mhurhangee/ep-ind-claims huggingface dataset:
A fragment management method, wherein the method comprises: receiving, by a computing node, a data unit by using an interface, and generating a data fragment based on the data unit; generating, by the computing node, a first parity fragment based on the data fragment; storing, by the computing node, the data fragment and the first parity fragment in a first-level storage medium, wherein a plurality of first-level storage media is located in a plurality of nodes, and wherein a storage location of the first parity fragment is stored in metadata for the first parity fragment; obtaining, by the computing node, by reading metadata of the first parity fragment the storage location of the first parity fragment; selecting, by the computing node, storage space in a second-level storage medium, wherein a read speed of the second-level storage medium is lower than a read speed of the first-level storage medium; sending, by the computing node, a migration instruction to a storage node in which the first parity fragment is located, to instruct to migrate the first parity fragment from the first-level storage medium to the second-level storage medium while the data fragment remains in the first-level storage medium; and updating, by the computing node, the storage location of the first parity fragment from the first-level storage medium to the second-level storage medium. receiving, by a computing node, a data unit by using an interface, and generating a data fragment based on the data unit; generating, by the computing node, a first parity fragment based on the data fragment; storing, by the computing node, the data fragment and the first parity fragment in a first-level storage medium, wherein a plurality of first-level storage media is located in a plurality of nodes, and wherein a storage location of the first parity fragment is stored in metadata for the first parity fragment; obtaining, by the computing node, by reading metadata of the first parity fragment the storage location of the first parity fragment; selecting, by the computing node, storage space in a second-level storage medium, wherein a read speed of the second-level storage medium is lower than a read speed of the first-level storage medium; sending, by the computing node, a migration instruction to a storage node in which the first parity fragment is located, to instruct to migrate the first parity fragment from the first-level storage medium to the second-level storage medium while the data fragment remains in the first-level storage medium; and updating, by the computing node, the storage location of the first parity fragment from the first-level storage medium to the second-level storage medium.
Cooktop comprising a metal support plate for arrangement of heating devices thereon and comprising a control casing for a control unit or electronics, wherein fasteners (17, 23) are provided for detachable connection of the metal support plate with the control casing, wherein metal support plate and control casing are two parts (13, 20) that in an assembled state of the cooktop are connected with one another, characterized in that - the fasteners include hooks on the underside of the metal support plate and include corresponding cuts on the control casing, wherein the hooks are designed for attachment with the cuts in an attachment direction and for subsequent moving of the two parts (13, 20) relative to each other in a final direction differing from the attachment direction to obtain the connection in a final assembled position, - wherein on the control casing there is a movable protrusion in the form of a type of longitudinal flexible tongue and on the same underside of the metal support plate as the hooks there is provided a catch in the form of a prominent projection for the flexible tongue, wherein during moving into the final assembled position the flexible tongue is moved towards the projection and over the projection or into the projection and in the final assembled position cooperates with the projection in a form-fitting manner, in order to prevent retraction from the final assembled position and detaching of metal support plate and control casing. - the fasteners include hooks on the underside of the metal support plate and include corresponding cuts on the control casing, wherein the hooks are designed for attachment with the cuts in an attachment direction and for subsequent moving of the two parts (13, 20) relative to each other in a final direction differing from the attachment direction to obtain the connection in a final assembled position, - wherein on the control casing there is a movable protrusion in the form of a type of longitudinal flexible tongue and on the same underside of the metal support plate as the hooks there is provided a catch in the form of a prominent projection for the flexible tongue, wherein during moving into the final assembled position the flexible tongue is moved towards the projection and over the projection or into the projection and in the final assembled position cooperates with the projection in a form-fitting manner, in order to prevent retraction from the final assembled position and detaching of metal support plate and control casing.
An electric oven comprising a cavity having an electric component room and a door pivotally coupled to a front portion of the cavity, a light wave generating unit mounted on a top surface of the cavity, the light wave generating unit including a halogen heater emitting heat and light and a connector coupled to opposite ends of the halogen heater; and a heat discharge unit enclosing and cooling the connector, characterized in that the electric oven further comprises: a partition plate dividing the heat discharge unit into upper and lower portions and allowing a portion of the heat discharge unit to be exposed to the electric component room; an insulation member interposed between the partition plate and the cavity; and a heater cover for reflecting the heat generated from the halogen heater into the cavity, and being positioned below the partition plate. a partition plate dividing the heat discharge unit into upper and lower portions and allowing a portion of the heat discharge unit to be exposed to the electric component room; an insulation member interposed between the partition plate and the cavity; and a heater cover for reflecting the heat generated from the halogen heater into the cavity, and being positioned below the partition plate.
A vehicle communication system (100, 200) comprising: a communication management unit, CMU (104, 204), at least in part configured to route first type messages using a first type message communication; and a data gateway (106, 206) configured to communicate second type messages to a remote location (120, 210, 218), the CMU (104, 106) configured to route at least some of the first type messages to the data gateway (106, 206), the data gateway (106, 206) configured to communicate pseudo acknowledgment for each message block of each first type message routed to the data gateway (106, 206) back to the CMU (104, 204) indicating the message block was received by a designated remote location (120, 210, 218), the data gateway further configured to convert each received first type message into the second type message and communicate each second type message to the designated remote location (120, 210, 218) using a second type of message communication, wherein the communication management unit is configured to sort the downlink messages to the at least one remote ground end system in at least two different categories, and wherein the vehicle communication system is configured to communicate at least first type messages of a first category though a first communication path and first type messages of a second category through a second communication path, the second communication path being via the data gateway (106, 206). a communication management unit, CMU (104, 204), at least in part configured to route first type messages using a first type message communication; and a data gateway (106, 206) configured to communicate second type messages to a remote location (120, 210, 218), the CMU (104, 106) configured to route at least some of the first type messages to the data gateway (106, 206), the data gateway (106, 206) configured to communicate pseudo acknowledgment for each message block of each first type message routed to the data gateway (106, 206) back to the CMU (104, 204) indicating the message block was received by a designated remote location (120, 210, 218), the data gateway further configured to convert each received first type message into the second type message and communicate each second type message to the designated remote location (120, 210, 218) using a second type of message communication, wherein the communication management unit is configured to sort the downlink messages to the at least one remote ground end system in at least two different categories, and wherein the vehicle communication system is configured to communicate at least first type messages of a first category though a first communication path and first type messages of a second category through a second communication path, the second communication path being via the data gateway (106, 206).
An apparatus that authenticates a value document moving at a uniform velocity and which comprises a pre-selected covert composition that absorbs exciting incident light and emits optical radiation having a pre-selected emission wavelength, the apparatus comprising: an exciting light source that produces illumination of sufficient intensity to excite the pre-selected covert composition within an area illuminated by the exciting light source; optionally an optical filter that filters the pre-selected emission wavelength emitted from the pre-selected covert composition within the illuminated area; a first detector element and a second detector element housed in at least one photodetector, wherein the first detector element receives a first image of an area of the value document at a first time and outputs electronic signal data for the first image, and the second detector element receives a second image of substantially the same area of the value document at a second time and outputs electronic signal data for the second image, the first and second images corresponding to decay time intensity of the pre-selected emission wavelength emitted from the pre-selected covert composition; and a processing unit that collects and evaluates the output electronic signal data, and determines pass or failure data for the value document. an exciting light source that produces illumination of sufficient intensity to excite the pre-selected covert composition within an area illuminated by the exciting light source; optionally an optical filter that filters the pre-selected emission wavelength emitted from the pre-selected covert composition within the illuminated area; a first detector element and a second detector element housed in at least one photodetector, wherein the first detector element receives a first image of an area of the value document at a first time and outputs electronic signal data for the first image, and the second detector element receives a second image of substantially the same area of the value document at a second time and outputs electronic signal data for the second image, the first and second images corresponding to decay time intensity of the pre-selected emission wavelength emitted from the pre-selected covert composition; and a processing unit that collects and evaluates the output electronic signal data, and determines pass or failure data for the value document.
A method for estimating at least one of resistance and temperature of a winding of an electrical machine while the machine is operating, the method comprising: energising the winding to cause a unidirectional current to flow in the winding to operate the machine, the unidirectional current and a resulting winding voltage across the winding each having a low-frequency component with a frequency content below a limit frequency and a high-frequency component with a frequency content above the limit frequency; deriving a first signal indicative of a magnitude of the low-frequency component of the winding voltage; deriving a second signal indicative of a magnitude of the low-frequency component of the unidirectional current; deriving a third signal indicative of at least one of resistance and temperature of the winding using the first and second signals. energising the winding to cause a unidirectional current to flow in the winding to operate the machine, the unidirectional current and a resulting winding voltage across the winding each having a low-frequency component with a frequency content below a limit frequency and a high-frequency component with a frequency content above the limit frequency; deriving a first signal indicative of a magnitude of the low-frequency component of the winding voltage; deriving a second signal indicative of a magnitude of the low-frequency component of the unidirectional current; deriving a third signal indicative of at least one of resistance and temperature of the winding using the first and second signals.
A beverage forming system comprising: a liquid supply arranged to provide a liquid for forming a beverage; a brew chamber arranged to hold a beverage medium for mixing with the liquid to form a beverage; a heater tank arranged to heat liquid in the tank, the heater tank having a top, a bottom, a liquid inlet to receive liquid from the liquid supply, an outlet at the top to provide heated liquid to the brew chamber for forming a beverage; characterized by an expansion chamber at the top of the heater tank providing a tortuous flow path from an air inlet end to an outlet end of the expansion chamber at the tank outlet. a liquid supply arranged to provide a liquid for forming a beverage; a brew chamber arranged to hold a beverage medium for mixing with the liquid to form a beverage; a heater tank arranged to heat liquid in the tank, the heater tank having a top, a bottom, a liquid inlet to receive liquid from the liquid supply, an outlet at the top to provide heated liquid to the brew chamber for forming a beverage; characterized by an expansion chamber at the top of the heater tank providing a tortuous flow path from an air inlet end to an outlet end of the expansion chamber at the tank outlet.
A seat system installable on an aircraft, the seat system comprising a seat base; a seat back; a recline actuator arranged to enable the seat back to be reclined relative to the seat base; a locking mechanism (21,22) arranged to lock the recline actuator; and a control unit (40, 60), characterized in that the control unit is arranged to: a. receive a request from a user to unlock a recline actuator of the seat back, b. respond to the request by conducting a transaction with the user, said transaction including: i. sending one or more messages to the user via a electronic display device, and ii. receiving one or more responses from the user via a user input device; and c. automatically unlock the recline actuator on completion of said transaction, thereby enabling the user to recline the seat back using the unlocked recline actuator, and in that the recline actuator comprises a clutch brake; a wire which can be moved to release the clutch brake thereby enabling the user to recline the seat back; and a pair of locking members (21,22), wherein the control unit is arranged to unlock the recline actuator by rearranging the pair of locking members from a locked position in which they compress the wire between them to an unlocked position in which the wire can move to release the clutch brake. a. receive a request from a user to unlock a recline actuator of the seat back, b. respond to the request by conducting a transaction with the user, said transaction including: i. sending one or more messages to the user via a electronic display device, and ii. receiving one or more responses from the user via a user input device; and i. sending one or more messages to the user via a electronic display device, and ii. receiving one or more responses from the user via a user input device; and c. automatically unlock the recline actuator on completion of said transaction, thereby enabling the user to recline the seat back using the unlocked recline actuator,
A steam turbine provided with annular seal rings between a steam inlet pipe for introducing steam and casings (20,21) into which the steam inlet pipe is inserted, wherein the seal rings include: high-temperature side seal rings which are disposed with their inner circumferences contacted to the outer circumference of the steam inlet pipe; and low-temperature side seal rings which are formed to have inner and outer diameters larger than those of the high-temperature side seal rings and disposed with their outer circumferences contacted to the casings (20, 21); and wherein a thermal barrier layer is disposed between the inner circumferences of the high-temperature side seal rings and the outer circumference of the steam inlet pipe and between the high-temperature side seal rings and the low-temperature side seal rings, wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the high-temperature side seal rings contacted with the outer circumference of the steam inlet pipe and the surfaces of the high-temperature side seal rings contacted with the low-temperature side seal rings, or between the high-temperature side seal rings and the low-temperature side seal rings, wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the high-temperature side seal rings contacted with the low-temperature side seal rings, or between the outer circumferences of the low-temperature side seal rings and the casings (20,21), wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the low-temperature side seal rings contacted with the casings (20,21), wherein an abrasion-resistant coating layer is further disposed on a surface of the thermal barrier coating layer. between the inner circumferences of the high-temperature side seal rings and the outer circumference of the steam inlet pipe and between the high-temperature side seal rings and the low-temperature side seal rings, wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the high-temperature side seal rings contacted with the outer circumference of the steam inlet pipe and the surfaces of the high-temperature side seal rings contacted with the low-temperature side seal rings, or between the high-temperature side seal rings and the low-temperature side seal rings, wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the high-temperature side seal rings contacted with the low-temperature side seal rings, or between the outer circumferences of the low-temperature side seal rings and the casings (20,21), wherein the thermal barrier layer is a thermal barrier coating layer which is formed on the surfaces of the low-temperature side seal rings contacted with the casings (20,21),
A propeller control system for controlling a blade pitch angle, the propeller control system comprising: a propeller blade extending from a blade base, the propeller blade being configured to rotate around a longitudinal axis to generate thrust for the propeller blade and rotate around a pitch change axis to adjust the blade pitch angle of the propeller blade, wherein the pitch change axis extends through a center point of the blade base; a trunnion pin operably connected to the blade base at a location offset from the center point of the blade base; a yoke plate operably connected to the trunnion pin; an actuator configured to move the yoke plate linearly along the longitudinal axis of the propeller blade to rotate the trunnion pin and the propeller blade around the pitch change axis; and a transfer tube operably connected to the yoke plate, the transfer tube being free to rotate around the longitudinal axis as the actuator moves the yoke plate linearly along the longitudinal axis; characterised in that the yoke plate is configured to rotate the transfer tube. a propeller blade extending from a blade base, the propeller blade being configured to rotate around a longitudinal axis to generate thrust for the propeller blade and rotate around a pitch change axis to adjust the blade pitch angle of the propeller blade, wherein the pitch change axis extends through a center point of the blade base; a trunnion pin operably connected to the blade base at a location offset from the center point of the blade base; a yoke plate operably connected to the trunnion pin; an actuator configured to move the yoke plate linearly along the longitudinal axis of the propeller blade to rotate the trunnion pin and the propeller blade around the pitch change axis; and a transfer tube operably connected to the yoke plate, the transfer tube being free to rotate around the longitudinal axis as the actuator moves the yoke plate linearly along the longitudinal axis; characterised in that the yoke plate is configured to rotate the transfer tube.
A user terminal comprising: a transmission unit configured to transmit, to a radio base station, at least one capability information concerning a supportable delay, the supportable delay being a delay that can be supported by the user terminal; and a control unit configured to perform control of a transmission of a given uplink radio resource, in a time interval of not less than the supportable delay, on the basis of a downlink control signal notified from the radio base station, wherein the at least one capability information comprises first capability information concerning a delay taken to transmit an uplink control signal after reception of the downlink data signal. a transmission unit configured to transmit, to a radio base station, at least one capability information concerning a supportable delay, the supportable delay being a delay that can be supported by the user terminal; and a control unit configured to perform control of a transmission of a given uplink radio resource, in a time interval of not less than the supportable delay, on the basis of a downlink control signal notified from the radio base station, wherein the at least one capability information comprises first capability information concerning a delay taken to transmit an uplink control signal after reception of the downlink data signal.