mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal including a first-version embedded universal integrated circuit card, eUICC, in a communication system, the method comprising: receiving, from a profile server, a request for performing a second function associated with a second-version eUICC; determining whether the second function is supported by the first-version eUICC based on at least one of remote subscriber identity module provisioning, RSP, capability information of the first-version eUICC or version information of the first-version eUICC; in case that the second function is not supported by the first-version eUICC, determining whether to switch the second function to a first function supported by the first-version eUICC, wherein the first function is a local profile management function equivalent to the second function; and in case that the second function is determined to be switched to the first function, performing the first function. receiving, from a profile server, a request for performing a second function associated with a second-version eUICC; determining whether the second function is supported by the first-version eUICC based on at least one of remote subscriber identity module provisioning, RSP, capability information of the first-version eUICC or version information of the first-version eUICC; in case that the second function is not supported by the first-version eUICC, determining whether to switch the second function to a first function supported by the first-version eUICC, wherein the first function is a local profile management function equivalent to the second function; and in case that the second function is determined to be switched to the first function, performing the first function.
Interface (1; 1') for controlling at least one function of a unit of a motor vehicle, comprising: - a control member (2; 20) comprising: - a metal pointer , - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a capacitive touch tile configured to detect the position of the metal pointer , the guide (5; 50) being secured to the capacitive touch tile , the control member (2; 20) further comprising a shroud (8; 80) as one with the end of the movable grip element (4; 40) facing the capacitive touch tile so as to hide at least one finger of the user from the capacitive touch tile , the shroud (8; 80) projecting in a plane parallel to the capacitive touch tile , the metal pointer being arranged facing the capacitive touch tile and borne by the end of the movable grip element (4; 40) and/or by the shroud (8; 80) and the control member (2; 20) comprising external metal parts borne by the movable grip element (4; 40) and electrically connected to the metal pointer . - a control member (2; 20) comprising: - a metal pointer , - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a metal pointer , - a movable grip element (4; 40) - a guide (5; 50), the movable grip element (4; 40) being supported and guided in displacement by the guide (5; 50), and - a capacitive touch tile configured to detect the position of the metal pointer , the guide (5; 50) being secured to the capacitive touch tile ,
Panel for the construction of roofing arrangements comprising two substantially opposite surfaces and made of thermoplastic material, preferably polycarbonate, comprising a plurality of recesses formed on a first surface of said two surfaces of said panel , wherein said recesses are made in the thickness of the panel and comprise a first base area having polygonal or substantially circular shape, or a combination thereof, which lies substantially on said first surface of the panel , and wherein said recesses have a tapered shape extending towards the second surface of the panel , wherein the thickness (T) between the two surfaces of the panel is between about 0.7 mm and about 2.5 mm and said recesses extend from said first surface towards said second surface of the panel by a depth (D) which is smaller than two-thirds of the thickness (T) between the surfaces of the panel , and wherein the panel is corrugated, said two opposite surfaces being bent or curved.
A worktop oven for cooking foods comprising a support base , a lid , an intermediate element positioned between said support base and said lid , where said support base supports a first cooking surface with which a first electric heater is associated and said intermediate element supports a second cooking surface with which a second electric heater is associated, where said intermediate element is configured to delimit with said base a first cooking chamber and said lid is configured to delimit with said intermediate element a second cooking chamber positioned above said first cooking chamber , where a first operating connection means is present between said intermediate element and said lid which has an opening position and a closing position of said second cooking chamber , and where a second operating connection means shaped like an articulated parallelogram is provided between said base and said intermediate element which has an opening position and a closing position of said first cooking chamber .
Optical sensor element comprising (a) indicators selected from similar or different luminescence active agents; and (b) indicator protectors, wherein the element is multi-layered, at least two-layered, wherein the indicators and indicator protectors are arranged in different layers of the multi-layered, at least two-layered element and the element comprises at least one at least one indicator-bearing layer in which the indicator proteins are primarily present, wherein the at least two layers of the element each comprise a matrix material selected from a polymer or polymer blend, the indicators are selected from luminescent agents whose luminescent emission is extinct on contact with at least one analyte selected from oxygen, in particular molecular oxygen, carbon monoxide, carbon dioxide, halide ions, heavy metal ions, hydroxyl ions and hydronium ions, and the luminescent agent is preferably selected from ruthenium, rhenium, rhodium, iridium-lanthanide complexes, metallized porphyrins, non-metallized porphyrins or mixtures thereof, optionally in combination with fluorinated dyes and/or light stabilizers, the indicator protectors are reducing agents selected from redox-active polymers containing one or more oxidizable functional groups, and/or the indicator protectors have a redox catalytic and/or adsorptive effect and are selected from a material comprising activated carbon, zeolite and/or semiconductor oxide which is optionally loaded with noble metal. (a) indicators selected from similar or different luminescence active agents; and (b) indicator protectors,
A method for configuring one or more devices installed at a respective floor of a building , the method comprising: - establishing a connection by a mobile device operated by a person with a first device that is selected by the person from one or more devices installed at the respective floor of the building over a short-range network ; - after the mobile device connects to the first device, determining one or more unconfigured devices (106B-106D) by broadcasting a discover message by the first device over the short-range network ; - receiving an identity message from the one or more unconfigured devices (106B-106D) in response to the discover message; and - configuring the one or more unconfigured devices (106B-106D) over the short-range network in response to determination of the one or more unconfigured devices (106B-106D). - establishing a connection by a mobile device operated by a person with a first device that is selected by the person from one or more devices installed at the respective floor of the building over a short-range network ; - after the mobile device connects to the first device, determining one or more unconfigured devices (106B-106D) by broadcasting a discover message by the first device over the short-range network ; - receiving an identity message from the one or more unconfigured devices (106B-106D) in response to the discover message; and - configuring the one or more unconfigured devices (106B-106D) over the short-range network in response to determination of the one or more unconfigured devices (106B-106D).
A regenerative control system of a vehicle comprising: a low voltage system circuit including a low voltage battery that outputs a voltage; a high voltage system circuit including a high voltage battery of which a rated voltage is higher than that of said low voltage battery; a power generation unit configured to generate electrical energy by making use of kinetic energy of the vehicle, and generate electrical energy of a low voltage suitable for said low voltage system circuit or electrical energy of a high voltage suitable for said high voltage system circuit by performing a duty control of the on and off of a regulator that changes over between the turn-on and the turn-off of a field current; characterized in that it comprises a changeover switch configured to cause the generated electrical energy to be inputted to either one of the low voltage system circuit and the high voltage system circuit ; and a control means that is configured to perform the duty control of a ratio (γ) between a period of time during which said low voltage electrical energy is generated, and a period of time during which said high voltage electrical energy is generated, when controlling said power generation unit in such a manner that electric power generation is carried out while changing over a generation voltage between said low voltage and said high voltage in an alternate manner when the vehicle is in a deceleration running state. a low voltage system circuit including a low voltage battery that outputs a voltage; a high voltage system circuit including a high voltage battery of which a rated voltage is higher than that of said low voltage battery; a power generation unit configured to generate electrical energy by making use of kinetic energy of the vehicle, and generate electrical energy of a low voltage suitable for said low voltage system circuit or electrical energy of a high voltage suitable for said high voltage system circuit by performing a duty control of the on and off of a regulator that changes over between the turn-on and the turn-off of a field current; characterized in that it comprises a changeover switch configured to cause the generated electrical energy to be inputted to either one of the low voltage system circuit and the high voltage system circuit ; and a control means that is configured to perform the duty control of a ratio (γ) between a period of time during which said low voltage electrical energy is generated, and a period of time during which said high voltage electrical energy is generated, when controlling said power generation unit in such a manner that electric power generation is carried out while changing over a generation voltage between said low voltage and said high voltage in an alternate manner when the vehicle is in a deceleration running state.
A blade for a turbomachine configured to be disposed about an axis (X) and to extend radially between a radially outer end and a radially inner end , the blade comprising at least one cooling cavity opening out to the radially outer end of the blade and to the radially inner end of the blade, the blade comprising at least a first tubular liner and at least a second tubular liner each engaged in the cavity , the radially outer end of the first liner opening out to the radially outer end of the blade, and the radially inner end of the second liner opening out to the radially inner end of the blade, characterized in that the blade has a camber such that a central axis of said blade has a radius of curvature between 30 and 500 mm, preferably between 30 and 100 mm.
Method for preparing platinum particles bonded to a carbon material, said particles being grafted with grafts consisting of at least one polymer comprising at least one styrene repeating unit having at least one proton-conducting group, said method comprising: a) a step of preparing said platinum particles bonded to a carbon material comprising an operation of heating under microwaves of a mixture comprising a platinum salt, said carbon material and at least one polyol compound, subject to which said particles are obtained; b) a step of preparing at least one ethylene polymer by ATRP polymerisation of an ethylene monomer with an ATRP initiator having the following formula (I): wherein: - the R 1 groups represent, independently of one another, an organic spacer group; - the Z groups represent, independently of one another, a single bond or an organic spacer group; - the R 2 groups represent, independently of one another, a halogen atom; the resulting polymer having the following formula (II): wherein Y corresponds to the styrene repeating unit having at least one proton-conducting group and n 1 to the repetition number of the repeating unit taken in parentheses, the R 1 , R 2 and Z being such as defined hereinabove; c) a step of contacting particles obtained in a) with the polymer obtained in b), subject to which particles are obtained grafted with grafts having the following formula (III): the brace indicating the location where the grafts are bonded, covalently, to the particles and the R 1 , R 2 , Z, Y and n 1 being such as defined hereinabove. a) a step of preparing said platinum particles bonded to a carbon material comprising an operation of heating under microwaves of a mixture comprising a platinum salt, said carbon material and at least one polyol compound, subject to which said particles are obtained; b) a step of preparing at least one ethylene polymer by ATRP polymerisation of an ethylene monomer with an ATRP initiator having the following formula (I): wherein: - the R 1 groups represent, independently of one another, an organic spacer group; - the Z groups represent, independently of one another, a single bond or an organic spacer group; - the R 2 groups represent, independently of one another, a halogen atom; the resulting polymer having the following formula (II): wherein Y corresponds to the styrene repeating unit having at least one proton-conducting group and n 1 to the repetition number of the repeating unit taken in parentheses, the R 1 , R 2 and Z being such as defined hereinabove; - the R 1 groups represent, independently of one another, an organic spacer group; - the Z groups represent, independently of one another, a single bond or an organic spacer group; - the R 2 groups represent, independently of one another, a halogen atom; c) a step of contacting particles obtained in a) with the polymer obtained in b), subject to which particles are obtained grafted with grafts having the following formula (III): the brace indicating the location where the grafts are bonded, covalently, to the particles and the R 1 , R 2 , Z, Y and n 1 being such as defined hereinabove.
An interchangeable tool assembly, comprising: a housing; a rotatable drive input ; and an end effector , comprising: a first rotatable output shaft ; a second rotatable output shaft ; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a housing; a rotatable drive input ; and an end effector , comprising: a first rotatable output shaft ; a second rotatable output shaft ; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a first rotatable output shaft ; a second rotatable output shaft ; and a transmission configurable in three operating states: a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft. a first operating state in which said drive input is operably coupled with said first rotatable output shaft and operably decoupled from said second rotatable output shaft; a second operating state in which said drive input is operably coupled with said second rotatable output shaft and operably decoupled from said first rotatable output shaft; and a third operating state in which said drive input is operably coupled with said first rotatable output shaft and said second rotatable output shaft.
A sheet manufacturing apparatus comprising: a rotatable, foraminous drum unit ; a web forming unit configured to form a web using material including fiber that passed through the holes in the drum unit; and a material supply conduit (114; 116) having a connector that connects to the drum unit, and carrying material including fiber into the drum unit by air flow; characterized in that : the sheet manufacturing apparatus is configured such that the velocity of the air flow in the connector is lower than the velocity of the air flow on the upstream side of the connector. a rotatable, foraminous drum unit ; a web forming unit configured to form a web using material including fiber that passed through the holes in the drum unit; and a material supply conduit (114; 116) having a connector that connects to the drum unit, and carrying material including fiber into the drum unit by air flow; characterized in that : the sheet manufacturing apparatus is configured such that the velocity of the air flow in the connector is lower than the velocity of the air flow on the upstream side of the connector.
A method, comprising: determining , at a user equipment (UE), access point name (APN) information of a packet data network (PDN) based on at least one of a mission critical organization name , a registered public land mobile network (RPLMN) identifier, or a home public land mobile network (HPLMN) identifier currently associated with the UE, wherein determining the APN information comprises: storing , at the UE, configured APN information for at least one mission critical organization name and public land mobile network (PLMN) identifiers associated with each of the at least one mission critical organization name; and identifying a match between the mission critical organization name and the PLMN identifier currently associated with the UE and a mission critical organization name and a PLMN identifier in the configured APN information; and in response to identifying the match, retrieving by the UE the configured APN information for the mission critical organization name and the PLMN identifier; connecting to the PDN based on the determined APN information. storing , at the UE, configured APN information for at least one mission critical organization name and public land mobile network (PLMN) identifiers associated with each of the at least one mission critical organization name; and identifying a match between the mission critical organization name and the PLMN identifier currently associated with the UE and a mission critical organization name and a PLMN identifier in the configured APN information; and in response to identifying the match, retrieving by the UE the configured APN information for the mission critical organization name and the PLMN identifier; connecting to the PDN based on the determined APN information.
A hearing device (HD) configured to be placed in the ear canal of a user, the hearing device (HD) comprising a forward path adapted for processing an input sound and providing an output sound representative of the input sound, the hearing device (HD) comprising an assembly comprising first and second modules adapted for being in mechanical contact with each other when the hearing device (HD) is operationally assembled to form a functional unit, wherein the first module comprises a power supply unit (PSU), and the second module comprises an input unit (IU), a signal processing unit (SPU) and an output unit (OU) in operational connection, wherein the first and second modules are configured to provide that • the first and second modules are reversibly attachable to and detachable from each other; and • the first and second modules are electrically connected to provide that units of the second module are energized by the power supply unit (PSU) of the first module, when the first and second modules are operationally assembled, wherein said first module comprises a through-going elongate opening adapted to receive said second module such that said opening of the first module fully accommodates the second module in a removable and circumventing manner. the first module comprises a power supply unit (PSU), and the second module comprises an input unit (IU), a signal processing unit (SPU) and an output unit (OU) in operational connection, wherein the first and second modules are configured to provide that • the first and second modules are reversibly attachable to and detachable from each other; and • the first and second modules are electrically connected to provide that units of the second module are energized by the power supply unit (PSU) of the first module, when the first and second modules are operationally assembled, • the first and second modules are reversibly attachable to and detachable from each other; and • the first and second modules are electrically connected to provide that units of the second module are energized by the power supply unit (PSU) of the first module, when the first and second modules are operationally assembled, wherein said first module comprises a through-going elongate opening adapted to receive said second module such that said opening of the first module fully accommodates the second module in a removable and circumventing manner.