mhurhangee/patent-ind-claim-en huggingface dataset:
A heart valve system , the system comprising: a radially self-expandable tubular body having an inflow end and an outflow end , the tubular body including a plurality of struts with at least one motion buffer component integrated in the tubular body; a valve coupled to the tubular body , the valve including a plurality of valve leaflets ; and a fabric disposed over an outer surface of the tubular body and over an outer surface of the motion buffer component , wherein, when the outflow end of the tubular body moves radially inward from movement of the valve leaflets , the motion buffer component is configured so as to not move radially inward with the outflow end of the tubular body , characterized in that the at least one motion buffer component extends from an inflow end side thereof, which is coupled to the tubular body , to a free outflow end side thereof, which is unconnected to the tubular body ; a radially self-expandable tubular body having an inflow end and an outflow end , the tubular body including a plurality of struts with at least one motion buffer component integrated in the tubular body; a valve coupled to the tubular body , the valve including a plurality of valve leaflets ; and a fabric disposed over an outer surface of the tubular body and over an outer surface of the motion buffer component , wherein, when the outflow end of the tubular body moves radially inward from movement of the valve leaflets , the motion buffer component is configured so as to not move radially inward with the outflow end of the tubular body , characterized in that the at least one motion buffer component extends from an inflow end side thereof, which is coupled to the tubular body , to a free outflow end side thereof, which is unconnected to the tubular body ;
A method for handling a timer operation in a wireless communication system , characterized by : determining, by a base station , whether a Channel Occupancy Time, COT, is started or ongoing; and performing, by the base station , one of: sending a COT active indication to a User Equipment, UE, indicating that the base station has acquired the COT for transmission in response to determining that the COT is started or ongoing, and sending a COT inactive indication to the UE, 100, indicating that the base station has missed a transmission opportunity due to a listen-before-talk, LBT, failure in response to determining that the COT is not started or ongoing. determining, by a base station , whether a Channel Occupancy Time, COT, is started or ongoing; and performing, by the base station , one of: sending a COT active indication to a User Equipment, UE, indicating that the base station has acquired the COT for transmission in response to determining that the COT is started or ongoing, and sending a COT inactive indication to the UE, 100, indicating that the base station has missed a transmission opportunity due to a listen-before-talk, LBT, failure in response to determining that the COT is not started or ongoing. sending a COT active indication to a User Equipment, UE, indicating that the base station has acquired the COT for transmission in response to determining that the COT is started or ongoing, and sending a COT inactive indication to the UE, 100, indicating that the base station has missed a transmission opportunity due to a listen-before-talk, LBT, failure in response to determining that the COT is not started or ongoing.
A method comprising: copying a second firmware to a memory of a computing system; and verifying the second firmware by a root of trust of the computing system; fetching the second firmware using a root of trust associated with a device (102, 202, 240-0 to 240-n) of the computing system from the memory at a request of the root of trust of the computing system; and validating the second firmware, after copying second firmware to the memory , using the root of trust associated with the device (102, 202, 240-0 to 240-n); and distributing the second firmware, after validating the second firmware, to a buffer of the computing system or to the device (102, 202, 240-0 to 240-n) at a request of the root of trust of the computing system; and deploying the second firmware to the device (102, 202, 240-0 to 240-n) using the root of trust associated with the device (102, 202, 240-0 to 240-n); and while the device (102, 202, 240-0 to 240-n) executes a first firmware, executing at least one instruction that causes installation of the second firmware and further causes the device (102, 202, 240-0 to 240-n) to switch and to execute the second firmware. copying a second firmware to a memory of a computing system; and verifying the second firmware by a root of trust of the computing system; fetching the second firmware using a root of trust associated with a device (102, 202, 240-0 to 240-n) of the computing system from the memory at a request of the root of trust of the computing system; and validating the second firmware, after copying second firmware to the memory , using the root of trust associated with the device (102, 202, 240-0 to 240-n); and distributing the second firmware, after validating the second firmware, to a buffer of the computing system or to the device (102, 202, 240-0 to 240-n) at a request of the root of trust of the computing system; and deploying the second firmware to the device (102, 202, 240-0 to 240-n) using the root of trust associated with the device (102, 202, 240-0 to 240-n); and while the device (102, 202, 240-0 to 240-n) executes a first firmware, executing at least one instruction that causes installation of the second firmware and further causes the device (102, 202, 240-0 to 240-n) to switch and to execute the second firmware.
A capability exposure implementation method, comprising: a) obtaining (301, 302; 401, 402; 501, 502), by a first mobile edge platform of a first Mobile Edge Computing, MEC, server, capability information of a radio access network device, configuring an application programming interface, API, and setting (303; 403, 503) a use time limit of the API, wherein the API is used by the first mobile edge platform to provide the capability information for a second mobile edge platform of a second Mobile Edge Computing, MEC, server, first mobile edge platform being disposed on a radio access network side and the second mobile edge platform being disposed on an upper-layer node of the radio access network; b) triggering , by the first mobile edge platform, a registration function to send registration information to the second mobile edge platform, wherein the registration information comprises an identifier of the API; c) receiving (313; 414), by the first mobile edge platform, an API request from the second mobile edge platform, wherein the API request comprises the identifier of the API, and the API request is used to request the capability information from the first mobile edge platform; d) detecting (314; 415), by the first mobile edge platform, whether the use time limit of the API expires; and e) when the use time limit of the API does not expire, sending , by the first mobile edge platform, an API response to the second mobile edge platform by using the API, wherein the API response comprises the capability information. a) obtaining (301, 302; 401, 402; 501, 502), by a first mobile edge platform of a first Mobile Edge Computing, MEC, server, capability information of a radio access network device, configuring an application programming interface, API, and setting (303; 403, 503) a use time limit of the API, wherein the API is used by the first mobile edge platform to provide the capability information for a second mobile edge platform of a second Mobile Edge Computing, MEC, server, first mobile edge platform being disposed on a radio access network side and the second mobile edge platform being disposed on an upper-layer node of the radio access network; b) triggering , by the first mobile edge platform, a registration function to send registration information to the second mobile edge platform, wherein the registration information comprises an identifier of the API; c) receiving (313; 414), by the first mobile edge platform, an API request from the second mobile edge platform, wherein the API request comprises the identifier of the API, and the API request is used to request the capability information from the first mobile edge platform; d) detecting (314; 415), by the first mobile edge platform, whether the use time limit of the API expires; and e) when the use time limit of the API does not expire, sending , by the first mobile edge platform, an API response to the second mobile edge platform by using the API, wherein the API response comprises the capability information.
A valve gasket for a metering valve of a fluid dispenser, made of an elastomer material that is self-lubricating, said elastomer material containing a lubricant, such as silicone oil, characterized in that said lubricant is encapsulated in the form of microcapsules and/or microspheres, that are added to the elastomer material of the gasket.
A network node for use with a broadband data provider facility, a first subscriber group and a second subscriber group, the broadband data provider facility being operable to provide first service group provider data and second service group provider data, the network node comprising: a network access device operable to convert the first service group provider data into first service group network access data and to convert the second service group provider datainto second service group network access data, the first service group network access data to be provided to the first subscriber group, the second service group network access data to beprovided to the second subscriber group; and a downstream configuration component operable to receive a configuration instruction, to receive the first service group network access data, to receive the second service group network access data and, based on the configuration instruction, to provide the first service group network access data to the first subscriber group and to provide the second service group network access data to the second subscriber group, wherein the downstream configuration component is further operable to receive a second configuration instruction and, based on the second configuration instruction, to provide the first service group network access data to the first subscriber group and to the second subscriber group. a network access device operable to convert the first service group provider data into first service group network access data and to convert the second service group provider datainto second service group network access data, the first service group network access data to be provided to the first subscriber group, the second service group network access data to beprovided to the second subscriber group; and a downstream configuration component operable to receive a configuration instruction, to receive the first service group network access data, to receive the second service group network access data and, based on the configuration instruction, to provide the first service group network access data to the first subscriber group and to provide the second service group network access data to the second subscriber group, wherein the downstream configuration component is further operable to receive a second configuration instruction and, based on the second configuration instruction, to provide the first service group network access data to the first subscriber group and to the second subscriber group.
A method performed by a common control network function, CCNF, in a wireless communication system, the method comprising: receiving , from a terminal via a base station, a first message for updating a location of a terminal; identifying whether a CCNF relocation is required based on the first message; selecting a target CCNF based on a list of CCNFs in case that the CCNF relocation is required based on the first message; and transmitting , toward the selected target CCNF , a CCNF relocation request containing information on the context of the terminal and on a network slice to which the CCNF belongs, receiving , from the target CCNF , a response indicating successful CCNF relocation of the terminal and a successful network slice selection; and forwarding , to the target CCNF , the first message based on the received response. receiving , from a terminal via a base station, a first message for updating a location of a terminal; identifying whether a CCNF relocation is required based on the first message; selecting a target CCNF based on a list of CCNFs in case that the CCNF relocation is required based on the first message; and transmitting , toward the selected target CCNF , a CCNF relocation request containing information on the context of the terminal and on a network slice to which the CCNF belongs, receiving , from the target CCNF , a response indicating successful CCNF relocation of the terminal and a successful network slice selection; and forwarding , to the target CCNF , the first message based on the received response.
An imaging device comprising: an image output unit configured to output image data of an object; a memory configured to store multiple levels of luminosity in association with a plurality of set values that are referred to when image processing is performed on image data; and a controller configured to realize the functions of a luminosity specifying unit, a set value selector and an image processing unit, wherein the luminosity specifying unit is adapted to specify a level of luminosity of the object; the set value selector is adapted to select one of the set values stored in the memory based on the level of luminosity specified by the luminosity specifying unit; and the image processing unit is adapted to perform image processing on the image data output from the image output unit , based on the set value selected by the set value selector, characterized in that : the set value selector is adapted to select the one of the set values based on both the set value being used by the image processing unit at the time of selection of said one of the set values and the specified level of luminosity, and in such a way that the set value is adjacent and in the right direction to the set value being used by the image processing unit at the time of selection. an image output unit configured to output image data of an object; a memory configured to store multiple levels of luminosity in association with a plurality of set values that are referred to when image processing is performed on image data; and a controller configured to realize the functions of a luminosity specifying unit, a set value selector and an image processing unit, wherein the luminosity specifying unit is adapted to specify a level of luminosity of the object; the set value selector is adapted to select one of the set values stored in the memory based on the level of luminosity specified by the luminosity specifying unit; and the image processing unit is adapted to perform image processing on the image data output from the image output unit , based on the set value selected by the set value selector, characterized in that : the set value selector is adapted to select the one of the set values based on both the set value being used by the image processing unit at the time of selection of said one of the set values and the specified level of luminosity, and in such a way that the set value is adjacent and in the right direction to the set value being used by the image processing unit at the time of selection.
An electronic device comprising: a display comprising a touch screen; and at least one processor that is configured to: control the display to display an object corresponding to an application that is being executed whilst an execution screen of the application is not displayed on the display; and control the display to display the execution screen of the application in an area of the display if a hovering input at the touch screen is detected on the object corresponding to the application, wherein the hovering input is indicative of a proximity touch type at the touch screen without contact with the touch screen; characterized in that : the at least one processor is further configured to control the display to display a captured image of the execution screen of the application as the object corresponding to the application instead of the execution screen of the application if the hovering input at the touch screen is released, wherein only a part of the execution screen of the application is captured as the image of the execution screen, and wherein the captured part of the execution screen of the application is based on a position where the hovering input is released. a display comprising a touch screen; and at least one processor that is configured to: control the display to display an object corresponding to an application that is being executed whilst an execution screen of the application is not displayed on the display; and control the display to display the execution screen of the application in an area of the display if a hovering input at the touch screen is detected on the object control the display to display an object corresponding to an application that is being executed whilst an execution screen of the application is not displayed on the display; and control the display to display the execution screen of the application in an area of the display if a hovering input at the touch screen is detected on the object corresponding to the application, wherein the hovering input is indicative of a proximity touch type at the touch screen without contact with the touch screen; characterized in that : the at least one processor is further configured to control the display to display a captured image of the execution screen of the application as the object corresponding to the application instead of the execution screen of the application if the hovering input at the touch screen is released, wherein only a part of the execution screen of the application is captured as the image of the execution screen, and wherein the captured part of the execution screen of the application is based on a position where the hovering input is released.
Method for operating a carding machine which comprises a drum , having a clothing of a certain clothing type, and parts (5; 12) opposite said drum having a surface structure, the distance between the clothing of the drum and one or more of the opposing parts (5; 12) and/or a variable dependent on this distance being determined, characterized in that the drum is electrically isolated from the opposing parts (5; 12), an electrical capacitance between the drum and one or more of the opposing parts (5; 12) is measured and the distance or the variable dependent on the distance is determined from the measured electrical capacitance, the clothing type of the drum and/or the surface structure of the opposing parts (5; 12) being entered and/or identified and the distance or the variable dependent on the distance being determined from the measured electrical capacitance depending on the clothing type and/or surface structure.
A leveling device for a household appliance, having a leveling foot comprising a foot base provided with a hollow chamber therein, a fixed part and a movable part, wherein the hollow chamber is formed between the fixed part and the movable part, said hollow chamber being provided with a hydraulic medium; characterized in that the hollow chamber comprises a gas chamber and an oil chamber isolated by a valve board inside the foot base , said hydraulic medium being provided in the oil chamber ; wherein the valve board is provided with an orifice which enables the hydraulic medium to pass through from the oil chamber to the gas chamber or from the gas chamber to the chamber ; and wherein the hydraulic medium can circulate in the hollow chamber inside the leveling foot and hollow chambers between leveling feet under action of pressure for expanding and contracting the movable part, to execute automatic leveling.
A method for manufacturing a silicon nitride sintered body with high thermal conductivity, comprising the steps of: a) obtaining a slurry by mixing a silicon nitride powder and a non-oxide-based sintering aid; b) obtaining a mixed powder by drying the slurry; c) forming a compact by pressurizing the mixed powder; and d) sintering the compact, wherein the non-oxide-based sintering aid comprises a rare earth fluoride and a magnesium silicide-based compound. a) obtaining a slurry by mixing a silicon nitride powder and a non-oxide-based sintering aid; b) obtaining a mixed powder by drying the slurry; c) forming a compact by pressurizing the mixed powder; and d) sintering the compact,
A method for generating a party static token (248, 248 1 ) to be used in combination with a party dynamic token (252, 252 1 ) for identifying a party to a host system , the method comprising: receiving identification information that identifies the party to the host system , the information comprising a host dynamic token (244, 244 1 ) and a host static token (240, 240 1 ); generating, with a processor, a false host dynamic token , wherein the false host dynamic token differs from the host dynamic token (244, 244 1 ); encrypting the host dynamic token (244, 244 1 ); encrypting the false host dynamic token ; encrypting information that uniquely identifies the party dynamic token (252, 252 1 ) wherein the information that uniquely identifies the party dynamic token comprises a seed value and a complement to the party dynamic token, the method further comprising determining the complement to the party dynamic token from the seed value and the party dynamic token by encrypting the seed value , selecting a portion of the encrypted seed value having a predetermined length to produce a natural party dynamic token, and calculating a difference between the natural party dynamic token and the party dynamic token; and the method further comprising producing the party static token (248, 248 1 ) by encrypting a combination of the host static token, the encrypted host dynamic token, the encrypted false host dynamic token, and the encrypted information that uniquely identifies the party dynamic token. receiving identification information that identifies the party to the host system , the information comprising a host dynamic token (244, 244 1 ) and a host static token (240, 240 1 ); generating, with a processor, a false host dynamic token , wherein the false host dynamic token differs from the host dynamic token (244, 244 1 ); encrypting the host dynamic token (244, 244 1 ); encrypting the false host dynamic token ; encrypting information that uniquely identifies the party dynamic token (252, 252 1 ) wherein the information that uniquely identifies the party dynamic token comprises a seed value and a complement to the party dynamic token, the method further comprising determining the complement to the party dynamic token from the seed value and the party dynamic token by encrypting the seed value , selecting a portion of the encrypted seed value having a predetermined length to produce a natural party dynamic token, and calculating a difference between the natural party dynamic token and the party dynamic token; and the method further comprising producing the party static token (248, 248 1 ) by encrypting a combination of the host static token, the encrypted host dynamic token, the encrypted false host dynamic token, and the encrypted information that uniquely identifies the party dynamic token.