mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: obtaining a logical model of a network, the logical model representing a configuration of objects and object properties defined for the network; based on the logical model, generating a runtime logical model of the network, the runtime logical model providing a representation of the logical model that is normalized according to a specific format that can be propagated to and understood by the physical infrastructure of the network and including configuration components for delivery to the physical infrastructure to execute one or more policies; based on the runtime logical model, generating, for one or more network devices in the network, a respective device-specific representation of the logical model, the respective device-specific representation projecting the logical model onto a respective one of the one or more network devices; and delivering the device-specific representation generated for a network device to the network device, wherein the network device renders policies in the device-specific representation into a concrete model that can be executed by the network device. obtaining a logical model of a network, the logical model representing a configuration of objects and object properties defined for the network; based on the logical model, generating a runtime logical model of the network, the runtime logical model providing a representation of the logical model that is normalized according to a specific format that can be propagated to and understood by the physical infrastructure of the network and including configuration components for delivery to the physical infrastructure to execute one or more policies; based on the runtime logical model, generating, for one or more network devices in the network, a respective device-specific representation of the logical model, the respective device-specific representation projecting the logical model onto a respective one of the one or more network devices; and delivering the device-specific representation generated for a network device to the network device, wherein the network device renders policies in the device-specific representation into a concrete model that can be executed by the network device.
A method for controlling a container carrier, comprising: receiving position information, and receiving route information in the cargo handling area for the container carrier, assigning to the cargo handling area at least two portions comprising different speed categories in response to the route information, characterized by calculating the speed control information at least in response to the speed category in the position of the container carrier and the weight and/or lifting height of the container, and sending the speed control information to the drive control system. receiving position information, and receiving route information in the cargo handling area for the container carrier, assigning to the cargo handling area at least two portions comprising different speed categories in response to the route information, characterized by calculating the speed control information at least in response to the speed category in the position of the container carrier and the weight and/or lifting height of the container, and sending the speed control information to the drive control system.
Method for preparing a feed additive, characterized in that a fermentation broth containing L-amino acid, which has a water content of 35 to 75% by weight and a content of surface-active substance of 0.1 to 20% by weight, and from which the biomass has been partially or completely removed, is converted by drying into a particulate composition wherein at least one of the following surface-active substances are present in the following amounts: corn steep liquor in an amount of 1 to 10% by weight, wherein the corn steep liquor has a dry mass of at least 40% by weight and a residual sugar content of at most 2% by weight; phospholipids, polyglycols and mixtures thereof each in an amount of 0.1 to 5% by weight.
A fuel tank comprising a filling place which is provided to allow fuel access into the reservoir, and a float which enables to measure the fuel amount inside the reservoir, and comprising the following in order to provide fuel suction continuously from inside the fuel tank: • A small reservoir separated inside the reservoir with a partition wall (2.3) which extends at a vertical direction, sufficiently perpendicular to the base of the fuel tank, • A large reservoir having a larger volume relative to the small reservoir such that it is neighbouring the small reservoir located inside the fuel tank, • A first suction pipe (3.1) extending into the large reservoir, and • A second suction pipe (2.1) extending into the small reservoir, the fuel tank being characterized by further comprising: • an electro valve which determines the suction pipe (2.1, 3.1) which needs to carry out suction in accordance with the fuel amount information received from the float, wherein the first suction pipe (3.1) and the second suction pipe (2.1) are connected to each other. • A small reservoir separated inside the reservoir with a partition wall (2.3) which extends at a vertical direction, sufficiently perpendicular to the base of the fuel tank, • A large reservoir having a larger volume relative to the small reservoir such that it is neighbouring the small reservoir located inside the fuel tank, • A first suction pipe (3.1) extending into the large reservoir, and • A second suction pipe (2.1) extending into the small reservoir, • an electro valve which determines the suction pipe (2.1, 3.1) which needs to carry out suction in accordance with the fuel amount information received from the float, wherein the first suction pipe (3.1) and the second suction pipe (2.1) are connected to each other.
An infrared suppressor for an aircraft engine, said infrared suppressor comprising: a lobed mixer comprising a plurality of lobes, the lobes being hollow and spaced apart by wall segments, the lobed mixer being arranged to receive hot exhaust gas from the aircraft engine, and to direct hot exhaust gas between the lobes to generate flows of hot exhaust gas, and to receive cold air from an opening formed around a wall of lobed mixer, and to direct cold air into the lobes to generate flows of cold air that alternate with the flows of hot exhaust gas, and to direct cold air over wall segments to generate flows of cold air, so that flows of hot exhaust gas exiting from between the lobes are surrounded on three sides by cold air flow, and a single baffle assembly configured to receive the flows of hot exhaust gas and cold air and arranged to mix the hot exhaust gas with the cold air, the single baffle assembly comprising a wedge shaped forward baffle arranged to split the combined flow of hot exhaust gas and cold air from the lobed mixer in two, and to hide the lobes in a line-of-sight from an exit of said infrared suppressor, and a cold baffle arranged to shield said forward baffle in an exit direction. a lobed mixer comprising a plurality of lobes, the lobes being hollow and spaced apart by wall segments, the lobed mixer being arranged to receive hot exhaust gas from the aircraft engine, and to direct hot exhaust gas between the lobes to generate flows of hot exhaust gas, and to receive cold air from an opening formed around a wall of lobed mixer, and to direct cold air into the lobes to generate flows of cold air that alternate with the flows of hot exhaust gas, and to direct cold air over wall segments to generate flows of cold air, so that flows of hot exhaust gas exiting from between the lobes are surrounded on three sides by cold air flow, and to receive hot exhaust gas from the aircraft engine, and to direct hot exhaust gas between the lobes to generate flows of hot exhaust gas, and to receive cold air from an opening formed around a wall of lobed mixer, and to direct cold air into the lobes to generate flows of cold air that alternate with the flows of hot exhaust gas, and to direct cold air over wall segments to generate flows of cold air, so that flows of hot exhaust gas exiting from between the lobes are surrounded on three sides by cold air flow, and a single baffle assembly configured to receive the flows of hot exhaust gas and cold air and arranged to mix the hot exhaust gas with the cold air, the single baffle assembly comprising a wedge shaped forward baffle arranged to split the combined flow of hot exhaust gas and cold air from the lobed mixer in two, and to hide the lobes in a line-of-sight from an exit of said infrared suppressor, and a cold baffle arranged to shield said forward baffle in an exit direction. a wedge shaped forward baffle arranged to split the combined flow of hot exhaust gas and cold air from the lobed mixer in two, and to hide the lobes in a line-of-sight from an exit of said infrared suppressor, and a cold baffle arranged to shield said forward baffle in an exit direction.
A method for generating a brain stimulation pattern for treating a patient with a neurological disorder, wherein the neurological disease is Parkinson's Disease, the method comprising: identifying at least one symptom of the neurological disorder, wherein the at least one symptom of the neurological disorder is selected from the group consisting of akinetic motor symptoms and parkinsonian tremor; and optimizing a computational model of the brain stimulation pattern to suppress oscillations in a model associated with the at least one symptom of the neurological disorder, wherein the computational model of the brain stimulation pattern displays synchronous oscillations based upon current applied to an external globus pallidus (GPe) provided in the computational model, wherein (i) in case the at least one symptom of the neurological disorder is an akinetic motor symptom, the computational model of the brain stimulation pattern displays synchronous oscillations in the beta frequency band of 10 to 30 Hz; and (ii) in case the at least one symptom of the neurological disorder is parkinsonian tremor, the computational model of the brain stimulation pattern displays synchronous oscillations in the frequency band of 1 to 10 Hz. identifying at least one symptom of the neurological disorder, wherein the at least one symptom of the neurological disorder is selected from the group consisting of akinetic motor symptoms and parkinsonian tremor; and optimizing a computational model of the brain stimulation pattern to suppress oscillations in a model associated with the at least one symptom of the neurological disorder, wherein the computational model of the brain stimulation pattern displays synchronous oscillations based upon current applied to an external globus pallidus (GPe) provided in the computational model, wherein (i) in case the at least one symptom of the neurological disorder is an akinetic motor symptom, the computational model of the brain stimulation pattern displays synchronous oscillations in the beta frequency band of 10 to 30 Hz; and (ii) in case the at least one symptom of the neurological disorder is parkinsonian tremor, the computational model of the brain stimulation pattern displays synchronous oscillations in the frequency band of 1 to 10 Hz.
A method for providing a Graphical User Interface, GUI, for changing a reproducing time point of a moving image, the method comprising: reproducing the moving image on a display; displaying on the display a progress bar representing a whole reproduction length of the currently reproduced moving image and a pointer for selecting a specific reproduction time point on the progress bar, if a progress bar displaying command is inputted; if the pointer selects the specific time point on the progress bar, then displaying a first reduced size image representing the moving image at the selected specific reproduction time point and displaying at least one second reduced size image representing the moving image at a different reproduction time point from the selected specific reproduction time point, wherein the different reproduction time point is within a specific time period comprising the selected specific reproduction time point (S330-S345); wherein the first reduced size image and the at least one second reduced size image are combined with the moving image being reproduced; and if one of the first reduced size image and the at least one second reduced size image is selected, reproducing the currently reproduced moving image from a reproduction time point corresponding to the selected reduced size image (S355-S360). reproducing the moving image on a display; displaying on the display a progress bar representing a whole reproduction length of the currently reproduced moving image and a pointer for selecting a specific reproduction time point on the progress bar, if a progress bar displaying command is inputted; if the pointer selects the specific time point on the progress bar, then displaying a first reduced size image representing the moving image at the selected specific reproduction time point and displaying at least one second reduced size image representing the moving image at a different reproduction time point from the selected specific reproduction time point, wherein the different reproduction time point is within a specific time period comprising the selected specific reproduction time point (S330-S345); wherein the first reduced size image and the at least one second reduced size image are combined with the moving image being reproduced; and if one of the first reduced size image and the at least one second reduced size image is selected, reproducing the currently reproduced moving image from a reproduction time point corresponding to the selected reduced size image (S355-S360).
A combination product, comprising a packaging means and at least two flowable washing or cleaning compositions A and B which are separated from one another and located in said packaging means, the compositions A and B containing in each case: A: - 10 to 75 wt.% builder(s); - 0.1 to 10 wt.% enzyme preparation; - 24.9 to 89.9 wt.% water; and B: - less than 0.1 wt.% enzyme preparation; - 0.5 to 90 wt.% water; and - at least one additional ingredient of washing or cleaning agents; characterized in that the two compositions A and B each have a viscosity of greater than 1500 mPas (measured using a Brookfield Viscometer DV-II+Pro, spindle 25, 50 rpm, 20 °C), at least composition B having a viscosity of between 3500 and 6500 mPas. A: - 10 to 75 wt.% builder(s); - 0.1 to 10 wt.% enzyme preparation; - 24.9 to 89.9 wt.% water; and - 10 to 75 wt.% builder(s); - 0.1 to 10 wt.% enzyme preparation; - 24.9 to 89.9 wt.% water; and B: - less than 0.1 wt.% enzyme preparation; - 0.5 to 90 wt.% water; and - at least one additional ingredient of washing or cleaning agents; characterized in that the two compositions A and B each have a viscosity of greater than 1500 mPas (measured using a Brookfield Viscometer DV-II+Pro, spindle 25, 50 rpm, 20 °C), at least composition B having a viscosity of between 3500 and 6500 mPas. - less than 0.1 wt.% enzyme preparation; - 0.5 to 90 wt.% water; and - at least one additional ingredient of washing or cleaning agents; characterized in that the two compositions A and B each have a viscosity of greater than 1500 mPas (measured using a Brookfield Viscometer DV-II+Pro, spindle 25, 50 rpm, 20 °C), at least composition B having a viscosity of between 3500 and 6500 mPas.
Heat generating element with at least one PTC element, contact sheets (4, 68) flatly lying against it on either side, a housing which forms at least one opening for receiving the at least one PTC element and has a terminal side at which contact tongues allocated to the contact sheets (4, 68) are exposed, characterized in that at least one of the contact sheets (4, 68) has a bent-over tongue which is received in an insertion opening (26, 28) formed by the housing.
An article of footwear, comprising: an upper; a sole including an outsole and a midsole; a heel plate that extends laterally beyond a heel area of the upper; and at least one lobe located between the upper and the outsole, wherein the at least one lobe has a curved, exposed exterior that extends downwardly and away from the midsole and meets a top surface of the heel plate at a lobe edge located laterally farthest away from the upper, wherein the curved, exposed exterior does not curve back toward an interior of the article of footwear and, when viewed from above, the curved, exposed exterior is at least partially visible at each of a rear, medial, and lateral side of the heel area and substantially covers the top of the heel plate, characterized in that the heel plate is a separate piece that is separately attached to the outsole and the rest of the sole. an upper; a sole including an outsole and a midsole; a heel plate that extends laterally beyond a heel area of the upper; and at least one lobe located between the upper and the outsole, wherein the at least one lobe has a curved, exposed exterior that extends downwardly and away from the midsole and meets a top surface of the heel plate at a lobe edge located laterally farthest away from the upper, wherein the curved, exposed exterior does not curve back toward an interior of the article of footwear and, when viewed from above, the curved, exposed exterior is at least partially visible at each of a rear, medial, and lateral side of the heel area and substantially covers the top of the heel plate, characterized in that the heel plate is a separate piece that is separately attached to the outsole and the rest of the sole.
A method for cardless withdrawal from an automated teller machine, comprising: receiving, by an input device of an automated teller machine, user input comprising at least: a first code transmitted to a computing device by a disbursing entity, a device identifier associated with the computing device, and a transaction amount, wherein the first code is unique to the cardless withdrawal from the ATM; electronically transmitting, by a transmitting device of the ATM, at least the first code, device identifier, and the transaction amount to a first computing system; receiving, by a receiving device of the ATM and when the first code, device identifier and transaction amount are authenticated by the first computing system, a transaction account number from the first computing system; electronically transmitting, by the transmitting device of the ATM, a withdrawal request including at least the transaction account number and the transaction amount to an acquiring institution; receiving, by the receiving device of the ATM, an indication from the acquiring institution that indicates approval of the withdrawal request; and dispensing, by a dispensing module of the ATM, one or more payment instruments having a value equivalent to the transaction amount. receiving, by an input device of an automated teller machine, user input comprising at least: a first code transmitted to a computing device by a disbursing entity, a device identifier associated with the computing device, and a transaction amount, wherein the first code is unique to the cardless withdrawal from the ATM; electronically transmitting, by a transmitting device of the ATM, at least the first code, device identifier, and the transaction amount to a first computing system; receiving, by a receiving device of the ATM and when the first code, device identifier and transaction amount are authenticated by the first computing system, a transaction account number from the first computing system; electronically transmitting, by the transmitting device of the ATM, a withdrawal request including at least the transaction account number and the transaction amount to an acquiring institution; receiving, by the receiving device of the ATM, an indication from the acquiring institution that indicates approval of the withdrawal request; and dispensing, by a dispensing module of the ATM, one or more payment instruments having a value equivalent to the transaction amount.
Filtration pump for a swimming pool comprising a pump body suitable for resting on a horizontal support, said pump body comprising a lodging space for a pre-filtering system as well as means for receiving a motor, and is provided with - a suction port (11, 39), said suction port (11, 39) being positioned facing the lodging space for the pre-filtering system, and being extended by a cylindrical suction structure with a horizontal axis, the free end of which extends in a vertical plane and is provided with means for being coupled to a suction coupling, and - a discharge port, said discharge port being extended by a cylindrical discharge structure with a vertical axis, the free end of which extends in a horizontal plane and is provided with means for being coupled to a discharge coupling, the horizontal axis of said cylindrical suction structure being intended to extend according to a height dimension C1 with respect to said horizontal support of said pump body, said horizontal plane of the free end of the cylindrical discharge structure being intended to extend according to a height dimension C2 with respect to said horizontal support, said vertical plane of the free end of the cylindrical suction structure and said vertical axis of the cylindrical discharge structure being separated by a length dimension C3, and said axes (13', 18') of said cylindrical suction structure and discharge structure (13, 18) being situated in the same vertical plane, characterized in that said pump body comprises means (11, 33, 34, 39) allowing the adjustment of said height dimension C1, means (16, 18, 21, 22) allowing the adjustment of said height dimension C2, and means (11, 13, 37, 38, 39) allowing the adjustment of said length dimension C3, continuously, each over a range of values and regardless of the others. - a suction port (11, 39), said suction port (11, 39) being positioned facing the lodging space for the pre-filtering system, and being extended by a cylindrical suction structure with a horizontal axis, the free end of which extends in a vertical plane and is provided with means for being coupled to a suction coupling, and - a discharge port, said discharge port being extended by a cylindrical discharge structure with a vertical axis, the free end of which extends in a horizontal plane and is provided with means for being coupled to a discharge coupling,
Cleaning system for an outgoing-air chamber having a fan, comprising a) a cleaning agent supply line and at least one spray nozzle which can be mounted inside the outgoing-air chamber for spraying at least one region of the outgoing-air chamber with a cleaning agent; b) a metering unit connected to the at least one spray nozzle via the cleaning agent supply line for the metered introduction of the cleaning agent, said metering unit having an inlet opening for microbiologically active cleaning agent; c) a programmable control unit for activating the metering unit; characterized in that d) the control unit is programmed such that it acts to activate the metering unit during cleaning intervals which proceed at preprogrammed time intervals, to automatically switch on the fan of the outgoing-air chamber during each cleaning operation, and to allow the fan to run for about a further 5 minutes after the cleaning operation. a) a cleaning agent supply line and at least one spray nozzle which can be mounted inside the outgoing-air chamber for spraying at least one region of the outgoing-air chamber with a cleaning agent; b) a metering unit connected to the at least one spray nozzle via the cleaning agent supply line for the metered introduction of the cleaning agent, said metering unit having an inlet opening for microbiologically active cleaning agent; c) a programmable control unit for activating the metering unit; characterized in that d) the control unit is programmed such that it acts to activate the metering unit during cleaning intervals which proceed at preprogrammed time intervals, to automatically switch on the fan of the outgoing-air chamber during each cleaning operation, and to allow the fan to run for about a further 5 minutes after the cleaning operation.