mhurhangee/ep-ind-claims huggingface dataset:
A stress sensor circuit (100, 200, 300) operable to generate a voltage output, comprising: a substrate configured to be subjected to mechanical stress along at least one dimension; and a bridge circuit disposed on the substrate and coupled between an output node (Vout) and a ground node, the bridge circuit comprising: a first branch having a first resistor of value R1, the first resistor having a first orientation and coupled to a tuning resistor of value Rtune at a first intermediate node, a second branch having a second resistor of value R2, the second resistor having a second orientation that is different from the first orientation, the second resistor coupled to a variable resistor of value Rvar at a second intermediate node, wherein Rvar is non-linearly tunable based on the voltage output, and an amplifier (140, 240) having a positive input terminal coupled to the second intermediate node, and a negative input terminal coupled to the first intermediate node, the amplifier (140, 240) configured to generate the voltage output at the output node (Vout) as a function of the mechanical stress applied to the substrate. a substrate configured to be subjected to mechanical stress along at least one dimension; and a bridge circuit disposed on the substrate and coupled between an output node (Vout) and a ground node, the bridge circuit comprising: a first branch having a first resistor of value R1, the first resistor having a first orientation and coupled to a tuning resistor of value Rtune at a first intermediate node, a second branch having a second resistor of value R2, the second resistor having a second orientation that is different from the first orientation, the second resistor coupled to a variable resistor of value Rvar at a second intermediate node, wherein Rvar is non-linearly tunable based on the voltage output, and an amplifier (140, 240) having a positive input terminal coupled to the second intermediate node, and a negative input terminal coupled to the first intermediate node, the amplifier (140, 240) configured to generate the voltage output at the output node (Vout) as a function of the mechanical stress applied to the substrate. a first branch having a first resistor of value R1, the first resistor having a first orientation and coupled to a tuning resistor of value Rtune at a first intermediate node, a second branch having a second resistor of value R2, the second resistor having a second orientation that is different from the first orientation, the second resistor coupled to a variable resistor of value Rvar at a second intermediate node, wherein Rvar is non-linearly tunable based on the voltage output, and an amplifier (140, 240) having a positive input terminal coupled to the second intermediate node, and a negative input terminal coupled to the first intermediate node, the amplifier (140, 240) configured to generate the voltage output at the output node (Vout) as a function of the mechanical stress applied to the substrate.
A method for scheduling uplink transmission allocations, the method comprising: a wireless transmit/receive unit, WTRU, sending control information; and characterised by: said WTRU receiving a non-persistent grant allocation, wherein the non-persistent grant allocation is associated with an uplink transmission, and wherein the non-persistent grant allocation includes a determined grant limit, and wherein the determined grant limit is a pre-defined number of MAC-e packet data units. a wireless transmit/receive unit, WTRU, sending control information; and characterised by: said WTRU receiving a non-persistent grant allocation, wherein the non-persistent grant allocation is associated with an uplink transmission, and wherein the non-persistent grant allocation includes a determined grant limit, and wherein the determined grant limit is a pre-defined number of MAC-e packet data units.
A mobile terminal, comprising: a touchscreen; a wireless communication unit; and a controller configured to: display a map of a parking lot including a plurality of parking spaces on the touchscreen when the mobile terminal enters the parking lot, communicate, via the wireless communication unit, with at least one black box device of a corresponding vehicle parked in the parking lot and at least one CCTV installed in the parking lot, identify a location of the at least one black box device and a location of the corresponding vehicle parked in the parking lot based on the communication with the at least one black box device, and display the identified location of the at least one black box device and the identified location of the corresponding vehicle on the map of the parking lot. a touchscreen; a wireless communication unit; and a controller configured to: display a map of a parking lot including a plurality of parking spaces on the touchscreen when the mobile terminal enters the parking lot, communicate, via the wireless communication unit, with at least one black box device of a corresponding vehicle parked in the parking lot and at least one CCTV installed in the parking lot, identify a location of the at least one black box device and a location of the corresponding vehicle parked in the parking lot based on the communication with the at least one black box device, and display the identified location of the at least one black box device and the identified location of the corresponding vehicle on the map of the parking lot. display a map of a parking lot including a plurality of parking spaces on the touchscreen when the mobile terminal enters the parking lot, communicate, via the wireless communication unit, with at least one black box device of a corresponding vehicle parked in the parking lot and at least one CCTV installed in the parking lot, identify a location of the at least one black box device and a location of the corresponding vehicle parked in the parking lot based on the communication with the at least one black box device, and display the identified location of the at least one black box device and the identified location of the corresponding vehicle on the map of the parking lot.
A computer-implemented method of generating at least one depth value, the method comprising: receiving, by one or more processors, captured image data from a first optical device having a first optical axis or a second optical device having a second optical axis; receiving, from a flexion sensor, by the one or more processors, sensor data which reflects a value of electrical resistance associated with a current deformation of the flexion sensor indicative of a deflection of a substrate that supports the first and second optical devices, the deflection resulting in a misalignment of the first optical axis relative to the second optical axis, the flexion sensor being configured to measure the deflection along at least one bending axis of the substrate; determining a deflection amount based on the sensor data; and generating, by the one or more processors, a depth value based on the captured image data and the deflection amount, the depth value reflecting a compensation for the misalignment of the first optical axis relative to the second optical axis. receiving, by one or more processors, captured image data from a first optical device having a first optical axis or a second optical device having a second optical axis; receiving, from a flexion sensor, by the one or more processors, sensor data which reflects a value of electrical resistance associated with a current deformation of the flexion sensor indicative of a deflection of a substrate that supports the first and second optical devices, the deflection resulting in a misalignment of the first optical axis relative to the second optical axis, the flexion sensor being configured to measure the deflection along at least one bending axis of the substrate; determining a deflection amount based on the sensor data; and generating, by the one or more processors, a depth value based on the captured image data and the deflection amount, the depth value reflecting a compensation for the misalignment of the first optical axis relative to the second optical axis.
A piston for an internal combustion engine which has a piston sleeve for receiving a piston pin, characterised in that the piston sleeve is produced from an aluminium alloy of alloy series 2xxx, the aluminium alloy of the piston sleeve comprising copper (Cu) 1.9 to a maximum of 2.7 % by weight, magnesium (Mg) 1.3 to a maximum of 1.8 % by weight, iron (Fe) 0.9 to a maximum of 1.3 % by weight, nickel (Ni) 0.9 to a maximum of 1.2 % by weight, manganese (Mn) up to a maximum of 0.2 % by weight, silicon (Si) 0.1 to a maximum of 0.3 % by weight, titanium (Ti) 0.04 to a maximum of 0.1 % by weight, zinc (Zn) up to a maximum of 0.1 % by weight, and optionally zirconium (Zr) 0.04 to a maximum of 0.15 % by weight, and, as the remainder, aluminium and the unavoidable accompanying and impurity elements.
A centrifuge assembly with a centrifuge, preferably separator arrangement, with a drum with a preferably vertical axis of rotation, which is placed onto a rotatable drive spindle that can be rotated by a drive and is preferably surrounded by a hood, wherein the drive spindle is mounted rotatably in a machine stand which, in turn, can be installed on a foundation by means of at least one or a plurality of supporting feet, wherein each supporting foot has at least one adjustable first elastic element and at least one second elastic, preferably nonadjustable element, and wherein the at least one second elastic element is designed in particular for vertical support of the machine stand, characterized in that the at least one adjustable first elastic element is designed for setting the horizontal spring rigidity and damping of the mass/spring system.
A method for operating an insulated gate bipolar transistor IGBT (106,108), comprising: detecting a desaturation condition in the IGBT (106,108); and initiating a turn off procedure when desaturation is detected, the turn off procedure including: holding a gate of the IGBT (106,108) at at least one voltage level intermediate between a positive rail voltage and a negative rail voltage of an operational range of the IGBT (106,108); and controlling a gate resistance of the IGBT (106,108) during the turn off procedure; wherein the at least one voltage level includes a first voltage and a second voltage less than the first voltage; and wherein the gate resistance at the first voltage is lower than the gate resistance at the second voltage. detecting a desaturation condition in the IGBT (106,108); and initiating a turn off procedure when desaturation is detected, the turn off procedure including: holding a gate of the IGBT (106,108) at at least one voltage level intermediate between a positive rail voltage and a negative rail voltage of an operational range of the IGBT (106,108); and controlling a gate resistance of the IGBT (106,108) during the turn off procedure; holding a gate of the IGBT (106,108) at at least one voltage level intermediate between a positive rail voltage and a negative rail voltage of an operational range of the IGBT (106,108); and controlling a gate resistance of the IGBT (106,108) during the turn off procedure; wherein the at least one voltage level includes a first voltage and a second voltage less than the first voltage; and wherein the gate resistance at the first voltage is lower than the gate resistance at the second voltage.
An engagement structure including a mouth member of a pressure vessel and a blow pin for a parison to be placed around the mouth member with the blow pin received in the mouth member, and to be blow molded by using a die assembly surrounding the parison so that a plastic liner of the pressure vessel is formed along a die surface of the die assembly as a vessel-like structure, characterized in that the engagement structure further comprises: a through hole passed through a peripheral wall of the blow pin; and a ball received in the through hole so as to be moveable in a radial direction; and a recess formed in an inner circumferential surface of the mouth member, wherein the recess is formed at a position to oppose the ball in the through hole of the blow pin when the blow pin is received in the mouth member, such that the mouth member and the blow pin received in the mouth member are engaged with each other by the ball moving radially outward until a part of the ball is received in the recess. a through hole passed through a peripheral wall of the blow pin; and a ball received in the through hole so as to be moveable in a radial direction; and a recess formed in an inner circumferential surface of the mouth member,
A method of obtaining a composition for influencing or modifiying (a) growth of human hair and/or (b) pigmentation of human hair and/or (c) pigmentation of human skin and/or (d) level of CE protein components, comprising or consisting of the following steps: (i) extracting viable, freeze-dried or dried cells of Tetraselmis sp., preferably Tetraselmis suecica, with water and a second liquid extractant selected from the group consisting of ethanol, methanol, isopropanol, and (ii) optionally adjusting the phototoxicity of the composition to a phototoxicity index of less than 5, wherein the extraction comprises (i-a) exposition of the cell material to the extractant for up to 24h at a temperature of not more than 50 °C, and (i-b) removal of the cell material to obtain an extract, the extract being the composition or being further processed into the composition; and wherein the extraction comprises repeating steps (i-a) and (i-b) once, twice, three or four times, and wherein in each step (i-a) the cell material removed in the respective prior step (i-b) is used, and the extracts of steps (i-b) are combined. (a) growth of human hair and/or (b) pigmentation of human hair and/or (c) pigmentation of human skin and/or (d) level of CE protein components, (i) extracting viable, freeze-dried or dried cells of Tetraselmis sp., preferably Tetraselmis suecica, with water and a second liquid extractant selected from the group consisting of ethanol, methanol, isopropanol, and (ii) optionally adjusting the phototoxicity of the composition to a phototoxicity index of less than 5, (i-a) exposition of the cell material to the extractant for up to 24h at a temperature of not more than 50 °C, and (i-b) removal of the cell material to obtain an extract, the extract being the composition or being further processed into the composition; and wherein the extraction comprises repeating steps (i-a) and (i-b) once, twice, three or four times, and wherein in each step (i-a) the cell material removed in the respective prior step (i-b) is used, and the extracts of steps (i-b) are combined.
An apparatus for a mobile communication network, the mobile communication network comprising a first baseband unit (102; 202) coupled to a first remote unit and comprising a second baseband unit (110; 210), wherein the first baseband unit (102; 202) is operable to perform baseband data processing for one or more mobile units associated to the first remote unit, the baseband data processing comprising lower layer protocol stack processing and higher layer protocol stack processing for the one or more mobile units associated to the first remote unit, the apparatus comprising: a splitting module operable to initiate, in accordance with a selected splitting mode, a relocation of either the lower or the higher layer protocol stack processing for the one or more mobile units associated to the first remote unit from the first baseband unit (102; 202) to the second baseband unit (110; 210). a splitting module operable to initiate, in accordance with a selected splitting mode, a relocation of either the lower or the higher layer protocol stack processing for the one or more mobile units associated to the first remote unit from the first baseband unit (102; 202) to the second baseband unit (110; 210).
Supply station for providing electric power for an electrically operable vehicle, comprising - an electric supply line, - a terminal element connectable to a supply network via the electric supply line and serving for connection to the electrically operable vehicle, - a switching element, assigned to the electric supply line, for switching the terminal element on and off, - a fault current protection switching element, which like the switching element is assigned to the electric supply line, - a housing which encloses each of the electric feed line and the fault current protection switching element in portions and provides an opening, - a closure element assigned to the opening and manually transferable from an open position in which the opening is exposed to a closed position in which the opening is closed at least in portions, the fault current protection switching element providing an actuation device for transferring the fault current protection switching element from a monitoring switch position, as a first switch state of the fault current protection switching element, into an interrupting switch position, as a second switch state of the fault current protection switching element, and back, characterised in that the actuation device is a mechanical actuation device, and in that, between the closure element and the mechanical actuation device of the fault current protection switching element, an operative connection having a free-running function is established, in such a way that the fault current protection switching element is transferred from the interrupting switch position into the monitoring switch position by transferring the closure element to the open position, without the fault current protection switching element arriving in the interrupting switch position when the closure element is transferred from the open position into the closed position. - an electric supply line, - a terminal element connectable to a supply network via the electric supply line and serving for connection to the electrically operable vehicle, - a switching element, assigned to the electric supply line, for switching the terminal element on and off, - a fault current protection switching element, which like the switching element is assigned to the electric supply line, - a housing which encloses each of the electric feed line and the fault current protection switching element in portions and provides an opening, - a closure element assigned to the opening and manually transferable from an open position in which the opening is exposed to a closed position in which the opening is closed at least in portions,
A prescriptive seed treatment method comprising the steps of: providing a planter, a seed, and a seed-applied substance; calculating a location where the seed will be planted by the planter; selecting, based at least in part on a condition, a combination of seed and seed-applied substance to plant at the location; generating the combination of the seed and seed-applied substance prior to the combination being planted at the location; and planting the combination of the seed and seed-applied substance, characterized in that the step of generating the combination of the seed and seed-applied substance prior to the combination being planted at the location further comprises: providing a plurality of seed receptacles (20, 24), wherein at least two of the plurality of seed receptacles contains a different combination of seed and seed-applied substance; generating the different combination of seed and seed-applied substance prior to placement into the at least two of the plurality of seed receptacles; selecting a seed receptacle from the plurality of seed receptacles containing the selected combination of seed and seed-applied substance; and delivering the selected combination of seed and seed-applied substance from the selected seed receptacle to be planted by the planter. providing a planter, a seed, and a seed-applied substance; calculating a location where the seed will be planted by the planter; selecting, based at least in part on a condition, a combination of seed and seed-applied substance to plant at the location; generating the combination of the seed and seed-applied substance prior to the combination being planted at the location; and planting the combination of the seed and seed-applied substance, characterized in that the step of generating the combination of the seed and seed-applied substance prior to the combination being planted at the location further comprises: providing a plurality of seed receptacles (20, 24), wherein at least two of the plurality of seed receptacles contains a different combination of seed and seed-applied substance; generating the different combination of seed and seed-applied substance prior to placement into the at least two of the plurality of seed receptacles; selecting a seed receptacle from the plurality of seed receptacles containing the selected combination of seed and seed-applied substance; and delivering the selected combination of seed and seed-applied substance from the selected seed receptacle to be planted by the planter. providing a plurality of seed receptacles (20, 24), wherein at least two of the plurality of seed receptacles contains a different combination of seed and seed-applied substance; generating the different combination of seed and seed-applied substance prior to placement into the at least two of the plurality of seed receptacles; selecting a seed receptacle from the plurality of seed receptacles containing the selected combination of seed and seed-applied substance; and delivering the selected combination of seed and seed-applied substance from the selected seed receptacle to be planted by the planter.
Method for typing the driving mode of an autonomous vehicle, said vehicle comprising a vehicle speed regulator based on a target speed, said method comprising the steps of: • Selection of a parameter, J max, representing a maximum jerk that the vehicle must not exceed in absolute value; • Acquisition of a target speed representing the speed that the vehicle must reach; • Acquisition of an initial speed of the vehicle representing a speed of the vehicle at the current time; • Acquisition of an initial acceleration of the vehicle representing an acceleration of the vehicle at the current instant; • Determination of a target speed profile based on said parameter, the initial vehicle speed, the set speed, and the initial acceleration, said target speed profile presenting a constant acceleration. • Selection of a parameter, J max, representing a maximum jerk that the vehicle must not exceed in absolute value; • Acquisition of a target speed representing the speed that the vehicle must reach; • Acquisition of an initial speed of the vehicle representing a speed of the vehicle at the current time; • Acquisition of an initial acceleration of the vehicle representing an acceleration of the vehicle at the current instant; • Determination of a target speed profile based on said parameter, the initial vehicle speed, the set speed, and the initial acceleration, said target speed profile presenting a constant acceleration.
A cutting unit for a harvester, in particular for a combine harvester, comprising a cutting unit frame; and a cutter bar held at the cutting unit frame for reaping a crop, wherein, for a security against overload, the cutter bar is coupled to the cutting unit frame via at least one buffer device which allows an at least section-wise escape movement of the cutter bar in an escape direction on an exertion of force on the cutter bar exceeding a threshold value, characterized in that the buffer device is configured to hold the cutter bar at the cutting unit frame in a stable position if the exertion of force on the cutter bar does not exceed the threshold value in the escape direction, with the threshold value amounting to at least 5 kN.