrence of said at least one possible fault type; for each simulation creating a representation of said vehicle part performance in which each representation is associated with at least one operating parameter value; and storing said at least one representation as the model. selecting at least one operation state; selecting at least one possible fault type for said vehicle part; characterized by the following steps: simulating vehicle part performance for said at least one operation state during the occurrence of said at least one possible fault type; for each simulation creating a representation of said vehicle part performance in which each representation is associated with at least one operating parameter value; and storing said at least one representation as the model. simulating vehicle part performance for said at least one operation state during the occurrence of said at least one possible fault type; for each simulation creating a representation of said vehicle part performance in which each representation is associated with at least one operating parameter value; and storing said at least one representation as the model.
A method comprising: transmitting, by a base station to a user equipment, UE, one or more physical downlink shared channels, PDSCHs, in respective one or more transmission time intervals, TTIs, wherein the one or more PDSCHs are scheduled by a downlink control information, DCI, format that includes a field and is transmitted by the base station in a physical downlink control channel, PDCCH, in a first TTI, wherein, when the DCI format schedules only one PDSCH transmission to the UE in the first TTI, a value of the field indicates a number of DCI formats that the base station transmits to the UE in a set of TTIs, and wherein, when the DCI format schedules multiple PDSCH transmissions to the UE in respective multiple TTIs, a value of the field indicates a number of the multiple TTIs in which the base station transmits multiple respective PDSCHs to the UE . transmitting, by a base station to a user equipment, UE, one or more physical downlink shared channels, PDSCHs, in respective one or more transmission time intervals, TTIs, wherein the one or more PDSCHs are scheduled by a downlink control information, DCI, format that includes a field and is transmitted by the base station in a physical downlink control channel, PDCCH, in a first TTI, wherein, when the DCI format schedules only one PDSCH transmission to the UE in the first TTI, a value of the field indicates a number of DCI formats that the base station transmits to the UE in a set of TTIs, and wherein, when the DCI format schedules multiple PDSCH transmissions to the UE in respective multiple TTIs, a value of the field indicates a number of the multiple TTIs in which the base station transmits multiple respective PDSCHs to the UE .
A multilayer filter formed by a plurality of dielectric layers (Lyr1 - Lyr18), the multilayer filter comprising: a first LC parallel resonator (PLC2) including a first inductor (L1) and a first capacitor (C1); a second LC parallel resonator (PLC2) including a second inductor (L2) and a second capacitor (C2); and an LC series resonator (SLC1) including third to fifth capacitors (C3, C4, C5), and a third inductor (L3)whose one end is connected to a ground point (GND), wherein the plurality of dielectric layers include a first inductor layer in which the first inductor and the second inductor are formed, a second inductor layer in which the third inductor is formed, and a capacitor layer in which the first to fifth capacitors are formed and that is arranged between the first inductor layer and the second inductor layer, and at least one of a first air-core portion (AC1) formed by the first inductor and a second air-core portion (AC2) formed by the second inductor includes, in a region from the first inductor layer to the second inductor layer in a stacking direction of the plurality of dielectric layers, a region enabling magnetic flux to pass therethrough without being obstructed by the first to fifth capacitors and the third inductor. a first LC parallel resonator (PLC2) including a first inductor (L1) and a first capacitor (C1); a second LC parallel resonator (PLC2) including a second inductor (L2) and a second capacitor (C2); and an LC series resonator (SLC1) including third to fifth capacitors (C3, C4, C5), and a third inductor (L3)whose one end is connected to a ground point (GND), wherein the plurality of dielectric layers include a first inductor layer in which the first inductor and the second inductor are formed, a second inductor layer in which the third inductor is formed, and a capacitor layer in which the first to fifth capacitors are formed and that is arranged between the first inductor layer and the second inductor layer, and at least one of a first air-core portion (AC1) formed by the first inductor and a second air-core portion (AC2) formed by the second inductor includes, in a region from the first inductor layer to the second inductor layer in a stacking direction of the plurality of dielectric layers, a region enabling magnetic flux to pass therethrough without being obstructed by the first to fifth capacitors and the third inductor.
Phosphodiesterase 4 (PDE 4)-specific inhibitor for use in the prophylactic or therapeutic treatment of dyslipoproteinaemia, wherein the PDE 4-specific inhibitor decreases low density lipoprotein-associated cholesterol (LDL-C) and/or low density lipoprotein-associated triglyceride (LDL-TG); and/or the ratio of low density lipoprotein (LDL) to high density lipoprotein (HDL), respectively, in human blood or serum.
An improved external fixation strut comprising: - an elongated body comprising a first hollow tubular shaft and a second hollow tubular shaft ; - opposite connectors (201; 202) respectively coupled to an end portion of the first shaft or the second shaft and each including a ball and socket joint; - one shaft having an internal diameter that is slightly larger than the external diameter of the other shaft to host internally the other shaft in a slidable and telescopic manner; - said first and second shafts (210; 220) of the strut being realized by a synthetic radiolucent plastic material; - a clamp element provided in proximity of overlapping ends of the first and second shaft (210; 220) for providing a fast gripping action stopping the telescopic sliding of one shaft inside the other shaft ; wherein said clamp element is a clamp band , the clamp band including opposite and facing gripping portions (205; 206), said gripping portions (205; 206) being connected by a threaded connector; - said threaded connector being a manually operated fixation element acting on the clamp element for exerting said fast gripping action; characterized in that it further comprises: - a sleeve provided around the central portion of the strut where the first and second shafts (210; 220) overlap; the clamp band being around said sleeve. - an elongated body comprising a first hollow tubular shaft and a second hollow tubular shaft ; - opposite connectors (201; 202) respectively coupled to an end portion of the first shaft or the second shaft and each including a ball and socket joint; - one shaft having an internal diameter that is slightly larger than the external diameter of the other shaft to host internally the other shaft in a slidable and telescopic manner; - said first and second shafts (210; 220) of the strut being realized by a synthetic radiolucent plastic material; - a clamp element provided in proximity of overlapping ends of the first and second shaft (210; 220) for providing a fast gripping action stopping the telescopic sliding of one shaft inside the other shaft ; wherein said clamp element is a clamp band , the clamp band including opposite and facing gripping portions (205; 206), said gripping portions (205; 206) being connected by a threaded connector; - said threaded connector being a manually operated fixation element acting on the clamp element for exerting said fast gripping action; - a sleeve provided around the central portion of the strut where the first and second shafts (210; 220) overlap; the clamp band being around said sleeve.
A process for the production of rare earth magnets via a non-powder route, the process comprising the steps of: exposing a rare earth alloy to hydrogen gas at an elevated temperature so as to effect hydrogenation and disproportionation of the alloy; mechanically processing the disproportionated alloy; and degassing the processed alloy so as to effect hydrogen desorption and recombination of the alloy, wherein the rare earth alloy is a bulk solid material and not a powder, and wherein mechanically processing the disproportionated alloy comprises pressing, rolling and/or extruding the disproportionated alloy. exposing a rare earth alloy to hydrogen gas at an elevated temperature so as to effect hydrogenation and disproportionation of the alloy; mechanically processing the disproportionated alloy; and degassing the processed alloy so as to effect hydrogen desorption and recombination of the alloy, wherein the rare earth alloy is a bulk solid material and not a powder, and wherein mechanically processing the disproportionated alloy comprises pressing, rolling and/or extruding the disproportionated alloy.
An apparatus for adjusting a clutch characteristic curve, the apparatus characterized by comprising: a mileage detection unit which detects a mileage of a vehicle; a clutch characteristic curve learning unit which learns the clutch characteristic curve on the basis of data obtained from a vehicle operation; and a clutch characteristic curve adjustment unit which adjusts the clutch characteristic curve by reflecting the mileage detected by the mileage detection unit to a learnt value obtained by the clutch characteristic curve learning unit, characterized in that , the clutch characteristic curve adjustment unit adjusts the points of the clutch characteristic curve by adding, to a current point of the clutch characteristic curve, a product of a rate reflecting the mileage and an amount reflecting a learning amount according to an amount learnt between the current point of the clutch characteristic curve and the learnt value. a mileage detection unit which detects a mileage of a vehicle; a clutch characteristic curve learning unit which learns the clutch characteristic curve on the basis of data obtained from a vehicle operation; and a clutch characteristic curve adjustment unit which adjusts the clutch characteristic curve by reflecting the mileage detected by the mileage detection unit to a learnt value obtained by the clutch characteristic curve learning unit, characterized in that , the clutch characteristic curve adjustment unit adjusts the points of the clutch characteristic curve by adding, to a current point of the clutch characteristic curve, a product of a rate reflecting the mileage and an amount reflecting a learning amount according to an amount learnt between the current point of the clutch characteristic curve and the learnt value.
Device for positioning a clamping element which is provided in order to fix a workpiece in a machining station, said device comprising: at least one positioning element which is configured to display the target position for a moveable clamping element and to move the moveable clamping element into the target position, and a position detection device which is configured to supply the machining station with a signal (S) which comprises the actual position of the clamping element , and which has at least one wireless, in particular optical, magnetic and/or acoustic-based element for position detection. at least one positioning element which is configured to display the target position for a moveable clamping element and to move the moveable clamping element into the target position, and a position detection device which is configured to supply the machining station with a signal (S) which comprises the actual position of the clamping element , and which has at least one wireless, in particular optical, magnetic and/or acoustic-based element for position detection.