mhurhangee/ep-ind-claims huggingface dataset:
A quantum key distribution method, comprising: receiving, by a quantum security key service device, a request for acquiring an authorized private key from a first quantum security key distribution device of a requester, the request at least carrying identifier information of the requester; forwarding, by the quantum security key service device, the request to a predetermined number of second quantum security key distribution devices; receiving, by the first quantum security key distribution device of the requester, a plurality of authorized sub-private keys generated by the predetermined number of second quantum security key distribution devices based on the identifier information of the requester and a plurality of system sub-private keys, wherein the plurality of sub-private keys are unique to the requester; and reconstructing, by the first quantum security key distribution device of the requester, an identity-based authorized private key based on the authorized sub-private keys. receiving, by a quantum security key service device, a request for acquiring an authorized private key from a first quantum security key distribution device of a requester, the request at least carrying identifier information of the requester; forwarding, by the quantum security key service device, the request to a predetermined number of second quantum security key distribution devices; receiving, by the first quantum security key distribution device of the requester, a plurality of authorized sub-private keys generated by the predetermined number of second quantum security key distribution devices based on the identifier information of the requester and a plurality of system sub-private keys, wherein the plurality of sub-private keys are unique to the requester; and reconstructing, by the first quantum security key distribution device of the requester, an identity-based authorized private key based on the authorized sub-private keys.
Tumbler for a component for closing an opening, with a plunger, which is guided movably between a locking and an unlocking end position in the plunger longitudinal direction, a drive executing a movement for moving the plunger, and a transmission element which is linearly movable by the drive in the direction of movement of the plunger, the drive is an electric motor drive, and, in order to protect the electric motor drive, an interposed energy accumulator is present between the transmission element and the plunger and engages on these, and the transmission element can be guided linearly in a sliding movement on the plunger, wherein the energy accumulator is configured for buffering the energy of the movement of the drive during a blocking of the plunger, with energy input into the energy accumulator, for a subsequent transmission of the energy for the movement of the plunger by outputting the buffered energy of the energy accumulator, characterized in that the drive drives the transmission element, which inputs kinetic energy into the energy accumulator, which kinetic energy is forwarded from the energy accumulator to the plunger, and the plunger has, at its ends (1b, 1c), thickened regions which permit that the energy accumulator and the transmission element are arranged captively between these.
Method for assisting a vehicle occupant located in a vehicle, in the method - user information regarding the behavior and/or state of a vehicle occupant being detected; - vehicle parameters of the vehicle being detected; - the detected user information and vehicle parameters being merged and analyzed jointly; characterized in that - at least one behavior pattern of the vehicle occupant is determined from the analyzed user information and vehicle parameters; - the behavior pattern is stored together with the user information; and - upon subsequent detection of user information, this user information is compared with the user information of the at least one stored behavior pattern and, when the behavior pattern matches, a vehicle function is automatically executed. - user information regarding the behavior and/or state of a vehicle occupant being detected; - vehicle parameters of the vehicle being detected; - the detected user information and vehicle parameters being merged and analyzed jointly; - at least one behavior pattern of the vehicle occupant is determined from the analyzed user information and vehicle parameters; - the behavior pattern is stored together with the user information; and - upon subsequent detection of user information, this user information is compared with the user information of the at least one stored behavior pattern and, when the behavior pattern matches, a vehicle function is automatically executed.
A film comprising: A) a porous polyethylene membrane comprising: i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and B) a hydrophilic polymer filing at least a portion of the pores of the porous polyethylene membrane; wherein the film comprises: a) a moisture vapor transmission rate of greater than or equal to 2500 grams/meter 2 /day, when measured according to the Moisture Vapor Transmission Rate Test Protocol described herein; b) a weight of less than 30 grams/meter 2; and c) wherein the porous polyethylene membrane in the film has a DSC endothermic peak at 135°C or below, when measured according to the Differential Scanning Calorimetry test method described herein. A) a porous polyethylene membrane comprising: i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and i) a weight average molecular weight of greater than 500,000 grams/mole; ii) a porosity of at least 40%, when measured according to the porosity test method described herein; iii) a Gurley number of less than 200 seconds, when measured according to the Gurley test method described herein; and B) a hydrophilic polymer filing at least a portion of the pores of the porous polyethylene membrane; a) a moisture vapor transmission rate of greater than or equal to 2500 grams/meter 2 /day, when measured according to the Moisture Vapor Transmission Rate Test Protocol described herein; b) a weight of less than 30 grams/meter 2; and c) wherein the porous polyethylene membrane in the film has a DSC endothermic peak at 135°C or below, when measured according to the Differential Scanning Calorimetry test method described herein.
Open and secure system for processing requests for the electronic signature of documents comprising a business application, responsible for creating a signature request for at least one document for a signatory user, said business application being hosted by a requesting entity, the system is characterized in that it allows documents to be signed with a server certificate created on the fly and in that it also comprises a request manager service who hosts signature requests and attached documents; a consent page, generated on the user's browser at the request of the business application; and an evidence manager service, hosted by a signature provider, collecting the signature proofs; the consent page consisting of an HTML application, by interfacing with a secure identification service of the user, via a new tab on the browser, generates a client key pair, Kclipub, KcliPriv, once the user is authenticated by the identity provider according to the Openld Connect protocol, and when an identification token is obtained at the request of the evidence manager from identity provider in exchange for a code sent by said identity provider to the user, the proof manager is able to validate the identification token, to generate an evidence ID and creating an evidence file, the evidence ID being derived from the identification token such that the evidence creation cannot be replayed; said evidence manager service further comprises a server component hosting the signatory's cryptographic key, and being able to generate a pair of server keys, KservPriv and KservPub, to derive a secret key Ks using the public key of the client, Kclipub and the private key of the server, KservPriv, to generate a public key KPub and a private key, KPriv of the signatory, to create a certificate request, to retrieve a certificate from a certification authority; that the secret key Ks being used to wrap the private key of the signer by returning the certificate chain and the public key of the server, KservPub to the consent page, said consent page using the private key of the client Kclipriv, and the public key of the server, KservPub is able to derive the secret key Ks, and that the signatory is the only one to have said secret key Ks, necessary to break down his private key Kpriv via said consent page which runs in its web browser, the evidence handler is able to use the private key, KPriv of the signer, unzipped using the secret key ks and generated using request handler, to sign the DTBS value and to add the DTBS values and the signature to the evidence file to create a signature evidence to be stored; the request manager, after having received the proof file in XML format, is able to produce the signed documents and to inform the business application of these documents, the business application being able to recovering the signed documents and the XML proof file using an API key, and after having archived the XML file and the signed documents, the business application being capable of transmitting the signed documents to the signatory.
A planet carrier for an epicyclic gearbox, the planet carrier comprising: a single piece carrier body arranged to support a plurality of gears (28, 32) of the epicyclic gearbox; and an opening in a wall of the carrier body; wherein: in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening, the carrier body is substantially annular; and the opening is arranged such that the gears (28, 32) that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears (28, 32) that the carrier body is arranged to support cannot be passed entirely through the opening. a single piece carrier body arranged to support a plurality of gears (28, 32) of the epicyclic gearbox; and an opening in a wall of the carrier body; wherein: in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening, the carrier body is substantially annular; and the opening is arranged such that the gears (28, 32) that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears (28, 32) that the carrier body is arranged to support cannot be passed entirely through the opening. in a cross-section of the carrier body in a plane that is orthogonal to the longitudinal axis of the carrier body and at a longitudinal position along the carrier body that does not comprise the opening, the carrier body is substantially annular; and the opening is arranged such that the gears (28, 32) that the carrier body is arranged to support can be passed entirely through the opening and characterised in that the planet carrier further comprises a cover plate; wherein the cover plate is attachable to the carrier body; and the cover plate is arranged to at least partially close the opening when it is attached to the carrier body such that the gears (28, 32) that the carrier body is arranged to support cannot be passed entirely through the opening.
A solid oral formulation comprising Utidelone, or a pharmaceutically acceptable salt, solvate or ester thereof as an active ingredient and a pharmaceutically acceptable excipient, wherein the formulation is a micropellet capsule encapsulating micropellets, or a tablet prepared by micropellet compression, wherein the micropellets are pellet cores coated with a coating layer comprising the active ingredient and said pharmaceutically acceptable excipient, wherein the pharmaceutically acceptable excipient comprises a hydrophilic pharmaceutical excipient, a sustained-release pharmaceutical excipient, and optionally a surfactant, and wherein the ratio of the active ingredient to the pharmaceutically acceptable excipient is in the range of 1:1 to 1:30. wherein the pharmaceutically acceptable excipient comprises a hydrophilic pharmaceutical excipient, a sustained-release pharmaceutical excipient, and optionally a surfactant, and wherein the ratio of the active ingredient to the pharmaceutically acceptable excipient is in the range of 1:1 to 1:30.
Food preparation appliance, comprising: - a housing, - a working bowl arranged to receive food to be prepared, - at least one working tool arranged to work the food received in the working bowl, - a drive head arranged to support the working tool, wherein: - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl, and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl, characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl. - a housing, - a working bowl arranged to receive food to be prepared, - at least one working tool arranged to work the food received in the working bowl, - a drive head arranged to support the working tool, wherein: - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl, and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl, characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl. - the working bowl is movable with respect to the housing between a working position and an access position, - the drive head is movable with respect to the housing between an engaged position, wherein the working tool is engaged in the working bowl, and a disengaged position, wherein the working tool is at least partially disengaged from the working bowl, characterised in that the food preparation appliance comprises a device for slaving the movement of the drive head to the movement of the working bowl in order to impart a rotational movement to the drive head during the movement of the working bowl.
A method, comprising: performing, responsive to entry into a cell, a number of measurements of at least the entered cell during a time period, characterized in that the measurements are performed during the time period according to a selected interval more frequently than and independently from existing measurement configurations which are based on discontinuous reception rules and independently from existing measurement configurations which are based on physical downlink control channel monitoring requirements; and ceasing, after expiration of the time period, to perform the measurements that were performed responsive to the entry into the cell. performing, responsive to entry into a cell, a number of measurements of at least the entered cell during a time period, characterized in that the measurements are performed during the time period according to a selected interval more frequently than and independently from existing measurement configurations which are based on discontinuous reception rules and independently from existing measurement configurations which are based on physical downlink control channel monitoring requirements; and ceasing, after expiration of the time period, to perform the measurements that were performed responsive to the entry into the cell.
Communication device (30, 70) configured to make an audio call and a video call and to determine a priority level and/or conversation duration of the call, said device comprising: - a camera (10, 71) for acquiring image frames of a user initiating a call and for generating an image data signal, - a signal input for obtaining the image data signal of the user initiating a call, - a physiological data extraction unit for extracting physiological data of the user from the obtained image data signal, - a health condition determination unit for determining the health condition of the user based on the extracted physiological data, and - a prioritization unit for determining the priority level and/or conversation duration of the call based on the determined health condition of the user. - a camera (10, 71) for acquiring image frames of a user initiating a call and for generating an image data signal, - a signal input for obtaining the image data signal of the user initiating a call, - a physiological data extraction unit for extracting physiological data of the user from the obtained image data signal, - a health condition determination unit for determining the health condition of the user based on the extracted physiological data, and - a prioritization unit for determining the priority level and/or conversation duration of the call based on the determined health condition of the user.
Process for the production of an acoustic treatment panel that comprises an acoustically resistive layer, at least one alveolar structure, and a reflective layer, as well as at least one channel that is bordered at least in part by a wall that is secant with at least one wall of a cell of the alveolar structure, characterized in that it consists in elevating the temperature of the wall and the ends of the cells of the alveolar structure and in injecting a pressurized gas into the channel so as to expand the wall of the channel so as to flatten it against the ends of the cells of the alveolar structure in such a way as to produce a weld by continuous diffusion between the ends of the walls of the cells of the alveolar structure and the wall of the channel.
A method in a first base station supporting a first cell for restricting frequency access in a wireless communication system having a plurality of base stations, characterized by the steps of: - receiving, from a network node, a list of forbidden frequencies related to a mobile station; - performing one of selecting allowed target cells for handover, based on the received list of forbidden frequencies, or transmitting, to the mobile station, allowable frequencies to be used. - receiving, from a network node, a list of forbidden frequencies related to a mobile station; - performing one of selecting allowed target cells for handover, based on the received list of forbidden frequencies, or transmitting, to the mobile station, allowable frequencies to be used.
A method comprising: applying, by a training algorithm executed by a processor coupled to a memory, a first filter to an electrical signal from a heart to emphasize activity within the signal and to produce a first modified signal; applying, by the training algorithm, a rectifier and a second filter to the first modified signal to smooth areas of the first modified signal with clinical importance and to produce a second modified signal; and automatically detecting, by the training algorithm, one or more high frequency energy zones of the second modified signal using an energy threshold to produce a third modified signal; applying, by the training algorithm, a weighted vector to the third modified signal to produce a clean signal; wherein a weight of the weighted vector that corresponds to areas of the electrical signal with atrial or ventricular activity is higher than a weight that corresponds to other areas of the electrical signal; building, by the training algorithm, a training dataset comprising the weighted vector and the clean signal; training, by the training algorithm, an autoencoder using the training dataset; and generating an electrocardiogram from one or more output intracardiac signals outputted by the trained autoencoder. applying, by a training algorithm executed by a processor coupled to a memory, a first filter to an electrical signal from a heart to emphasize activity within the signal and to produce a first modified signal; applying, by the training algorithm, a rectifier and a second filter to the first modified signal to smooth areas of the first modified signal with clinical importance and to produce a second modified signal; and automatically detecting, by the training algorithm, one or more high frequency energy zones of the second modified signal using an energy threshold to produce a third modified signal; applying, by the training algorithm, a weighted vector to the third modified signal to produce a clean signal; wherein a weight of the weighted vector that corresponds to areas of the electrical signal with atrial or ventricular activity is higher than a weight that corresponds to other areas of the electrical signal; building, by the training algorithm, a training dataset comprising the weighted vector and the clean signal; training, by the training algorithm, an autoencoder using the training dataset; and generating an electrocardiogram from one or more output intracardiac signals outputted by the trained autoencoder.