mhurhangee/ep-ind-claims huggingface dataset:
A control device (15, 15') for a converter in which a plurality of power factor enhancement circuits (10a, 10b) having an inductor (6a, 6b), a switching element (8a, 8b), and a diode (7a, 7b) are connected in parallel, the control device comprising: phase calculation means configured to calculate a phase based on a zero-cross point of an input voltage; first phase correction means (40, 46) configured to set a phase correction value (φ) using an input current detection signal; drive signal generation means configured to correct the phase (θ) calculated by the phase calculation means using the phase correction value (φ) set by the first phase correction means (40, 46) and to generate a drive signal (Sg1, Sg2) for driving the switching element (8a, 8b) using the phase after correction, characterized in that the first phase correction means (40, 46) includes form factor calculation means configured to acquire an input current maximum value and an input current average value from the input current detection signal and to calculate a form factor by dividing the input current maximum value by the input current average value, target form factor acquisition means configured to set a form factor leading to a power factor of a prescribed value or greater as a target form factor, to retain first information associating target form factors and input currents beforehand, and to acquire a target form factor corresponding to an input current value from the first information, and first phase correction value setting means configured to set a phase correction value for causing the form factor to approach the target form factor. phase calculation means configured to calculate a phase based on a zero-cross point of an input voltage; first phase correction means (40, 46) configured to set a phase correction value (φ) using an input current detection signal; drive signal generation means configured to correct the phase (θ) calculated by the phase calculation means using the phase correction value (φ) set by the first phase correction means (40, 46) and to generate a drive signal (Sg1, Sg2) for driving the switching element (8a, 8b) using the phase after correction, characterized in that the first phase correction means (40, 46) includes form factor calculation means configured to acquire an input current maximum value and an input current average value from the input current detection signal and to calculate a form factor by dividing the input current maximum value by the input current average value, target form factor acquisition means configured to set a form factor leading to a power factor of a prescribed value or greater as a target form factor, to retain first information associating target form factors and input currents beforehand, and to acquire a target form factor corresponding to an input current value from the first information, and first phase correction value setting means configured to set a phase correction value for causing the form factor to approach the target form factor.
A positive electrode plate, including a positive electrode current collector and a positive electrode film disposed on at least one surface of the positive electrode current collector, wherein the positive electrode film includes a positive active material which is a lithium manganese-based positive active material, characterized in that, the positive electrode plate satisfies formula, ρ sum ρ 97.5 − a ≤ 3 in which ρ sum is volume resistivity of the positive electrode plate, in kΩ·cm, measured according to the description; p is powder volume resistivity of the positive active material under a pressure of 20MPa, in kΩ·cm, measured according to the description; a is mass percentage of the positive active material in the positive electrode film, in wt%.
Method for determining the geometry of a metallic, in particular a magnetizable object, in particular a pipe or a tank, in particular having one or more real examined defects, using a reference data set of the object generated on the basis of at least one measurement by at least one nondestructive measurement method, preferably comprising an at least partial representation of the object on an or by an at least three-dimensional object grid by means of an EDP unit, wherein a classification of anomaly-free areas and anomaly-affected areas of the object takes place on the basis of at least parts of the at least one reference data set, wherein an output object grid is created on the basis of previously known information about the object, a prediction data set of the at least one nondestructive measurement method is calculated using the output object grid by a simulation routine, a comparison of at least parts of the prediction data set with at least parts of the at least one reference data set takes place with exclusion of the anomaly-affected areas, and as a function of at least one accuracy measure, the output object grid is used as the object grid describing the geometry of the object or an iterative adaptation of the output object grid to the geometry of the object in the anomaly-free areas is carried out by means of the EDP unit, wherein a new output object grid is created by the iteration and a new prediction data set is calculated for the new output object grid by the simulation routine and a comparison of at least parts of the new prediction data set to at least parts of the at least one reference data set with exclusion of the anomaly-affected areas takes place until a stop criterion is met and the output object grid then present is used as the object grid describing the geometry of the object.
Device for physiological measurement including - an electric circuit, - at least two ECG-electrodes (18, 19) coupled to the electric circuit for measuring heart beats, - signal processing means (20, 21) assembled in the electric circuit, - a battery coupled to the electric circuit, which device includes at least two terminal units (11, 12) connectable to each other, the device further including a first connector assembly including function contacts for communication with an external device and/or charging the battery, and of which terminal units (11, 12) - the first terminal unit includes the electric circuit, the first ECG-electrode of the said at least two ECG-electrodes and the said first connector assembly, the first connector assembly having at least one ECG-contact for connecting at least one second ECG-electrode of the at least two ECG-electrodes, - at least one opposite terminal unit includes at least one second ECG-electrode of the at least two ECG-electrodes and a second connector assembly, having a counter ECG-contact arranged to be fitted to the ECG-contact of the first connector assembly and which terminal units (11, 12) - when connected together, are arranged to connect at least one second ECG-electrode of the at least one opposite terminal unit to the electric circuit in the first terminal unit, - when separated, are arranged to enable the use of the function contacts of the first connector assembly, characterized in that the device is configured in such a way that disconnecting the first terminal unit from the at least one opposite terminal unit disconnects the at least two electrodes (18, 19) from the electric circuit. - an electric circuit, - at least two ECG-electrodes (18, 19) coupled to the electric circuit for measuring heart beats, - signal processing means (20, 21) assembled in the electric circuit, - a battery coupled to the electric circuit, - the first terminal unit includes the electric circuit, the first ECG-electrode of the said at least two ECG-electrodes and the said first connector assembly, the first connector assembly having at least one ECG-contact for connecting at least one second ECG-electrode of the at least two ECG-electrodes, - at least one opposite terminal unit includes at least one second ECG-electrode of the at least two ECG-electrodes and a second connector assembly, having a counter ECG-contact arranged to be fitted to the ECG-contact of the first connector assembly - when connected together, are arranged to connect at least one second ECG-electrode of the at least one opposite terminal unit to the electric circuit in the first terminal unit, - when separated, are arranged to enable the use of the function contacts of the first connector assembly,
A method of changing a property of an object, and detecting and merging conflicts in an infrastructure modeling software architecture, comprising: changing, by a client executing on a client device, a property of an object of an infrastructure model to create a local version including a change; pulling a remote version of the property from a repository; detecting a conflict between the remote version and the local version; reconciling the conflict between the local version of the property and the remote version to create an updated local version, the reconciling to either reject the remote version in favor of retaining the local version or accept the remote version over the local version; generating a local changeset for the updated local version; and rebasing the generated local changeset by adjusting a pre-change value in the local changeset to match a post-change value of the remote version or removing the change from the local changeset. changing, by a client executing on a client device, a property of an object of an infrastructure model to create a local version including a change; pulling a remote version of the property from a repository; detecting a conflict between the remote version and the local version; reconciling the conflict between the local version of the property and the remote version to create an updated local version, the reconciling to either reject the remote version in favor of retaining the local version or accept the remote version over the local version; generating a local changeset for the updated local version; and rebasing the generated local changeset by adjusting a pre-change value in the local changeset to match a post-change value of the remote version or removing the change from the local changeset.
An airbag module cover comprising a front wall which has a predefined deployment opening for an airbag and a sidewall merging into the front wall on the rear side of the front wall, and at least one fastening hook for a textile lower housing section, wherein the fastening hook projects laterally from the sidewall, as well as at least one securing extension projecting from the sidewall or the front wall which extends in the direction of a free end of the fastening hook and, in a lateral view, overlaps with the latter so that the fastening hook and the securing extension together form a receiving opening for the lower housing section and a frame-like closed shape is formed around the receiving opening in the side view.
An electrohydraulic amplifier with an electromechanical converter (2; 102) and a hydromechanical power stage (10; 110), connected to a pressurising medium supply (13; 113), having a cylinder (8; 108) and a piston (9; 109) that can be moved therein along the working axis (5; 105), wherein the electromechanical converter acts on a control slider (23; 123) assigned to the hydromechanical power stage, arranged at least partly in the interior of the piston (9; 109), guided such that it can move in a guide bore along the working axis, which control slider has two first control edges (38a, 38b; 138a, 138b), which for purposes of forming an hydraulic slave control interact with corresponding second control edges (39a, 39b; 139a, 139b) provided on the guide bore, wherein the guide bore is embodied in two parts, with a first section (25; 125) fixed to the cylinder, and a second section (27; 127), the location of which can be altered along the working axis (5; 105), which second section has the second control edges (39a, 39b; 139a, 139b), characterised in that the first section (25; 125) of the guide bore is embodied in a guide sleeve (29; 129) inserted into the cylinder (8; 108).
A motorcycle tire comprising a tread portion, wherein the tread portion has, on a tire equator, a crown block array in which a plurality of crown blocks are aligned in a tire circumferential direction, distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a first distance, and a centroid of a tread surface of each of the plurality of crown blocks is positioned so as to be distant from the tire equator by a distance (Lb) in a tire axial direction, characterized in that distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a second distance different from the first distance. a tread portion, wherein the tread portion has, on a tire equator, a crown block array in which a plurality of crown blocks are aligned in a tire circumferential direction, distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a first distance, and a centroid of a tread surface of each of the plurality of crown blocks is positioned so as to be distant from the tire equator by a distance (Lb) in a tire axial direction, characterized in that distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a second distance different from the first distance.
A method comprising: receiving, by a wireless device from a base station, measurement configuration parameters of a measurement of the wireless device, characterized by the measurement configuration parameters comprising: first beam identifiers of a first plurality of beams; second beam identifiers of a second plurality of beams; and a first measurement event indicating that a second combined reference signal measurement value of the second plurality of beams exceeds a first combined reference signal measurement value of the first plurality of beams by more than a first offset value; monitoring, by the wireless device, the first plurality of beams and the second plurality of beams to determine an occurrence of the first measurement event; and transmitting, by the wireless device to the base station, a measurement report in response to the occurrence of the first measurement event, the measurement report comprising: the first combined reference signal measurement value of the first plurality of beams; and the second combined reference signal measurement value of the second plurality of beams. receiving, by a wireless device from a base station, measurement configuration parameters of a measurement of the wireless device, characterized by the measurement configuration parameters comprising: first beam identifiers of a first plurality of beams; second beam identifiers of a second plurality of beams; and a first measurement event indicating that a second combined reference signal measurement value of the second plurality of beams exceeds a first combined reference signal measurement value of the first plurality of beams by more than a first offset value; first beam identifiers of a first plurality of beams; second beam identifiers of a second plurality of beams; and a first measurement event indicating that a second combined reference signal measurement value of the second plurality of beams exceeds a first combined reference signal measurement value of the first plurality of beams by more than a first offset value; monitoring, by the wireless device, the first plurality of beams and the second plurality of beams to determine an occurrence of the first measurement event; and transmitting, by the wireless device to the base station, a measurement report in response to the occurrence of the first measurement event, the measurement report comprising: the first combined reference signal measurement value of the first plurality of beams; and the second combined reference signal measurement value of the second plurality of beams. the first combined reference signal measurement value of the first plurality of beams; and the second combined reference signal measurement value of the second plurality of beams.
Clamping element for clamping workpieces that are already held in their positioned location and for which a supporting uptake is required at certain places, with a housing and with clamping jaws (7, 8) that can be moved up and fixed onto the workpiece, and are set on two parallel slides (2; 3) that are slidingly guided in guideways, characterised in that a) The guideways are sunk-in in openings (4; 5) of the housing, b) the input force for moving the slides is effected through plunger pistons (9; 10) that act on the front sides (17; 18) of the slides and thereby form a short lever arm between input force and output force, c) The plunger pistons (9; 10) are located in the piston plates (15; 16) of the housing and are pressurised from the same hydraulic connection, d) a piston that acts at right angles to the plane of the slides is introduced in the housing underneath the slides (2; 3), e) the slides (2; 3) are each provided with a recess extending in a wedge-shaped manner, f) the piston is provided at its head with a wedge that is guided slidingly in the recess of the slides, g) in the clamped state, the slides (2; 3) can be fixed with their clamping jaws (7; 8) in contact with the workpiece, in that pressure is admitted to the piston that is pulled downward into the housing, and thereby pulls the wedge at its head into the recesses, forces apart the slides (2; 3) and presses them into the guide surfaces (27; 28) of the openings (4; 5). a) The guideways are sunk-in in openings (4; 5) of the housing, b) the input force for moving the slides is effected through plunger pistons (9; 10) that act on the front sides (17; 18) of the slides and thereby form a short lever arm between input force and output force, c) The plunger pistons (9; 10) are located in the piston plates (15; 16) of the housing and are pressurised from the same hydraulic connection, d) a piston that acts at right angles to the plane of the slides is introduced in the housing underneath the slides (2; 3), e) the slides (2; 3) are each provided with a recess extending in a wedge-shaped manner, f) the piston is provided at its head with a wedge that is guided slidingly in the recess of the slides, g) in the clamped state, the slides (2; 3) can be fixed with their clamping jaws (7; 8) in contact with the workpiece, in that pressure is admitted to the piston that is pulled downward into the housing, and thereby pulls the wedge at its head into the recesses, forces apart the slides (2; 3) and presses them into the guide surfaces (27; 28) of the openings (4; 5).
An ethylene/α-olefin copolymer comprising: units derived from ethylene; and units derived from at least one α-olefin; wherein the ethylene/α-olefin copolymer has a density in the range of from 0.90 to 0.94 g/cc; a melt index (I 2) in the range of from 0.05 to 50 dg/min; an Mw/Mn of from 3 to 5; and from 300 to 350 vinyl unsaturations per 1,000,000 carbon atoms in the ethylene/α-olefin copolymer. units derived from ethylene; and units derived from at least one α-olefin; wherein the ethylene/α-olefin copolymer has a density in the range of from 0.90 to 0.94 g/cc; a melt index (I 2) in the range of from 0.05 to 50 dg/min; an Mw/Mn of from 3 to 5; and from 300 to 350 vinyl unsaturations per 1,000,000 carbon atoms in the ethylene/α-olefin copolymer.
A sustained release tablet formulation developed with this invention and that contains etodolac, which consists of; a. the active amount of Etodolac (2-(1,8-diethyl-4,9-dihydro-3 H -pyrano[3,4-b]indole-1-il)acetic acid) between 20 - 70% in proportion to the total weight of the formulation, which is a non-steroidal anti-inflammatory drug, b. hydroxylpropyl cellulose or hydroxyethyl cellulose or combination thereof as matrix agents with an proportion of 1-30% to the total weight of the formulation, c. pharmaceutically acceptable buffer agent with a proportion of 0.5-10% to the total weight of the formulation, d. pharmaceutically acceptable stabilizing agent with a proportion of 0.5-5% to the total weight of the formulation, e. pharmaceutically acceptable filler with a proportion of 2.5-40% to the total weight of the formulation, f. pharmaceutically acceptable lubricant with a proportion of 0.5-10% to the total weight of the formulation. a. the active amount of Etodolac (2-(1,8-diethyl-4,9-dihydro-3 H -pyrano[3,4-b]indole-1-il)acetic acid) between 20 - 70% in proportion to the total weight of the formulation, which is a non-steroidal anti-inflammatory drug, b. hydroxylpropyl cellulose or hydroxyethyl cellulose or combination thereof as matrix agents with an proportion of 1-30% to the total weight of the formulation, c. pharmaceutically acceptable buffer agent with a proportion of 0.5-10% to the total weight of the formulation, d. pharmaceutically acceptable stabilizing agent with a proportion of 0.5-5% to the total weight of the formulation, e. pharmaceutically acceptable filler with a proportion of 2.5-40% to the total weight of the formulation, f. pharmaceutically acceptable lubricant with a proportion of 0.5-10% to the total weight of the formulation.
Use of a lubricating agent for mounting or releasing a tire bead, the lubricating agent comprising alkaline electrolyzed water of pH 11.5 to 14 and a lubricant component; wherein the lubricant component comprises a lubricant base oil, which is made up of a mineral oil and/or a synthetic oil, and a surfactant, which is at least one type selected from among alkanolamines.
Assistance system for a first vehicle having a data capture apparatus for capturing accident and/or breakdown-related data from at least one vehicle-side apparatus, a position determining apparatus for determining the current position of the first vehicle, an evaluation apparatus for evaluating data captured by the data capture apparatus and the position determining apparatus, and a communication apparatus for broadcasting data by means of radio signals, characterised in that the evaluation apparatus is designed to use the communication apparatus to broadcast data with the aid of radio signals automatically or after actuation of a vehicle-side actuating apparatus provided for this purpose, which data encompass an area around the current position of the first vehicle, which should be avoided by other traffic participants, so that access to the current position, at which the first vehicle in the accident or the first vehicle that has had a breakdown or is moving slowly is located, is kept free or can be made accessible for emergency services and rescue workers, if it is determined by the evaluation apparatus, on the basis of the evaluation of the data recorded by the evaluation apparatus, that the first vehicle has suffered an accident or that the first vehicle has had a breakdown, wherein the evaluation apparatus has access to digital road data and is designed to determine the size of the area around the current position of the first vehicle that should be avoided by other traffic participants, taking into account the severity of the accident, the type of breakdown and/or the hazard class of the first vehicle and taking into account the type of road on which the first vehicle, which has suffered an accident or which has had a breakdown, is currently located.