mhurhangee/ep-ind-claims huggingface dataset:
A power control apparatus comprising: a detector that detects a peak of a power value in a current-voltage characteristic curve to DC power output from a solar battery module; a setting device that, when a plurality of peaks is detected in the detector, when a current value is greater than a threshold value in a first peak having a maximum voltage value of the plurality of peaks, sets an operation point based on the first peak, and when the current value is equal to or less than the threshold value in the first peak, sets the operation point based on a second peak in which a voltage value is less than that of the first peak and a current value is greater than the threshold value, of the plurality of peaks; and a power regulator that regulates output of the DC power of the solar battery module in accordance with the operation point set in the setting device. a detector that detects a peak of a power value in a current-voltage characteristic curve to DC power output from a solar battery module; a setting device that, when a plurality of peaks is detected in the detector, when a current value is greater than a threshold value in a first peak having a maximum voltage value of the plurality of peaks, sets an operation point based on the first peak, and when the current value is equal to or less than the threshold value in the first peak, sets the operation point based on a second peak in which a voltage value is less than that of the first peak and a current value is greater than the threshold value, of the plurality of peaks; and a power regulator that regulates output of the DC power of the solar battery module in accordance with the operation point set in the setting device.
Method for extracting a thread by suction from a bobbin and for the re-attachment of a thread end to a new thread, whereas the thread is sucked in against its spooling direction through a suction nozzle into a suction system, a loop is subsequently formed, the thread is separated in the area of the loop, one thread end is discharged into the suction port and the other thread end coming from the bobbin is prepared for re-attachment, and is subsequently attached to a new thread, characterized in that, upon being extracted by suction, the thread is guided through an eyelet located in the run of the thread of the suction port in the suction nozzle, and the eyelet is, together with the thread, moved out of the run of the thread of the suction port out of the suction nozzle, such that the thread forms a loop between the bobbin, the eyelet and the suction port.
Installation frame for a roof passage in a trapezoidal sheet metal roof having two longitudinal trimming joists that are disposed parallel to and at a distance from each other and having two cross-ties that are likewise disposed parallel to and at a distance from each other and join the two longitudinal trimming joists together to form a rectangular frame, wherein the longitudinal trimming joists are aligned with one another symmetrically and are each designed as a metal profile and have an essentially Z-shaped cross-sectional profile, • having an upper horizontal leg, • and a lower horizontal leg, • and having a middle, vertical leg that extends vertically between the horizontal ties (5, 6), characterised in that the longitudinal trimming joists and the cross-ties, which are likewise designed as metal profiles, are joined together by means of connecting brackets, where each of the connecting brackets incorporates a trimming surface that rests against the longitudinal trimming joist and a tying surface that rests against the cross-tie, and wherein each of the connecting brackets is joined to the longitudinal trimming joist and the cross-tie by separate connecting elements constructed as self-tapping screws. • having an upper horizontal leg, • and a lower horizontal leg, • and having a middle, vertical leg that extends vertically between the horizontal ties (5, 6),
A device for operating an injection moulding machine equipped with a handling device, comprising a first stationary operating device secured to the injection moulding machine, and a second mobile operating device, wherein each operating device (6, 7) has input and output means, wherein the stationary operating device is designed both for operating the injection moulding machine and also for operating the handling device, wherein the mobile operating device is designed both for operating the handling device and also for operating the injection moulding machine, wherein at least the output means of the stationary and of the mobile operating device (6, 7) are constructed respectively as a screen, wherein the screen of the mobile device is smaller than the screen of the stationary operating device, and wherein predefinable regions (8A, 8C, 8D, 8E) of a screen page of the screen of the stationary operating device are able to be shown successively (10a, 10b) on the screen of the mobile operating device.
A blade outer air seal (BOAS) for a gas turbine engine, comprising: a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion; and a shiplap structure that at least partially overlaps at least a portion of at least one of said leading edge portion and said trailing edge portion, and characterized by further comprising a retention flange that extends from said seal body at said leading edge portion wherein said retention flange includes a radially outer portion and a radially inner portion, and said radially outer portion is received within a slot of a casing of the gas turbine engine and a vane segment rests against said radially inner portion, and comprising a seal land that extends from said seal body radially inwardly from said retention flange. a seal body having a radially inner face and a radially outer face that axially extend between a leading edge portion and a trailing edge portion; and a shiplap structure that at least partially overlaps at least a portion of at least one of said leading edge portion and said trailing edge portion, and characterized by further comprising a retention flange that extends from said seal body at said leading edge portion wherein said retention flange includes a radially outer portion and a radially inner portion, and said radially outer portion is received within a slot of a casing of the gas turbine engine and a vane segment rests against said radially inner portion, and comprising a seal land that extends from said seal body radially inwardly from said retention flange.
A method for performing material decomposition using a computed tomography system, the steps comprising: a) acquiring CT imaging data of an object including data subsets corresponding to at least two different energy spectral bins; b) using the CT imaging data at each of the at least two different energy spectral bins to form a series of equations for basis material decomposition; c) using a general physical constraint within the series of equations, wherein the general physical constraint quantifies how each basis material in the object is mixed together to form the object and wherein the general physical constraint is determined Z (208, 408) using reference data of predetermined parameters based on at least one of existing data or empirical measurements that are independent of multi-energy CT measurements; d) determining at least one basis material density of the object using the general physical constraint and the CT imaging data; and e) generating an image of the object using the CT imaging data and the mass densities of the at least one basis material. a) acquiring CT imaging data of an object including data subsets corresponding to at least two different energy spectral bins; b) using the CT imaging data at each of the at least two different energy spectral bins to form a series of equations for basis material decomposition; c) using a general physical constraint within the series of equations, wherein the general physical constraint quantifies how each basis material in the object is mixed together to form the object and wherein the general physical constraint is determined Z (208, 408) using reference data of predetermined parameters based on at least one of existing data or empirical measurements that are independent of multi-energy CT measurements; d) determining at least one basis material density of the object using the general physical constraint and the CT imaging data; and e) generating an image of the object using the CT imaging data and the mass densities of the at least one basis material.
An automated access control system comprising: a storage rack comprising a plurality of storage compartments; a user port; a plurality of key retaining mechanisms, each configured to be removably positioned within at least one of the plurality of storage compartments; a memory including program instructions for placing a key retaining mechanism holding a key within a one of the plurality of storage compartments, associating the held key with the one of the plurality of storage compartments, identifying a user, associating the user and the stored key, removing the key retaining mechanism from the one of the plurality of storage compartments, and making the removed key retaining mechanism accessible to the user at the user port; a processor operably connected to the memory for executing the program instructions; and characterised in that each of the plurality of key retaining mechanisms comprises a housing and a key holder located within the housing and slidably moveable with respect to the housing between a retracted position at which a key is secured in the key holder and an extended position at which a key is insertable into or removable from the key holder. a storage rack comprising a plurality of storage compartments; a user port; a plurality of key retaining mechanisms, each configured to be removably positioned within at least one of the plurality of storage compartments; a memory including program instructions for placing a key retaining mechanism holding a key within a one of the plurality of storage compartments, associating the held key with the one of the plurality of storage compartments, identifying a user, associating the user and the stored key, removing the key retaining mechanism from the one of the plurality of storage compartments, and making the removed key retaining mechanism accessible to the user at the user port; placing a key retaining mechanism holding a key within a one of the plurality of storage compartments, associating the held key with the one of the plurality of storage compartments, identifying a user, associating the user and the stored key, removing the key retaining mechanism from the one of the plurality of storage compartments, and making the removed key retaining mechanism accessible to the user at the user port; a processor operably connected to the memory for executing the program instructions; and characterised in that each of the plurality of key retaining mechanisms comprises a housing and a key holder located within the housing and slidably moveable with respect to the housing between a retracted position at which a key is secured in the key holder and an extended position at which a key is insertable into or removable from the key holder.
A computer-implemented method for predicting multiple future trajectories of moving objects of interest in an environment of a monitoring device comprising a memory augmented neural network, MANN, comprising at least one trained encoder deep neural network, one trained decoder deep neural network and a key-value database storing keys corresponding to past trajectory encodings and associated values corresponding to associated future trajectory encodings, the method comprising an inference/prediction mode of the MANN with the steps of: - observing an input trajectory for each moving object of interest in the environment of the monitoring device; - encoding the input trajectory; - using the input trajectory encoding as a key element for the key-value database; - retrieving a plurality K of key elements of stored past trajectory encodings corresponding to the K closest samples of the input trajectory encoding; - addressing their K associated value elements corresponding to the K associated future trajectory encodings; - decoding each of the addressed K associated future trajectory encodings jointly with the input trajectory encoding into K predicted future trajectories; - outputting the K predicted future trajectories of each moving object of interest for further processing by the monitoring device. - observing an input trajectory for each moving object of interest in the environment of the monitoring device; - encoding the input trajectory; - using the input trajectory encoding as a key element for the key-value database; - retrieving a plurality K of key elements of stored past trajectory encodings corresponding to the K closest samples of the input trajectory encoding; - addressing their K associated value elements corresponding to the K associated future trajectory encodings; - decoding each of the addressed K associated future trajectory encodings jointly with the input trajectory encoding into K predicted future trajectories; - outputting the K predicted future trajectories of each moving object of interest for further processing by the monitoring device.
Toothbrush with a body which has a handle area, a head area carrying a cleaning structure, in particular a plurality of bristles, and, lying between said areas, a neck area, and with an electrical functional element which is arranged in the head area and powered via electrical connection lines, characterized in that the electrical functional element is placed in a recess in the head area, and in that the recess is closed by a carrier plate, which is provided with bristles guided through apertures in the carrier plate and fused at their rear ends, and the recess is sealed off by means of electrical lines.
A method of managing a performance history of a data item, with transfer of the data item stored in a volume of at least one storage device (12, 14) to at least one other volume, in a system including at least one storage device (12, 14) and a management server for managing the at least one storage device (12, 14), comprising the steps of: acquiring performance information of a plurality of volumes (123, 143) of the at least one storage device (12, 14) and registering the performance information in a memory unit as time-series storage performance history information; acquiring, from the at least one storage device (12, 14), data rearrangement history information providing history records of at least one data transfer of said data item between volumes (123, 143) of the at least one storage device (12, 14), whereby a datalD of said data item is first assigned to a history record of data transfer of said data item at the time of a first data transfer of said data item to a volume (123, 143) and said dataID further is assigned to a history record of data transfer at the time of transfer of said data item from a first volume to a second volume; generating, based on the acquired performance information of the plurality of volumes and the acquired data rearrangement history information, data-oriented performance history of said data item by registering, in the memory unit, performance information of the plurality of volumes (123, 143) for the times at which said data item was transferred to and stored in the volumes (123, 143) as time-series storage performance history information related to said data item; and presenting the data-oriented performance history of said data item to a user. acquiring performance information of a plurality of volumes (123, 143) of the at least one storage device (12, 14) and registering the performance information in a memory unit as time-series storage performance history information; acquiring, from the at least one storage device (12, 14), data rearrangement history information providing history records of at least one data transfer of said data item between volumes (123, 143) of the at least one storage device (12, 14), whereby a datalD of said data item is first assigned to a history record of data transfer of said data item at the time of a first data transfer of said data item to a volume (123, 143) and said dataID further is assigned to a history record of data transfer at the time of transfer of said data item from a first volume to a second volume; generating, based on the acquired performance information of the plurality of volumes and the acquired data rearrangement history information, data-oriented performance history of said data item by registering, in the memory unit, performance information of the plurality of volumes (123, 143) for the times at which said data item was transferred to and stored in the volumes (123, 143) as time-series storage performance history information related to said data item; and presenting the data-oriented performance history of said data item to a user.
A coating composition comprising a combination C of a hydroxy-functional cationic resin R based on reaction products of multifunctional epoxides E having, on average, two or more epoxide groups per molecule, and aliphatic amines A having primary and/or secondary amino groups, and a crosslinker which is a blocked isocyanate IB prepared from a multifunctional isocyanate I and a hydroxy-functional blocking agent B, which blocked isocyanate IB has an amount of substance-fraction of from 5 % to 40 % of allophanate structures in the sum of urethane and allophanate structures, wherein before reaction with the multifunctional epoxides E, primary amino groups in the amines A are blocked by reaction of the amine preferably with a ketone compound under formation of a ketimine, if there is more than one primary amino group in the amine, and wherein the amines A do not comprise more than a specific amount of substance n ( 3 N) / m of tertiary amino groups in the amines A of 0.1 mol/kg, where n ( 3 N) is the amount of substance of tertiary amino groups in the amines A, and m is the mass of the amines A.
A throwing wheel for accelerating and discharging particles for impact against impact surfaces of a particle fragmenting device, the throwing wheel comprising: a body having a central inlet port along an axis of the body and a periphery having a plurality of particle exits, the port being adapted for receiving particles; a plurality of channels within the body extending generally radially from the central inlet port to the plurality of particle exits, each channel having a top wall, a bottom wall, and side walls (250, 251); and the side walls (250, 251) of each channel (204,204c) converge towards the particle exits at the periphery; characterized in that: the body further comprises: a top plate; a bottom plate; and a plurality of inserts sandwiched between the top plate and the bottom plate for mounting the inserts in a circumferentially spaced position, each insert having a leading side wall and a lagging side wall, the leading side wall and lagging side wall of adjacent inserts forming the side walls of each channel. a body having a central inlet port along an axis of the body and a periphery having a plurality of particle exits, the port being adapted for receiving particles; a plurality of channels within the body extending generally radially from the central inlet port to the plurality of particle exits, each channel having a top wall, a bottom wall, and side walls (250, 251); and the side walls (250, 251) of each channel (204,204c) converge towards the particle exits at the periphery; characterized in that: the body further comprises: a top plate; a bottom plate; and a plurality of inserts sandwiched between the top plate and the bottom plate for mounting the inserts in a circumferentially spaced position, each insert having a leading side wall and a lagging side wall, the leading side wall and lagging side wall of adjacent inserts forming the side walls of each channel. the body further comprises: a top plate; a bottom plate; and a plurality of inserts sandwiched between the top plate and the bottom plate for mounting the inserts in a circumferentially spaced position, each insert having a leading side wall and a lagging side wall, the leading side wall and lagging side wall of adjacent inserts forming the side walls of each channel. a top plate; a bottom plate; and a plurality of inserts sandwiched between the top plate and the bottom plate for mounting the inserts in a circumferentially spaced position, each insert having a leading side wall and a lagging side wall, the leading side wall and lagging side wall of adjacent inserts forming the side walls of each channel.
A cruise control apparatus comprising: - a curve shape detection unit configured to detect a curve of a traffic lane; - an estimation trajectory calculation means configured, on the basis of a vehicle speed, to calculate an estimated trajectory that considers acceleration/deceleration during steering, and satisfies a relationship in which a G - G diagram, which is a relationship between lateral acceleration and longitudinal acceleration, draws an arc; - a steering start point determination unit configured to determine a steering start point in front of the curve so that the estimated trajectory falls within the curve of the traffic lane, wherein the steering start point determination unit determines whether a deviation from a traffic lane occurs on the basis of the estimated trajectory and the curve shape and determines a steering start point on the basis of a determined result, wherein the steering start point is determined on the basis of at least one of a traffic lane width and a vehicle body width. - a curve shape detection unit configured to detect a curve of a traffic lane; - an estimation trajectory calculation means configured, on the basis of a vehicle speed, to calculate an estimated trajectory that considers acceleration/deceleration during steering, and satisfies a relationship in which a G - G diagram, which is a relationship between lateral acceleration and longitudinal acceleration, draws an arc; - a steering start point determination unit configured to determine a steering start point in front of the curve so that the estimated trajectory falls within the curve of the traffic lane, wherein the steering start point determination unit determines whether a deviation from a traffic lane occurs on the basis of the estimated trajectory and the curve shape and determines a steering start point on the basis of a determined result, wherein
A method of capturing and sequestering carbon dioxide, comprising: mixing a substantially non-aqueous solvent and an alkali such that the solvent and alkali form a solvent suspension to host a reaction, the solvent being an alcohol and the alkali being selected from one of: sodium hydroxide, potassium hydroxide, magnesium hydroxide, lithium hydroxide, lithium hydride, magnesium hydride, potassium hydride, sodium hydride, anhydrous ammonia, and calcium oxide; and mixing water and a flue gas containing carbon dioxide with the solvent suspension by bubbling the flue gas through the solvent suspension in a reaction vessel such that a reaction occurs, the reaction resulting in the formation of a carbonate, water and heat. mixing a substantially non-aqueous solvent and an alkali such that the solvent and alkali form a solvent suspension to host a reaction, the solvent being an alcohol and the alkali being selected from one of: sodium hydroxide, potassium hydroxide, magnesium hydroxide, lithium hydroxide, lithium hydride, magnesium hydride, potassium hydride, sodium hydride, anhydrous ammonia, and calcium oxide; and mixing water and a flue gas containing carbon dioxide with the solvent suspension by bubbling the flue gas through the solvent suspension in a reaction vessel such that a reaction occurs, the reaction resulting in the formation of a carbonate, water and heat.