mhurhangee/patent-ind-claim-en huggingface dataset:
A method of perforating a well comprising: loading a first perforating gun with perforating charges and a detonating cord ; loading a second perforating gun with perforating charges and the detonating cord ; inserting a cartridge holding a detonator into a tandem sub ; wherein the cartridge comprises a pressure-activated switch ; wherein the cartridge is electrically couplable to a charge tube of a laterally adjacent perforating gun via a compression spring ; inserting a detonation transfer end fitting into the first perforating gun ; inserting the detonating cord into the detonation transfer end fitting ; coupling the first perforating gun to a first end of the tandem sub ; coupling the second perforating gun to a second end of the tandem sub ; assembling the first perforating gun , the tandem sub , and the second perforating gun in a tool string; conveying the tool string into the well; detonating the second perforating gun with an electrical signal, wherein the detonation of the second perforating gun arms the cartridge within the tandem sub ; and detonating the first perforating gun with an electrical signal using the armed cartridge . loading a first perforating gun with perforating charges and a detonating cord ; loading a second perforating gun with perforating charges and the detonating cord ; inserting a cartridge holding a detonator into a tandem sub ; wherein the cartridge comprises a pressure-activated switch ; wherein the cartridge is electrically couplable to a charge tube of a laterally adjacent perforating gun via a compression spring ; inserting a detonation transfer end fitting into the first perforating gun ; inserting the detonating cord into the detonation transfer end fitting ; coupling the first perforating gun to a first end of the tandem sub ; coupling the second perforating gun to a second end of the tandem sub ; assembling the first perforating gun , the tandem sub , and the second perforating gun in a tool string; conveying the tool string into the well; detonating the second perforating gun with an electrical signal, wherein the detonation of the second perforating gun arms the cartridge within the tandem sub ; and detonating the first perforating gun with an electrical signal using the armed cartridge .
A matte coating agent comprising 1 to 150 parts by mass of resin particles A having a volume average particle diameter of 1 to 5 μm, 1 to 150 parts by mass of resin particles B having a volume average particle diameter of 5 to 10 μm, and 1 to 150 parts by mass of resin particles C having a volume average particle diameter of 10 to 20 μm based on 100 parts by mass of a polyurethane resin, the total content of the resin particles A, the resin particles B, and the resin particles C being 3 to 250 parts by mass based on 100 parts by mass of the polyurethane resin, and the volume average particle diameter becoming larger sequentially from the resin particles A to the resin particles B to the resin particles C.
A device for facilitating an exchange of personal information between a user and a third party comprising: - a body configured to be carried by a user; - a contact pad provided on a surface of the body, the contact pad being configured to be contacted by the user and comprises a plurality of sensor elements for taking a plurality of biometric readings from the user for verification purposes; said plurality sensor elements comprising at least one sensor element for measuring the electrokinetic energy; - a data storage module provided with said body for storing personal data about said user together with said user's biometric data including user's electrokinetic energy profile; - a processor for processing said biometric readings obtained by the plurality of sensor elements and comparing said biometric readings against the user's stored biometric data to confirm identity of the user, the processor being further configured to facilitate a transfer of said user's personal data with the third party upon confirmation of the identity of the user, the processor being further configured to detect the electrokinetic energy of the user to determine that the user is in a live state and to authenticate the user by comparing the electrokinetic energy of the user with the user's electrokinetic energy profile stored in the data storage ; and - a power supply provided with said body, the power supply being selectively connectible to the processor to supply power to the processor when the identity of the user is confirmed. - a body configured to be carried by a user; - a contact pad provided on a surface of the body, the contact pad being configured to be contacted by the user and comprises a plurality of sensor elements for taking a plurality of biometric readings from the user for verification purposes; said plurality sensor elements comprising at least one sensor element for measuring the electrokinetic energy; - a data storage module provided with said body for storing personal data about said user together with said user's biometric data including user's electrokinetic energy profile; - a processor for processing said biometric readings obtained by the plurality of sensor elements and comparing said biometric readings against the user's stored biometric data to confirm identity of the user, the processor being further configured to facilitate a transfer of said user's personal data with the third party upon confirmation of the identity of the user, the processor being further configured to detect the electrokinetic energy of the user to determine that the user is in a live state and to authenticate the user by comparing the electrokinetic energy of the user with the user's electrokinetic energy profile stored in the data storage ; and - a power supply provided with said body, the power supply being selectively connectible to the processor to supply power to the processor when the identity of the user is confirmed.
Adapter for an irrigation and ventilation device for woody plants, the adapter comprising a pipe portion which has a connecting nozzle holder part having a flow regulator , that the flow regulator being replaceable, characterized in that the connecting nozzle holder part has an installation direction which, relative to the vertical pipe portion , is tangential to the pipe portion and inclined obliquely downward.
A stent system for use in retrieving a blood clot (BC) from a brain region, the stent system comprising: a wire ; a first stent connected to a distal portion of the wire ; a first outer sheath that covers and is fixed to a portion of the wire proximal to the first stent ; a second stent disposed on a portion of the wire proximal to the first stent , a second outer sheath proximal to the second stent , the second stent being configured to be movable toward or away from the first stent characterized in that the second outer sheath covers and is fixed to a portion of the wire proximal to the second stent , the first outer sheath limits a range in which the second stent is movable toward a distal side (D1), and the second outer sheath limits a range in which the second stent is movable toward a proximal side (D2), and the second stent is configured to be closable so as to abut against both a proximal end of the first outer sheath and a distal end of the second outer sheath. a first stent connected to a distal portion of the wire ; a first outer sheath that covers and is fixed to a portion of the wire proximal to the first stent ; a second stent disposed on a portion of the wire proximal to the first stent , a second outer sheath proximal to the second stent , the second stent being configured to be movable toward or away from the first stent characterized in that the second outer sheath covers and is fixed to a portion of the wire proximal to the second stent , the first outer sheath limits a range in which the second stent is movable toward a distal side (D1), and the second outer sheath limits a range in which the second stent is movable toward a proximal side (D2), and the second stent is configured to be closable so as to abut against both a proximal end of the first outer sheath and a distal end of the second outer sheath.
A perception device for a vehicle to determine an uncertainty metric of an object, the perception device comprising one or more processors configured to: detect a vehicle environment; obtain a plurality of contextual variables from a plurality of auxiliary devices; wherein the plurality of contextual variables of interrelated conditions in which the vehicle exists; determine a plurality of objects within the vehicle's environment; and determine the uncertainty metric of the at least one of the plurality of objects based on a probability that the at least one of the plurality of objects occurs given at least one of the plurality of contextual variables; characterised by being further configured to: determine an annotation method based on the uncertainty metric of the at least one of the plurality of objects. detect a vehicle environment; obtain a plurality of contextual variables from a plurality of auxiliary devices; wherein the plurality of contextual variables of interrelated conditions in which the vehicle exists; determine a plurality of objects within the vehicle's environment; and determine the uncertainty metric of the at least one of the plurality of objects based on a probability that the at least one of the plurality of objects occurs given at least one of the plurality of contextual variables; characterised by being further configured to: determine an annotation method based on the uncertainty metric of the at least one of the plurality of objects.
A combustor nozzle comprising a nozzle module, the nozzle module comprising: a central tube having an air flow path , through which air flows from a front-to-rear direction, and an opening hole at a rear end thereof, the central tube being a tubular member and including a sidewall portion which has an inner surface and an outer surface , wherein the sidewall portion has a predetermined thickness which is the distance between the inner surface and the outer surface ; a shroud into which at least a part of the central tube is inserted, and having an air inlet at a front end thereof, wherein a fuel port is formed in the central tube , the fuel port being configured to inject fuel into a mixing flow path which is formed between the shroud and the central tube so that the air and the injected fuel flow therethrough; and a plurality of cooling channels , each of the plurality of cooling channels extending rearward from an inlet communicating with the air flow path to an outlet communicating with the mixing flow path while passing through the sidewall portion of the central tube , wherein an opening of the inlet of the cooling channel is formed and disposed in the inner surface of the sidewall portion , and wherein the plurality of cooling channels are disposed in the sidewall portion between the inner surface and the outer surface so that a portion of the sidewall portion is disposed between the cooling channel and the air flow path while another portion of the sidewall portion is disposed between the cooling channel and the mixing flow path . a central tube having an air flow path , through which air flows from a front-to-rear direction, and an opening hole at a rear end thereof, the central tube being a tubular member and including a sidewall portion which has an inner surface and an outer surface , wherein the sidewall portion has a predetermined thickness which is the distance between the inner surface and the outer surface ; a shroud into which at least a part of the central tube is inserted, and having an air inlet at a front end thereof, wherein a fuel port is formed in the central tube , the fuel port being configured to inject fuel into a mixing flow path which is formed between the shroud and the central tube so that the air and the injected fuel flow therethrough; and a plurality of cooling channels , each of the plurality of cooling channels extending rearward from an inlet communicating with the air flow path to an outlet communicating with the mixing flow path while passing through the sidewall portion of the central tube , wherein an opening of the inlet of the cooling channel is formed and disposed in the inner surface of the sidewall portion , and wherein the plurality of cooling channels are disposed in the sidewall portion between the inner surface and the outer surface so that a portion of the sidewall portion is disposed between the cooling channel and the air flow path while another portion of the sidewall portion is disposed between the cooling channel and the mixing flow path .
A method of managing at least one application installed on a computing device, the method comprising: identifying the at least one application based on usage data of the computing device that includes information related to applications running on the computing device and a location of the computing device at different times of a day ; fetching archive data and user data corresponding to the at least one application , the user data including at least one of user preferences, user application settings, and privacy settings associated with the at least one application; creating backup data by making a single backup file including the archive data and the user data, or by making a separate backup file for each of the archive data and the user data and storing locations of both backup files for the archive data and the user data in a database ; and uninstalling the at least one application . identifying the at least one application based on usage data of the computing device that includes information related to applications running on the computing device and a location of the computing device at different times of a day ; fetching archive data and user data corresponding to the at least one application , the user data including at least one of user preferences, user application settings, and privacy settings associated with the at least one application; creating backup data by making a single backup file including the archive data and the user data, or by making a separate backup file for each of the archive data and the user data and storing locations of both backup files for the archive data and the user data in a database ; and uninstalling the at least one application .
Optical element , comprising: a substrate , a reflective coating , and at least one active layer comprising a magnetostrictive material, wherein the reflective coating , in particular for the reflection of EUV radiation, comprises a plurality of layer pairs having alternate layers composed of a high refractive index layer material and a low refractive index layer material, wherein the at least one active layer is formed within the reflective coating , and the optical element comprises at least one magnetizable layer which comprises a permanent-magnetic material for generating a magnetic field in the at least one active layer . a substrate , a reflective coating , and at least one active layer comprising a magnetostrictive material, wherein the reflective coating , in particular for the reflection of EUV radiation, comprises a plurality of layer pairs having alternate layers composed of a high refractive index layer material and a low refractive index layer material, wherein the at least one active layer is formed within the reflective coating , and the optical element comprises at least one magnetizable layer which comprises a permanent-magnetic material for generating a magnetic field in the at least one active layer .
A method of accessing In Case of Emergency, ICE, information in a mobile entity , the method comprising the steps of: - actuating a state transition of a power button of the mobile entity; - presenting a menu for selecting at least one operational mode of said mobile entity, including a power option mode for turning on or off the mobile entity , as a response to said actuation of said power button, wherein said menu further provides options of retrieving ICE information accessible from a memory of said mobile entity, including - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - receiving said ICE information from said memory by selecting one of said options of retrieving ICE information; and - sending the ICE information to a contact without rendering the ICE information on the mobile entity, responsive to selecting the second option. - actuating a state transition of a power button of the mobile entity; - presenting a menu for selecting at least one operational mode of said mobile entity, including a power option mode for turning on or off the mobile entity , as a response to said actuation of said power button, wherein said menu further provides options of retrieving ICE information accessible from a memory of said mobile entity, including - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - a first option to render retrieved ICE information in the mobile entity; and - a second option to send retrieved ICE information; - receiving said ICE information from said memory by selecting one of said options of retrieving ICE information; and - sending the ICE information to a contact without rendering the ICE information on the mobile entity, responsive to selecting the second option.
An operating method of a server that supports peer-to-peer, P2P, communication, the operating method comprising: issuing a public key in response to a public key request received from a client, and transmitting the public key to the client; receiving a private key encrypted with the public key from the client and decrypting the private key using the public key; receiving , from the client, an identifier generation request including at least one piece of unique information of the client encrypted with the private key and decrypting the request using the private key; generating an identifier corresponding to the client at random in response to the identifier generation request, generating a security key by modifying the at least one piece of unique information, and transmitting the identifier and the security key to the client; receiving , from the client, an authentication request including the identifier and the security key; and authenticating the client based on the received identifier and the received security key, and transmitting an authentication result to the client, wherein the client is configured to transition to a state enabling P2P communication with another client using the identifier based on the authentication result when the client is authenticated, and to transmit data encrypted by the security key to the other client. issuing a public key in response to a public key request received from a client, and transmitting the public key to the client; receiving a private key encrypted with the public key from the client and decrypting the private key using the public key; receiving , from the client, an identifier generation request including at least one piece of unique information of the client encrypted with the private key and decrypting the request using the private key; generating an identifier corresponding to the client at random in response to the identifier generation request, generating a security key by modifying the at least one piece of unique information, and transmitting the identifier and the security key to the client; receiving , from the client, an authentication request including the identifier and the security key; and authenticating the client based on the received identifier and the received security key, and transmitting an authentication result to the client, wherein the client is configured to transition to a state enabling P2P communication with another client using the identifier based on the authentication result when the client is authenticated, and to transmit data encrypted by the security key to the other client.
Safeguarding device (2; 3;4;5) designed to safeguard a container, especially a bottle containing a wine or spirit, having a neck sealed by a stopper partly introduced into said neck, said safeguarding device (2;3;4;5) comprising a first and a second part (20, 21; 30, 31 ;40, 41 ;50, 51), the first part (20; 30;40;50) being adapted to be integrated in the stopper and the two parts (20, 21; 30, 31 ;40, 41 ;50, 51) being joined in translation while allowing a limited relative movement of one of the parts with respect to the other when a traction force is applied to the safeguarding device (2; 3; 4; 5) in order to remove said stopper from the neck, characterized in that it comprises an electrical component (212; 301, 310, 311; 420; 520) disposed so that at least one electrical characteristic of said component is modified during the relative movement of the two parts (20, 21; 30, 31 ;40, 41;50, 51) said electrical component (212; 301, 310, 311; 420; 520) being a piezoelectrical component or a LC circuit.
A balloon catheter , comprising: a coil assembly , the coil assembly including a coil , a coating disposed on the coil, wherein each individual coil turning is at least substantially coated, and a sheath disposed over the coil and the coating , the coil assembly defining a guidewire lumen ; an outer tube disposed over at least a portion of the coil assembly , wherein an inflation lumen is defined between the coil assembly and the outer tube ; a balloon coupled to the outer tube ; and a tip ; characterised in that the coil assembly extends distally beyond the end of the balloon and distally along a portion of the tip . a coil assembly , the coil assembly including a coil , a coating disposed on the coil, wherein each individual coil turning is at least substantially coated, and a sheath disposed over the coil and the coating , the coil assembly defining a guidewire lumen ; an outer tube disposed over at least a portion of the coil assembly , wherein an inflation lumen is defined between the coil assembly and the outer tube ; a balloon coupled to the outer tube ; and a tip ; characterised in that the coil assembly extends distally beyond the end of the balloon and distally along a portion of the tip .
A linear actuator comprising: a motor for producing a bi-directional rotational output; a casing connected to the motor at a proximal end, the casing having an inner cavity defining a joint surface ; a threaded shaft within the inner cavity of the casing and actuated by the motor for rotation; a sliding tube assembly having a sliding tube in sliding arrangement with the inner cavity of the casing for moving in translation in an axial direction relative to the casing ; and characterized in that it further comprises a pair of traveling nuts connected to the sliding tube assembly for moving with the sliding tube in the axial direction, the traveling nuts being operatively engaged to the threaded shaft for converting a rotational motion of the threaded shaft into a translation of the sliding tube , the traveling nuts being on opposite sides of a member of the sliding tube assembly connecting the traveling nuts to the sliding tube . a motor for producing a bi-directional rotational output; a casing connected to the motor at a proximal end, the casing having an inner cavity defining a joint surface ; a threaded shaft within the inner cavity of the casing and actuated by the motor for rotation; a sliding tube assembly having a sliding tube in sliding arrangement with the inner cavity of the casing for moving in translation in an axial direction relative to the casing ; and characterized in that it further comprises a pair of traveling nuts connected to the sliding tube assembly for moving with the sliding tube in the axial direction, the traveling nuts being operatively engaged to the threaded shaft for converting a rotational motion of the threaded shaft into a translation of the sliding tube , the traveling nuts being on opposite sides of a member of the sliding tube assembly connecting the traveling nuts to the sliding tube .