mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a remaining charging time of a battery system having at least one battery module, wherein the remaining charging time is determined starting from a first time of a charging operation by forming a quotient of a delta capacity of the battery system, wherein the delta capacity represents a difference between the maximum capacity of the battery system and the current capacity of the battery system, at the first time as the dividend and a first product of a battery charging current at the first time and a first factor as the divisor, wherein the first factor is determined from a stored first characteristic curve or a first characteristic diagram on the basis of a state of charge of the at least one battery module, wherein the quotient is additionally multiplied by a correction value, wherein the correction value is determined on the basis of battery effects on the basis of ageing of the at least one battery module, wherein the ageing is in turn a state change of the battery system on account of the service life of the battery system or on account of the number of charging operations through which the battery system has run.
A portion unit of a cleaning agent, comprising at least one cleaning agent composition and a chamber which receives the cleaning agent composition and has a chamber wall delimiting the chamber and having a layer thickness D, the chamber comprising a main volume and at least one auxiliary volume (5, 6, 7, 12, 13), characterized in that the cleaning agent composition can freely enter the at least one auxiliary volume (5, 6, 7, 12, 13) from the main volume and vice versa, and in that the chamber wall is formed, in a transition region, between the main volume and the at least one auxiliary volume (5, 6, 7, 12, 13) in a substantially stepped manner.
Protective element of an electronic price label, characterized in that the protective element (200, 600, 700) comprises an envelope part, which comprises a front wall, a rear wall and two side walls (206, 208), wherein a space for the electronic price label is arranged between the front wall and rear wall of the envelope part, and the envelope part is adapted to surround, on the front side and on the rear side and on two other sides (110, 112) of an electronic price label inside the envelope part, wherein the protective element further comprises a fastening arrangement, with which the protective element is adapted to be detachably fastened into position inside an envelope part placed around the electronic price label, wherein the fastening arrangement is formed from the front wall and/or rear wall of the envelope part of the protective element, which is arranged farther inward at the center point of the front or rear walls, so that the space remaining inside the envelope part is narrower at the center point of the wall, so that at least one of the walls presses against the electronic price label when the electronic price label has been placed inside the envelope part of the protective element. the protective element (200, 600, 700) comprises an envelope part, which comprises a front wall, a rear wall and two side walls (206, 208), wherein a space for the electronic price label is arranged between the front wall and rear wall of the envelope part, and the envelope part is adapted to surround, on the front side and on the rear side and on two other sides (110, 112) of an electronic price label inside the envelope part, wherein the protective element further comprises a fastening arrangement, with which the protective element is adapted to be detachably fastened into position inside an envelope part placed around the electronic price label, wherein the fastening arrangement is formed from the front wall and/or rear wall of the envelope part of the protective element, which is arranged farther inward at the center point of the front or rear walls, so that the space remaining inside the envelope part is narrower at the center point of the wall, so that at least one of the walls presses against the electronic price label when the electronic price label has been placed inside the envelope part of the protective element.
An electronic apparatus comprising: a communicator configured to communicate with a wake-up apparatus and to be supplied with regular power when the electronic apparatus is turned off; and a processor configured to: in response to receiving a wake-up packet from the wake-up apparatus when the electronic apparatus is turned off, turn on the electronic apparatus based on a random nonce value included in the received wake-up packet, in response to the electronic apparatus being turned on, transmit a signal for notifying that the electronic apparatus is turned on, to the wake-up apparatus, and receive a new random nonce value from the wake-up apparatus in response to the wake-up apparatus receiving the notification signal, wherein the new random nonce value is to be used in response to the electronic apparatus being turned on a second time by the wake-up apparatus, wherein the communicator communicates with a plurality of wake-up apparatuses, and wherein the processor is configured to exchange a plurality of different random nonce values with the plurality of wake-up apparatuses. a communicator configured to communicate with a wake-up apparatus and to be supplied with regular power when the electronic apparatus is turned off; and a processor configured to: in response to receiving a wake-up packet from the wake-up apparatus when the electronic apparatus is turned off, turn on the electronic apparatus based on a random nonce value included in the received wake-up packet, in response to the electronic apparatus being turned on, transmit a signal for notifying that the electronic apparatus is turned on, to the wake-up apparatus, and receive a new random nonce value from the wake-up apparatus in response to the wake-up apparatus receiving the notification signal, wherein the new random nonce value is to be used in response to the electronic apparatus being turned on a second time by the wake-up apparatus, in response to receiving a wake-up packet from the wake-up apparatus when the electronic apparatus is turned off, turn on the electronic apparatus based on a random nonce value included in the received wake-up packet, in response to the electronic apparatus being turned on, transmit a signal for notifying that the electronic apparatus is turned on, to the wake-up apparatus, and receive a new random nonce value from the wake-up apparatus in response to the wake-up apparatus receiving the notification signal, wherein the new random nonce value is to be used in response to the electronic apparatus being turned on a second time by the wake-up apparatus, wherein the communicator communicates with a plurality of wake-up apparatuses, and wherein the processor is configured to exchange a plurality of different random nonce values with the plurality of wake-up apparatuses.
A sound producing device (10, 90), abbreviated as SPD, comprising a first sound producing cell comprising a first membrane, driven by a first driving signal, configured to produce a first acoustic sound (P 110) on a first audio band, and a second sound producing cell comprising a second membrane, driven by a second driving signal, configured to produce a second acoustic sound on a second audio band different from the first audio band; wherein the first membrane and the second membrane are Micro Electro Mechanical System, abbreviated as MEMS, fabricated membranes; wherein the first audio band corresponding to the first driving signal is upper bounded by a first maximum frequency (f max,S110), and the second audio band corresponding to the second driving signal is upper bounded by a second maximum frequency; characterised in that a first resonance frequency (f r,110) of the first membrane is higher than the first maximum frequency (f max,S110) of the first driving signal; wherein a second resonance frequency (f r,130) of the second membrane is higher than the second maximum frequency of the second driving signal; wherein a first membrane pattern of the first sound producing cell comprises: at least one slit segment disposed along at least one outermost edge of the first sound producing cell; or a plurality of membrane sub-parts separated from one another. a first sound producing cell comprising a first membrane, driven by a first driving signal, configured to produce a first acoustic sound (P 110) on a first audio band, and a second sound producing cell comprising a second membrane, driven by a second driving signal, configured to produce a second acoustic sound on a second audio band different from the first audio band; wherein the first membrane and the second membrane are Micro Electro Mechanical System, abbreviated as MEMS, fabricated membranes; wherein the first audio band corresponding to the first driving signal is upper bounded by a first maximum frequency (f max,S110), and the second audio band corresponding to the second driving signal is upper bounded by a second maximum frequency; characterised in that a first resonance frequency (f r,110) of the first membrane is higher than the first maximum frequency (f max,S110) of the first driving signal; wherein a second resonance frequency (f r,130) of the second membrane is higher than the second maximum frequency of the second driving signal; wherein a first membrane pattern of the first sound producing cell comprises: at least one slit segment disposed along at least one outermost edge of the first sound producing cell; or a plurality of membrane sub-parts separated from one another.
A removable containment boom anchor, characterized in that it comprises: an anchor support comprising a flexible body fabricated of at least one resilient material, the flexible body having a base and a tab extending from the base, the flexible body encapsulating a plurality of permanent magnets; a containment boom connector fastened to the anchor support; and a reinforcement sheet encapsulated within the flexible body, and in that the reinforcement sheet extends from the base into the tab. an anchor support comprising a flexible body fabricated of at least one resilient material, the flexible body having a base and a tab extending from the base, the flexible body encapsulating a plurality of permanent magnets; a containment boom connector fastened to the anchor support; and a reinforcement sheet encapsulated within the flexible body, and in that the reinforcement sheet extends from the base into the tab.
A method of measuring waveshaping properties of a corrective lens across at least a portion of the corrective lens, when said corrective lens is worn by a user, the method comprising: directing a beam through said corrective lens; into the eye and measuring the return from the eye that again passes through the corrective lens, wherein said beam, having passed through said corrective lens, is propagated through at least one two-dimensional modulation pattern thereby producing a near field diffraction pattern at a Talbot plane; imaging said near field diffraction pattern at said Talbot plane; and determining a measure of said waveshaping properties of said corrective lens based at least in part on said near field diffraction pattern, further comprising removing said corrective lens from the path of the beam and measuring an eye having a cornea, pupil, and lens, wherein the optical path further includes null optics.
Integrated process to convert crude oil into petrochemical products comprising crude oil distillation, dearomatization, ring opening, and olefins synthesis, which process comprises: (a) subjecting a hydrocarbon feed to dearomatization to produce a first stream enriched in aromatic hydrocarbons and naphthenic hydrocarbons and a second stream enriched in alkanes; (b) subjecting the stream enriched in aromatic hydrocarbons and naphthenic hydrocarbons to ring opening to produce a first stream comprising LPG and a second stream comprising C4+ alkanes and wherein said stream comprising C4+ alkanes is combined with alkanes produced by dearomatization; and (c) subjecting alkanes produced in the process to olefins synthesis, (d) subjecting the first stream comprising LPG to gas separation and subjecting the individual gases ethane, propane and butanes produced in the gas separation separately to pyrolysis; wherein said hydrocarbon feed comprises: one or more of naphtha, kerosene and gasoil produced by crude oil distillation in the process; and refinery unit-derived light-distillate and/or refinery unit-derived middle-distillate produced in the process. (a) subjecting a hydrocarbon feed to dearomatization to produce a first stream enriched in aromatic hydrocarbons and naphthenic hydrocarbons and a second stream enriched in alkanes; (b) subjecting the stream enriched in aromatic hydrocarbons and naphthenic hydrocarbons to ring opening to produce a first stream comprising LPG and a second stream comprising C4+ alkanes and wherein said stream comprising C4+ alkanes is combined with alkanes produced by dearomatization; and (c) subjecting alkanes produced in the process to olefins synthesis, (d) subjecting the first stream comprising LPG to gas separation and subjecting the individual gases ethane, propane and butanes produced in the gas separation separately to pyrolysis; one or more of naphtha, kerosene and gasoil produced by crude oil distillation in the process; and refinery unit-derived light-distillate and/or refinery unit-derived middle-distillate produced in the process.
A hard capsule formulation comprising: a hydroxypropyl methyl cellulose hard capsule with acid resistance, wherein said hard capsule is not treated with an enteric coating; and as materials filled within said capsule: 1) an excipient and an agent to inhibit invasion of gastric fluid, wherein said agent to inhibit invasion of gastric fluid comprises a water repellent agent selected from the group consisting of calcium stearate, magnesium stearate, and carnauba wax and optionally a gelling agent, wherein the amount of said water repellent agent and gelling agent, when present, is from 9% to 25% of the total weight of the materials filled within the hard capsule; and 2) a pharmaceutical agent. a hydroxypropyl methyl cellulose hard capsule with acid resistance, wherein said hard capsule is not treated with an enteric coating; and as materials filled within said capsule: 1) an excipient and an agent to inhibit invasion of gastric fluid, wherein said agent to inhibit invasion of gastric fluid comprises a water repellent agent selected from the group consisting of calcium stearate, magnesium stearate, and carnauba wax and optionally a gelling agent, wherein the amount of said water repellent agent and gelling agent, when present, is from 9% to 25% of the total weight of the materials filled within the hard capsule; and 2) a pharmaceutical agent. 1) an excipient and an agent to inhibit invasion of gastric fluid, wherein said agent to inhibit invasion of gastric fluid comprises a water repellent agent selected from the group consisting of calcium stearate, magnesium stearate, and carnauba wax and optionally a gelling agent, wherein the amount of said water repellent agent and gelling agent, when present, is from 9% to 25% of the total weight of the materials filled within the hard capsule; and 2) a pharmaceutical agent.
A converter for a grid power supply system, an input end of the converter is coupled to a power supply in the grid power supply system, an output end of the converter is coupled to an alternating current grid, and the converter comprises a converting module and a fault ride through control module; and the fault ride through control module is configured to: when an asymmetric fault parameter of the alternating current grid is greater than a fault determining threshold, control the converting module to inject a negative-sequence reactive current into the alternating current grid, wherein the asymmetric fault parameter comprises one of a first negative-sequence voltage, a difference between a maximum valid value and a corresponding minimum valid value of a three-phase line voltage, a difference between a maximum peak-to-peak value and a corresponding minimum peak-to-peak value of the three-phase line voltage, a difference between a maximum amplitude value and a corresponding minimum amplitude value of the three-phase line voltage, a difference between a maximum valid value and a corresponding minimum valid value of a three-phase phase voltage, a difference between a maximum peak-to-peak value and a corresponding minimum peak-to-peak value of the three-phase phase voltage, or a difference between a maximum amplitude value and a corresponding minimum amplitude value of the three-phase phase voltage, characterised in that the fault ride through module is configured to control the converting module based on fault ride through duration of historical asymmetric fault ride through that is closest to current time and that occurs in the alternating current grid. the fault ride through control module is configured to: when an asymmetric fault parameter of the alternating current grid is greater than a fault determining threshold, control the converting module to inject a negative-sequence reactive current into the alternating current grid, wherein the asymmetric fault parameter comprises one of a first negative-sequence voltage, a difference between a maximum valid value and a corresponding minimum valid value of a three-phase line voltage, a difference between a maximum peak-to-peak value and a corresponding minimum peak-to-peak value of the three-phase line voltage, a difference between a maximum amplitude value and a corresponding minimum amplitude value of the three-phase line voltage, a difference between a maximum valid value and a corresponding minimum valid value of a three-phase phase voltage, a difference between a maximum peak-to-peak value and a corresponding minimum peak-to-peak value of the three-phase phase voltage, or a difference between a maximum amplitude value and a corresponding minimum amplitude value of the three-phase phase voltage, characterised in that the fault ride through module is configured to control the converting module based on fault ride through duration of historical asymmetric fault ride through that is closest to current time and that occurs in the alternating current grid.
A vehicle diagnostic system, comprising: a means configured to store a sequence of test or repair procedures in a database, characterized in that the vehicle diagnosis system comprises a means configured to correlate the sequence of test or repair procedures with a list of test requirements for each sequential step, the test requirements include required tools, replacement parts, facilities and training in order to complete each sequence of test; a means configured to receive vehicle specific information; a means configured to identify the list of test requirements according to the vehicle specific information, and the correlated sequence of test or repair procedures; and a means configured to perform a test or repair on the vehicle according to the vehicle specific information and the identified list of test requirements, and a display means connected to a processor means configured to display the test requirements for certification of the levels aptitude with regard to the tests. a means configured to store a sequence of test or repair procedures in a database, characterized in that the vehicle diagnosis system comprises a means configured to correlate the sequence of test or repair procedures with a list of test requirements for each sequential step, the test requirements include required tools, replacement parts, facilities and training in order to complete each sequence of test; a means configured to receive vehicle specific information; a means configured to identify the list of test requirements according to the vehicle specific information, and the correlated sequence of test or repair procedures; and a means configured to perform a test or repair on the vehicle according to the vehicle specific information and the identified list of test requirements, and a display means connected to a processor means configured to display the test requirements for certification of the levels aptitude with regard to the tests.
A distal end part for an insertion part of an endoscope, wherein the endoscope comprises a nozzle, and the distal end part comprises: a first fluid pipe which is adapted to be provided in the distal end part of the insertion part of the endoscope, the first fluid pipe for supplying a first fluid; a second fluid pipe which is adapted to be provided in the distal end part of the insertion part of the endoscope together with the first fluid pipe, the second fluid pipe for supplying a second fluid; and a confluence pipe which is connected to the first fluid pipe and the second fluid pipe thereby defining two connections, such that in a planar surface on a proximal side of the confluence pipe, the position of the first connection of the confluence pipe to the first fluid pipe differs from the position of the second connection of the confluence pipe to the second fluid pipe, characterised by a central axis of the confluence pipe directed to the nozzle, when the distal end part is positioned in the insertion part of the endoscope, having a skew relationship to at least any one of a central axis of the first fluid pipe and a central axis of the second fluid pipe in the distal end part, wherein the skew relationship is a relationship in which said central axes do not intersect with each other and are not parallel to each other. a first fluid pipe which is adapted to be provided in the distal end part of the insertion part of the endoscope, the first fluid pipe for supplying a first fluid; a second fluid pipe which is adapted to be provided in the distal end part of the insertion part of the endoscope together with the first fluid pipe, the second fluid pipe for supplying a second fluid; and a confluence pipe which is connected to the first fluid pipe and the second fluid pipe thereby defining two connections, such that in a planar surface on a proximal side of the confluence pipe, the position of the first connection of the confluence pipe to the first fluid pipe differs from the position of the second connection of the confluence pipe to the second fluid pipe, a central axis of the confluence pipe directed to the nozzle, when the distal end part is positioned in the insertion part of the endoscope, having a skew relationship to at least any one of a central axis of the first fluid pipe and a central axis of the second fluid pipe in the distal end part, wherein the skew relationship is a relationship in which said central axes do not intersect with each other and are not parallel to each other.
A device for cleaning the interior wall of a catheter comprising a cleaning lumen; characterised in that said cleaning lumen has an exterior surface with skives, said skives capable of changing from a first position to a second position, wherein said skives have a tip and a junction end and a distance between the tip and the junction end is longer than the radial distance between the exterior surface of the cleaning lumen and the interior wall of the catheter when the cleaning device is centered within the catheter and wherein the skives bend away from the cleaning lumen at least in their bend regions to deploy the skives against the interior wall of the catheter.
A tempered glass substrate, which has a compression stress layer on a surface thereof, and has a glass composition comprising, in terms of mass%, 40 to 70% of SiO 2, 12 to 21% of Al 2 O 3, 0 to 3.5% of Li 2 O, 10 to 20% of Na 2 O, 3% or less of K 2 O, and 4% or less of TiO 2, wherein the tempered glass substrate has a plate thickness of 1.5 mm or less, and wherein an internal tensile stress in the tempered glass substrate is 15 to 150 MPa.