mhurhangee/ep-ind-claims huggingface dataset:
A method for GSM communication, characterised by: determining a common control channel, CCCH, group and a paging group for each of a first subscription and a second subscription associated with a mobile station camped on a single cell; and reading consecutive pages from paging blocks of a determined CCCH group if the determined CCCH group for the first subscription is the same as the determined CCCH group for the second subscription and a determined paging group for the first subscription is not the same as a determined paging group for the second subscription. determining a common control channel, CCCH, group and a paging group for each of a first subscription and a second subscription associated with a mobile station camped on a single cell; and reading consecutive pages from paging blocks of a determined CCCH group if the determined CCCH group for the first subscription is the same as the determined CCCH group for the second subscription and a determined paging group for the first subscription is not the same as a determined paging group for the second subscription.
A method for producing a chondroitin sugar chain, comprising at least a step of allowing a glucuronic acid donor, an N-acetyl galactosamine donor, a sugar receptor, and a bacterial cell enzyme which synthesizes chondroitin to co-exist in a reaction system in the presence of a surfactant selected from the group consisting of Nymeen, MEGA-10, sodium cholate, n-octyl-β-D-thioglucopyranoside, n-nonyl-β-D-thiomaltopyranoside, sucrose monocholate, sucrose monocaprate, and sucrose monolaurate.
A method of treating a ceria-zirconia mixed oxide composed of 90-10% by weight of zirconia (ZrO 2) and 10-60% by weight of ceria (CeO 2) in order to improve its performance as an oxygen storage component of an exhaust gas purification system, which method comprises modifying at least some of the surface of the material by contact with an aqueous solution of hydrogen peroxide, wherein the mole ratio of hydrogen peroxide to ceria-zirconia mixed oxide is 3:1, and the concentration of the aqueous solution and the length of time of its contact are such that temperature reached at the peak maximum of the reaction as measured by temperature programmed reduction, known as T max, of the treated material is lower than the T max of equivalent untreated material by at least 50°C, as measured using the standard protocol described in example 3 of the description.
Spark plug, comprising • a housing, • an insulator, which is arranged in the housing, • a central electrode, which is arranged in the insulator, • a connection bolt, which is arranged in the insulator, • a resistor element, which is arranged in the insulator, is arranged spatially between the central electrode and the connection bolt and electrically connects the central electrode to the connection bolt, wherein the resistor element contains a resistive compound, wherein the resistive compound consists of a material mixture which contains ZrO 2 and SiO 2, and • an earth electrode, which is arranged on an end surface, facing toward the combustion chamber, of the housing and, together with the central electrode, forms a spark gap, wherein the material mixture of the resistive compound also contains ZrSiO 4, characterized in that a conversion ratio q is at least 40%, where q = w ZrSiO 4 w ZrSiO 4 + w ZrO 2, with w being the proportion of the material X in wt% in the resistive compound. • a housing, • an insulator, which is arranged in the housing, • a central electrode, which is arranged in the insulator, • a connection bolt, which is arranged in the insulator, • a resistor element, which is arranged in the insulator, is arranged spatially between the central electrode and the connection bolt and electrically connects the central electrode to the connection bolt, wherein the resistor element contains a resistive compound, wherein the resistive compound consists of a material mixture which contains ZrO 2 and SiO 2, and • an earth electrode, which is arranged on an end surface, facing toward the combustion chamber, of the housing and, together with the central electrode, forms a spark gap,
Use of a Fischer-Tropsch derived fuel component, in a kerosene or diesel fuel composition, for the purpose of reducing the tendency of the composition to dissolve metals, wherein the Fischer-Tropsch derived fuel component consists of at least 95% w/w of paraffinic components, wherein the aromatics content of the Fischer-Tropsch derived fuel component is 0.5% w/w or lower and wherein the Fischer-Tropsch derived fuel component is a kerosene or diesel component.
An implantable neurological probe comprising: an elongated shaft having a distal end and an internal lumen; a plurality of shafts arranged to be selectively extended from the distal end of the elongated shaft; and a plurality of microelectrode elements (145, 265, 365, 765, 860, 860, 1065) disposed on each of the plurality of shafts, the microelectrode elements (145, 265, 365, 765, 860, 860, 1065) comprising a planar substrate having an insulative layer and a plurality of conductive traces disposed on the insulative layer, wherein the plurality of shafts define a substantially cylindrical volume when fully extended; and wherein the plurality of shafts and the microelectrode elements (145, 265, 365, 765, 860, 860, 1065) are formed using several films which are deposited one atop the other, wherein the first film is a polymeric insulative film, the second film is a conductive film which is structured in order to create said conductive traces and said microelectrode elements and wherein the third film is a polymeric insulative film, further wherein the third and first films are then structured to provide the outline of said shafts. an elongated shaft having a distal end and an internal lumen; a plurality of shafts arranged to be selectively extended from the distal end of the elongated shaft; and a plurality of microelectrode elements (145, 265, 365, 765, 860, 860, 1065) disposed on each of the plurality of shafts, the microelectrode elements (145, 265, 365, 765, 860, 860, 1065) comprising a planar substrate having an insulative layer and a plurality of conductive traces disposed on the insulative layer, wherein the plurality of shafts define a substantially cylindrical volume when fully extended; and wherein the plurality of shafts and the microelectrode elements (145, 265, 365, 765, 860, 860, 1065) are formed using several films which are deposited one atop the other, wherein the first film is a polymeric insulative film, the second film is a conductive film which is structured in order to create said conductive traces and said microelectrode elements and wherein the third film is a polymeric insulative film, further wherein the third and first films are then structured to provide the outline of said shafts. wherein the plurality of shafts define a substantially cylindrical volume when fully extended; and wherein the plurality of shafts and the microelectrode elements (145, 265, 365, 765, 860, 860, 1065) are formed using several films which are deposited one atop the other, wherein the first film is a polymeric insulative film, the second film is a conductive film which is structured in order to create said conductive traces and said microelectrode elements and wherein the third film is a polymeric insulative film, further wherein the third and first films are then structured to provide the outline of said shafts.
Reception interface for a machine for preparing beverages by infusion from a ground product to be infused, with the interface removably receiving by manual action of a user a filter-holder device intended to contain the ground product, said interface comprises a selection element that is movable from a rest position, characterised in that the selection element is configured to reach one among several work positions that differ between them and that differ from the rest position and each corresponding to a respective operation mode of the machine, the selection element able to be moved to one or the other of the work positions by the filter-holder device when received in the reception interface, and in that it comprises for each work position at least one detection means (8, 18) of the passage of the selection element into said work position.
A method for implementing a fault-tolerant quantum operation using a quantum information system comprising a cavity (101, 111) and an ancilla transmon (104, 144) dispersively coupled to the cavity, the method comprising: applying microwave radiation to the cavity (101, 111) to encode a logical qubit using more than two energy levels of the cavity (101, 111); applying microwave radiation to the ancilla transmon (104, 144) to encode information using more than two energy levels of the ancilla transmon (104, 144); and applying microwave radiation to the ancilla transmon (104, 144): to adjust a first frequency shift applied to the cavity (101, 111) by the ancilla transmon (104, 144) when the ancilla transmon (104, 144) is in a first excited state so that the first frequency shift is equal to a second frequency shift applied to the cavity (101, 111) by the ancilla transmon (104, 144) when the ancilla transmon (104, 144) is in a second excited state, the adjustment of the first frequency shift creating an interaction between the cavity (101, 111) and the ancilla transmon (104, 144) that decouples at least one error type in the ancilla transmon (104, 144) from the cavity (101, 111) and reduces a probability that the logical qubit encoded in the cavity will acquire a phase error. applying microwave radiation to the cavity (101, 111) to encode a logical qubit using more than two energy levels of the cavity (101, 111); applying microwave radiation to the ancilla transmon (104, 144) to encode information using more than two energy levels of the ancilla transmon (104, 144); and applying microwave radiation to the ancilla transmon (104, 144): to adjust a first frequency shift applied to the cavity (101, 111) by the ancilla transmon (104, 144) when the ancilla transmon (104, 144) is in a first excited state so that the first frequency shift is equal to a second frequency shift applied to the cavity (101, 111) by the ancilla transmon (104, 144) when the ancilla transmon (104, 144) is in a second excited state, the adjustment of the first frequency shift creating an interaction between the cavity (101, 111) and the ancilla transmon (104, 144) that decouples at least one error type in the ancilla transmon (104, 144) from the cavity (101, 111) and reduces a probability that the logical qubit encoded in the cavity will acquire a phase error.
Method for learning the neutral position of a gear shift actuator having a motorized sliding gear between two opposite engaging pinions (3, 4), including a command element that is position-controlled by the drive motor thereof, which acts on a mechanical assembly for moving the sliding gear provided with an assistance system having a spring which can firstly accumulate energy when the teeth of the sliding gear come into abutment against those of the pinion to be dog-coupled in order to shift gear and secondly restore this energy by expansion in order to assist the engagement of the teeth of the sliding gear between those of this pinion, characterized in that the neutral position of the actuator is determined by estimating the resisting torque thereon, during the movement of the sliding gear towards the pinions (3, 4), by scanning the positions of the command element and by detecting the positions of the command element when the value of the resisting torque estimated thereon crosses a threshold indicating the abutment of the teeth of the sliding gear against those of each of the two pinions (3a, 4a), this method being characterized in that it includes a step of calculating the distance between the abutment positions, which step is repeated if the teeth of the sliding gear engage directly between those of a pinion (3a, 4a) at the end of travel.
A method for invoking a third-party program as an additional participant of a chat session, comprising: monitoring events of a chat session of a messaging platform; determining that at least one of the events of the chat session satisfies a triggering condition associated with a plurality of third-party programs; and in response to determining that the at least one of the events of the chat session satisfies the triggering condition associated with the plurality of third-party programs, sending a notification to the plurality of third-party programs; receiving a response from at least some of the plurality of third-party programs indicating its interest in being invoked; classifying, ranking and/or filtering the third-party programs from which the response is received; determining a subset of the third-party programs based on the classifying, ranking and/or filtering; presenting the subset of the third-party programs to an existing participant of the chat session; receiving input from the existing participant to select a third-party program from the subset of the third-party programs as an additional participant of the chat session; and causing the selected third-party program to be executed, if not already executed, and joining the executed third-party program as an additional participant of the chat session. monitoring events of a chat session of a messaging platform; determining that at least one of the events of the chat session satisfies a triggering condition associated with a plurality of third-party programs; and in response to determining that the at least one of the events of the chat session satisfies the triggering condition associated with the plurality of third-party programs, sending a notification to the plurality of third-party programs; receiving a response from at least some of the plurality of third-party programs indicating its interest in being invoked; classifying, ranking and/or filtering the third-party programs from which the response is received; determining a subset of the third-party programs based on the classifying, ranking and/or filtering; presenting the subset of the third-party programs to an existing participant of the chat session; receiving input from the existing participant to select a third-party program from the subset of the third-party programs as an additional participant of the chat session; and causing the selected third-party program to be executed, if not already executed, and joining the executed third-party program as an additional participant of the chat session.
Device for preparing a laminated dough piece rolled up with separator sheet, comprising: - a supplier for supplying the laminated dough piece on separator sheet in a transport direction, the laminated dough piece having a length in the transport direction and a width perpendicular to the transport direction; - a rolling chamber, contiguous to the supplier in the transport direction, characterized in that - the supplier is configured for transporting at least part of a laminated dough piece on a separator sheet at least over a predetermined distance in a direction oriented upward, towards the rolling chamber, characterized in that the supplier comprises a movable part, movable between a downward orientation and an upward orientation, wherein the movable part is a flap, hingable at its downstream end, and comprising an actuator for moving the movable part between the downward orientation and the upward orientation, further comprising a controller for the actuator, and a sensor for generating a signal that represents a position of a laminated dough piece on the supplier, wherein the controller is configured for moving the movable part from the downward orientation to the upward orientation when the lagging edge of the laminated dough piece has reached the movable part. - a supplier for supplying the laminated dough piece on separator sheet in a transport direction, the laminated dough piece having a length in the transport direction and a width perpendicular to the transport direction; - a rolling chamber, contiguous to the supplier in the transport direction, characterized in that - the supplier is configured for transporting at least part of a laminated dough piece on a separator sheet at least over a predetermined distance in a direction oriented upward, towards the rolling chamber, characterized in that the supplier comprises a movable part, movable between a downward orientation and an upward orientation, wherein the movable part is a flap, hingable at its downstream end, and comprising an actuator for moving the movable part between the downward orientation and the upward orientation, further comprising a controller for the actuator, and a sensor for generating a signal that represents a position of a laminated dough piece on the supplier, wherein the controller is configured for moving the movable part from the downward orientation to the upward orientation when the lagging edge of the laminated dough piece has reached the movable part.
A gel comprising a water-absorbing crosslinked polymer, and a condensate of a reactive silicon compound having at least one selected from the group consisting of an acidic dissociative group, an acidic dissociative group in a salt form, and a derivative group of an acidic dissociative group, characterized in that the reactive silicon compound is a compound represented by the formula: wherein R 1 is an alkyl group optionally having substituent(s), an aryl group optionally having substituent(s), a halogen atom, a hydroxy group, or an alkoxy group optionally having substituent(s), R 2 and R 3 are each independently a halogen atom, a hydroxy group, or an alkoxy group optionally having substituent(s), and R 4 is an organic group having at least one selected from the group consisting of an acidic dissociative group, an acidic dissociative group in a salt form, and a derivative group of an acidic dissociative group, the organic group is an alkyl group optionally having substituent(s) or a cycloalkyl-alkyl group optionally having substituent(s), and one or more carbon atoms (excluding carbon atom adjacent to silicon atom and carbon atom adjacent to nitrogen atom) of the alkyl group or the cycloalkyl-alkyl group is/are optionally substituted by a nitrogen atom. R 2 and R 3 are each independently a halogen atom, a hydroxy group, or an alkoxy group optionally having substituent(s), and R 4 is an organic group having at least one selected from the group consisting of an acidic dissociative group, an acidic dissociative group in a salt form, and a derivative group of an acidic dissociative group, the organic group is an alkyl group optionally having substituent(s) or a cycloalkyl-alkyl group optionally having substituent(s), and one or more carbon atoms (excluding carbon atom adjacent to silicon atom and carbon atom adjacent to nitrogen atom) of the alkyl group or the cycloalkyl-alkyl group is/are optionally substituted by a nitrogen atom.
A method of making an electrical connection, the method comprising: inserting an electrical device (14, 174) into a receptacle (16, 176); melting solder where one or more device electrical contacts (32, 34, 192, 194) of the device and one or more receptacle electrical contacts (52, 54, 202, 204) of the receptacle meet, wherein the melting includes directing heated gas through one or more channels (62, 64, 212, 214) in the receptacle to melt the solder; and making a solid electrical connection between the one or more device electrical contacts and the one or more receptacle electrical contacts by allowing the solder to cool; wherein the making the solid electrical connection includes making a blind electrical connection that is not externally accessible for manual access to the electrical connection; wherein the making the solid electrical connection includes making the electrical connection along a bottom of the receptacle, opposite from where the device is inserted into the receptacle; and wherein the one or more channels each extend along a side of the receptacle. inserting an electrical device (14, 174) into a receptacle (16, 176); melting solder where one or more device electrical contacts (32, 34, 192, 194) of the device and one or more receptacle electrical contacts (52, 54, 202, 204) of the receptacle meet, wherein the melting includes directing heated gas through one or more channels (62, 64, 212, 214) in the receptacle to melt the solder; and making a solid electrical connection between the one or more device electrical contacts and the one or more receptacle electrical contacts by allowing the solder to cool; wherein the making the solid electrical connection includes making a blind electrical connection that is not externally accessible for manual access to the electrical connection; wherein the making the solid electrical connection includes making the electrical connection along a bottom of the receptacle, opposite from where the device is inserted into the receptacle; and wherein the one or more channels each extend along a side of the receptacle.
Sealing system for rotary piston engines having a rotor which consists of two or more parallel rotor discs (12, 13) which are pushed with their outer faces onto the end sides of a housing by way of spring/media forces, displaceable blades with half blades (21, 22) which are formed by shaped slats being arranged in radially directed guide grooves (5, 18), characterized in that the half blades (21, 22) are enclosed by blade cassettes, in which they are displaced against one another by way of inner oblique edges of the half blades (21, 22) and a pressure wedge which is in contact as a result of compression springs and is situated in the inner space which is formed by the half blades (21, 22), the shaped slats forming sealing edges in their mutual overlap, which sealing edges reach flexibly into the corner regions of the housing during the rotor movement and seal the said corner regions, and adapt themselves to the radial and axial changes in the housing by way of spring forces and therefore, together with the rotor discs (12, 13), form continuous sealing surfaces against the passage of the medium.
A method of a computing device (312, 710) in a first vehicle, the method comprising: receiving, at the computing device (312, 710) in the first vehicle, image data acquired by a camera of the first vehicle, the image data comprising an image of a license plate of a second vehicle (320, 330); obtaining, by the computing device (312, 710) based on information of the license plate, information comprising a maintenance history of the second vehicle (320, 330), the maintenance history comprising information regarding a worn or failed component of the second vehicle (320, 330); utilizing the maintenance history comprising the information regarding the worn or failed component of the second vehicle (320, 330), creating, by the computing device (312, 710), a risk profile for the second vehicle (320, 330); and based on the risk profile, initiating, by the computing device (312, 710), an action comprising autonomously changing a position of the first vehicle relative to the second vehicle (320, 330). receiving, at the computing device (312, 710) in the first vehicle, image data acquired by a camera of the first vehicle, the image data comprising an image of a license plate of a second vehicle (320, 330); obtaining, by the computing device (312, 710) based on information of the license plate, information comprising a maintenance history of the second vehicle (320, 330), the maintenance history comprising information regarding a worn or failed component of the second vehicle (320, 330); utilizing the maintenance history comprising the information regarding the worn or failed component of the second vehicle (320, 330), creating, by the computing device (312, 710), a risk profile for the second vehicle (320, 330); and based on the risk profile, initiating, by the computing device (312, 710), an action comprising autonomously changing a position of the first vehicle relative to the second vehicle (320, 330).