mhurhangee/ep-ind-claims huggingface dataset:
A battery balancing device arranged to perform balance processing of charge states of a plurality of batteries, where the batteries are adapted to be connected in parallel and where the balancing device is adapted to disconnect the batteries from each other and from external loads before a balancing status is determined, wherein each of said batteries is divided into a plurality of battery cells and wherein at least one equalization device is arranged in each battery for balancing the battery cells within said battery, characterized in that said balancing device being arranged to at least collect information about voltage of at least one battery cell in each battery from the equalization device/-s and determining the balancing status of the batteries on the basis of the collected information, said balancing device further being arranged to determine a target cell voltage for at least one battery cell in dependency of the balancing status and provide the target cell voltage to each equalization device to control said balancing of the battery cells, where the balancing device is arranged to discharge and/or charge the batteries to achieve the same or a similar charge state for said batteries when the balance process is completed.
A pick tooling device, comprising: a pick tool having a housing that includes a vacuum chamber configured to provide sufficient suction to pick up an object at a suction orifice of the housing; and a driver having a drive bit extending along a longitudinal axis, the drive bit being movable within the housing along the longitudinal axis and configured to drive the object; wherein the drive bit is movable along the longitudinal axis between a first position, in which the drive bit is configured to be disengaged from the object, and a second position, in which the drive bit is configured to drivingly engage the object; characterized in that the housing has a sealing surface for vacuum sealing a portion of the vacuum chamber; and wherein: in the first position the drive bit engages the sealing surface to vacuum seal the portion of the vacuum chamber, and in the second position the drive bit disengages from the sealing surface. a pick tool having a housing that includes a vacuum chamber configured to provide sufficient suction to pick up an object at a suction orifice of the housing; and a driver having a drive bit extending along a longitudinal axis, the drive bit being movable within the housing along the longitudinal axis and configured to drive the object; wherein the drive bit is movable along the longitudinal axis between a first position, in which the drive bit is configured to be disengaged from the object, and a second position, in which the drive bit is configured to drivingly engage the object; characterized in that the housing has a sealing surface for vacuum sealing a portion of the vacuum chamber; and wherein: in the first position the drive bit engages the sealing surface to vacuum seal the portion of the vacuum chamber, and in the second position the drive bit disengages from the sealing surface.
A compound comprising a lead-free tungsten bronze structure oxide represented by general formula: x BaB 2 O 6 − y CaB 2 O 6 − z Bi 1 / 2 C 1 / 2 B 2 O 6 where B represents at least one of Nb and Ta; C represents at least one of Na and K; x+y+z=1; 0.2≤x≤0.85; 0<y≤0.5; and 0<z≤0.8.
A method for replicating structure comprising the steps of: providing a film-form production tool having a front surface and a back surface, with a reversed shape of structure which is an object to be replicated, on the front surface; applying decompression to the front surface of the film-form production tool; filling a composition which is an object to be molded, with applying sufficient fluid pressure, in the reversed shape, wherein the reversed shape is sealed to keep decompression degree applied up to filling the composition; and solidifying the object composition and transferring it on a substrate. providing a film-form production tool having a front surface and a back surface, with a reversed shape of structure which is an object to be replicated, on the front surface; applying decompression to the front surface of the film-form production tool; filling a composition which is an object to be molded, with applying sufficient fluid pressure, in the reversed shape, wherein the reversed shape is sealed to keep decompression degree applied up to filling the composition; and solidifying the object composition and transferring it on a substrate.
Method for operating a hearing device depending on a speech signal, - wherein an acousto-electric input transducer of the hearing device records a sound containing the speech signal from the surroundings of the hearing device and converts the sound into an input audio signal, - wherein a signal processing operation generates an output audio signal based on the input audio signal, - wherein at least one articulatory property of the speech signal is quantitatively acquired through analysis of the input audio signal by means of the signal processing operation, and a quantitative measure (m) of a speech quality of the voice signal is derived on the basis of said property, and - wherein at least one parameter of the signal processing operation for generating the output audio signal based on the input audio signal is set on the basis of the quantitative measure (m) of the speech quality of the speech signal, characterized in that for the quantitative measure (m) of the speech quality, as the articulatory property of the speech signal - a characteristic variable correlated with the precision of predefined formants of vowels in the speech signal, and/or - a characteristic variable correlated with the dominance of consonants, in particular fricatives, in the speech signal and/or - a characteristic variable correlated with the precision of transitions between voiced and unvoiced sounds is acquired. - wherein an acousto-electric input transducer of the hearing device records a sound containing the speech signal from the surroundings of the hearing device and converts the sound into an input audio signal, - wherein a signal processing operation generates an output audio signal based on the input audio signal, - wherein at least one articulatory property of the speech signal is quantitatively acquired through analysis of the input audio signal by means of the signal processing operation, and a quantitative measure (m) of a speech quality of the voice signal is derived on the basis of said property, and - wherein at least one parameter of the signal processing operation for generating the output audio signal based on the input audio signal is set on the basis of the quantitative measure (m) of the speech quality of the speech signal, - a characteristic variable correlated with the precision of predefined formants of vowels in the speech signal, and/or - a characteristic variable correlated with the dominance of consonants, in particular fricatives, in the speech signal and/or - a characteristic variable correlated with the precision of transitions between voiced and unvoiced sounds is acquired.
A compressed composition for use in electrophoretic analysis comprising a blend of polymer matrix particles comprising agarose and a buffer made from electrophoretic conductive medium particles, wherein the blend has a uniform particle size, a lyophilized fluorescent DNA-binding dye and a cryoprotectant.
A stent delivery device (10, 10', 10"), comprising: an endoscope (10, 10', 10") comprising: an elongate shaft comprising a proximal end, a distal end, an outer wall and a longitudinal working channel through the elongate shaft defining an inner wall of the elongate shaft; a radially distensible stent (26, 60) juxtaposingly disposed to a distal portion of the inner wall; an inner tubular member slidably disposed within the working channel and having a stent holding member engaging an interior portion (27, 63, 65) of the stent (26, 60) for releasably securing the stent (26, 60) to the distal portion of the inner wall, wherein the inner tubular member comprises inner and outer telescoping members (32, 36), and further wherein the stent (26, 60) is disposed over the inner telescoping member, and the outer telescoping member abuts a proximal end of the stent in a radially contracted state of the stent; a viewing device disposed at the distal end of the elongate shaft; and an illuminating device disposed at the distal end of the elongate shaft; wherein the viewing device may be used to optically or electrically transmit images through the elongate shaft of the endoscope (10, 10', 10"). an elongate shaft comprising a proximal end, a distal end, an outer wall and a longitudinal working channel through the elongate shaft defining an inner wall of the elongate shaft; a radially distensible stent (26, 60) juxtaposingly disposed to a distal portion of the inner wall; an inner tubular member slidably disposed within the working channel and having a stent holding member engaging an interior portion (27, 63, 65) of the stent (26, 60) for releasably securing the stent (26, 60) to the distal portion of the inner wall, wherein the inner tubular member comprises inner and outer telescoping members (32, 36), and further wherein the stent (26, 60) is disposed over the inner telescoping member, and the outer telescoping member abuts a proximal end of the stent in a radially contracted state of the stent; a viewing device disposed at the distal end of the elongate shaft; and an illuminating device disposed at the distal end of the elongate shaft; wherein the viewing device may be used to optically or electrically transmit images through the elongate shaft of the endoscope (10, 10', 10").
A flow hydro turbine consisting of a rotor and a stator, wherein the rotor is rotatably mounted in the stator via an axis, wherein the rotor is constructed as an axially symmetric body with flat lateral surfaces with a circular cross-section, characterized in that the circular cross-section from both outer ends, that is from both flat lateral surfaces with a circular cross-section, decreases equally and continuously towards the middle, so that the rotor has a narrowest cross-section in the middle, and the rotor has over its entire surface, in the longitudinal direction, that is along its axis, curved grooves.
Plug-in connector for connecting a field device used in automation engineering with a power supply system and/or a evaluation unit, wherein the plug-in connector has a plug for the field device, which consists of a transparent material at least in part, wherein at least four indicator elements (gn, ye, ye, rd) are arranged in the plug, wherein a first indicator element (gn) signals the operational readiness of the field device, wherein a second and third indicator element (ye, ye) signal two antivalent switch outputs (MIN, MAX) of the field device, wherein a fourth indicator element (rd) signals a disturbance or malfunction of the field device, wherein a circuit (NOR, XNOR) is provided that is designed in such a way that a disturbance or malfunction of the field device is detected using the antivalent switch outputs (MIN, MAX) of the field device and that the fourth indicator element (rd) is activated if a disturbance or malfunction is detected, and wherein the circuit is a logical circuit (NOR, XNOR), which is designed as a NOR or XNOR circuit.
A system for embedding an electronic file, comprising: a computer comprising a processor and a memory having computer-executable instructions stored thereupon which, when executed by the processor, cause the computer to: receive user input of an electronic file to embed in a document canvas of an application; retrieve one or more rules for embedding the electronic file, wherein the one or more rules are organized hierarchically with one or more parameters of one or more higher ranked rules having precedence over the same one or more parameters of one or more lower ranked rules, and wherein the rules are based upon a model trained using offline embedded electronic files and actual parameter(s) for representing the embedded electronic files; analyze at least one of information regarding a target page of the document canvas or information regarding a user; apply the one or more rules in accordance with the analyzed at least one of information regarding the target page or information associated with the user to determine at least one parameter regarding representation of the electronic file in the document canvas, wherein the at least one parameter comprises at least one indicating if the electronic files are to be embedded with a viewer or with an embedded editor; embed the electronic file in the document canvas of the application in accordance with the determined at least one parameter regarding representation of the electronic file in the document canvas; and receive feedback from the user regarding the determined at least one parameter and adapt a rule among the one or more rules based upon the user feedback. receive user input of an electronic file to embed in a document canvas of an application; retrieve one or more rules for embedding the electronic file, wherein the one or more rules are organized hierarchically with one or more parameters of one or more higher ranked rules having precedence over the same one or more parameters of one or more lower ranked rules, and wherein the rules are based upon a model trained using offline embedded electronic files and actual parameter(s) for representing the embedded electronic files; analyze at least one of information regarding a target page of the document canvas or information regarding a user; apply the one or more rules in accordance with the analyzed at least one of information regarding the target page or information associated with the user to determine at least one parameter regarding representation of the electronic file in the document canvas, wherein the at least one parameter comprises at least one indicating if the electronic files are to be embedded with a viewer or with an embedded editor; embed the electronic file in the document canvas of the application in accordance with the determined at least one parameter regarding representation of the electronic file in the document canvas; and receive feedback from the user regarding the determined at least one parameter and adapt a rule among the one or more rules based upon the user feedback.
An antimicrobial composition consisting of: - one or more poloxamer(s); - at least 10 weight percent of at least one C 1 -C 6 alcohol on the basis of the total weight of the antimicrobial composition; - at least one biocidal agent which is not an alcohol, and optionally, an additive selected from the group consisting of an anticoagulant, saline, water, and combinations thereof. - one or more poloxamer(s); - at least 10 weight percent of at least one C 1 -C 6 alcohol on the basis of the total weight of the antimicrobial composition; - at least one biocidal agent which is not an alcohol, and
A method (200B, 200C, 200D), for operative compounding of a nutraceutical beverage, comprising the steps of: providing a nutraceutical composition sealed in a bounded container; positioning at least one removably secured interface integrated with at least one discrete element of said bounded container operative to transmit motion into said bounded container; positioning a base unit for receivably retaining the bounded container and enabling the base unit to provide a compounding motion to said at least one discrete element; providing a sensor system in said base unit; providing a means to unseal said removably secured interface of said bounded sealed container through a relative displacement of said at least one discrete element and freeing said nutraceutical composition and dispersing said nutraceutical composition into a vessel containing a potable liquid located proximate said bounded container; extending a displaceable element relative to said bounded container into said nutraceutical composition and said potable liquid in said vessel; operating said sensor system effective to detect a presence of said vessel proximate said base unit and triggering, if said vessel is not proximate said base unit, a stoppage in said method prior to said step of extending; and agitating and compounding said nutraceutical composition and said potable liquid forming said nutraceutical beverage during a use. providing a nutraceutical composition sealed in a bounded container; positioning at least one removably secured interface integrated with at least one discrete element of said bounded container operative to transmit motion into said bounded container; positioning a base unit for receivably retaining the bounded container and enabling the base unit to provide a compounding motion to said at least one discrete element; providing a sensor system in said base unit; providing a means to unseal said removably secured interface of said bounded sealed container through a relative displacement of said at least one discrete element and freeing said nutraceutical composition and dispersing said nutraceutical composition into a vessel containing a potable liquid located proximate said bounded container; extending a displaceable element relative to said bounded container into said nutraceutical composition and said potable liquid in said vessel; operating said sensor system effective to detect a presence of said vessel proximate said base unit and triggering, if said vessel is not proximate said base unit, a stoppage in said method prior to said step of extending; and agitating and compounding said nutraceutical composition and said potable liquid forming said nutraceutical beverage during a use.
A catalyzed soot filter comprising a selective oxidation catalyst composition on a filter, wherein the selective oxidation catalyst composition has a selectivity for oxidizing HC versus oxidizing ammonia, wherein the selective oxidation catalyst composition is substantially free of platinum, wherein the selective oxidation catalyst composition comprises a palladium component, wherein the palladium component is impregnated on ceria, wherein the palladium component has a loading on the filter of 3.53 g/m 3 to 353 g/m 3 (0.1 g/ft 3 to 10 g/ft 3). wherein the selective oxidation catalyst composition is substantially free of platinum, wherein the selective oxidation catalyst composition comprises a palladium component, wherein the palladium component is impregnated on ceria, wherein the palladium component has a loading on the filter of 3.53 g/m 3 to 353 g/m 3 (0.1 g/ft 3 to 10 g/ft 3).
A method comprising: receiving, at a configurable service proxy in a service node (40, 45, 50, 55) in a network comprising a plurality of service nodes (40, 45, 50, 55) each configured to host one or more non-participant service-functions (60 -) for application to traffic that passes through the respective service nodes (40, 45, 50, 55) forming a service path, a packet encapsulated in a service header that includes a variable set of context headers (110, 110, 100), wherein the plurality of non-participant service functions are service functions that are unable or not configured to process the service header; at the configurable service proxy in the service node, removing the service header from the packet to form a non-encapsulated packet, and evaluating, at the configurable service proxy, the context headers (110, 110, 100) in the packet based on one or more policies to determine a local identifier associated with a first non-participant service-function (60 -) of the one or more non-participant service-functions (60 -) hosted by the service node (40, 45, 50, 55); and forwarding, by the configurable service proxy, data in the packet to the first non-participant service-function (60 -) associated with the local identifier. receiving, at a configurable service proxy in a service node (40, 45, 50, 55) in a network comprising a plurality of service nodes (40, 45, 50, 55) each configured to host one or more non-participant service-functions (60 -) for application to traffic that passes through the respective service nodes (40, 45, 50, 55) forming a service path, a packet encapsulated in a service header that includes a variable set of context headers (110, 110, 100), wherein the plurality of non-participant service functions are service functions that are unable or not configured to process the service header; at the configurable service proxy in the service node, removing the service header from the packet to form a non-encapsulated packet, and evaluating, at the configurable service proxy, the context headers (110, 110, 100) in the packet based on one or more policies to determine a local identifier associated with a first non-participant service-function (60 -) of the one or more non-participant service-functions (60 -) hosted by the service node (40, 45, 50, 55); and forwarding, by the configurable service proxy, data in the packet to the first non-participant service-function (60 -) associated with the local identifier.
A motor comprising: a rotary shaft; a rotor mounted on the rotary shaft; a stator surrounding an outer periphery of the rotor; an impeller mounted on the rotary shaft to be spaced apart from the rotor; a bearing housing positioned between the impeller and the rotor and formed with a through hole through which the rotary shaft passes; and a gas bearing disposed in the bearing housing, wherein a rolling bearing disposed to be spaced apart from the gas bearing to support the rotary shaft, wherein the gas bearing includes a metal body having a major arc shape in cross section and having a slit open in a radial direction, a coating layer coated on the inner surface of the metal body, wherein the rotary shaft includes a gas bearing facing portion facing the coating layer in a radial direction, and wherein a bearing clearance is formed between the gas bearing facing portion and the coating layer, wherein the thickness of the gas bearing is thinner than a thickness of an inner race of the rolling bearing. a rotor mounted on the rotary shaft; a stator surrounding an outer periphery of the rotor; an impeller mounted on the rotary shaft to be spaced apart from the rotor; a bearing housing positioned between the impeller and the rotor and formed with a through hole through which the rotary shaft passes; and a gas bearing disposed in the bearing housing, wherein a rolling bearing disposed to be spaced apart from the gas bearing to support the rotary shaft, wherein the gas bearing includes a metal body having a major arc shape in cross section and having a slit open in a radial direction, a coating layer coated on the inner surface of the metal body, wherein the rotary shaft includes a gas bearing facing portion facing the coating layer in a radial direction, and wherein a bearing clearance is formed between the gas bearing facing portion and the coating layer, wherein the thickness of the gas bearing is thinner than a thickness of an inner race of the rolling bearing.
A curable composition comprising at least one curable resin; surface modified nanoparticles having a primary particle size of 50 to 500 nm as measured by transmission electron microscopy; and rubber nano-domains having an average size of 10 to 500 nm as measured by transmission electron microscopy; wherein the rubber nano-domains comprise core-shell rubber nanoparticles, and wherein the surface modified nanoparticles comprise an organic surface treatment agent attached to a surface of a substantially spherical inorganic core, wherein the inorganic core comprises silica.