mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the operation of a wind turbine, the method comprising: monitoring, with a computing device, a current yaw position of a nacelle of the wind turbine, the current yaw position being located within one of a plurality of yaw sectors defined around a range of travel for the nacelle; monitoring, with the computing device, a wind-dependent parameter of the wind turbine, wherein the wind-dependent parameter comprises at least one of generator speed, generator torque or power output of the wind turbine; monitoring a wind parameter associated with the wind turbine, wherein the wind parameter comprises at least one of wind speed, wind direction, wind gust or turbulence intensity; determining, with the computing device, a variance of the wind-dependent parameter over time, wherein the variance is indicative of variations in a wind parameter associated with the wind turbine; and determining, with the computing device, at least one curtailed operating setpoint for the wind turbine when the variance exceeds a predetermined variance threshold and when the wind parameter exceeds a predetermined wind parameter threshold, wherein the at least one curtailed operating setpoint is determined based at least in part on historical wind data for the yaw sector associated with the current yaw position monitoring, with a computing device, a current yaw position of a nacelle of the wind turbine, the current yaw position being located within one of a plurality of yaw sectors defined around a range of travel for the nacelle; monitoring, with the computing device, a wind-dependent parameter of the wind turbine, wherein the wind-dependent parameter comprises at least one of generator speed, generator torque or power output of the wind turbine; monitoring a wind parameter associated with the wind turbine, wherein the wind parameter comprises at least one of wind speed, wind direction, wind gust or turbulence intensity; determining, with the computing device, a variance of the wind-dependent parameter over time, wherein the variance is indicative of variations in a wind parameter associated with the wind turbine; and determining, with the computing device, at least one curtailed operating setpoint for the wind turbine when the variance exceeds a predetermined variance threshold and when the wind parameter exceeds a predetermined wind parameter threshold, wherein the at least one curtailed operating setpoint is determined based at least in part on historical wind data for the yaw sector associated with the current yaw position
A data transfer method operational on at least one of two devices (202,230)in a terminal, the two devices communicatively coupled through a communication link, said communication link configurable for compatibility with a plurality of physical interface standards, the method comprising: determining a physical interface standard for use for communicating between the two devices in the terminal; selecting an encoder from at least two encoders that encode data in different manners to generate encoded data consistent with the physical interface standard to be used for communicating between the two devices in the terminal; configuring a plurality of drivers (714,728) to receive the encoded data from the selected encoder and to drive a plurality of connectors communicatively coupling the two devices in accordance with the physical interface standard to be used for communicating between the two devices in the terminal; and controlling a plurality of switches to couple outputs of the selected encoder to the plurality of drivers, wherein the plurality of switches is configurable for a plurality of modes of operation and wherein in a first mode of operation, the plurality of switches is configured such that the plurality of drivers operates as differential line drivers and in a second mode of operation, the plurality of switches is configured such that the plurality of drivers operates as M-wire N-phase line drivers. determining a physical interface standard for use for communicating between the two devices in the terminal; selecting an encoder from at least two encoders that encode data in different manners to generate encoded data consistent with the physical interface standard to be used for communicating between the two devices in the terminal; configuring a plurality of drivers (714,728) to receive the encoded data from the selected encoder and to drive a plurality of connectors communicatively coupling the two devices in accordance with the physical interface standard to be used for communicating between the two devices in the terminal; and controlling a plurality of switches to couple outputs of the selected encoder to the plurality of drivers, wherein the plurality of switches is configurable for a plurality of modes of operation and wherein in a first mode of operation, the plurality of switches is configured such that the plurality of drivers operates as differential line drivers and in a second mode of operation, the plurality of switches is configured such that the plurality of drivers operates as M-wire N-phase line drivers.
Protective element for connecting to a concrete element of a tunnel lining and having a protective portion which has a first side which faces the concrete element and on which there is provided at least one connecting element for producing a durable connection of the protective portion to the concrete element, wherein the protective portion consists of at least one plastics material, characterized in that the protective portion has at least one drainage element through which a liquid can pass from the first side of the protective portion to the opposite side of the protective portion that faces away from the concrete element.
A sanding machine for sanding/finishing panels made of wood, metal or the like, the sanding machine comprising a feeding device, which defines a support surface for at least one panel and is designed to feed the panel in a first direction; a sanding device, which is mounted above the support surface and comprises, in turn, an abrasive belt, which is wound in a ring shape around a plurality of idler rollers so as to sand an upper face of the panel; a plurality of thrust elements, which are distributed inside the abrasive belt in a second direction, which is transverse to the first direction and parallel to the support surface; and, for each thrust element, a respective actuator cylinder to move the thrust element between a lowered operating position, in which the thrust element moves the abrasive belt so as to cause it to come into contact with the upper face of the panel, and a raised rest position; each actuator cylinder comprising a cylinder, an output rod, which is engaged in the cylinder in a sliding manner and is configured to divide the cylinder into an upper chamber and a lower chamber, a first pneumatic circuit communicating with the upper chamber so as to move the thrust element to its lowered operating position, and a second pneumatic circuit communicating with the lower chamber so as to move the thrust element to its raised rest position; and being characterized in that the first pneumatic circuit is configured to supply the upper chamber in a continuous manner and the second pneumatic circuit is provided with a valve device to supply the lower chamber in a selective manner.
Prepared food product comprising: *an anhydrous food product comprising: - between 15% and 40% by weight of cocoa butter; - between 3% and 50% by weight of dry plant material being whole or fragmented plants, non-fat and dehydrated or partially dehydrated; - between 10% and 38% by weight of mono-, di- and/or polysaccharides; - between 10% and 40% by weight of fat except coca butter having an SFC less than or equal to 40% at 20°C; - optionally up to 30% by weight of dry dairy material; - optionally up to 20% by weight of sweetening agent; - optionally up to 8% by weight of spices; and - optionally up to 5% by weight of emulsifier; this product is such that: - the weight ratio between the fat having an SFC less than or equal to 40% at 20°C and the cocoa butter is greater than 0.25; - its water content is less than 5% by weight; and - the dry material of the product has a D less than or equal to 50 microns in the finished product; and *a hydrating agent formed from at least 80% by weight of water, characterised in that the hydrating agent / anhydrous food product weight ratio is between 0.1 and 4. *an anhydrous food product comprising: - between 15% and 40% by weight of cocoa butter; - between 3% and 50% by weight of dry plant material being whole or fragmented plants, non-fat and dehydrated or partially dehydrated; - between 10% and 38% by weight of mono-, di- and/or polysaccharides; - between 10% and 40% by weight of fat except coca butter having an SFC less than or equal to 40% at 20°C; - optionally up to 30% by weight of dry dairy material; - optionally up to 20% by weight of sweetening agent; - optionally up to 8% by weight of spices; and - optionally up to 5% by weight of emulsifier; this product is such that: - the weight ratio between the fat having an SFC less than or equal to 40% at 20°C and the cocoa butter is greater than 0.25; - its water content is less than 5% by weight; and - the dry material of the product has a D less than or equal to 50 microns in the finished product; and - between 15% and 40% by weight of cocoa butter; - between 3% and 50% by weight of dry plant material being whole or fragmented plants, non-fat and dehydrated or partially dehydrated; - between 10% and 38% by weight of mono-, di- and/or polysaccharides; - between 10% and 40% by weight of fat except coca butter having an SFC less than or equal to 40% at 20°C; - optionally up to 30% by weight of dry dairy material; - optionally up to 20% by weight of sweetening agent; - optionally up to 8% by weight of spices; and - optionally up to 5% by weight of emulsifier; - the weight ratio between the fat having an SFC less than or equal to 40% at 20°C and the cocoa butter is greater than 0.25; - its water content is less than 5% by weight; and - the dry material of the product has a D less than or equal to 50 microns in the finished product; and *a hydrating agent formed from at least 80% by weight of water,
An optical shape sensing, OSS, sound generation system arranged to employ an optical shape sensor, the system comprising: an OSS controller structurally configured to control a generation by the optical shape sensor of sensor data indicative of at least one stimuli measurement of the optical shape sensor; at least one audible device; and a sound controller structurally configured to interpret the sensor data to control a generation by the at least one audible device of at least one sound derived from the at least one stimuli measurement of the optical shape sensor, wherein the at least one sound is indicative of a changing location and/or direction of the optical shape sensor relative to a coordinate system. an OSS controller structurally configured to control a generation by the optical shape sensor of sensor data indicative of at least one stimuli measurement of the optical shape sensor; at least one audible device; and a sound controller structurally configured to interpret the sensor data to control a generation by the at least one audible device of at least one sound derived from the at least one stimuli measurement of the optical shape sensor, wherein the at least one sound is indicative of a changing location and/or direction of the optical shape sensor relative to a coordinate system.
Mop for cleaning surfaces, comprising a material layer of a textile carrier material, wherein the mop - has a geometry adapted to the dimensions of a substantially rectangular mop refill holder; and - comprises an underside which, when used on the mop refill holder, faces the surface to be cleaned when cleaning surfaces; - an upper side facing away from the underside; - a first longitudinal edge along the longitudinal dimension of the mop, a second longitudinal edge along the longitudinal dimension of the mop, and a first transverse edge along the transverse dimension of the mop and a second transverse edge along the transverse dimension of the mop; and - the material layer along the first longitudinal edge and/or along the second longitudinal edge is in each case folded over at least once to the extent that a first folded-over section extends substantially parallel to the upper side of the material layer along the first longitudinal edge and/or a second folded-over section extends substantially parallel to the upper side of the material layer along the second longitudinal edge, so that the thickness of the material layer is increased in the region of the first longitudinal edge and/or in the region of the second longitudinal edge; characterised in that the first folded-over section and the second folded-over section are in each case folded over once in the direction of the underside of the material layer. - has a geometry adapted to the dimensions of a substantially rectangular mop refill holder; and - comprises an underside which, when used on the mop refill holder, faces the surface to be cleaned when cleaning surfaces; - an upper side facing away from the underside; - a first longitudinal edge along the longitudinal dimension of the mop, a second longitudinal edge along the longitudinal dimension of the mop, and a first transverse edge along the transverse dimension of the mop and a second transverse edge along the transverse dimension of the mop; and - the material layer along the first longitudinal edge and/or along the second longitudinal edge is in each case folded over at least once to the extent that a first folded-over section extends substantially parallel to the upper side of the material layer along the first longitudinal edge and/or a second folded-over section extends substantially parallel to the upper side of the material layer along the second longitudinal edge, so that the thickness of the material layer is increased in the region of the first longitudinal edge and/or in the region of the second longitudinal edge;
A computer-implemented method for approximating a subset of test results of a virtual test of a device for at least partially autonomously guiding a motor vehicle, having the steps: providing a dataset defining a state space, each state (Z1, Z2... Zn) being formed by a parameter set (P1, P2... Pn) of driving situation parameters, for which state (Z1, Z2... Zn) one or more actions (A1, A2... An) can be performed in order to achieve a further parameter set (P1, P2... Pn) from the parameter set (P1, P2... Pn), each parameter set (P1, P2... Pn) comprising at least one surrounding area parameter (FP1, FP2) describing the surrounding area of the motor vehicle and at least one ego parameter describing the state of the motor vehicle; characterized by the following steps: performing an approximating step, wherein a function valve (F1, F2... Fn) of at least one further parameter set (P1, P2... Pn) is approximated using an artificial neuronal network, wherein if the function value (F1, F2... Fn) of the at least one approximated further parameter set (P1, P2... Pn) is greater than or equal to a specified threshold value, then the at least one further parameter set (P1, P2... Pn) is identified as belonging to the subset of test results, wherein if the function value (F1, F2... Fn) of the at least one further parameter set (P1, P2... Pn) is less than the specified threshold value, then the artificial neuronal network performs at least one further approximating step starting from the most recently approximated further parameter set (P1, P2... Pn) until the function value (F1, F2... Fn) of a further parameter set (P1, P2... Pn) is greater than or equal to the specified threshold value. performing an approximating step, wherein a function valve (F1, F2... Fn) of at least one further parameter set (P1, P2... Pn) is approximated using an artificial neuronal network, wherein if the function value (F1, F2... Fn) of the at least one approximated further parameter set (P1, P2... Pn) is greater than or equal to a specified threshold value, then the at least one further parameter set (P1, P2... Pn) is identified as belonging to the subset of test results, wherein if the function value (F1, F2... Fn) of the at least one further parameter set (P1, P2... Pn) is less than the specified threshold value, then the artificial neuronal network performs at least one further approximating step starting from the most recently approximated further parameter set (P1, P2... Pn) until the function value (F1, F2... Fn) of a further parameter set (P1, P2... Pn) is greater than or equal to the specified threshold value.
A packaging assembly for flexographic printing plates comprising: a packaging container having a base; and at least one flexographic printing plate positioned in the container adjacent the base, the at least one flexographic printing plate comprising an elastomeric photopolymerizable layer of a composition comprising a binder, at least one monomer, and at least one photoinitiator or photoinitiator system, that is adjacent a support, the elastomeric photopolymerizable layer having a thickness between 0.6 and 7 mm, wherein an interface having a coefficient of static friction of less than 0.30 is disposed between the plate and the base. a packaging container having a base; and at least one flexographic printing plate positioned in the container adjacent the base, the at least one flexographic printing plate comprising an elastomeric photopolymerizable layer of a composition comprising a binder, at least one monomer, and at least one photoinitiator or photoinitiator system, that is adjacent a support, the elastomeric photopolymerizable layer having a thickness between 0.6 and 7 mm, wherein an interface having a coefficient of static friction of less than 0.30 is disposed between the plate and the base.
A controlled release oral dosage form having a core and a single layer surrounding the core, wherein a) the core comprises: i) an effective amount of at least one therapeutically active agent, and ii) at least one first pharmaceutically acceptable excipient, and b) the single layer surrounding the core is a stable controlled release monolithic coating formed by a process comprising coating the core with a coating composition to form a coated core, and curing the coated core after said coating to form the stable controlled release monolithic coating, wherein the coating composition comprises i) an aqueous dispersion of a neutral ester copolymer without any functional groups; ii) a poly glycol having a melting point of at least 55°C; and iii) at least one second pharmaceutically acceptable excipient; wherein the curing is conducted at a temperature at least equal to or greater than the melting point of the poly glycol from 2 to 7 hours. a) the core comprises: i) an effective amount of at least one therapeutically active agent, and ii) at least one first pharmaceutically acceptable excipient, and i) an effective amount of at least one therapeutically active agent, and ii) at least one first pharmaceutically acceptable excipient, and b) the single layer surrounding the core is a stable controlled release monolithic coating formed by a process comprising coating the core with a coating composition to form a coated core, and curing the coated core after said coating to form the stable controlled release monolithic coating, wherein the coating composition comprises i) an aqueous dispersion of a neutral ester copolymer without any functional groups; ii) a poly glycol having a melting point of at least 55°C; and iii) at least one second pharmaceutically acceptable excipient; wherein the curing is conducted at a temperature at least equal to or greater than the melting point of the poly glycol from 2 to 7 hours. i) an aqueous dispersion of a neutral ester copolymer without any functional groups; ii) a poly glycol having a melting point of at least 55°C; and iii) at least one second pharmaceutically acceptable excipient;
A display control system comprising: - a plurality of arrayed row panels (A-M) of a control center, each row panel comprising juxtaposed panels, each panel comprising a plurality of columns, each column comprising a measurement unit, wherein each measurement unit comprises a measurement device on which a measurement device display unit is not mounted, - wherein each of the row panels (A-M) comprises a display control unit which is provided on one of the measurement units of the row panels (A-M), - wherein, for each of the row panels (A-M), the display control unit is connected through a line by a wired circuit network to each of the measurement units, and - the display control unit comprises a display unit adapted to display the array of row panels (A-M) of the control center, and is further adapted to display each operation state of the measurement units of a row panel (A-M), and - a control unit adapted to execute a control command and adapted to send the control command to each of the measurement units of the row panel (A-M). - a plurality of arrayed row panels (A-M) of a control center, each row panel comprising juxtaposed panels, each panel comprising a plurality of columns, each column comprising a measurement unit, wherein each measurement unit comprises a measurement device on which a measurement device display unit is not mounted, - wherein each of the row panels (A-M) comprises a display control unit which is provided on one of the measurement units of the row panels (A-M), - wherein, for each of the row panels (A-M), the display control unit is connected through a line by a wired circuit network to each of the measurement units, and - the display control unit comprises a display unit adapted to display the array of row panels (A-M) of the control center, and is further adapted to display each operation state of the measurement units of a row panel (A-M), and - a control unit adapted to execute a control command and adapted to send the control command to each of the measurement units of the row panel (A-M).
Method of depositing a graphene-based layer on a substrate by means of chemical gas phase deposition, in which at least one hydrocarbon as starting material for a chemical reaction is admitted into a vacuum chamber and a plasma is simultaneously formed within the vacuum chamber, characterized in that at least one magnetron is used to produce the plasma, where the magnetron comprises at least one target, the material of which is selected from at least one catalytically active metal from the group of the chemical elements Co, Ni, Cu, Ru, Pd, Ir, Pt, and where the electrical power of the magnetron is adjusted such that the proportion in the graphene-based layer of intercalated target particles is less than 1 at%.