mhurhangee/patent-ind-claim-en huggingface dataset:
A security processing method, implemented by a base station, comprising: establishing a connection with a user equipment, UE; applying access stratum, AS, security after establishing the connection; releasing the connection; sending an AS security related parameter to a core network device for storage as security request information related to security deprocessing of target data from the UE after releasing the connection; re-establishing the connection; receiving (S302) AS security-processed target data from the UE on the re-established connection;initiating (S303) the security request information related to security deprocessing of target data of the UE to the core network device; sending, by the base station, the AS security-processed target data to the core network device; and receiving (S306) security response information from the core network device, wherein the security response information comprises AS security-deprocessed target data. establishing a connection with a user equipment, UE; applying access stratum, AS, security after establishing the connection; releasing the connection; sending an AS security related parameter to a core network device for storage as security request information related to security deprocessing of target data from the UE after releasing the connection; re-establishing the connection; receiving (S302) AS security-processed target data from the UE on the re-established connection;initiating (S303) the security request information related to security deprocessing of target data of the UE to the core network device; sending, by the base station, the AS security-processed target data to the core network device; and receiving (S306) security response information from the core network device, wherein the security response information comprises AS security-deprocessed target data.
A carbamate compound of the following Formula 1, or a pharmaceutically acceptable salt, solvate or hydrate thereof for use in the prophylactic treatment of headaches: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N.
A two-component coating composition comprising (I) Component A comprising (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and (II) Component B comprising at least one polyisocyanate. (I) Component A comprising (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and (i) one first saturated polyhydroxy compound selected from the group consisting of polyether polyol, polyester polyol, C 2 to C 32 alkyl polyol and sugar alcohol; (ii) ≥1 wt. % to ≤ 50 wt. % of water, based on the total weight of the two-component composition; and (iii) ≥ 2 wt. % to ≤ 50 wt. % of at least one metal component selected from the group consisting of magnesium oxide, magnesium hydroxide, calcium oxide and calcium hydroxide, based on the total weight of the two-component composition; and (iv) one second saturated polyhydroxy compound selected from the group consisting of C 2 to C 6 alkyl polyol, which is different from the first saturated polyhydroxy compound; and (II) Component B comprising at least one polyisocyanate.
A method comprising: transmitting a plurality of uplink test packets from a client device , that is located on one side of a network service provider access point , to a destination that is located on the other side of the network service provider access point , such that the plurality of uplink test packets traverse the network service provider access point ; determining, at the client device , a response to the transmission of the plurality of uplink test packets through the network service provider access point , the response comprising a plurality of response packets; and generating, at the client device , one or more uplink performance values in accordance with the determined response, the one or more uplink performance values characterizing how uplink traffic is handled between the client device and the destination both to and beyond the network service provider access point , wherein the generating the one or more uplink performance values comprises determining whether any of the response packets has a time stamp that is earlier than a last previously received response packet and treating any so determined response packet as being a response to a lost uplink test packet. transmitting a plurality of uplink test packets from a client device , that is located on one side of a network service provider access point , to a destination that is located on the other side of the network service provider access point , such that the plurality of uplink test packets traverse the network service provider access point ; determining, at the client device , a response to the transmission of the plurality of uplink test packets through the network service provider access point , the response comprising a plurality of response packets; and generating, at the client device , one or more uplink performance values in accordance with the determined response, the one or more uplink performance values characterizing how uplink traffic is handled between the client device and the destination both to and beyond the network service provider access point , wherein the generating the one or more uplink performance values comprises determining whether any of the response packets has a time stamp that is earlier than a last previously received response packet and treating any so determined response packet as being a response to a lost uplink test packet.
A processor (1110; 1115; 1270; 1280; 1500) comprising: an instruction execution pipeline (101; 8200) to execute instructions, the instruction execution pipeline (101; 8200) including: instruction fetch circuitry to fetch an instruction instruction decode circuitry to decode the instruction, the instruction specifying an operation, a first operand , and a second operand ; data fetch stage circuitry to fetch the first and second operands of the instruction, the first and second operands each composed of a plurality of chunks having constituent elements; and functional unit circuitry (103_1-103_N) to perform the operation specified by the instruction, the functional unit circuitry (103_1-103_N) to generate a resultant composed of a plurality of chunks having constituent elements, the functional unit circuitry (103_1-103_N) to select for each element in the resultant a contiguous group of bits from a same positioned chunk of the first operand as the chunk of the element in the resultant , the contiguous group of bits being identified by a same positioned element of the second operand as the element in the resultant . instruction fetch circuitry to fetch an instruction instruction decode circuitry to decode the instruction, the instruction specifying an operation, a first operand , and a second operand ; data fetch stage circuitry to fetch the first and second operands of the instruction, the first and second operands each composed of a plurality of chunks having constituent elements; and functional unit circuitry (103_1-103_N) to perform the operation specified by the instruction, the functional unit circuitry (103_1-103_N) to generate a resultant composed of a plurality of chunks having constituent elements, the functional unit circuitry (103_1-103_N) to select for each element in the resultant a contiguous group of bits from a same positioned chunk of the first operand as the chunk of the element in the resultant , the contiguous group of bits being identified by a same positioned element of the second operand as the element in the resultant .
Printer comprising: - a card processing module adapted to perform a processing operation on a card to be printed, - a card loader comprising a first loading device intended to store a plurality of cards to be printed, a first driving device for transferring cards to be printed from the first loading device to said processing module, said first driving device being movable between a first position in which said driving device transfers a card to be printed to the processing module, and another position in which the processing module manipulates the card to be printed using a space which is occupied by the first driving device when it is in the first position, the printer being characterized in that it comprises a second loading device intended to receive, one by one, cards to be printed, and a second driving device for transferring cards to be printed from the second loading device to said processing module and in that the first and second driving devices are movable between a first position in which the first and second driving devices transfer a card to be printed to the processing module, and another position in which the processing module manipulates the card during an operation performed by said processing module using spaces occupied by the first and second driving devices in the first position. - a card processing module adapted to perform a processing operation on a card to be printed, - a card loader comprising a first loading device intended to store a plurality of cards to be printed, a first driving device for transferring cards to be printed from the first loading device to said processing module, said first driving device being movable between a first position in which said driving device transfers a card to be printed to the processing module, and another position in which the processing module manipulates the card to be printed using a space which is occupied by the first driving device when it is in the first position,
A method of refilling a toner cartridge to be installed in an image forming apparatus for forming an image on a recording medium with toner, the toner cartridge having a waste bin , a hopper , and a cartridge chip , the cartridge chip includes a memory that stores information indicative of an initial amount of toner loaded in the toner cartridge , wherein a size of the waste bin limits a maximum amount of toner that may loaded into the hopper , the method comprising: Determining a toner capacity of the waste bin ; determining a coverage efficiency of the toner to be loaded in the hopper , wherein the coverage efficiency describes how much of the toner is used to form the image and how much of the toner is wasted to be captured in the waste bin ; determining a maximum amount of toner that the hopper can be loaded with, wherein the maximum amount of toner is determined based on the toner capacity of the waste bin and the coverage efficiency of the toner; loading the hopper with a new amount of toner, wherein the new amount of toner is greater than an amount of toner that was originally loaded in the hopper by the original manufacturer; and providing a replacement cartridge chip, wherein the replacement cartridge chip includes a memory that contains information indicative of the new amount of toner. Determining a toner capacity of the waste bin ; determining a coverage efficiency of the toner to be loaded in the hopper , wherein the coverage efficiency describes how much of the toner is used to form the image and how much of the toner is wasted to be captured in the waste bin ; determining a maximum amount of toner that the hopper can be loaded with, wherein the maximum amount of toner is determined based on the toner capacity of the waste bin and the coverage efficiency of the toner; loading the hopper with a new amount of toner, wherein the new amount of toner is greater than an amount of toner that was originally loaded in the hopper by the original manufacturer; and providing a replacement cartridge chip, wherein the replacement cartridge chip includes a memory that contains information indicative of the new amount of toner.
A vacuum interrupter switch assembly comprising: a vacuum interrupter including an outer housing , the housing having a top insert ; a contact that extends from the top insert and parallel to a longitudinal axis of the housing , the contact configured to electrically connect the vacuum interrupter within the housing to a contact of a mounting assembly ; and a guide and pull ring structure including a mounting ring sized to be received around and mechanically secured to the top insert and being defined in a first plane, characterized in that the mounting ring is an open ring and includes a pair opposing securing tabs that operate to close the mounting ring , wherein the guide and pull ring structure further includes a grasping ring coupled to one side of the mounting ring and being defined in a second plane perpendicular to the first plane and parallel to the longitudinal axis, wherein the grasping ring is coupled to one of the tabs , and a V-shaped guide piece coupled to the mounting ring at a side opposite from the grasping ring and extending perpendicular to the first plane and parallel to the longitudinal axis, an acute angle of the V-shaped guide piece being aligned toward and parallel to the contact and an obtuse angle of the V-shaped guide piece , opposite the acute angle, being aligned away from and parallel to the contact when the mounting ring is secured to the top insert and clamped to the top insert , and wherein the V-shaped guide piece guides the contact of the switch assembly to the contact of the mounting assembly . a vacuum interrupter including an outer housing , the housing having a top insert ; a contact that extends from the top insert and parallel to a longitudinal axis of the housing , the contact configured to electrically connect the vacuum interrupter within the housing to a contact of a mounting assembly ; and a guide and pull ring structure including a mounting ring sized to be received around and mechanically secured to the top insert and being defined in a first plane, characterized in that the mounting ring is an open ring and includes a pair opposing securing tabs that operate to close the mounting ring , wherein the guide and pull ring structure further includes a grasping ring coupled to one side of the mounting ring and being defined in a second plane perpendicular to the first plane and parallel to the longitudinal axis, wherein the grasping ring is coupled to one of the tabs , and a V-shaped guide piece coupled to the mounting ring at a side opposite from the grasping ring and extending perpendicular to the first plane and parallel to the longitudinal axis, an acute angle of the V-shaped guide piece being aligned toward and parallel to the contact and an obtuse angle of the V-shaped guide piece , opposite the acute angle, being aligned away from and parallel to the contact when the mounting ring is secured to the top insert and clamped to the top insert , and wherein the V-shaped guide piece guides the contact of the switch assembly to the contact of the mounting assembly .
A fiber optic connector comprising: a housing sized to fit within a fiber optic receptacle and having an opening and a longitudinal passage for receiving a fiber optic terminus ; and a deflectable locking member including a base having an opening that aligns with the opening in the housing for attaching to the housing , and a deflectable portion , characterized by the deflectable portion having a first end extending from the base and a second end wider than the first end in a lateral direction orthogonal to the longitudinal passage, and ledges extending downward from the second end of the deflectable portion toward the longitudinal passage for engaging with a wall of the fiber optic receptacle to prevent accidental rearward separation of the housing from the receptacle, and a planar portion extending axially from a bottom of the ledges away from the base towards a flange and configured to abut an underside of a portion of the receptacle to prevent upward movement of the deflectable locking member when installed in the receptacle. a housing sized to fit within a fiber optic receptacle and having an opening and a longitudinal passage for receiving a fiber optic terminus ; and a deflectable locking member including a base having an opening that aligns with the opening in the housing for attaching to the housing , and a deflectable portion , characterized by the deflectable portion having a first end extending from the base and a second end wider than the first end in a lateral direction orthogonal to the longitudinal passage, and ledges extending downward from the second end of the deflectable portion toward the longitudinal passage for engaging with a wall of the fiber optic receptacle to prevent accidental rearward separation of the housing from the receptacle, and a planar portion extending axially from a bottom of the ledges away from the base towards a flange and configured to abut an underside of a portion of the receptacle to prevent upward movement of the deflectable locking member when installed in the receptacle.
A device for spacecraft attitude control, which has a container partially filled with a magnetizable fluid and a device for generating at least one rotating or wandering magnetic field, with which the magnetizable fluid in the container can be magnetized and made to continuously move on a closed orbit in an orbital plane by means of the rotation or movement of the at least one magnetic field, wherein the device for generating at least one rotating or wandering magnetic field has several electric coils for generating the magnetic field, whose coil axes lie in the orbital plane and each are aligned perpendicularly to a next section of the closed orbit, and a controller, with which a phase-shifted current flow through the electric coils can be generated and controlled or regulated, characterized in that either an interior volume of the container remaining due to the only partial filling with the magnetizable fluid is filled up with a liquid medium, which has a higher density than the magnetizable fluid , and does not mix with the magnetizable fluid , or the container is filled with the magnetizable fluid in such a way that several partial volumes of the magnetizable fluid separated from each other are present. has a container partially filled with a magnetizable fluid and a device for generating at least one rotating or wandering magnetic field, with which the magnetizable fluid in the container can be magnetized and made to continuously move on a closed orbit in an orbital plane by means of the rotation or movement of the at least one magnetic field, wherein the device for generating at least one rotating or wandering magnetic field has several electric coils for generating the magnetic field, whose coil axes lie in the orbital plane and each are aligned perpendicularly to a next section of the closed orbit, and a controller, with which a phase-shifted current flow through the electric coils can be generated and controlled or regulated, characterized in that either an interior volume of the container remaining due to the only partial filling with the magnetizable fluid is filled up with a liquid medium, which has a higher density than the magnetizable fluid , and does not mix with the magnetizable fluid , or the container is filled with the magnetizable fluid in such a way that several partial volumes of the magnetizable fluid separated from each other are present.
A method comprising: executing , by a client simulation system comprising a processor, a simulation of a client device; executing , by the client simulation system, an application in the simulation of the client device up to a cue point; executing , by the client simulation system, from the suspended execution state of the application, a resumed instance of the application responsive to the request using the representation stored in the memory; and providing , to the client device via the network, an output from the resumed instance of the application; characterized by : suspending execution of the application at the cue point, wherein the cue point is at a predetermined length of execution time; storing, in a memory associated with the client simulation system, a representation of the application in a suspended execution state, suspended at the cue point; receiving , from a client device via a network, a request to provide an interactive instance of the application. executing , by a client simulation system comprising a processor, a simulation of a client device; executing , by the client simulation system, an application in the simulation of the client device up to a cue point; executing , by the client simulation system, from the suspended execution state of the application, a resumed instance of the application responsive to the request using the representation stored in the memory; and providing , to the client device via the network, an output from the resumed instance of the application; characterized by : suspending execution of the application at the cue point, wherein the cue point is at a predetermined length of execution time; storing, in a memory associated with the client simulation system, a representation of the application in a suspended execution state, suspended at the cue point; receiving , from a client device via a network, a request to provide an interactive instance of the application. suspending execution of the application at the cue point, wherein the cue point is at a predetermined length of execution time; storing, in a memory associated with the client simulation system, a representation of the application in a suspended execution state, suspended at the cue point; receiving , from a client device via a network, a request to provide an interactive instance of the application.