mhurhangee/patent-ind-claim-en huggingface dataset:
A thermally conductive resin sheet comprising a resin composition containing: a crystalline thermoplastic resin having a melting point of 300°C or higher; and a thermally conductive filler comprising boron nitride agglomerated particles, wherein the crystalline thermoplastic resin comprises a polyetherketone-based resin, and wherein the melting point is measured by differential scanning calorimetry in accordance with ISO 1183. a crystalline thermoplastic resin having a melting point of 300°C or higher; and a thermally conductive filler comprising boron nitride agglomerated particles, wherein the crystalline thermoplastic resin comprises a polyetherketone-based resin, and wherein the melting point is measured by differential scanning calorimetry in accordance with ISO 1183. wherein the crystalline thermoplastic resin comprises a polyetherketone-based resin, and wherein the melting point is measured by differential scanning calorimetry in accordance with ISO 1183.
A method performed by a gateway for managing a local monitoring task list stored in the gateway, characterized by comprising: receiving, by the gateway, monitoring configuration information transmitted by a machine to machine, M2M, service platform or an M2M application server, wherein a management parameter for managing the local monitoring task list is carried in the monitoring configuration information (S102); and managing the local monitoring task list by the gateway according to the management parameter (S104); wherein, a monitoring task is for providing statistical data and failure warning to the M2M service platform or the M2M application server; wherein the management parameter comprises: a monitoring task addition/modification list, and/or a monitoring task deletion list; wherein the monitoring task addition/modification list comprises one of the following combinations: a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier. receiving, by the gateway, monitoring configuration information transmitted by a machine to machine, M2M, service platform or an M2M application server, wherein a management parameter for managing the local monitoring task list is carried in the monitoring configuration information (S102); and managing the local monitoring task list by the gateway according to the management parameter (S104); wherein, a monitoring task is for providing statistical data and failure warning to the M2M service platform or the M2M application server; wherein the management parameter comprises: a monitoring task addition/modification list, and/or a monitoring task deletion list; wherein the monitoring task addition/modification list comprises one of the following combinations: a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier. a monitoring identifier, a monitoring object, and a report configuration; the monitoring identifier and the monitoring object; and the monitoring identifier and the report configuration; and wherein the monitoring task deletion list comprises: the monitoring identifier.
A medical imaging apparatus comprising: a display configured to display a list of protocols , each of the protocols having one or more parameters for acquiring a medical image; an interface configured to receive an input of a parameter for acquiring the medical image; and a controller configured to group the protocols based on the input parameter, and control the display to display the list of the grouped protocols, the interface is further configured to receive an instruction to change a value of a parameter of one or more protocols among the protocols, and the controller is further configured to change the value of the parameter of the one or more protocols based on the instruction; characterised in that the instruction to change a value of a parameter of the one or more protocols comprises an instruction to move the one or more protocols from a parameter group to which the one or more protocols belong into another parameter group, and/or an instruction to change a property of a parameter group to which the one or more protocols belong. a display configured to display a list of protocols , each of the protocols having one or more parameters for acquiring a medical image; an interface configured to receive an input of a parameter for acquiring the medical image; and a controller configured to group the protocols based on the input parameter, and control the display to display the list of the grouped protocols, the interface is further configured to receive an instruction to change a value of a parameter of one or more protocols among the protocols, and the controller is further configured to change the value of the parameter of the one or more protocols based on the instruction; characterised in that the instruction to change a value of a parameter of the one or more protocols comprises an instruction to move the one or more protocols from a parameter group to which the one or more protocols belong into another parameter group, and/or an instruction to change a property of a parameter group to which the one or more protocols belong.
An integrated circuit device comprising: a radio frequency domain ; and a digital domain ; an electrostatic discharge protection circuit providing a conduction path between the ground of the digital domain and the ground of the radio frequency domain; wherein the electrostatic discharge network comprises a plurality of back-to-back diode arrangements including a plurality of radio frequency passive or active devices that exhibit an impedance characteristic that increases as a frequency of operation of the integrated circuit device increases, wherein the plurality of radio frequency passive or active devices comprise a plurality of ESD inductors , wherein the plurality of radio frequency passive or active devices are integrated inside dedicated RF bridge cells within an input ring or an output ring and they are coupled between the radio frequency domain and the digital domain . a radio frequency domain ; and a digital domain ; an electrostatic discharge protection circuit providing a conduction path between the ground of the digital domain and the ground of the radio frequency domain; wherein the electrostatic discharge network comprises a plurality of back-to-back diode arrangements including a plurality of radio frequency passive or active devices that exhibit an impedance characteristic that increases as a frequency of operation of the integrated circuit device increases, wherein the plurality of radio frequency passive or active devices comprise a plurality of ESD inductors , wherein the plurality of radio frequency passive or active devices are integrated inside dedicated RF bridge cells within an input ring or an output ring and they are coupled between the radio frequency domain and the digital domain .
A reduced-pressure system comprising: a regulator comprising: a supply chamber adapted to be fluidly coupled to a dressing, a control chamber adapted to be fluidly coupled to the dressing, a charging chamber fluidly coupled to the supply chamber through a port , and a regulator valve coupled to the control chamber and operable to reciprocate at least partially within the control chamber to control fluid communication through the port based on a differential between a control pressure in the control chamber and a therapy pressure; and a feedback system comprising: a pressure sensor adapted to be fluidly coupled to the control chamber , and a signal interface communicatively coupled to the pressure sensor and adapted to signal an operating state of the reduced-pressure system based on a pressure measured by the pressure sensor. a regulator comprising: a supply chamber adapted to be fluidly coupled to a dressing, a control chamber adapted to be fluidly coupled to the dressing, a charging chamber fluidly coupled to the supply chamber through a port , and a regulator valve coupled to the control chamber and operable to reciprocate at least partially within the control chamber to control fluid communication through the port based on a differential between a control pressure in the control chamber and a therapy pressure; and a supply chamber adapted to be fluidly coupled to a dressing, a control chamber adapted to be fluidly coupled to the dressing, a charging chamber fluidly coupled to the supply chamber through a port , and a regulator valve coupled to the control chamber and operable to reciprocate at least partially within the control chamber to control fluid communication through the port based on a differential between a control pressure in the control chamber and a therapy pressure; and a feedback system comprising: a pressure sensor adapted to be fluidly coupled to the control chamber , and a signal interface communicatively coupled to the pressure sensor and adapted to signal an operating state of the reduced-pressure system based on a pressure measured by the pressure sensor.
Device for packaging at least one unit dose of medicaments in a divided solid pharmaceutical dosage form forming at least one cell for storing and dispensing such a unit dose, each cell comprising: - a dish delimiting a volume for storing such a unit dose; - a cover adapted to close the storage volume; - a partition adapted to be able to extend into the storage volume of the dish and to delimit a plurality of compartments therein for keeping the medicaments of the unit dose separate from one another, the partition extending into the dish being able to be removed from the dish ; characterised in that the removable partition is a bottomless partition. - a dish delimiting a volume for storing such a unit dose; - a cover adapted to close the storage volume; - a partition adapted to be able to extend into the storage volume of the dish and to delimit a plurality of compartments therein for keeping the medicaments of the unit dose separate from one another, the partition extending into the dish being able to be removed from the dish ; characterised in that the removable partition is a bottomless partition.
An intelligent integrated assembly and transfer apparatus for transferring semiconductor light emitting devices to a panel substrate , the apparatus comprising: a fluid chamber for accommodating the semiconductor light emitting devices ; a roller unit where an assembly substrate is mounted, wherein the semiconductor light emitting devices are assembled on the assembly substrate and transferred in-line to the panel substrate , wherein the roller unit rotates the assembly substrate ; and an assembly inspection unit for inspecting the semiconductor light emitting devices assembled on the assembly substrate ; wherein the roller unit comprises: a roller rotated part where the assembly substrate is mounted and rotated, and a roller driving part for rotating the roller rotated part , characterized in that the roller unit further comprises a magnet head unit for applying magnetic force to the semiconductor light emitting devices to be assembled on the assembly substrate ; and wherein the roller unit includes a triangular shape and an area of a first-first roller part where the semiconductor light emitting devices are assembled on the assembly substrate is greater than an area of the first-second roller part where the semiconductor light emitting devices are transferred to the panel substrate . a fluid chamber for accommodating the semiconductor light emitting devices ; a roller unit where an assembly substrate is mounted, wherein the semiconductor light emitting devices are assembled on the assembly substrate and transferred in-line to the panel substrate , wherein the roller unit rotates the assembly substrate ; and an assembly inspection unit for inspecting the semiconductor light emitting devices assembled on the assembly substrate ; wherein the roller unit comprises: a roller rotated part where the assembly substrate is mounted and rotated, and a roller driving part for rotating the roller rotated part , characterized in that the roller unit further comprises a magnet head unit for applying magnetic force to the semiconductor light emitting devices to be assembled on the assembly substrate ; and wherein the roller unit includes a triangular shape and an area of a first-first roller part where the semiconductor light emitting devices are assembled on the assembly substrate is greater than an area of the first-second roller part where the semiconductor light emitting devices are transferred to the panel substrate . a roller rotated part where the assembly substrate is mounted and rotated, and a roller driving part for rotating the roller rotated part , characterized in that the roller unit further comprises a magnet head unit for applying magnetic force to the semiconductor light emitting devices to be assembled on the assembly substrate ; and wherein the roller unit includes a triangular shape and an area of a first-first roller part where the semiconductor light emitting devices are assembled on the assembly substrate is greater than an area of the first-second roller part where the semiconductor light emitting devices are transferred to the panel substrate .
A method executed by a user equipment, comprising: receiving system information, broadcasted by a base station of a current LTE cell, indicating whether the base station of the current LTE cell supports connectivity to a Next Generation Core, NextGen Core, and an Evolved Packet Core, EPC; and in a case that the system information indicates that the base station of the current LTE cell supports connectivity to the NextGen Core and the EPC, in a case that the user equipment selects the Next Generation Core, transmitting a first information element in a Radio Resource Control, RRC, Connection Request message and a second information element in a RRC Connection Setup Complete message, the first information element indicating the NextGen Core as a core network to be accessed and the second information element indicating an identity of the user equipment in the NextGen Core; and in a case that the user equipment selects the EPC, not transmitting the first information element in the RRC Connection Request message. receiving system information, broadcasted by a base station of a current LTE cell, indicating whether the base station of the current LTE cell supports connectivity to a Next Generation Core, NextGen Core, and an Evolved Packet Core, EPC; and in a case that the system information indicates that the base station of the current LTE cell supports connectivity to the NextGen Core and the EPC, in a case that the user equipment selects the Next Generation Core, transmitting a first information element in a Radio Resource Control, RRC, Connection Request message and a second information element in a RRC Connection Setup Complete message, the first information element indicating the NextGen Core as a core network to be accessed and the second information element indicating an identity of the user equipment in the NextGen Core; and in a case that the user equipment selects the EPC, not transmitting the first information element in the RRC Connection Request message. in a case that the user equipment selects the Next Generation Core, transmitting a first information element in a Radio Resource Control, RRC, Connection Request message and a second information element in a RRC Connection Setup Complete message, the first information element indicating the NextGen Core as a core network to be accessed and the second information element indicating an identity of the user equipment in the NextGen Core; and in a case that the user equipment selects the EPC, not transmitting the first information element in the RRC Connection Request message.
A rotor blade for a turbomachine, the rotor blade comprising: a main body comprising a shank and an airfoil extending radially outwardly from the shank ; a platform surrounding the main body, the platform comprising a slash face ; and a damper stack disposed at the slash face and extending generally along an axial direction, the damper stack comprising a plurality of damper pins , each of the plurality of damper pins in contact with a neighboring damper pin , wherein each of the plurality of damper pins extends between a first end and a second end , wherein the first end of a first damper pin contacts the second end of a second damper pin (72"); characterized in that : the first end of the first damper pin defines a convex spherical shape, and the second end of the second damper pin (72") defines a concave spherical shape. a main body comprising a shank and an airfoil extending radially outwardly from the shank ; a platform surrounding the main body, the platform comprising a slash face ; and a damper stack disposed at the slash face and extending generally along an axial direction, the damper stack comprising a plurality of damper pins , each of the plurality of damper pins in contact with a neighboring damper pin , wherein each of the plurality of damper pins extends between a first end and a second end , wherein the first end of a first damper pin contacts the second end of a second damper pin (72"); characterized in that : the first end of the first damper pin defines a convex spherical shape, and the second end of the second damper pin (72") defines a concave spherical shape.
A method for performing security failover in an industrial production environment, the method comprising: receiving, by a programmable logic controller (105, 125; 205, 215, 225; 500), notification that a function block or a function on the programmable logic controller (105, 125; 205, 215, 225; 500) has been maliciously revised, wherein the function block and the function represent user programs and comprise a data portion and a digital signature portion; determining, by the programmable logic controller (105, 125; 205, 215, 225; 500), whether the function block or the function is also maliciously revised on a failover computing device different from the programmable logic controller (105, 125; 205, 215, 225; 500) by determining whether the digital signature portion of the function block or the function on the failover computing device is valid; if the failover computing device is not maliciously revised, performing a failover operation comprising: sending, by the programmable logic controller (105, 125; 205, 215, 225; 500), a data block comprising one or more input parameters to the function block or the function, and receiving, by the programmable logic controller (105, 125; 205, 215, 225; 500), an output data resulting from executing the function block or the function with the data block on the failover computing device. receiving, by a programmable logic controller (105, 125; 205, 215, 225; 500), notification that a function block or a function on the programmable logic controller (105, 125; 205, 215, 225; 500) has been maliciously revised, wherein the function block and the function represent user programs and comprise a data portion and a digital signature portion; determining, by the programmable logic controller (105, 125; 205, 215, 225; 500), whether the function block or the function is also maliciously revised on a failover computing device different from the programmable logic controller (105, 125; 205, 215, 225; 500) by determining whether the digital signature portion of the function block or the function on the failover computing device is valid; if the failover computing device is not maliciously revised, performing a failover operation comprising: sending, by the programmable logic controller (105, 125; 205, 215, 225; 500), a data block comprising one or more input parameters to the function block or the function, and receiving, by the programmable logic controller (105, 125; 205, 215, 225; 500), an output data resulting from executing the function block or the function with the data block on the failover computing device. sending, by the programmable logic controller (105, 125; 205, 215, 225; 500), a data block comprising one or more input parameters to the function block or the function, and receiving, by the programmable logic controller (105, 125; 205, 215, 225; 500), an output data resulting from executing the function block or the function with the data block on the failover computing device.
An electronic device (101;200;400,700), comprising: a housing comprising a front plate , a rear plate facing in a direction opposite the front plate, and a side member surrounding a space between the front plate and the rear plate, wherein the side member comprises a support member at least partially extending to the space; a printed circuit board disposed extending on a plane in the space between the rear plate and the support member; an electrical structure disposed in the space at least partially parallel to the printed circuit board and on the same plane as the printed circuit board, wherein the electrical structure comprises at least one extension portion at least partially overlapping the printed circuit board when the front plate is viewed perpendicular to the surface of the front plate;and at least one fastening member configured to simultaneously pass through the at least one extension portion and the printed circuit board and fasten to the support member, and wherein the at least one extension portion is disposed between the printed circuit board and the support member. a housing comprising a front plate , a rear plate facing in a direction opposite the front plate, and a side member surrounding a space between the front plate and the rear plate, wherein the side member comprises a support member at least partially extending to the space; a printed circuit board disposed extending on a plane in the space between the rear plate and the support member; an electrical structure disposed in the space at least partially parallel to the printed circuit board and on the same plane as the printed circuit board, wherein the electrical structure comprises at least one extension portion at least partially overlapping the printed circuit board when the front plate is viewed perpendicular to the surface of the front plate;and at least one fastening member configured to simultaneously pass through the at least one extension portion and the printed circuit board and fasten to the support member, and wherein the at least one extension portion is disposed between the printed circuit board and the support member.